target
stringlengths 20
113k
| src_fm
stringlengths 11
86.3k
| src_fm_fc
stringlengths 21
86.4k
| src_fm_fc_co
stringlengths 30
86.4k
| src_fm_fc_ms
stringlengths 42
86.8k
| src_fm_fc_ms_ff
stringlengths 43
86.8k
|
|---|---|---|---|---|---|
@Test public void testOneStepMaxAt0() { int[] numbers = new int[]{41, -31, -59, -26, -13}; assertEquals(41, ms.maxSub(numbers)); }
|
public int maxSub(int[] data) { int maxend = data[0]; int maxfar = data[0]; for (int i = 1; i < data.length; i++) { maxend = Math.max(data[i], maxend + data[i]); maxfar = Math.max(maxfar, maxend); } return maxfar > 0 ? maxfar : 0; }
|
MaxSubProblem { public int maxSub(int[] data) { int maxend = data[0]; int maxfar = data[0]; for (int i = 1; i < data.length; i++) { maxend = Math.max(data[i], maxend + data[i]); maxfar = Math.max(maxfar, maxend); } return maxfar > 0 ? maxfar : 0; } }
|
MaxSubProblem { public int maxSub(int[] data) { int maxend = data[0]; int maxfar = data[0]; for (int i = 1; i < data.length; i++) { maxend = Math.max(data[i], maxend + data[i]); maxfar = Math.max(maxfar, maxend); } return maxfar > 0 ? maxfar : 0; } }
|
MaxSubProblem { public int maxSub(int[] data) { int maxend = data[0]; int maxfar = data[0]; for (int i = 1; i < data.length; i++) { maxend = Math.max(data[i], maxend + data[i]); maxfar = Math.max(maxfar, maxend); } return maxfar > 0 ? maxfar : 0; } int maxSub1(int[] data); int maxSub2(int[] data); int maxSub(int[] data); }
|
MaxSubProblem { public int maxSub(int[] data) { int maxend = data[0]; int maxfar = data[0]; for (int i = 1; i < data.length; i++) { maxend = Math.max(data[i], maxend + data[i]); maxfar = Math.max(maxfar, maxend); } return maxfar > 0 ? maxfar : 0; } int maxSub1(int[] data); int maxSub2(int[] data); int maxSub(int[] data); }
|
@Test(expected = IllegalStateException.class) public void testSetTitle() { Movie m = new Movie(); m.setTitle("Hallo"); assertEquals("Hallo", m.getTitle()); m.setTitle(null); }
|
public void setTitle(String aTitle) { if (this.title != null) { throw new IllegalStateException(); } this.title = aTitle; }
|
Movie { public void setTitle(String aTitle) { if (this.title != null) { throw new IllegalStateException(); } this.title = aTitle; } }
|
Movie { public void setTitle(String aTitle) { if (this.title != null) { throw new IllegalStateException(); } this.title = aTitle; } protected Movie(); Movie(String aTitle, PriceCategory aPriceCategory); Movie(String aTitle, Date aReleaseDate, PriceCategory aPriceCategory); }
|
Movie { public void setTitle(String aTitle) { if (this.title != null) { throw new IllegalStateException(); } this.title = aTitle; } protected Movie(); Movie(String aTitle, PriceCategory aPriceCategory); Movie(String aTitle, Date aReleaseDate, PriceCategory aPriceCategory); PriceCategory getPriceCategory(); void setPriceCategory(PriceCategory aPriceCategory); String getTitle(); void setTitle(String aTitle); Date getReleaseDate(); void setReleaseDate(Date aReleaseDate); boolean isRented(); void setRented(boolean isRented); int getId(); void setId(int anId); @Override int hashCode(); @Override boolean equals(Object obj); }
|
Movie { public void setTitle(String aTitle) { if (this.title != null) { throw new IllegalStateException(); } this.title = aTitle; } protected Movie(); Movie(String aTitle, PriceCategory aPriceCategory); Movie(String aTitle, Date aReleaseDate, PriceCategory aPriceCategory); PriceCategory getPriceCategory(); void setPriceCategory(PriceCategory aPriceCategory); String getTitle(); void setTitle(String aTitle); Date getReleaseDate(); void setReleaseDate(Date aReleaseDate); boolean isRented(); void setRented(boolean isRented); int getId(); void setId(int anId); @Override int hashCode(); @Override boolean equals(Object obj); }
|
@Test(expected = IllegalStateException.class) public void testSetReleaseDate() { Movie m = new Movie(); Date d = new Date(Calendar.getInstance().getTimeInMillis()); m.setReleaseDate(d); assertEquals(d, m.getReleaseDate()); m.setReleaseDate(null); }
|
public void setReleaseDate(Date aReleaseDate) { if (this.releaseDate != null) { throw new IllegalStateException(); } this.releaseDate = aReleaseDate; }
|
Movie { public void setReleaseDate(Date aReleaseDate) { if (this.releaseDate != null) { throw new IllegalStateException(); } this.releaseDate = aReleaseDate; } }
|
Movie { public void setReleaseDate(Date aReleaseDate) { if (this.releaseDate != null) { throw new IllegalStateException(); } this.releaseDate = aReleaseDate; } protected Movie(); Movie(String aTitle, PriceCategory aPriceCategory); Movie(String aTitle, Date aReleaseDate, PriceCategory aPriceCategory); }
|
Movie { public void setReleaseDate(Date aReleaseDate) { if (this.releaseDate != null) { throw new IllegalStateException(); } this.releaseDate = aReleaseDate; } protected Movie(); Movie(String aTitle, PriceCategory aPriceCategory); Movie(String aTitle, Date aReleaseDate, PriceCategory aPriceCategory); PriceCategory getPriceCategory(); void setPriceCategory(PriceCategory aPriceCategory); String getTitle(); void setTitle(String aTitle); Date getReleaseDate(); void setReleaseDate(Date aReleaseDate); boolean isRented(); void setRented(boolean isRented); int getId(); void setId(int anId); @Override int hashCode(); @Override boolean equals(Object obj); }
|
Movie { public void setReleaseDate(Date aReleaseDate) { if (this.releaseDate != null) { throw new IllegalStateException(); } this.releaseDate = aReleaseDate; } protected Movie(); Movie(String aTitle, PriceCategory aPriceCategory); Movie(String aTitle, Date aReleaseDate, PriceCategory aPriceCategory); PriceCategory getPriceCategory(); void setPriceCategory(PriceCategory aPriceCategory); String getTitle(); void setTitle(String aTitle); Date getReleaseDate(); void setReleaseDate(Date aReleaseDate); boolean isRented(); void setRented(boolean isRented); int getId(); void setId(int anId); @Override int hashCode(); @Override boolean equals(Object obj); }
|
@Test public void testGetCharge() { assertEquals(0.0D, cpc.getCharge(-5), 1.0e-10); assertEquals(0.0, cpc.getCharge(0), 1.0e-10); assertEquals(1.5D, cpc.getCharge(1), 1.0e-10); assertEquals(1.5D, cpc.getCharge(2), 1.0e-10); assertEquals(1.5D, cpc.getCharge(3), 1.0e-10); assertEquals(3.0D, cpc.getCharge(4), 1.0e-10); assertEquals(151.5D, cpc.getCharge(103), 1.0e-10); }
|
@Override public double getCharge(int daysRented) { double result = 0; if (daysRented > 0) { result = 1.5; if (daysRented > 3) { result += (daysRented - 3) * 1.5; } } return result; }
|
ChildrenPriceCategory extends PriceCategory { @Override public double getCharge(int daysRented) { double result = 0; if (daysRented > 0) { result = 1.5; if (daysRented > 3) { result += (daysRented - 3) * 1.5; } } return result; } }
|
ChildrenPriceCategory extends PriceCategory { @Override public double getCharge(int daysRented) { double result = 0; if (daysRented > 0) { result = 1.5; if (daysRented > 3) { result += (daysRented - 3) * 1.5; } } return result; } private ChildrenPriceCategory(); }
|
ChildrenPriceCategory extends PriceCategory { @Override public double getCharge(int daysRented) { double result = 0; if (daysRented > 0) { result = 1.5; if (daysRented > 3) { result += (daysRented - 3) * 1.5; } } return result; } private ChildrenPriceCategory(); int getId(); @Override double getCharge(int daysRented); @Override String toString(); static ChildrenPriceCategory getInstance(); }
|
ChildrenPriceCategory extends PriceCategory { @Override public double getCharge(int daysRented) { double result = 0; if (daysRented > 0) { result = 1.5; if (daysRented > 3) { result += (daysRented - 3) * 1.5; } } return result; } private ChildrenPriceCategory(); int getId(); @Override double getCharge(int daysRented); @Override String toString(); static ChildrenPriceCategory getInstance(); }
|
@Test public void testToString() { assertEquals("Children", cpc.toString()); }
|
@Override public String toString() { return "Children"; }
|
ChildrenPriceCategory extends PriceCategory { @Override public String toString() { return "Children"; } }
|
ChildrenPriceCategory extends PriceCategory { @Override public String toString() { return "Children"; } private ChildrenPriceCategory(); }
|
ChildrenPriceCategory extends PriceCategory { @Override public String toString() { return "Children"; } private ChildrenPriceCategory(); int getId(); @Override double getCharge(int daysRented); @Override String toString(); static ChildrenPriceCategory getInstance(); }
|
ChildrenPriceCategory extends PriceCategory { @Override public String toString() { return "Children"; } private ChildrenPriceCategory(); int getId(); @Override double getCharge(int daysRented); @Override String toString(); static ChildrenPriceCategory getInstance(); }
|
@Test public void testGetFrequentRenterPoints() { assertEquals(0, pc.getFrequentRenterPoints(-6)); assertEquals(0, pc.getFrequentRenterPoints(0)); assertEquals(1, pc.getFrequentRenterPoints(1)); assertEquals(1, pc.getFrequentRenterPoints(2)); assertEquals(1, pc.getFrequentRenterPoints(4000)); }
|
public int getFrequentRenterPoints(int daysRented) { return daysRented > 0 ? 1 : 0; }
|
PriceCategory { public int getFrequentRenterPoints(int daysRented) { return daysRented > 0 ? 1 : 0; } }
|
PriceCategory { public int getFrequentRenterPoints(int daysRented) { return daysRented > 0 ? 1 : 0; } }
|
PriceCategory { public int getFrequentRenterPoints(int daysRented) { return daysRented > 0 ? 1 : 0; } int getId(); abstract double getCharge(int daysRented); int getFrequentRenterPoints(int daysRented); }
|
PriceCategory { public int getFrequentRenterPoints(int daysRented) { return daysRented > 0 ? 1 : 0; } int getId(); abstract double getCharge(int daysRented); int getFrequentRenterPoints(int daysRented); }
|
@Test public void errorIsTerminal() { Flux<String> flux = Flux.just("31", "12", "2", "A", "5", "6"); Flux<Integer> numbers = workshop.errorIsTerminal(flux); StepVerifier.create(numbers).expectNext(31, 12, 2).expectError().verify(); }
|
public Flux<Integer> errorIsTerminal(Flux<String> numbers) { return numbers.map(s -> Integer.parseInt(s)).log(); }
|
Part04HandlingErrors { public Flux<Integer> errorIsTerminal(Flux<String> numbers) { return numbers.map(s -> Integer.parseInt(s)).log(); } }
|
Part04HandlingErrors { public Flux<Integer> errorIsTerminal(Flux<String> numbers) { return numbers.map(s -> Integer.parseInt(s)).log(); } }
|
Part04HandlingErrors { public Flux<Integer> errorIsTerminal(Flux<String> numbers) { return numbers.map(s -> Integer.parseInt(s)).log(); } Flux<Integer> errorIsTerminal(Flux<String> numbers); Flux<Integer> handleErrorWithFallback(Flux<String> numbers); Flux<Integer> handleErrorAndContinue(Flux<String> numbers); Flux<Integer> handleErrorWithEmptyMonoAndContinue(Flux<String> numbers); Flux<String> timeOutWithRetry(Flux<String> colors); Mono<String> simulateRemoteCall(String input); }
|
Part04HandlingErrors { public Flux<Integer> errorIsTerminal(Flux<String> numbers) { return numbers.map(s -> Integer.parseInt(s)).log(); } Flux<Integer> errorIsTerminal(Flux<String> numbers); Flux<Integer> handleErrorWithFallback(Flux<String> numbers); Flux<Integer> handleErrorAndContinue(Flux<String> numbers); Flux<Integer> handleErrorWithEmptyMonoAndContinue(Flux<String> numbers); Flux<String> timeOutWithRetry(Flux<String> colors); Mono<String> simulateRemoteCall(String input); }
|
@Test public void handleErrorWithFallback() { Flux<String> flux = Flux.just("31", "12", "2", "A", "5", "6"); Flux<Integer> numbers = workshop.handleErrorWithFallback(flux); StepVerifier.create(numbers).expectNext(31, 12, 2, 0).expectComplete().verify(); }
|
public Flux<Integer> handleErrorWithFallback(Flux<String> numbers) { return numbers.map(s -> Integer.parseInt(s)) .onErrorReturn(NumberFormatException.class, 0) .log(); }
|
Part04HandlingErrors { public Flux<Integer> handleErrorWithFallback(Flux<String> numbers) { return numbers.map(s -> Integer.parseInt(s)) .onErrorReturn(NumberFormatException.class, 0) .log(); } }
|
Part04HandlingErrors { public Flux<Integer> handleErrorWithFallback(Flux<String> numbers) { return numbers.map(s -> Integer.parseInt(s)) .onErrorReturn(NumberFormatException.class, 0) .log(); } }
|
Part04HandlingErrors { public Flux<Integer> handleErrorWithFallback(Flux<String> numbers) { return numbers.map(s -> Integer.parseInt(s)) .onErrorReturn(NumberFormatException.class, 0) .log(); } Flux<Integer> errorIsTerminal(Flux<String> numbers); Flux<Integer> handleErrorWithFallback(Flux<String> numbers); Flux<Integer> handleErrorAndContinue(Flux<String> numbers); Flux<Integer> handleErrorWithEmptyMonoAndContinue(Flux<String> numbers); Flux<String> timeOutWithRetry(Flux<String> colors); Mono<String> simulateRemoteCall(String input); }
|
Part04HandlingErrors { public Flux<Integer> handleErrorWithFallback(Flux<String> numbers) { return numbers.map(s -> Integer.parseInt(s)) .onErrorReturn(NumberFormatException.class, 0) .log(); } Flux<Integer> errorIsTerminal(Flux<String> numbers); Flux<Integer> handleErrorWithFallback(Flux<String> numbers); Flux<Integer> handleErrorAndContinue(Flux<String> numbers); Flux<Integer> handleErrorWithEmptyMonoAndContinue(Flux<String> numbers); Flux<String> timeOutWithRetry(Flux<String> colors); Mono<String> simulateRemoteCall(String input); }
|
@Test public void handleErrorAndContinue() { Flux<String> flux = Flux.just("31", "12", "2", "A", "5", "6"); Flux<Integer> numbers = workshop.handleErrorAndContinue(flux); StepVerifier.create(numbers).expectNext(31, 12, 2, 0, 5, 6).expectComplete().verify(); }
|
public Flux<Integer> handleErrorAndContinue(Flux<String> numbers) { return numbers.flatMap(s -> Mono.just(s).map(Integer::parseInt) .onErrorReturn(NumberFormatException.class, 0).log()); }
|
Part04HandlingErrors { public Flux<Integer> handleErrorAndContinue(Flux<String> numbers) { return numbers.flatMap(s -> Mono.just(s).map(Integer::parseInt) .onErrorReturn(NumberFormatException.class, 0).log()); } }
|
Part04HandlingErrors { public Flux<Integer> handleErrorAndContinue(Flux<String> numbers) { return numbers.flatMap(s -> Mono.just(s).map(Integer::parseInt) .onErrorReturn(NumberFormatException.class, 0).log()); } }
|
Part04HandlingErrors { public Flux<Integer> handleErrorAndContinue(Flux<String> numbers) { return numbers.flatMap(s -> Mono.just(s).map(Integer::parseInt) .onErrorReturn(NumberFormatException.class, 0).log()); } Flux<Integer> errorIsTerminal(Flux<String> numbers); Flux<Integer> handleErrorWithFallback(Flux<String> numbers); Flux<Integer> handleErrorAndContinue(Flux<String> numbers); Flux<Integer> handleErrorWithEmptyMonoAndContinue(Flux<String> numbers); Flux<String> timeOutWithRetry(Flux<String> colors); Mono<String> simulateRemoteCall(String input); }
|
Part04HandlingErrors { public Flux<Integer> handleErrorAndContinue(Flux<String> numbers) { return numbers.flatMap(s -> Mono.just(s).map(Integer::parseInt) .onErrorReturn(NumberFormatException.class, 0).log()); } Flux<Integer> errorIsTerminal(Flux<String> numbers); Flux<Integer> handleErrorWithFallback(Flux<String> numbers); Flux<Integer> handleErrorAndContinue(Flux<String> numbers); Flux<Integer> handleErrorWithEmptyMonoAndContinue(Flux<String> numbers); Flux<String> timeOutWithRetry(Flux<String> colors); Mono<String> simulateRemoteCall(String input); }
|
@Test public void handleErrorWithEmptyMonoAndContinue() { Flux<String> flux = Flux.just("31", "12", "2", "A", "5", "6"); Flux<Integer> numbers = workshop.handleErrorWithEmptyMonoAndContinue(flux); StepVerifier.create(numbers).expectNext(31, 12, 2, 5, 6).expectComplete().verify(); }
|
public Flux<Integer> handleErrorWithEmptyMonoAndContinue(Flux<String> numbers) { return numbers.flatMap(s -> Mono.just(s).map(Integer::parseInt) .onErrorResume(throwable -> Mono.empty())).log(); }
|
Part04HandlingErrors { public Flux<Integer> handleErrorWithEmptyMonoAndContinue(Flux<String> numbers) { return numbers.flatMap(s -> Mono.just(s).map(Integer::parseInt) .onErrorResume(throwable -> Mono.empty())).log(); } }
|
Part04HandlingErrors { public Flux<Integer> handleErrorWithEmptyMonoAndContinue(Flux<String> numbers) { return numbers.flatMap(s -> Mono.just(s).map(Integer::parseInt) .onErrorResume(throwable -> Mono.empty())).log(); } }
|
Part04HandlingErrors { public Flux<Integer> handleErrorWithEmptyMonoAndContinue(Flux<String> numbers) { return numbers.flatMap(s -> Mono.just(s).map(Integer::parseInt) .onErrorResume(throwable -> Mono.empty())).log(); } Flux<Integer> errorIsTerminal(Flux<String> numbers); Flux<Integer> handleErrorWithFallback(Flux<String> numbers); Flux<Integer> handleErrorAndContinue(Flux<String> numbers); Flux<Integer> handleErrorWithEmptyMonoAndContinue(Flux<String> numbers); Flux<String> timeOutWithRetry(Flux<String> colors); Mono<String> simulateRemoteCall(String input); }
|
Part04HandlingErrors { public Flux<Integer> handleErrorWithEmptyMonoAndContinue(Flux<String> numbers) { return numbers.flatMap(s -> Mono.just(s).map(Integer::parseInt) .onErrorResume(throwable -> Mono.empty())).log(); } Flux<Integer> errorIsTerminal(Flux<String> numbers); Flux<Integer> handleErrorWithFallback(Flux<String> numbers); Flux<Integer> handleErrorAndContinue(Flux<String> numbers); Flux<Integer> handleErrorWithEmptyMonoAndContinue(Flux<String> numbers); Flux<String> timeOutWithRetry(Flux<String> colors); Mono<String> simulateRemoteCall(String input); }
|
@Test public void timeOutWithRetry() { Flux<String> colors = Flux.just("red", "black", "tan"); Flux<String> results = workshop.timeOutWithRetry(colors); StepVerifier.create(results).expectNext("processed red", "default", "processed tan").verifyComplete(); }
|
public Flux<String> timeOutWithRetry(Flux<String> colors) { return colors.concatMap(color -> simulateRemoteCall(color) .timeout(Duration.ofMillis(400)) .doOnError(s -> log.info(s.getMessage())) .retry(2).onErrorReturn("default")).log(); }
|
Part04HandlingErrors { public Flux<String> timeOutWithRetry(Flux<String> colors) { return colors.concatMap(color -> simulateRemoteCall(color) .timeout(Duration.ofMillis(400)) .doOnError(s -> log.info(s.getMessage())) .retry(2).onErrorReturn("default")).log(); } }
|
Part04HandlingErrors { public Flux<String> timeOutWithRetry(Flux<String> colors) { return colors.concatMap(color -> simulateRemoteCall(color) .timeout(Duration.ofMillis(400)) .doOnError(s -> log.info(s.getMessage())) .retry(2).onErrorReturn("default")).log(); } }
|
Part04HandlingErrors { public Flux<String> timeOutWithRetry(Flux<String> colors) { return colors.concatMap(color -> simulateRemoteCall(color) .timeout(Duration.ofMillis(400)) .doOnError(s -> log.info(s.getMessage())) .retry(2).onErrorReturn("default")).log(); } Flux<Integer> errorIsTerminal(Flux<String> numbers); Flux<Integer> handleErrorWithFallback(Flux<String> numbers); Flux<Integer> handleErrorAndContinue(Flux<String> numbers); Flux<Integer> handleErrorWithEmptyMonoAndContinue(Flux<String> numbers); Flux<String> timeOutWithRetry(Flux<String> colors); Mono<String> simulateRemoteCall(String input); }
|
Part04HandlingErrors { public Flux<String> timeOutWithRetry(Flux<String> colors) { return colors.concatMap(color -> simulateRemoteCall(color) .timeout(Duration.ofMillis(400)) .doOnError(s -> log.info(s.getMessage())) .retry(2).onErrorReturn("default")).log(); } Flux<Integer> errorIsTerminal(Flux<String> numbers); Flux<Integer> handleErrorWithFallback(Flux<String> numbers); Flux<Integer> handleErrorAndContinue(Flux<String> numbers); Flux<Integer> handleErrorWithEmptyMonoAndContinue(Flux<String> numbers); Flux<String> timeOutWithRetry(Flux<String> colors); Mono<String> simulateRemoteCall(String input); }
|
@Test public void testOneStepMaxAtEnd() { int[] numbers = new int[]{-31, -59, -26, -13, 47}; assertEquals(47, ms.maxSub(numbers)); }
|
public int maxSub(int[] data) { int maxend = data[0]; int maxfar = data[0]; for (int i = 1; i < data.length; i++) { maxend = Math.max(data[i], maxend + data[i]); maxfar = Math.max(maxfar, maxend); } return maxfar > 0 ? maxfar : 0; }
|
MaxSubProblem { public int maxSub(int[] data) { int maxend = data[0]; int maxfar = data[0]; for (int i = 1; i < data.length; i++) { maxend = Math.max(data[i], maxend + data[i]); maxfar = Math.max(maxfar, maxend); } return maxfar > 0 ? maxfar : 0; } }
|
MaxSubProblem { public int maxSub(int[] data) { int maxend = data[0]; int maxfar = data[0]; for (int i = 1; i < data.length; i++) { maxend = Math.max(data[i], maxend + data[i]); maxfar = Math.max(maxfar, maxend); } return maxfar > 0 ? maxfar : 0; } }
|
MaxSubProblem { public int maxSub(int[] data) { int maxend = data[0]; int maxfar = data[0]; for (int i = 1; i < data.length; i++) { maxend = Math.max(data[i], maxend + data[i]); maxfar = Math.max(maxfar, maxend); } return maxfar > 0 ? maxfar : 0; } int maxSub1(int[] data); int maxSub2(int[] data); int maxSub(int[] data); }
|
MaxSubProblem { public int maxSub(int[] data) { int maxend = data[0]; int maxfar = data[0]; for (int i = 1; i < data.length; i++) { maxend = Math.max(data[i], maxend + data[i]); maxfar = Math.max(maxfar, maxend); } return maxfar > 0 ? maxfar : 0; } int maxSub1(int[] data); int maxSub2(int[] data); int maxSub(int[] data); }
|
@Test public void subscribeEmpty() { Flux<Integer> flux = workshop.subscribeEmpty(); StepVerifier.create(flux) .expectNext(1, 2, 3).verifyComplete(); }
|
public Flux<Integer> subscribeEmpty() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(); return flux; }
|
Part05Subscribe { public Flux<Integer> subscribeEmpty() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(); return flux; } }
|
Part05Subscribe { public Flux<Integer> subscribeEmpty() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(); return flux; } }
|
Part05Subscribe { public Flux<Integer> subscribeEmpty() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(); return flux; } Flux<Integer> subscribeEmpty(); Flux<Integer> subscribeWithConsumer(); Flux<Integer> subscribeWithConsumerAndCompleteConsumer(); Flux<Integer> subscribeWithConsumerAndErrorConsumer(); Flux<Integer> subscribeWithSubscriptionConsumer(); Flux<Integer> subscribeWithSubscription(); }
|
Part05Subscribe { public Flux<Integer> subscribeEmpty() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(); return flux; } Flux<Integer> subscribeEmpty(); Flux<Integer> subscribeWithConsumer(); Flux<Integer> subscribeWithConsumerAndCompleteConsumer(); Flux<Integer> subscribeWithConsumerAndErrorConsumer(); Flux<Integer> subscribeWithSubscriptionConsumer(); Flux<Integer> subscribeWithSubscription(); }
|
@Test public void subscribeWithConsumer() { Flux<Integer> flux = workshop.subscribeWithConsumer(); StepVerifier.create(flux) .expectNext(1, 2, 3).verifyComplete(); }
|
public Flux<Integer> subscribeWithConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(integer -> log.info("{}", integer)); return flux; }
|
Part05Subscribe { public Flux<Integer> subscribeWithConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(integer -> log.info("{}", integer)); return flux; } }
|
Part05Subscribe { public Flux<Integer> subscribeWithConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(integer -> log.info("{}", integer)); return flux; } }
|
Part05Subscribe { public Flux<Integer> subscribeWithConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(integer -> log.info("{}", integer)); return flux; } Flux<Integer> subscribeEmpty(); Flux<Integer> subscribeWithConsumer(); Flux<Integer> subscribeWithConsumerAndCompleteConsumer(); Flux<Integer> subscribeWithConsumerAndErrorConsumer(); Flux<Integer> subscribeWithSubscriptionConsumer(); Flux<Integer> subscribeWithSubscription(); }
|
Part05Subscribe { public Flux<Integer> subscribeWithConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(integer -> log.info("{}", integer)); return flux; } Flux<Integer> subscribeEmpty(); Flux<Integer> subscribeWithConsumer(); Flux<Integer> subscribeWithConsumerAndCompleteConsumer(); Flux<Integer> subscribeWithConsumerAndErrorConsumer(); Flux<Integer> subscribeWithSubscriptionConsumer(); Flux<Integer> subscribeWithSubscription(); }
|
@Test public void subscribeWithConsumerAndCompleteConsumer() { Flux<Integer> flux = workshop.subscribeWithConsumerAndCompleteConsumer(); StepVerifier.create(flux) .expectNext(1, 2, 3).verifyComplete(); }
|
public Flux<Integer> subscribeWithConsumerAndCompleteConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.subscribe(integer -> log.info("{}", integer), null, () -> log.info("completed")); return flux; }
|
Part05Subscribe { public Flux<Integer> subscribeWithConsumerAndCompleteConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.subscribe(integer -> log.info("{}", integer), null, () -> log.info("completed")); return flux; } }
|
Part05Subscribe { public Flux<Integer> subscribeWithConsumerAndCompleteConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.subscribe(integer -> log.info("{}", integer), null, () -> log.info("completed")); return flux; } }
|
Part05Subscribe { public Flux<Integer> subscribeWithConsumerAndCompleteConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.subscribe(integer -> log.info("{}", integer), null, () -> log.info("completed")); return flux; } Flux<Integer> subscribeEmpty(); Flux<Integer> subscribeWithConsumer(); Flux<Integer> subscribeWithConsumerAndCompleteConsumer(); Flux<Integer> subscribeWithConsumerAndErrorConsumer(); Flux<Integer> subscribeWithSubscriptionConsumer(); Flux<Integer> subscribeWithSubscription(); }
|
Part05Subscribe { public Flux<Integer> subscribeWithConsumerAndCompleteConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.subscribe(integer -> log.info("{}", integer), null, () -> log.info("completed")); return flux; } Flux<Integer> subscribeEmpty(); Flux<Integer> subscribeWithConsumer(); Flux<Integer> subscribeWithConsumerAndCompleteConsumer(); Flux<Integer> subscribeWithConsumerAndErrorConsumer(); Flux<Integer> subscribeWithSubscriptionConsumer(); Flux<Integer> subscribeWithSubscription(); }
|
@Test public void subscribeWithConsumerAndErrorConsumer() { Flux<Integer> flux = workshop.subscribeWithConsumerAndErrorConsumer(); StepVerifier.create(flux) .expectNext(1, 2, 3).verifyError(); }
|
public Flux<Integer> subscribeWithConsumerAndErrorConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3, 4).map(i -> { if (i != 4) { return i; } else { throw new IllegalStateException("error"); } }); flux.log().subscribe(integer -> log.info("{}", integer), throwable -> log.info("{}", throwable.getMessage())); return flux; }
|
Part05Subscribe { public Flux<Integer> subscribeWithConsumerAndErrorConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3, 4).map(i -> { if (i != 4) { return i; } else { throw new IllegalStateException("error"); } }); flux.log().subscribe(integer -> log.info("{}", integer), throwable -> log.info("{}", throwable.getMessage())); return flux; } }
|
Part05Subscribe { public Flux<Integer> subscribeWithConsumerAndErrorConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3, 4).map(i -> { if (i != 4) { return i; } else { throw new IllegalStateException("error"); } }); flux.log().subscribe(integer -> log.info("{}", integer), throwable -> log.info("{}", throwable.getMessage())); return flux; } }
|
Part05Subscribe { public Flux<Integer> subscribeWithConsumerAndErrorConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3, 4).map(i -> { if (i != 4) { return i; } else { throw new IllegalStateException("error"); } }); flux.log().subscribe(integer -> log.info("{}", integer), throwable -> log.info("{}", throwable.getMessage())); return flux; } Flux<Integer> subscribeEmpty(); Flux<Integer> subscribeWithConsumer(); Flux<Integer> subscribeWithConsumerAndCompleteConsumer(); Flux<Integer> subscribeWithConsumerAndErrorConsumer(); Flux<Integer> subscribeWithSubscriptionConsumer(); Flux<Integer> subscribeWithSubscription(); }
|
Part05Subscribe { public Flux<Integer> subscribeWithConsumerAndErrorConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3, 4).map(i -> { if (i != 4) { return i; } else { throw new IllegalStateException("error"); } }); flux.log().subscribe(integer -> log.info("{}", integer), throwable -> log.info("{}", throwable.getMessage())); return flux; } Flux<Integer> subscribeEmpty(); Flux<Integer> subscribeWithConsumer(); Flux<Integer> subscribeWithConsumerAndCompleteConsumer(); Flux<Integer> subscribeWithConsumerAndErrorConsumer(); Flux<Integer> subscribeWithSubscriptionConsumer(); Flux<Integer> subscribeWithSubscription(); }
|
@Test public void subscribeWithSubscriptionConsumer() { Flux<Integer> flux = workshop.subscribeWithSubscriptionConsumer(); StepVerifier.create(flux) .expectNext(1, 2, 3).verifyComplete(); }
|
public Flux<Integer> subscribeWithSubscriptionConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(null, null, null, new Consumer<Subscription>() { @Override public void accept(Subscription subscription) { subscription.request(2); } }); return flux; }
|
Part05Subscribe { public Flux<Integer> subscribeWithSubscriptionConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(null, null, null, new Consumer<Subscription>() { @Override public void accept(Subscription subscription) { subscription.request(2); } }); return flux; } }
|
Part05Subscribe { public Flux<Integer> subscribeWithSubscriptionConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(null, null, null, new Consumer<Subscription>() { @Override public void accept(Subscription subscription) { subscription.request(2); } }); return flux; } }
|
Part05Subscribe { public Flux<Integer> subscribeWithSubscriptionConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(null, null, null, new Consumer<Subscription>() { @Override public void accept(Subscription subscription) { subscription.request(2); } }); return flux; } Flux<Integer> subscribeEmpty(); Flux<Integer> subscribeWithConsumer(); Flux<Integer> subscribeWithConsumerAndCompleteConsumer(); Flux<Integer> subscribeWithConsumerAndErrorConsumer(); Flux<Integer> subscribeWithSubscriptionConsumer(); Flux<Integer> subscribeWithSubscription(); }
|
Part05Subscribe { public Flux<Integer> subscribeWithSubscriptionConsumer() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(null, null, null, new Consumer<Subscription>() { @Override public void accept(Subscription subscription) { subscription.request(2); } }); return flux; } Flux<Integer> subscribeEmpty(); Flux<Integer> subscribeWithConsumer(); Flux<Integer> subscribeWithConsumerAndCompleteConsumer(); Flux<Integer> subscribeWithConsumerAndErrorConsumer(); Flux<Integer> subscribeWithSubscriptionConsumer(); Flux<Integer> subscribeWithSubscription(); }
|
@Test public void subscribeWithSubscription() { Flux<Integer> flux = workshop.subscribeWithSubscription(); StepVerifier.create(flux) .expectNext(1, 2, 3).verifyComplete(); }
|
public Flux<Integer> subscribeWithSubscription() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(new Subscriber<Integer>() { Subscription s; @Override public void onSubscribe(Subscription s) { this.s = s; s.request(1); } @Override public void onNext(Integer integer) { s.request(integer); } @Override public void onError(Throwable t) { } @Override public void onComplete() { } }); return flux; }
|
Part05Subscribe { public Flux<Integer> subscribeWithSubscription() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(new Subscriber<Integer>() { Subscription s; @Override public void onSubscribe(Subscription s) { this.s = s; s.request(1); } @Override public void onNext(Integer integer) { s.request(integer); } @Override public void onError(Throwable t) { } @Override public void onComplete() { } }); return flux; } }
|
Part05Subscribe { public Flux<Integer> subscribeWithSubscription() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(new Subscriber<Integer>() { Subscription s; @Override public void onSubscribe(Subscription s) { this.s = s; s.request(1); } @Override public void onNext(Integer integer) { s.request(integer); } @Override public void onError(Throwable t) { } @Override public void onComplete() { } }); return flux; } }
|
Part05Subscribe { public Flux<Integer> subscribeWithSubscription() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(new Subscriber<Integer>() { Subscription s; @Override public void onSubscribe(Subscription s) { this.s = s; s.request(1); } @Override public void onNext(Integer integer) { s.request(integer); } @Override public void onError(Throwable t) { } @Override public void onComplete() { } }); return flux; } Flux<Integer> subscribeEmpty(); Flux<Integer> subscribeWithConsumer(); Flux<Integer> subscribeWithConsumerAndCompleteConsumer(); Flux<Integer> subscribeWithConsumerAndErrorConsumer(); Flux<Integer> subscribeWithSubscriptionConsumer(); Flux<Integer> subscribeWithSubscription(); }
|
Part05Subscribe { public Flux<Integer> subscribeWithSubscription() { Flux<Integer> flux = Flux.just(1, 2, 3); flux.log().subscribe(new Subscriber<Integer>() { Subscription s; @Override public void onSubscribe(Subscription s) { this.s = s; s.request(1); } @Override public void onNext(Integer integer) { s.request(integer); } @Override public void onError(Throwable t) { } @Override public void onComplete() { } }); return flux; } Flux<Integer> subscribeEmpty(); Flux<Integer> subscribeWithConsumer(); Flux<Integer> subscribeWithConsumerAndCompleteConsumer(); Flux<Integer> subscribeWithConsumerAndErrorConsumer(); Flux<Integer> subscribeWithSubscriptionConsumer(); Flux<Integer> subscribeWithSubscription(); }
|
@Test public void transform() { Flux<Integer> flux = workshop.transformToLength(Flux.just("foo", "bar")); StepVerifier.create(flux).expectNext(3, 3).verifyComplete(); }
|
Flux<Integer> transformToLength(Flux<String> flux) { return flux.map(s -> s.length()); }
|
Part02Transform { Flux<Integer> transformToLength(Flux<String> flux) { return flux.map(s -> s.length()); } }
|
Part02Transform { Flux<Integer> transformToLength(Flux<String> flux) { return flux.map(s -> s.length()); } }
|
Part02Transform { Flux<Integer> transformToLength(Flux<String> flux) { return flux.map(s -> s.length()); } Flux<Tuple2<String, Integer>> pairValues(Flux<String> flux1, Flux<Integer> flux2); Mono<Order> combineValues(Mono<String> phoneNumber, Mono<String> deliveryAddress); }
|
Part02Transform { Flux<Integer> transformToLength(Flux<String> flux) { return flux.map(s -> s.length()); } Flux<Tuple2<String, Integer>> pairValues(Flux<String> flux1, Flux<Integer> flux2); Mono<Order> combineValues(Mono<String> phoneNumber, Mono<String> deliveryAddress); }
|
@Test public void characters() { Flux<String> flux = workshop.characters(Flux.just("foo", "bar")); StepVerifier.create(flux).expectNextCount(6).verifyComplete(); }
|
Flux<String> characters(Flux<String> flux) { return flux .map(s -> s.toUpperCase()) .flatMap(s -> Flux.fromArray(s.split("")).log()); }
|
Part02Transform { Flux<String> characters(Flux<String> flux) { return flux .map(s -> s.toUpperCase()) .flatMap(s -> Flux.fromArray(s.split("")).log()); } }
|
Part02Transform { Flux<String> characters(Flux<String> flux) { return flux .map(s -> s.toUpperCase()) .flatMap(s -> Flux.fromArray(s.split("")).log()); } }
|
Part02Transform { Flux<String> characters(Flux<String> flux) { return flux .map(s -> s.toUpperCase()) .flatMap(s -> Flux.fromArray(s.split("")).log()); } Flux<Tuple2<String, Integer>> pairValues(Flux<String> flux1, Flux<Integer> flux2); Mono<Order> combineValues(Mono<String> phoneNumber, Mono<String> deliveryAddress); }
|
Part02Transform { Flux<String> characters(Flux<String> flux) { return flux .map(s -> s.toUpperCase()) .flatMap(s -> Flux.fromArray(s.split("")).log()); } Flux<Tuple2<String, Integer>> pairValues(Flux<String> flux1, Flux<Integer> flux2); Mono<Order> combineValues(Mono<String> phoneNumber, Mono<String> deliveryAddress); }
|
@Test public void combineInEmissionOrder() { Flux<String> flux1 = Flux.just("foo", "bar").delayElements(Duration.ofMillis(1)); Flux<String> flux2 = Flux.just("a", "b", "c").delayElements(Duration.ofMillis(1)); StepVerifier.create(workshop.combineInEmissionOrder(flux1, flux2)).expectNextCount(5).verifyComplete(); }
|
Flux<String> combineInEmissionOrder(Flux<String> flux1, Flux<String> flux2) { return Flux.merge(flux1, flux2); }
|
Part02Transform { Flux<String> combineInEmissionOrder(Flux<String> flux1, Flux<String> flux2) { return Flux.merge(flux1, flux2); } }
|
Part02Transform { Flux<String> combineInEmissionOrder(Flux<String> flux1, Flux<String> flux2) { return Flux.merge(flux1, flux2); } }
|
Part02Transform { Flux<String> combineInEmissionOrder(Flux<String> flux1, Flux<String> flux2) { return Flux.merge(flux1, flux2); } Flux<Tuple2<String, Integer>> pairValues(Flux<String> flux1, Flux<Integer> flux2); Mono<Order> combineValues(Mono<String> phoneNumber, Mono<String> deliveryAddress); }
|
Part02Transform { Flux<String> combineInEmissionOrder(Flux<String> flux1, Flux<String> flux2) { return Flux.merge(flux1, flux2); } Flux<Tuple2<String, Integer>> pairValues(Flux<String> flux1, Flux<Integer> flux2); Mono<Order> combineValues(Mono<String> phoneNumber, Mono<String> deliveryAddress); }
|
@Test public void pairValues() { Flux<String> flux1 = Flux.just("a", "b", "c"); Flux<Integer> flux2 = Flux.just(1, 2, 3, 4); StepVerifier.create(workshop.pairValues(flux1, flux2)) .assertNext(tuple2 -> { assertThat(tuple2.getT1()).isEqualTo("a"); assertThat(tuple2.getT2()).isEqualTo(1); }) .assertNext(tuple2 -> { assertThat(tuple2.getT1()).isEqualTo("b"); assertThat(tuple2.getT2()).isEqualTo(2); }) .assertNext(tuple2 -> { assertThat(tuple2.getT1()).isEqualTo("c"); assertThat(tuple2.getT2()).isEqualTo(3); }) .verifyComplete(); }
|
public Flux<Tuple2<String, Integer>> pairValues(Flux<String> flux1, Flux<Integer> flux2) { return Flux.zip(flux1, flux2); }
|
Part02Transform { public Flux<Tuple2<String, Integer>> pairValues(Flux<String> flux1, Flux<Integer> flux2) { return Flux.zip(flux1, flux2); } }
|
Part02Transform { public Flux<Tuple2<String, Integer>> pairValues(Flux<String> flux1, Flux<Integer> flux2) { return Flux.zip(flux1, flux2); } }
|
Part02Transform { public Flux<Tuple2<String, Integer>> pairValues(Flux<String> flux1, Flux<Integer> flux2) { return Flux.zip(flux1, flux2); } Flux<Tuple2<String, Integer>> pairValues(Flux<String> flux1, Flux<Integer> flux2); Mono<Order> combineValues(Mono<String> phoneNumber, Mono<String> deliveryAddress); }
|
Part02Transform { public Flux<Tuple2<String, Integer>> pairValues(Flux<String> flux1, Flux<Integer> flux2) { return Flux.zip(flux1, flux2); } Flux<Tuple2<String, Integer>> pairValues(Flux<String> flux1, Flux<Integer> flux2); Mono<Order> combineValues(Mono<String> phoneNumber, Mono<String> deliveryAddress); }
|
@Test public void testShortArray() { int[] numbers = new int[]{12}; assertEquals(12, ms.maxSub(numbers)); }
|
public int maxSub(int[] data) { int maxend = data[0]; int maxfar = data[0]; for (int i = 1; i < data.length; i++) { maxend = Math.max(data[i], maxend + data[i]); maxfar = Math.max(maxfar, maxend); } return maxfar > 0 ? maxfar : 0; }
|
MaxSubProblem { public int maxSub(int[] data) { int maxend = data[0]; int maxfar = data[0]; for (int i = 1; i < data.length; i++) { maxend = Math.max(data[i], maxend + data[i]); maxfar = Math.max(maxfar, maxend); } return maxfar > 0 ? maxfar : 0; } }
|
MaxSubProblem { public int maxSub(int[] data) { int maxend = data[0]; int maxfar = data[0]; for (int i = 1; i < data.length; i++) { maxend = Math.max(data[i], maxend + data[i]); maxfar = Math.max(maxfar, maxend); } return maxfar > 0 ? maxfar : 0; } }
|
MaxSubProblem { public int maxSub(int[] data) { int maxend = data[0]; int maxfar = data[0]; for (int i = 1; i < data.length; i++) { maxend = Math.max(data[i], maxend + data[i]); maxfar = Math.max(maxfar, maxend); } return maxfar > 0 ? maxfar : 0; } int maxSub1(int[] data); int maxSub2(int[] data); int maxSub(int[] data); }
|
MaxSubProblem { public int maxSub(int[] data) { int maxend = data[0]; int maxfar = data[0]; for (int i = 1; i < data.length; i++) { maxend = Math.max(data[i], maxend + data[i]); maxfar = Math.max(maxfar, maxend); } return maxfar > 0 ? maxfar : 0; } int maxSub1(int[] data); int maxSub2(int[] data); int maxSub(int[] data); }
|
@Test public void test() { for(int i=0; i<10; i++) { Integer result = bean.getObject(); System.out.println(result); } }
|
@Override public Integer getObject() { try { int time = new java.util.Date().hashCode(); int ipAddress = InetAddress.getLocalHost().hashCode(); int rand = metaPrng.nextInt(); int seed = (ipAddress & 0xffff) | ((time & 0x00ff) << 32) | (rand & 0x0f000000); logger.info("seed = " + seed); return seed; } catch (UnknownHostException e) { throw new RuntimeException(e); } }
|
PRNGSeedFactoryBean implements FactoryBean<Integer> { @Override public Integer getObject() { try { int time = new java.util.Date().hashCode(); int ipAddress = InetAddress.getLocalHost().hashCode(); int rand = metaPrng.nextInt(); int seed = (ipAddress & 0xffff) | ((time & 0x00ff) << 32) | (rand & 0x0f000000); logger.info("seed = " + seed); return seed; } catch (UnknownHostException e) { throw new RuntimeException(e); } } }
|
PRNGSeedFactoryBean implements FactoryBean<Integer> { @Override public Integer getObject() { try { int time = new java.util.Date().hashCode(); int ipAddress = InetAddress.getLocalHost().hashCode(); int rand = metaPrng.nextInt(); int seed = (ipAddress & 0xffff) | ((time & 0x00ff) << 32) | (rand & 0x0f000000); logger.info("seed = " + seed); return seed; } catch (UnknownHostException e) { throw new RuntimeException(e); } } }
|
PRNGSeedFactoryBean implements FactoryBean<Integer> { @Override public Integer getObject() { try { int time = new java.util.Date().hashCode(); int ipAddress = InetAddress.getLocalHost().hashCode(); int rand = metaPrng.nextInt(); int seed = (ipAddress & 0xffff) | ((time & 0x00ff) << 32) | (rand & 0x0f000000); logger.info("seed = " + seed); return seed; } catch (UnknownHostException e) { throw new RuntimeException(e); } } @Override Integer getObject(); @Override Class<?> getObjectType(); @Override boolean isSingleton(); }
|
PRNGSeedFactoryBean implements FactoryBean<Integer> { @Override public Integer getObject() { try { int time = new java.util.Date().hashCode(); int ipAddress = InetAddress.getLocalHost().hashCode(); int rand = metaPrng.nextInt(); int seed = (ipAddress & 0xffff) | ((time & 0x00ff) << 32) | (rand & 0x0f000000); logger.info("seed = " + seed); return seed; } catch (UnknownHostException e) { throw new RuntimeException(e); } } @Override Integer getObject(); @Override Class<?> getObjectType(); @Override boolean isSingleton(); }
|
@Test public void optimizeTest() throws Exception { RationalNumber actual = RationalNumber.create(15, 9); actual.optimize(); RationalNumber expected = RationalNumber.create(5, 3); Assert.assertEquals(expected, actual); }
|
public void optimize() { int gcd = calcGcd(numerator, denominator); this.numerator = this.numerator / gcd; this.denominator = this.denominator / gcd; }
|
RationalNumber { public void optimize() { int gcd = calcGcd(numerator, denominator); this.numerator = this.numerator / gcd; this.denominator = this.denominator / gcd; } }
|
RationalNumber { public void optimize() { int gcd = calcGcd(numerator, denominator); this.numerator = this.numerator / gcd; this.denominator = this.denominator / gcd; } RationalNumber(int numerator, int denominator); }
|
RationalNumber { public void optimize() { int gcd = calcGcd(numerator, denominator); this.numerator = this.numerator / gcd; this.denominator = this.denominator / gcd; } RationalNumber(int numerator, int denominator); static RationalNumber create(int numerator, int denominator); int getNumerator(); int getDenominator(); void optimize(); String toString(); boolean equals(Object obj); int hashCode(); }
|
RationalNumber { public void optimize() { int gcd = calcGcd(numerator, denominator); this.numerator = this.numerator / gcd; this.denominator = this.denominator / gcd; } RationalNumber(int numerator, int denominator); static RationalNumber create(int numerator, int denominator); int getNumerator(); int getDenominator(); void optimize(); String toString(); boolean equals(Object obj); int hashCode(); }
|
@Test public void createTest() throws Exception { RationalNumber actual = RationalNumber.create(15, 9); RationalNumber expected = new RationalNumber(15, 9); Assert.assertEquals(expected, actual); }
|
public static RationalNumber create(int numerator, int denominator) { return new RationalNumber(numerator, denominator); }
|
RationalNumber { public static RationalNumber create(int numerator, int denominator) { return new RationalNumber(numerator, denominator); } }
|
RationalNumber { public static RationalNumber create(int numerator, int denominator) { return new RationalNumber(numerator, denominator); } RationalNumber(int numerator, int denominator); }
|
RationalNumber { public static RationalNumber create(int numerator, int denominator) { return new RationalNumber(numerator, denominator); } RationalNumber(int numerator, int denominator); static RationalNumber create(int numerator, int denominator); int getNumerator(); int getDenominator(); void optimize(); String toString(); boolean equals(Object obj); int hashCode(); }
|
RationalNumber { public static RationalNumber create(int numerator, int denominator) { return new RationalNumber(numerator, denominator); } RationalNumber(int numerator, int denominator); static RationalNumber create(int numerator, int denominator); int getNumerator(); int getDenominator(); void optimize(); String toString(); boolean equals(Object obj); int hashCode(); }
|
@Test(expected = ArithmeticException.class) public void createTestOnBadData() throws Exception { RationalNumber.create(15, 0); }
|
public static RationalNumber create(int numerator, int denominator) { return new RationalNumber(numerator, denominator); }
|
RationalNumber { public static RationalNumber create(int numerator, int denominator) { return new RationalNumber(numerator, denominator); } }
|
RationalNumber { public static RationalNumber create(int numerator, int denominator) { return new RationalNumber(numerator, denominator); } RationalNumber(int numerator, int denominator); }
|
RationalNumber { public static RationalNumber create(int numerator, int denominator) { return new RationalNumber(numerator, denominator); } RationalNumber(int numerator, int denominator); static RationalNumber create(int numerator, int denominator); int getNumerator(); int getDenominator(); void optimize(); String toString(); boolean equals(Object obj); int hashCode(); }
|
RationalNumber { public static RationalNumber create(int numerator, int denominator) { return new RationalNumber(numerator, denominator); } RationalNumber(int numerator, int denominator); static RationalNumber create(int numerator, int denominator); int getNumerator(); int getDenominator(); void optimize(); String toString(); boolean equals(Object obj); int hashCode(); }
|
@Test public void findTest() throws Exception { Human expected = Human.builder() .id(2) .age(19) .name("Андрей") .citizen("Россия") .build(); Human actual = testedHumansDao.find(2); Assert.assertEquals(expected, actual); }
|
@Override public Human find(int id) { try { return template.queryForObject(SQL_SELECT_USER_BY_ID, humanRowMapper, id); } catch (EmptyResultDataAccessException e) { throw new IllegalArgumentException("User with id <" + id + "> not found"); } }
|
HumansJdbcTemplateDaoImpl implements HumansDao { @Override public Human find(int id) { try { return template.queryForObject(SQL_SELECT_USER_BY_ID, humanRowMapper, id); } catch (EmptyResultDataAccessException e) { throw new IllegalArgumentException("User with id <" + id + "> not found"); } } }
|
HumansJdbcTemplateDaoImpl implements HumansDao { @Override public Human find(int id) { try { return template.queryForObject(SQL_SELECT_USER_BY_ID, humanRowMapper, id); } catch (EmptyResultDataAccessException e) { throw new IllegalArgumentException("User with id <" + id + "> not found"); } } HumansJdbcTemplateDaoImpl(DataSource dataSource); }
|
HumansJdbcTemplateDaoImpl implements HumansDao { @Override public Human find(int id) { try { return template.queryForObject(SQL_SELECT_USER_BY_ID, humanRowMapper, id); } catch (EmptyResultDataAccessException e) { throw new IllegalArgumentException("User with id <" + id + "> not found"); } } HumansJdbcTemplateDaoImpl(DataSource dataSource); @Override List<Human> findAllByAge(int age); @Override void save(Human model); @Override Human find(int id); @Override void update(Human model); @Override void delete(int id); @Override List<Human> findAll(); }
|
HumansJdbcTemplateDaoImpl implements HumansDao { @Override public Human find(int id) { try { return template.queryForObject(SQL_SELECT_USER_BY_ID, humanRowMapper, id); } catch (EmptyResultDataAccessException e) { throw new IllegalArgumentException("User with id <" + id + "> not found"); } } HumansJdbcTemplateDaoImpl(DataSource dataSource); @Override List<Human> findAllByAge(int age); @Override void save(Human model); @Override Human find(int id); @Override void update(Human model); @Override void delete(int id); @Override List<Human> findAll(); }
|
@Test(expected = IllegalArgumentException.class) public void findTestOnBadUserId() { testedHumansDao.find(44); }
|
@Override public Human find(int id) { try { return template.queryForObject(SQL_SELECT_USER_BY_ID, humanRowMapper, id); } catch (EmptyResultDataAccessException e) { throw new IllegalArgumentException("User with id <" + id + "> not found"); } }
|
HumansJdbcTemplateDaoImpl implements HumansDao { @Override public Human find(int id) { try { return template.queryForObject(SQL_SELECT_USER_BY_ID, humanRowMapper, id); } catch (EmptyResultDataAccessException e) { throw new IllegalArgumentException("User with id <" + id + "> not found"); } } }
|
HumansJdbcTemplateDaoImpl implements HumansDao { @Override public Human find(int id) { try { return template.queryForObject(SQL_SELECT_USER_BY_ID, humanRowMapper, id); } catch (EmptyResultDataAccessException e) { throw new IllegalArgumentException("User with id <" + id + "> not found"); } } HumansJdbcTemplateDaoImpl(DataSource dataSource); }
|
HumansJdbcTemplateDaoImpl implements HumansDao { @Override public Human find(int id) { try { return template.queryForObject(SQL_SELECT_USER_BY_ID, humanRowMapper, id); } catch (EmptyResultDataAccessException e) { throw new IllegalArgumentException("User with id <" + id + "> not found"); } } HumansJdbcTemplateDaoImpl(DataSource dataSource); @Override List<Human> findAllByAge(int age); @Override void save(Human model); @Override Human find(int id); @Override void update(Human model); @Override void delete(int id); @Override List<Human> findAll(); }
|
HumansJdbcTemplateDaoImpl implements HumansDao { @Override public Human find(int id) { try { return template.queryForObject(SQL_SELECT_USER_BY_ID, humanRowMapper, id); } catch (EmptyResultDataAccessException e) { throw new IllegalArgumentException("User with id <" + id + "> not found"); } } HumansJdbcTemplateDaoImpl(DataSource dataSource); @Override List<Human> findAllByAge(int age); @Override void save(Human model); @Override Human find(int id); @Override void update(Human model); @Override void delete(int id); @Override List<Human> findAll(); }
|
@Test(expected = IllegalArgumentException.class) public void testMultiSqlInsert() throws IOException, ParseException { String sql = Joiner.on(";\n").join( "INSERT INTO foo (SELECT * FROM bar)", "INSERT INTO foo (SELECT * FROM bar)" ); SqlNodeList nodes = Planner.parse(sql); Validator validator = new Validator(); validator.validateExactlyOnceSelect(nodes); }
|
@VisibleForTesting void validateExactlyOnceSelect(SqlNodeList query) { Preconditions.checkArgument(query.size() > 0); SqlNode last = query.get(query.size() - 1); long n = StreamSupport.stream(query.spliterator(), false) .filter(x -> x instanceof SqlSelect) .count(); Preconditions.checkArgument(n == 1 && last instanceof SqlSelect, "Only one top-level SELECT statement is allowed"); statement = (SqlSelect) last; }
|
Validator { @VisibleForTesting void validateExactlyOnceSelect(SqlNodeList query) { Preconditions.checkArgument(query.size() > 0); SqlNode last = query.get(query.size() - 1); long n = StreamSupport.stream(query.spliterator(), false) .filter(x -> x instanceof SqlSelect) .count(); Preconditions.checkArgument(n == 1 && last instanceof SqlSelect, "Only one top-level SELECT statement is allowed"); statement = (SqlSelect) last; } }
|
Validator { @VisibleForTesting void validateExactlyOnceSelect(SqlNodeList query) { Preconditions.checkArgument(query.size() > 0); SqlNode last = query.get(query.size() - 1); long n = StreamSupport.stream(query.spliterator(), false) .filter(x -> x instanceof SqlSelect) .count(); Preconditions.checkArgument(n == 1 && last instanceof SqlSelect, "Only one top-level SELECT statement is allowed"); statement = (SqlSelect) last; } }
|
Validator { @VisibleForTesting void validateExactlyOnceSelect(SqlNodeList query) { Preconditions.checkArgument(query.size() > 0); SqlNode last = query.get(query.size() - 1); long n = StreamSupport.stream(query.spliterator(), false) .filter(x -> x instanceof SqlSelect) .count(); Preconditions.checkArgument(n == 1 && last instanceof SqlSelect, "Only one top-level SELECT statement is allowed"); statement = (SqlSelect) last; } }
|
Validator { @VisibleForTesting void validateExactlyOnceSelect(SqlNodeList query) { Preconditions.checkArgument(query.size() > 0); SqlNode last = query.get(query.size() - 1); long n = StreamSupport.stream(query.spliterator(), false) .filter(x -> x instanceof SqlSelect) .count(); Preconditions.checkArgument(n == 1 && last instanceof SqlSelect, "Only one top-level SELECT statement is allowed"); statement = (SqlSelect) last; } }
|
@Test public void testMismatchedParameter() { UUID instId = UUID.randomUUID(); UUID jobId = UUID.randomUUID(); InstanceInfo instance = mockInstanceInfo("foo", 1, 4096, jobId, InstanceStatus.StateEnum.RUNNING); JobDefinition job = mockJobWithSingleInstance("foo", 1, 2048); HealthCheckReport report = JobWatcherUtil.computeHealthCheckReport( Collections.singletonMap(jobId, job), Collections.singletonMap(instId, instance)); assertTrue(report.spuriousInstances().isEmpty()); assertEquals(1, report.instancesWithDifferentParameters().size()); assertEquals(1, report.instancesToStart().size()); }
|
static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } private JobWatcherUtil(); }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } private JobWatcherUtil(); }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } private JobWatcherUtil(); }
|
@Test public void testStartJob() { UUID jobId = UUID.randomUUID(); JobDefinition job = mockJobWithSingleInstance("foo", 1, 2048); HealthCheckReport report = JobWatcherUtil.computeHealthCheckReport( Collections.singletonMap(jobId, job), Collections.emptyMap()); assertTrue(report.spuriousInstances().isEmpty()); assertTrue(report.instancesWithDifferentParameters().isEmpty()); assertEquals(1, report.instancesToStart().size()); }
|
static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } private JobWatcherUtil(); }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } private JobWatcherUtil(); }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } private JobWatcherUtil(); }
|
@Test public void testDeployerWithIsolatedConfiguration() throws Exception { YarnClusterConfiguration clusterConf = mock(YarnClusterConfiguration.class); doReturn(new YarnConfiguration()).when(clusterConf).conf(); ScheduledExecutorService executor = mock(ScheduledExecutorService.class); Configuration flinkConf = new Configuration(); YarnClient client = mock(YarnClient.class); JobDeployer deploy = new JobDeployer(clusterConf, client, executor, flinkConf); AthenaXYarnClusterDescriptor desc = mock(AthenaXYarnClusterDescriptor.class); YarnClusterClient clusterClient = mock(YarnClusterClient.class); doReturn(clusterClient).when(desc).deploy(); ActorGateway actorGateway = mock(ActorGateway.class); doReturn(actorGateway).when(clusterClient).getJobManagerGateway(); doReturn(Future$.MODULE$.successful(null)).when(actorGateway).ask(any(), any()); JobGraph jobGraph = mock(JobGraph.class); doReturn(JobID.generate()).when(jobGraph).getJobID(); deploy.start(desc, jobGraph); verify(clusterClient).runDetached(jobGraph, null); }
|
void start(JobGraph job, JobConf desc) throws Exception { AthenaXYarnClusterDescriptor descriptor = new AthenaXYarnClusterDescriptor(clusterConf, yarnClient, flinkConf, desc); start(descriptor, job); }
|
JobDeployer { void start(JobGraph job, JobConf desc) throws Exception { AthenaXYarnClusterDescriptor descriptor = new AthenaXYarnClusterDescriptor(clusterConf, yarnClient, flinkConf, desc); start(descriptor, job); } }
|
JobDeployer { void start(JobGraph job, JobConf desc) throws Exception { AthenaXYarnClusterDescriptor descriptor = new AthenaXYarnClusterDescriptor(clusterConf, yarnClient, flinkConf, desc); start(descriptor, job); } JobDeployer(YarnClusterConfiguration clusterConf, YarnClient yarnClient,
ScheduledExecutorService executor, Configuration flinkConf); }
|
JobDeployer { void start(JobGraph job, JobConf desc) throws Exception { AthenaXYarnClusterDescriptor descriptor = new AthenaXYarnClusterDescriptor(clusterConf, yarnClient, flinkConf, desc); start(descriptor, job); } JobDeployer(YarnClusterConfiguration clusterConf, YarnClient yarnClient,
ScheduledExecutorService executor, Configuration flinkConf); }
|
JobDeployer { void start(JobGraph job, JobConf desc) throws Exception { AthenaXYarnClusterDescriptor descriptor = new AthenaXYarnClusterDescriptor(clusterConf, yarnClient, flinkConf, desc); start(descriptor, job); } JobDeployer(YarnClusterConfiguration clusterConf, YarnClient yarnClient,
ScheduledExecutorService executor, Configuration flinkConf); }
|
@Test public void testChangeState() throws Exception { YarnClient client = mock(YarnClient.class); YarnClusterConfiguration conf = mock(YarnClusterConfiguration.class); ClusterInfo clusterInfo = new ClusterInfo("foo", conf, client); UUID app = UUID.randomUUID(); ApplicationId yarnAppId = mock(ApplicationId.class); try (InstanceManager manager = new InstanceManager( Collections.singletonMap("foo", clusterInfo), mock(InstanceStateUpdateListener.class), mock(ScheduledExecutorService.class), AthenaXExtraConfigOptions.INSTANCE_MANAGER_RESCAN_INTERVAL.defaultValue())) { InstanceInfo instance = new InstanceInfo("foo", yarnAppId, mock(InstanceMetadata.class), mock(InstanceStatus.class)); manager.instances().put(app, instance); manager.changeState(app, new InstanceState().state(InstanceState.StateEnum.KILLED)); verify(client).killApplication(eq(yarnAppId)); } }
|
public void changeState(UUID uuid, InstanceState desiredState) throws IOException, YarnException { if (desiredState == null || desiredState.getState() != InstanceState.StateEnum.KILLED) { throw new UnsupportedOperationException(); } InstanceInfo info = instances().get(uuid); if (info == null) { return; } ClusterInfo cluster = clusters.get(info.clusterName()); Preconditions.checkNotNull(cluster); cluster.client().killApplication(info.appId()); }
|
InstanceManager implements AutoCloseable { public void changeState(UUID uuid, InstanceState desiredState) throws IOException, YarnException { if (desiredState == null || desiredState.getState() != InstanceState.StateEnum.KILLED) { throw new UnsupportedOperationException(); } InstanceInfo info = instances().get(uuid); if (info == null) { return; } ClusterInfo cluster = clusters.get(info.clusterName()); Preconditions.checkNotNull(cluster); cluster.client().killApplication(info.appId()); } }
|
InstanceManager implements AutoCloseable { public void changeState(UUID uuid, InstanceState desiredState) throws IOException, YarnException { if (desiredState == null || desiredState.getState() != InstanceState.StateEnum.KILLED) { throw new UnsupportedOperationException(); } InstanceInfo info = instances().get(uuid); if (info == null) { return; } ClusterInfo cluster = clusters.get(info.clusterName()); Preconditions.checkNotNull(cluster); cluster.client().killApplication(info.appId()); } @VisibleForTesting InstanceManager(
Map<String, ClusterInfo> clusters,
InstanceStateUpdateListener listener,
ScheduledExecutorService executor,
long rescanInterval); }
|
InstanceManager implements AutoCloseable { public void changeState(UUID uuid, InstanceState desiredState) throws IOException, YarnException { if (desiredState == null || desiredState.getState() != InstanceState.StateEnum.KILLED) { throw new UnsupportedOperationException(); } InstanceInfo info = instances().get(uuid); if (info == null) { return; } ClusterInfo cluster = clusters.get(info.clusterName()); Preconditions.checkNotNull(cluster); cluster.client().killApplication(info.appId()); } @VisibleForTesting InstanceManager(
Map<String, ClusterInfo> clusters,
InstanceStateUpdateListener listener,
ScheduledExecutorService executor,
long rescanInterval); @VisibleForTesting static InstanceManager create(
AthenaXConfiguration conf,
InstanceStateUpdateListener listener,
ScheduledExecutorService executor); InstanceStatus getInstanceStatus(UUID uuid); InstanceState getInstanceState(UUID uuid); void changeState(UUID uuid, InstanceState desiredState); ConcurrentHashMap<UUID, InstanceInfo> instances(); void start(); @Override void close(); void killYarnApplication(String clusterName, ApplicationId appId); Map.Entry<UUID, ApplicationId> instantiate(
JobDefinitionDesiredstate state,
UUID jobUUID,
JobCompilationResult job); }
|
InstanceManager implements AutoCloseable { public void changeState(UUID uuid, InstanceState desiredState) throws IOException, YarnException { if (desiredState == null || desiredState.getState() != InstanceState.StateEnum.KILLED) { throw new UnsupportedOperationException(); } InstanceInfo info = instances().get(uuid); if (info == null) { return; } ClusterInfo cluster = clusters.get(info.clusterName()); Preconditions.checkNotNull(cluster); cluster.client().killApplication(info.appId()); } @VisibleForTesting InstanceManager(
Map<String, ClusterInfo> clusters,
InstanceStateUpdateListener listener,
ScheduledExecutorService executor,
long rescanInterval); @VisibleForTesting static InstanceManager create(
AthenaXConfiguration conf,
InstanceStateUpdateListener listener,
ScheduledExecutorService executor); InstanceStatus getInstanceStatus(UUID uuid); InstanceState getInstanceState(UUID uuid); void changeState(UUID uuid, InstanceState desiredState); ConcurrentHashMap<UUID, InstanceInfo> instances(); void start(); @Override void close(); void killYarnApplication(String clusterName, ApplicationId appId); Map.Entry<UUID, ApplicationId> instantiate(
JobDefinitionDesiredstate state,
UUID jobUUID,
JobCompilationResult job); }
|
@Test public void testWrapSelectIntoInsert() throws IOException, ParseException { String sql = Joiner.on(";\n").join( "SET foo = 1", "SELECT * FROM bar" ); SqlNodeList nodes = Planner.parse(sql); Validator validator = new Validator(); validator.validateExactlyOnceSelect(nodes); }
|
@VisibleForTesting void validateExactlyOnceSelect(SqlNodeList query) { Preconditions.checkArgument(query.size() > 0); SqlNode last = query.get(query.size() - 1); long n = StreamSupport.stream(query.spliterator(), false) .filter(x -> x instanceof SqlSelect) .count(); Preconditions.checkArgument(n == 1 && last instanceof SqlSelect, "Only one top-level SELECT statement is allowed"); statement = (SqlSelect) last; }
|
Validator { @VisibleForTesting void validateExactlyOnceSelect(SqlNodeList query) { Preconditions.checkArgument(query.size() > 0); SqlNode last = query.get(query.size() - 1); long n = StreamSupport.stream(query.spliterator(), false) .filter(x -> x instanceof SqlSelect) .count(); Preconditions.checkArgument(n == 1 && last instanceof SqlSelect, "Only one top-level SELECT statement is allowed"); statement = (SqlSelect) last; } }
|
Validator { @VisibleForTesting void validateExactlyOnceSelect(SqlNodeList query) { Preconditions.checkArgument(query.size() > 0); SqlNode last = query.get(query.size() - 1); long n = StreamSupport.stream(query.spliterator(), false) .filter(x -> x instanceof SqlSelect) .count(); Preconditions.checkArgument(n == 1 && last instanceof SqlSelect, "Only one top-level SELECT statement is allowed"); statement = (SqlSelect) last; } }
|
Validator { @VisibleForTesting void validateExactlyOnceSelect(SqlNodeList query) { Preconditions.checkArgument(query.size() > 0); SqlNode last = query.get(query.size() - 1); long n = StreamSupport.stream(query.spliterator(), false) .filter(x -> x instanceof SqlSelect) .count(); Preconditions.checkArgument(n == 1 && last instanceof SqlSelect, "Only one top-level SELECT statement is allowed"); statement = (SqlSelect) last; } }
|
Validator { @VisibleForTesting void validateExactlyOnceSelect(SqlNodeList query) { Preconditions.checkArgument(query.size() > 0); SqlNode last = query.get(query.size() - 1); long n = StreamSupport.stream(query.spliterator(), false) .filter(x -> x instanceof SqlSelect) .count(); Preconditions.checkArgument(n == 1 && last instanceof SqlSelect, "Only one top-level SELECT statement is allowed"); statement = (SqlSelect) last; } }
|
@Test(expected = IllegalArgumentException.class) public void testInvalidSetSystemProperties() throws IOException, ParseException { String sql = "ALTER SYSTEM SET bar = OFF"; SqlNodeList nodes = Planner.parse(sql); Validator validator = new Validator(); validator.extract(nodes); }
|
@VisibleForTesting void extract(SqlNodeList query) { for (SqlNode n : query) { if (n instanceof SqlSetOption) { extract((SqlSetOption) n); } else if (n instanceof SqlCreateFunction) { extract((SqlCreateFunction) n); } } }
|
Validator { @VisibleForTesting void extract(SqlNodeList query) { for (SqlNode n : query) { if (n instanceof SqlSetOption) { extract((SqlSetOption) n); } else if (n instanceof SqlCreateFunction) { extract((SqlCreateFunction) n); } } } }
|
Validator { @VisibleForTesting void extract(SqlNodeList query) { for (SqlNode n : query) { if (n instanceof SqlSetOption) { extract((SqlSetOption) n); } else if (n instanceof SqlCreateFunction) { extract((SqlCreateFunction) n); } } } }
|
Validator { @VisibleForTesting void extract(SqlNodeList query) { for (SqlNode n : query) { if (n instanceof SqlSetOption) { extract((SqlSetOption) n); } else if (n instanceof SqlCreateFunction) { extract((SqlCreateFunction) n); } } } }
|
Validator { @VisibleForTesting void extract(SqlNodeList query) { for (SqlNode n : query) { if (n instanceof SqlSetOption) { extract((SqlSetOption) n); } else if (n instanceof SqlCreateFunction) { extract((SqlCreateFunction) n); } } } }
|
@Test public void testCreateFunction() throws Exception { String sql = "CREATE FUNCTION foo AS 'com.uber.foo';"; Planner.parse(sql); sql = "CREATE FUNCTION foo AS 'com.uber.foo' USING JAR 'mock: Planner.parse(sql); }
|
@VisibleForTesting static SqlNodeList parse(String sql) throws ParseException { try (StringReader in = new StringReader(sql)) { SqlParserImpl impl = new SqlParserImpl(in); impl.switchTo("BTID"); impl.setTabSize(1); impl.setQuotedCasing(Lex.JAVA.quotedCasing); impl.setUnquotedCasing(Lex.JAVA.unquotedCasing); impl.setIdentifierMaxLength(DEFAULT_IDENTIFIER_MAX_LENGTH); return impl.SqlStmtsEof(); } }
|
Planner { @VisibleForTesting static SqlNodeList parse(String sql) throws ParseException { try (StringReader in = new StringReader(sql)) { SqlParserImpl impl = new SqlParserImpl(in); impl.switchTo("BTID"); impl.setTabSize(1); impl.setQuotedCasing(Lex.JAVA.quotedCasing); impl.setUnquotedCasing(Lex.JAVA.unquotedCasing); impl.setIdentifierMaxLength(DEFAULT_IDENTIFIER_MAX_LENGTH); return impl.SqlStmtsEof(); } } }
|
Planner { @VisibleForTesting static SqlNodeList parse(String sql) throws ParseException { try (StringReader in = new StringReader(sql)) { SqlParserImpl impl = new SqlParserImpl(in); impl.switchTo("BTID"); impl.setTabSize(1); impl.setQuotedCasing(Lex.JAVA.quotedCasing); impl.setUnquotedCasing(Lex.JAVA.unquotedCasing); impl.setIdentifierMaxLength(DEFAULT_IDENTIFIER_MAX_LENGTH); return impl.SqlStmtsEof(); } } Planner(Map<String, AthenaXTableCatalog> inputs, AthenaXTableCatalog outputs); }
|
Planner { @VisibleForTesting static SqlNodeList parse(String sql) throws ParseException { try (StringReader in = new StringReader(sql)) { SqlParserImpl impl = new SqlParserImpl(in); impl.switchTo("BTID"); impl.setTabSize(1); impl.setQuotedCasing(Lex.JAVA.quotedCasing); impl.setUnquotedCasing(Lex.JAVA.unquotedCasing); impl.setIdentifierMaxLength(DEFAULT_IDENTIFIER_MAX_LENGTH); return impl.SqlStmtsEof(); } } Planner(Map<String, AthenaXTableCatalog> inputs, AthenaXTableCatalog outputs); JobCompilationResult sql(String sql, int parallelism); }
|
Planner { @VisibleForTesting static SqlNodeList parse(String sql) throws ParseException { try (StringReader in = new StringReader(sql)) { SqlParserImpl impl = new SqlParserImpl(in); impl.switchTo("BTID"); impl.setTabSize(1); impl.setQuotedCasing(Lex.JAVA.quotedCasing); impl.setUnquotedCasing(Lex.JAVA.unquotedCasing); impl.setIdentifierMaxLength(DEFAULT_IDENTIFIER_MAX_LENGTH); return impl.SqlStmtsEof(); } } Planner(Map<String, AthenaXTableCatalog> inputs, AthenaXTableCatalog outputs); JobCompilationResult sql(String sql, int parallelism); }
|
@Test public void testSetOption() throws Exception { String sql = "SET flink.enable.checkpoint=1;"; Planner.parse(sql); }
|
@VisibleForTesting static SqlNodeList parse(String sql) throws ParseException { try (StringReader in = new StringReader(sql)) { SqlParserImpl impl = new SqlParserImpl(in); impl.switchTo("BTID"); impl.setTabSize(1); impl.setQuotedCasing(Lex.JAVA.quotedCasing); impl.setUnquotedCasing(Lex.JAVA.unquotedCasing); impl.setIdentifierMaxLength(DEFAULT_IDENTIFIER_MAX_LENGTH); return impl.SqlStmtsEof(); } }
|
Planner { @VisibleForTesting static SqlNodeList parse(String sql) throws ParseException { try (StringReader in = new StringReader(sql)) { SqlParserImpl impl = new SqlParserImpl(in); impl.switchTo("BTID"); impl.setTabSize(1); impl.setQuotedCasing(Lex.JAVA.quotedCasing); impl.setUnquotedCasing(Lex.JAVA.unquotedCasing); impl.setIdentifierMaxLength(DEFAULT_IDENTIFIER_MAX_LENGTH); return impl.SqlStmtsEof(); } } }
|
Planner { @VisibleForTesting static SqlNodeList parse(String sql) throws ParseException { try (StringReader in = new StringReader(sql)) { SqlParserImpl impl = new SqlParserImpl(in); impl.switchTo("BTID"); impl.setTabSize(1); impl.setQuotedCasing(Lex.JAVA.quotedCasing); impl.setUnquotedCasing(Lex.JAVA.unquotedCasing); impl.setIdentifierMaxLength(DEFAULT_IDENTIFIER_MAX_LENGTH); return impl.SqlStmtsEof(); } } Planner(Map<String, AthenaXTableCatalog> inputs, AthenaXTableCatalog outputs); }
|
Planner { @VisibleForTesting static SqlNodeList parse(String sql) throws ParseException { try (StringReader in = new StringReader(sql)) { SqlParserImpl impl = new SqlParserImpl(in); impl.switchTo("BTID"); impl.setTabSize(1); impl.setQuotedCasing(Lex.JAVA.quotedCasing); impl.setUnquotedCasing(Lex.JAVA.unquotedCasing); impl.setIdentifierMaxLength(DEFAULT_IDENTIFIER_MAX_LENGTH); return impl.SqlStmtsEof(); } } Planner(Map<String, AthenaXTableCatalog> inputs, AthenaXTableCatalog outputs); JobCompilationResult sql(String sql, int parallelism); }
|
Planner { @VisibleForTesting static SqlNodeList parse(String sql) throws ParseException { try (StringReader in = new StringReader(sql)) { SqlParserImpl impl = new SqlParserImpl(in); impl.switchTo("BTID"); impl.setTabSize(1); impl.setQuotedCasing(Lex.JAVA.quotedCasing); impl.setUnquotedCasing(Lex.JAVA.unquotedCasing); impl.setIdentifierMaxLength(DEFAULT_IDENTIFIER_MAX_LENGTH); return impl.SqlStmtsEof(); } } Planner(Map<String, AthenaXTableCatalog> inputs, AthenaXTableCatalog outputs); JobCompilationResult sql(String sql, int parallelism); }
|
@Test public void testMultipleStatement() throws Exception { String sql = "SET flink.enable.checkpoint=1;"; SqlNodeList list = Planner.parse(sql); assertEquals(1, list.size()); sql = "SET flink.enable.checkpoint=1;\n" + "SELECT * FROM foo"; list = Planner.parse(sql); assertEquals(2, list.size()); sql = "SET flink.enable.checkpoint=1;\n" + "SELECT * FROM foo;"; list = Planner.parse(sql); assertEquals(2, list.size()); }
|
@VisibleForTesting static SqlNodeList parse(String sql) throws ParseException { try (StringReader in = new StringReader(sql)) { SqlParserImpl impl = new SqlParserImpl(in); impl.switchTo("BTID"); impl.setTabSize(1); impl.setQuotedCasing(Lex.JAVA.quotedCasing); impl.setUnquotedCasing(Lex.JAVA.unquotedCasing); impl.setIdentifierMaxLength(DEFAULT_IDENTIFIER_MAX_LENGTH); return impl.SqlStmtsEof(); } }
|
Planner { @VisibleForTesting static SqlNodeList parse(String sql) throws ParseException { try (StringReader in = new StringReader(sql)) { SqlParserImpl impl = new SqlParserImpl(in); impl.switchTo("BTID"); impl.setTabSize(1); impl.setQuotedCasing(Lex.JAVA.quotedCasing); impl.setUnquotedCasing(Lex.JAVA.unquotedCasing); impl.setIdentifierMaxLength(DEFAULT_IDENTIFIER_MAX_LENGTH); return impl.SqlStmtsEof(); } } }
|
Planner { @VisibleForTesting static SqlNodeList parse(String sql) throws ParseException { try (StringReader in = new StringReader(sql)) { SqlParserImpl impl = new SqlParserImpl(in); impl.switchTo("BTID"); impl.setTabSize(1); impl.setQuotedCasing(Lex.JAVA.quotedCasing); impl.setUnquotedCasing(Lex.JAVA.unquotedCasing); impl.setIdentifierMaxLength(DEFAULT_IDENTIFIER_MAX_LENGTH); return impl.SqlStmtsEof(); } } Planner(Map<String, AthenaXTableCatalog> inputs, AthenaXTableCatalog outputs); }
|
Planner { @VisibleForTesting static SqlNodeList parse(String sql) throws ParseException { try (StringReader in = new StringReader(sql)) { SqlParserImpl impl = new SqlParserImpl(in); impl.switchTo("BTID"); impl.setTabSize(1); impl.setQuotedCasing(Lex.JAVA.quotedCasing); impl.setUnquotedCasing(Lex.JAVA.unquotedCasing); impl.setIdentifierMaxLength(DEFAULT_IDENTIFIER_MAX_LENGTH); return impl.SqlStmtsEof(); } } Planner(Map<String, AthenaXTableCatalog> inputs, AthenaXTableCatalog outputs); JobCompilationResult sql(String sql, int parallelism); }
|
Planner { @VisibleForTesting static SqlNodeList parse(String sql) throws ParseException { try (StringReader in = new StringReader(sql)) { SqlParserImpl impl = new SqlParserImpl(in); impl.switchTo("BTID"); impl.setTabSize(1); impl.setQuotedCasing(Lex.JAVA.quotedCasing); impl.setUnquotedCasing(Lex.JAVA.unquotedCasing); impl.setIdentifierMaxLength(DEFAULT_IDENTIFIER_MAX_LENGTH); return impl.SqlStmtsEof(); } } Planner(Map<String, AthenaXTableCatalog> inputs, AthenaXTableCatalog outputs); JobCompilationResult sql(String sql, int parallelism); }
|
@Test public void testGetSubProperties() { Map<String, String> parent = Collections.singletonMap("foo.bar", "1"); Properties children = KafkaUtils.getSubProperties(parent, "foo."); assertEquals(1, children.size()); assertEquals("1", children.getProperty("bar")); }
|
static Properties getSubProperties(Map<String, String> prop, String prefix) { Properties p = new Properties(); for (Map.Entry<String, String> e : prop.entrySet()) { String key = e.getKey(); if (key.startsWith(prefix)) { p.put(key.substring(prefix.length()), e.getValue()); } } return p; }
|
KafkaUtils { static Properties getSubProperties(Map<String, String> prop, String prefix) { Properties p = new Properties(); for (Map.Entry<String, String> e : prop.entrySet()) { String key = e.getKey(); if (key.startsWith(prefix)) { p.put(key.substring(prefix.length()), e.getValue()); } } return p; } }
|
KafkaUtils { static Properties getSubProperties(Map<String, String> prop, String prefix) { Properties p = new Properties(); for (Map.Entry<String, String> e : prop.entrySet()) { String key = e.getKey(); if (key.startsWith(prefix)) { p.put(key.substring(prefix.length()), e.getValue()); } } return p; } private KafkaUtils(); }
|
KafkaUtils { static Properties getSubProperties(Map<String, String> prop, String prefix) { Properties p = new Properties(); for (Map.Entry<String, String> e : prop.entrySet()) { String key = e.getKey(); if (key.startsWith(prefix)) { p.put(key.substring(prefix.length()), e.getValue()); } } return p; } private KafkaUtils(); }
|
KafkaUtils { static Properties getSubProperties(Map<String, String> prop, String prefix) { Properties p = new Properties(); for (Map.Entry<String, String> e : prop.entrySet()) { String key = e.getKey(); if (key.startsWith(prefix)) { p.put(key.substring(prefix.length()), e.getValue()); } } return p; } private KafkaUtils(); }
|
@Test public void testComputeState() { HashMap<UUID, JobDefinition> jobMap = new HashMap<>(); HashMap<UUID, InstanceInfo> instanceMap = new HashMap<>(); mockState1(jobMap, instanceMap); JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobMap, instanceMap); HashMap<UUID, List<InstanceInfo>> jobInstances = new HashMap<>(); HashMap<UUID, UUID> instanceToJob = new HashMap<>(); for (Map.Entry<UUID, InstanceInfo> e : instanceMap.entrySet()) { UUID jobId = e.getValue().metadata().jobDefinition(); instanceToJob.put(e.getKey(), jobId); List<InstanceInfo> li = jobInstances.getOrDefault(jobId, new ArrayList<>()); li.add(e.getValue()); jobInstances.put(jobId, li); } assertEquals(jobMap, v.jobs()); assertEquals(instanceMap, v.instances()); assertEquals(instanceToJob, v.instanceToJob()); assertEquals(jobInstances, v.jobInstances()); }
|
static StateView computeState(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { HashMap<UUID, UUID> instanceToJob = new HashMap<>(); HashMap<UUID, List<InstanceInfo>> jobInstances = new HashMap<>(); for (Map.Entry<UUID, InstanceInfo> e : instances.entrySet()) { YarnApplicationState state = YarnApplicationState.valueOf(e.getValue().status().getState().toString()); if (!isInstanceAlive(state)) { continue; } UUID jobId = e.getValue().metadata().jobDefinition(); UUID instanceId = e.getKey(); instanceToJob.put(instanceId, jobId); if (!jobInstances.containsKey(jobId)) { jobInstances.put(jobId, new ArrayList<>()); } jobInstances.get(jobId).add(e.getValue()); } jobs.keySet().stream().filter(x -> !jobInstances.containsKey(x)) .forEach(x -> jobInstances.put(x, Collections.emptyList())); return new StateView(jobs, instances, instanceToJob, jobInstances); }
|
JobWatcherUtil { static StateView computeState(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { HashMap<UUID, UUID> instanceToJob = new HashMap<>(); HashMap<UUID, List<InstanceInfo>> jobInstances = new HashMap<>(); for (Map.Entry<UUID, InstanceInfo> e : instances.entrySet()) { YarnApplicationState state = YarnApplicationState.valueOf(e.getValue().status().getState().toString()); if (!isInstanceAlive(state)) { continue; } UUID jobId = e.getValue().metadata().jobDefinition(); UUID instanceId = e.getKey(); instanceToJob.put(instanceId, jobId); if (!jobInstances.containsKey(jobId)) { jobInstances.put(jobId, new ArrayList<>()); } jobInstances.get(jobId).add(e.getValue()); } jobs.keySet().stream().filter(x -> !jobInstances.containsKey(x)) .forEach(x -> jobInstances.put(x, Collections.emptyList())); return new StateView(jobs, instances, instanceToJob, jobInstances); } }
|
JobWatcherUtil { static StateView computeState(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { HashMap<UUID, UUID> instanceToJob = new HashMap<>(); HashMap<UUID, List<InstanceInfo>> jobInstances = new HashMap<>(); for (Map.Entry<UUID, InstanceInfo> e : instances.entrySet()) { YarnApplicationState state = YarnApplicationState.valueOf(e.getValue().status().getState().toString()); if (!isInstanceAlive(state)) { continue; } UUID jobId = e.getValue().metadata().jobDefinition(); UUID instanceId = e.getKey(); instanceToJob.put(instanceId, jobId); if (!jobInstances.containsKey(jobId)) { jobInstances.put(jobId, new ArrayList<>()); } jobInstances.get(jobId).add(e.getValue()); } jobs.keySet().stream().filter(x -> !jobInstances.containsKey(x)) .forEach(x -> jobInstances.put(x, Collections.emptyList())); return new StateView(jobs, instances, instanceToJob, jobInstances); } private JobWatcherUtil(); }
|
JobWatcherUtil { static StateView computeState(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { HashMap<UUID, UUID> instanceToJob = new HashMap<>(); HashMap<UUID, List<InstanceInfo>> jobInstances = new HashMap<>(); for (Map.Entry<UUID, InstanceInfo> e : instances.entrySet()) { YarnApplicationState state = YarnApplicationState.valueOf(e.getValue().status().getState().toString()); if (!isInstanceAlive(state)) { continue; } UUID jobId = e.getValue().metadata().jobDefinition(); UUID instanceId = e.getKey(); instanceToJob.put(instanceId, jobId); if (!jobInstances.containsKey(jobId)) { jobInstances.put(jobId, new ArrayList<>()); } jobInstances.get(jobId).add(e.getValue()); } jobs.keySet().stream().filter(x -> !jobInstances.containsKey(x)) .forEach(x -> jobInstances.put(x, Collections.emptyList())); return new StateView(jobs, instances, instanceToJob, jobInstances); } private JobWatcherUtil(); }
|
JobWatcherUtil { static StateView computeState(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { HashMap<UUID, UUID> instanceToJob = new HashMap<>(); HashMap<UUID, List<InstanceInfo>> jobInstances = new HashMap<>(); for (Map.Entry<UUID, InstanceInfo> e : instances.entrySet()) { YarnApplicationState state = YarnApplicationState.valueOf(e.getValue().status().getState().toString()); if (!isInstanceAlive(state)) { continue; } UUID jobId = e.getValue().metadata().jobDefinition(); UUID instanceId = e.getKey(); instanceToJob.put(instanceId, jobId); if (!jobInstances.containsKey(jobId)) { jobInstances.put(jobId, new ArrayList<>()); } jobInstances.get(jobId).add(e.getValue()); } jobs.keySet().stream().filter(x -> !jobInstances.containsKey(x)) .forEach(x -> jobInstances.put(x, Collections.emptyList())); return new StateView(jobs, instances, instanceToJob, jobInstances); } private JobWatcherUtil(); }
|
@Test public void testKillingSpuriousInstances() { UUID instId = UUID.randomUUID(); UUID jobId = UUID.randomUUID(); InstanceInfo instance = mockInstanceInfo("foo", 1, 4096, jobId, InstanceStatus.StateEnum.ACCEPTED); HealthCheckReport report = JobWatcherUtil.computeHealthCheckReport( Collections.emptyMap(), Collections.singletonMap(instId, instance)); assertEquals(1, report.spuriousInstances().size()); instance = mockInstanceInfo("foo", 1, 4096, jobId, InstanceStatus.StateEnum.KILLED); report = JobWatcherUtil.computeHealthCheckReport( Collections.emptyMap(), Collections.singletonMap(instId, instance)); assertTrue(report.spuriousInstances().isEmpty()); }
|
static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } private JobWatcherUtil(); }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } private JobWatcherUtil(); }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } private JobWatcherUtil(); }
|
@Test public void testHealthyInstance() { UUID instId = UUID.randomUUID(); UUID jobId = UUID.randomUUID(); InstanceInfo instance = mockInstanceInfo("foo", 1, 4096, jobId, InstanceStatus.StateEnum.RUNNING); JobDefinition job = mockJobWithSingleInstance("foo", 1, 4096); HealthCheckReport report = JobWatcherUtil.computeHealthCheckReport( Collections.singletonMap(jobId, job), Collections.singletonMap(instId, instance)); assertTrue(report.spuriousInstances().isEmpty()); assertTrue(report.instancesWithDifferentParameters().isEmpty()); assertTrue(report.instancesToStart().isEmpty()); }
|
static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } private JobWatcherUtil(); }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } private JobWatcherUtil(); }
|
JobWatcherUtil { static HealthCheckReport computeHealthCheckReport(Map<UUID, JobDefinition> jobs, Map<UUID, InstanceInfo> instances) { JobWatcherUtil.StateView v = JobWatcherUtil.computeState(jobs, instances); HealthCheckReport res = new HealthCheckReport(); for (Map.Entry<UUID, List<InstanceInfo>> e : v.jobInstances.entrySet()) { JobDefinition job = v.jobs.get(e.getKey()); if (job == null) { res.spuriousInstances().addAll(e.getValue()); continue; } Map<InstanceInfo, JobDefinitionDesiredstate> instanceState = new HashMap<>(); e.getValue().forEach(x -> instanceState.put(x, JobWatcherUtil.computeActualState(x))); List<JobDefinitionDesiredstate> desiredState = new ArrayList<>(job.getDesiredState()); List<InstanceInfo> healthyInstances = new ArrayList<>(); for (Map.Entry<InstanceInfo, JobDefinitionDesiredstate> entry : instanceState.entrySet()) { if (desiredState.contains(entry.getValue())) { desiredState.remove(entry.getValue()); healthyInstances.add(entry.getKey()); } } List<InstanceInfo> allInstances = e.getValue(); allInstances.removeAll(healthyInstances); res.instancesWithDifferentParameters().addAll(allInstances); if (!desiredState.isEmpty()) { res.instancesToStart().put( new ExtendedJobDefinition().uuid(e.getKey()) .definition(job), desiredState); } } return res; } private JobWatcherUtil(); }
|
@Test public void shouldCollectAndSortStatistics() throws ExecutionException, InterruptedException { List<QueryStats> report = queue.getReportSortedBy("avg"); a(report.get(0).getQuery()).shouldBeEqual("test2"); a(report.get(0).getAvg()).shouldBeEqual(35); a(report.get(0).getTotal()).shouldBeEqual(345); a(report.get(0).getCount()).shouldBeEqual(10); a(report.get(0).getMin()).shouldBeEqual(30); a(report.get(0).getMax()).shouldBeEqual(39); a(report.get(1).getQuery()).shouldBeEqual("test1"); a(report.get(1).getAvg()).shouldBeEqual(25); a(report.get(1).getTotal()).shouldBeEqual(245); a(report.get(1).getCount()).shouldBeEqual(10); a(report.get(1).getMin()).shouldBeEqual(20); a(report.get(1).getMax()).shouldBeEqual(29); a(report.get(2).getQuery()).shouldBeEqual("test"); a(report.get(2).getAvg()).shouldBeEqual(15); a(report.get(2).getTotal()).shouldBeEqual(145); a(report.get(2).getCount()).shouldBeEqual(10); a(report.get(2).getMin()).shouldBeEqual(10); a(report.get(2).getMax()).shouldBeEqual(19); }
|
public List<QueryStats> getReportSortedBy(String sortByVal) { SortBy sortBy; try { sortBy = SortBy.valueOf(sortByVal); } catch (Exception e) { throw new IllegalArgumentException("allowed values are: " + Arrays.toString(SortBy.values())); } List<QueryStats> res = new ArrayList<>(statsByQuery.values()); Collections.sort(res, sortBy.getComparator()); return res; }
|
StatisticsQueue { public List<QueryStats> getReportSortedBy(String sortByVal) { SortBy sortBy; try { sortBy = SortBy.valueOf(sortByVal); } catch (Exception e) { throw new IllegalArgumentException("allowed values are: " + Arrays.toString(SortBy.values())); } List<QueryStats> res = new ArrayList<>(statsByQuery.values()); Collections.sort(res, sortBy.getComparator()); return res; } }
|
StatisticsQueue { public List<QueryStats> getReportSortedBy(String sortByVal) { SortBy sortBy; try { sortBy = SortBy.valueOf(sortByVal); } catch (Exception e) { throw new IllegalArgumentException("allowed values are: " + Arrays.toString(SortBy.values())); } List<QueryStats> res = new ArrayList<>(statsByQuery.values()); Collections.sort(res, sortBy.getComparator()); return res; } StatisticsQueue(boolean paused); }
|
StatisticsQueue { public List<QueryStats> getReportSortedBy(String sortByVal) { SortBy sortBy; try { sortBy = SortBy.valueOf(sortByVal); } catch (Exception e) { throw new IllegalArgumentException("allowed values are: " + Arrays.toString(SortBy.values())); } List<QueryStats> res = new ArrayList<>(statsByQuery.values()); Collections.sort(res, sortBy.getComparator()); return res; } StatisticsQueue(boolean paused); boolean isPaused(); void stop(); void pause(boolean val); Future enqueue(final QueryExecutionEvent event); void reset(); List<QueryStats> getReportSortedBy(String sortByVal); }
|
StatisticsQueue { public List<QueryStats> getReportSortedBy(String sortByVal) { SortBy sortBy; try { sortBy = SortBy.valueOf(sortByVal); } catch (Exception e) { throw new IllegalArgumentException("allowed values are: " + Arrays.toString(SortBy.values())); } List<QueryStats> res = new ArrayList<>(statsByQuery.values()); Collections.sort(res, sortBy.getComparator()); return res; } StatisticsQueue(boolean paused); boolean isPaused(); void stop(); void pause(boolean val); Future enqueue(final QueryExecutionEvent event); void reset(); List<QueryStats> getReportSortedBy(String sortByVal); }
|
@Test public void testIdName() { deleteAndPopulateTables("people", "animals"); a(new Person().getIdName()).shouldBeEqual("id"); a(new Animal().getIdName()).shouldBeEqual("animal_id"); }
|
public String getIdName() { return metaModelLocal.getIdName(); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public String getIdName() { return metaModelLocal.getIdName(); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public String getIdName() { return metaModelLocal.getIdName(); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public String getIdName() { return metaModelLocal.getIdName(); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public String getIdName() { return metaModelLocal.getIdName(); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testGetById() { deleteAndPopulateTable("people"); Person p = Person.findById(1); a(p).shouldNotBeNull(); }
|
public static <T extends Model> T findById(Object id) { return ModelDelegate.findById(Model.<T>modelClass(), id); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findById(Object id) { return ModelDelegate.findById(Model.<T>modelClass(), id); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findById(Object id) { return ModelDelegate.findById(Model.<T>modelClass(), id); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findById(Object id) { return ModelDelegate.findById(Model.<T>modelClass(), id); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findById(Object id) { return ModelDelegate.findById(Model.<T>modelClass(), id); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testCount() { deleteAndPopulateTable("addresses"); a(Address.count()).shouldBeEqual(7); }
|
public static Long count() { return ModelDelegate.count(modelClass()); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static Long count() { return ModelDelegate.count(modelClass()); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static Long count() { return ModelDelegate.count(modelClass()); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static Long count() { return ModelDelegate.count(modelClass()); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static Long count() { return ModelDelegate.count(modelClass()); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testLikeCondition() { deleteAndPopulateTable("people"); a(Person.find("name like ?", "%J%").size()).shouldBeEqual(2); }
|
public static <T extends Model> LazyList<T> find(String subquery, Object... params) { return ModelDelegate.where(Model.<T>modelClass(), subquery, params); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> find(String subquery, Object... params) { return ModelDelegate.where(Model.<T>modelClass(), subquery, params); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> find(String subquery, Object... params) { return ModelDelegate.where(Model.<T>modelClass(), subquery, params); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> find(String subquery, Object... params) { return ModelDelegate.where(Model.<T>modelClass(), subquery, params); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> find(String subquery, Object... params) { return ModelDelegate.where(Model.<T>modelClass(), subquery, params); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testBelongsToConvention(){ deleteAndPopulateTables("users", "addresses"); a(Address.belongsTo(User.class)).shouldBeTrue(); }
|
public static boolean belongsTo(Class<? extends Model> targetClass) { return ModelDelegate.belongsTo(modelClass(), targetClass); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static boolean belongsTo(Class<? extends Model> targetClass) { return ModelDelegate.belongsTo(modelClass(), targetClass); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static boolean belongsTo(Class<? extends Model> targetClass) { return ModelDelegate.belongsTo(modelClass(), targetClass); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static boolean belongsTo(Class<? extends Model> targetClass) { return ModelDelegate.belongsTo(modelClass(), targetClass); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static boolean belongsTo(Class<? extends Model> targetClass) { return ModelDelegate.belongsTo(modelClass(), targetClass); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testCustomIdName(){ deleteAndPopulateTable("animals"); Animal a = Animal.findById(1); a(a).shouldNotBeNull(); }
|
public static <T extends Model> T findById(Object id) { return ModelDelegate.findById(Model.<T>modelClass(), id); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findById(Object id) { return ModelDelegate.findById(Model.<T>modelClass(), id); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findById(Object id) { return ModelDelegate.findById(Model.<T>modelClass(), id); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findById(Object id) { return ModelDelegate.findById(Model.<T>modelClass(), id); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findById(Object id) { return ModelDelegate.findById(Model.<T>modelClass(), id); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testBelongsToMany(){ deleteAndPopulateTables("doctors", "patients", "doctors_patients"); a(Patient.belongsTo(Doctor.class)).shouldBeTrue(); }
|
public static boolean belongsTo(Class<? extends Model> targetClass) { return ModelDelegate.belongsTo(modelClass(), targetClass); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static boolean belongsTo(Class<? extends Model> targetClass) { return ModelDelegate.belongsTo(modelClass(), targetClass); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static boolean belongsTo(Class<? extends Model> targetClass) { return ModelDelegate.belongsTo(modelClass(), targetClass); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static boolean belongsTo(Class<? extends Model> targetClass) { return ModelDelegate.belongsTo(modelClass(), targetClass); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static boolean belongsTo(Class<? extends Model> targetClass) { return ModelDelegate.belongsTo(modelClass(), targetClass); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testFk(){ deleteAndPopulateTables("libraries", "books"); String fk = Library.getMetaModel().getFKName(); a(fk).shouldBeEqual("library_id"); }
|
public static MetaModel getMetaModel() { return metaModelOf(modelClass()); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static MetaModel getMetaModel() { return metaModelOf(modelClass()); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static MetaModel getMetaModel() { return metaModelOf(modelClass()); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static MetaModel getMetaModel() { return metaModelOf(modelClass()); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static MetaModel getMetaModel() { return metaModelOf(modelClass()); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testCopyTo(){ deleteAndPopulateTables("users"); User u = User.findById(1); User u1 = new User(); u.copyTo(u1); a(u1.get("first_name")).shouldBeEqual("Marilyn"); a(u1.getId()).shouldBeNull(); }
|
public void copyTo(Model other) { other.copyFrom(this); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public void copyTo(Model other) { other.copyFrom(this); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public void copyTo(Model other) { other.copyFrom(this); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public void copyTo(Model other) { other.copyFrom(this); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public void copyTo(Model other) { other.copyFrom(this); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testCopyFrom(){ deleteAndPopulateTables("users"); User u = User.findById(1); User u1 = new User(); u1.copyFrom(u); a(u1.get("first_name")).shouldBeEqual("Marilyn"); a(u1.getId()).shouldBeNull(); }
|
public void copyFrom(Model other) { if (!metaModelLocal.getTableName().equals(other.metaModelLocal.getTableName())) { throw new IllegalArgumentException("can only copy between the same types"); } Map<String, Object> otherAttributes = other.getAttributes(); for (String name : metaModelLocal.getAttributeNamesSkipId()) { attributes.put(name, otherAttributes.get(name)); dirtyAttributeNames.add(name); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public void copyFrom(Model other) { if (!metaModelLocal.getTableName().equals(other.metaModelLocal.getTableName())) { throw new IllegalArgumentException("can only copy between the same types"); } Map<String, Object> otherAttributes = other.getAttributes(); for (String name : metaModelLocal.getAttributeNamesSkipId()) { attributes.put(name, otherAttributes.get(name)); dirtyAttributeNames.add(name); } } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public void copyFrom(Model other) { if (!metaModelLocal.getTableName().equals(other.metaModelLocal.getTableName())) { throw new IllegalArgumentException("can only copy between the same types"); } Map<String, Object> otherAttributes = other.getAttributes(); for (String name : metaModelLocal.getAttributeNamesSkipId()) { attributes.put(name, otherAttributes.get(name)); dirtyAttributeNames.add(name); } } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public void copyFrom(Model other) { if (!metaModelLocal.getTableName().equals(other.metaModelLocal.getTableName())) { throw new IllegalArgumentException("can only copy between the same types"); } Map<String, Object> otherAttributes = other.getAttributes(); for (String name : metaModelLocal.getAttributeNamesSkipId()) { attributes.put(name, otherAttributes.get(name)); dirtyAttributeNames.add(name); } } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public void copyFrom(Model other) { if (!metaModelLocal.getTableName().equals(other.metaModelLocal.getTableName())) { throw new IllegalArgumentException("can only copy between the same types"); } Map<String, Object> otherAttributes = other.getAttributes(); for (String name : metaModelLocal.getAttributeNamesSkipId()) { attributes.put(name, otherAttributes.get(name)); dirtyAttributeNames.add(name); } } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testFindOrCreateIt() { deleteFromTable("people"); the(Base.count("people")).shouldBeEqual(0); Person person1 = Person.findOrCreateIt("name", "yakka", "last_name", "newbie", "dob", getDate(1990, 8, 3)); the(person1).shouldNotBeNull(); the(person1.exists()).shouldBeTrue(); a(Base.count("people", "name = ? and last_name = ?", "yakka", "newbie")).shouldBeEqual(1); Person person2 = Person.findOrCreateIt("name", "yakka", "last_name", "newbie", "dob", getDate(1990, 8, 3)); the(person2).shouldNotBeNull(); the(person1.getId()).shouldBeEqual(person2.getId()); }
|
public static <T extends Model> T findOrCreateIt(Object... namesAndValues) { return ModelDelegate.findOrCreateIt(modelClass(), namesAndValues); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findOrCreateIt(Object... namesAndValues) { return ModelDelegate.findOrCreateIt(modelClass(), namesAndValues); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findOrCreateIt(Object... namesAndValues) { return ModelDelegate.findOrCreateIt(modelClass(), namesAndValues); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findOrCreateIt(Object... namesAndValues) { return ModelDelegate.findOrCreateIt(modelClass(), namesAndValues); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findOrCreateIt(Object... namesAndValues) { return ModelDelegate.findOrCreateIt(modelClass(), namesAndValues); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testFindBySQL(){ deleteAndPopulateTables("libraries", "books"); List<Book> books = Book.findBySQL("select books.*, address from books, libraries where books.lib_id = libraries.id order by address"); a(books.size()).shouldBeEqual(2); }
|
public static <T extends Model> LazyList<T> findBySQL(String fullQuery, Object... params) { return ModelDelegate.findBySql(Model.<T>modelClass(), fullQuery, params); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> findBySQL(String fullQuery, Object... params) { return ModelDelegate.findBySql(Model.<T>modelClass(), fullQuery, params); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> findBySQL(String fullQuery, Object... params) { return ModelDelegate.findBySql(Model.<T>modelClass(), fullQuery, params); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> findBySQL(String fullQuery, Object... params) { return ModelDelegate.findBySql(Model.<T>modelClass(), fullQuery, params); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> findBySQL(String fullQuery, Object... params) { return ModelDelegate.findBySql(Model.<T>modelClass(), fullQuery, params); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testFrozen(){ deleteAndPopulateTables("users", "addresses"); final User u = User.findById(1); final Address a = new Address(); a.set("address1", "436 Flamingo St."); a.set("address2", ""); a.set("city", "Springfield"); a.set("state", "IL"); a.set("zip", "60074"); u.add(a); a.delete(); expect(new ExceptionExpectation<FrozenException>(FrozenException.class) { @Override public void exec() { a.saveIt(); } }); expect(new ExceptionExpectation<FrozenException>(FrozenException.class) { @Override public void exec() { u.add(a); } }); expect(new ExceptionExpectation<FrozenException>(FrozenException.class) { @Override public void exec() { a.set("state", "AZ"); } }); a.thaw(); expect(new DifferenceExpectation<Object>(u.getAll(Address.class).size()) { @Override public Object exec() { u.add(a); return u.getAll(Address.class).size(); } }); u.add(a); }
|
public boolean frozen(){ return isFrozen(); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public boolean frozen(){ return isFrozen(); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public boolean frozen(){ return isFrozen(); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public boolean frozen(){ return isFrozen(); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public boolean frozen(){ return isFrozen(); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testDeleteCascade(){ deleteAndPopulateTables("users", "addresses"); final User u = new User(); u.set("first_name", "Homer"); u.set("last_name", "Simpson"); u.set("email", "[email protected]"); u.saveIt(); Address a = new Address(); a.set("address1", "436 Flamingo St."); a.set("address2", ""); a.set("city", "Springfield"); a.set("state", "IL"); a.set("zip", "60074"); u.add(a); a = new Address(); a.set("address1", "123 Monty Burns Drive."); a.set("address2", ""); a.set("city", "Springfield"); a.set("state", "IL"); a.set("zip", "60074"); u.add(a); a(User.findAll().size()).shouldBeEqual(4); a(Address.findAll().size()).shouldBeEqual(9); u.deleteCascade(); a(User.findAll().size()).shouldBeEqual(3); a(Address.findAll().size()).shouldBeEqual(7); }
|
public void deleteCascade(){ deleteCascadeExcept(); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public void deleteCascade(){ deleteCascadeExcept(); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public void deleteCascade(){ deleteCascadeExcept(); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public void deleteCascade(){ deleteCascadeExcept(); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public void deleteCascade(){ deleteCascadeExcept(); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test(expected = NoSuchElementException.class) public void shouldGenerateNoSuchElementFromBlankUpdate() { Student s = new Student(); s.toUpdate(); }
|
public String toUpdate(String ... replacements) { return toUpdate(metaModelLocal.getDialect(), replacements); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public String toUpdate(String ... replacements) { return toUpdate(metaModelLocal.getDialect(), replacements); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public String toUpdate(String ... replacements) { return toUpdate(metaModelLocal.getDialect(), replacements); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public String toUpdate(String ... replacements) { return toUpdate(metaModelLocal.getDialect(), replacements); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public String toUpdate(String ... replacements) { return toUpdate(metaModelLocal.getDialect(), replacements); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void shouldCollectLastNames() { deleteAndPopulateTable("people"); List<String> lastNames = Person.findAll().orderBy("name").collect("last_name"); the(lastNames).shouldBeEqual(list("Pesci", "Smith", "Jonston", "Ali")); }
|
public static <T extends Model> LazyList<T> findAll() { return ModelDelegate.findAll(Model.<T>modelClass()); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> findAll() { return ModelDelegate.findAll(Model.<T>modelClass()); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> findAll() { return ModelDelegate.findAll(Model.<T>modelClass()); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> findAll() { return ModelDelegate.findAll(Model.<T>modelClass()); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> findAll() { return ModelDelegate.findAll(Model.<T>modelClass()); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void shouldCollectDistictFirstNames() { deleteAndPopulateTable("patients"); Set<String> firstNames = Patient.findAll().collectDistinct("first_name"); the(firstNames.size()).shouldBeEqual(2); the(firstNames.contains("Jim")).shouldBeTrue(); the(firstNames.contains("John")).shouldBeTrue(); }
|
public static <T extends Model> LazyList<T> findAll() { return ModelDelegate.findAll(Model.<T>modelClass()); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> findAll() { return ModelDelegate.findAll(Model.<T>modelClass()); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> findAll() { return ModelDelegate.findAll(Model.<T>modelClass()); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> findAll() { return ModelDelegate.findAll(Model.<T>modelClass()); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> findAll() { return ModelDelegate.findAll(Model.<T>modelClass()); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testBaseFinder() { final List<Map> records = new ArrayList<>(); Base.find("select * from people order by id", new RowListenerAdapter() { @Override public void onNext(Map record) { records.add(record); } }); the(records.get(0).get("name")).shouldBeEqual("John"); the(records.get(3).get("name")).shouldBeEqual("Joe"); }
|
public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } private Base(); }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
@Test public void testBaseFindAll() { List<Map> records = Base.findAll("select * from people"); a(records.size()).shouldBeEqual(4); }
|
public static List<Map> findAll(String query, Object... params) { return new DB(DB.DEFAULT_NAME).findAll(query, params); }
|
Base { public static List<Map> findAll(String query, Object... params) { return new DB(DB.DEFAULT_NAME).findAll(query, params); } }
|
Base { public static List<Map> findAll(String query, Object... params) { return new DB(DB.DEFAULT_NAME).findAll(query, params); } private Base(); }
|
Base { public static List<Map> findAll(String query, Object... params) { return new DB(DB.DEFAULT_NAME).findAll(query, params); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
Base { public static List<Map> findAll(String query, Object... params) { return new DB(DB.DEFAULT_NAME).findAll(query, params); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
@Test public void testBaseFindAllParametrized() { List<Map> records = Base.findAll("select * from people where last_name = ? and name = ?", "Smith", "John"); a(records.size()).shouldBeEqual(1); }
|
public static List<Map> findAll(String query, Object... params) { return new DB(DB.DEFAULT_NAME).findAll(query, params); }
|
Base { public static List<Map> findAll(String query, Object... params) { return new DB(DB.DEFAULT_NAME).findAll(query, params); } }
|
Base { public static List<Map> findAll(String query, Object... params) { return new DB(DB.DEFAULT_NAME).findAll(query, params); } private Base(); }
|
Base { public static List<Map> findAll(String query, Object... params) { return new DB(DB.DEFAULT_NAME).findAll(query, params); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
Base { public static List<Map> findAll(String query, Object... params) { return new DB(DB.DEFAULT_NAME).findAll(query, params); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
@Test public void testExec() { int count = Base.exec("insert into people (NAME, LAST_NAME, DOB) values('Mic', 'Jagger', ?)", getTimestamp(1962, 6, 13)); List<Map> results = Base.findAll("select * from people where last_name='Jagger'"); a(1).shouldBeEqual(results.size()); a(1).shouldBeEqual(count); }
|
public static int exec(String query){ return new DB(DB.DEFAULT_NAME).exec(query); }
|
Base { public static int exec(String query){ return new DB(DB.DEFAULT_NAME).exec(query); } }
|
Base { public static int exec(String query){ return new DB(DB.DEFAULT_NAME).exec(query); } private Base(); }
|
Base { public static int exec(String query){ return new DB(DB.DEFAULT_NAME).exec(query); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
Base { public static int exec(String query){ return new DB(DB.DEFAULT_NAME).exec(query); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
@Test public void testFindOrInit() { deleteAndPopulateTable("people"); Person john = Person.findOrInit("name", "John", "last_name", "Smith"); the(john.exists()).shouldBeTrue(); Person peter = Person.findOrInit("name", "Peter", "last_name", "Keeler"); the(peter.exists()).shouldBeFalse(); the(peter.get("name")).shouldBeEqual("Peter"); the(peter.get("last_name")).shouldBeEqual("Keeler"); }
|
public static <T extends Model> T findOrInit(Object... namesAndValues) { return ModelDelegate.findOrInit(modelClass(), namesAndValues); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findOrInit(Object... namesAndValues) { return ModelDelegate.findOrInit(modelClass(), namesAndValues); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findOrInit(Object... namesAndValues) { return ModelDelegate.findOrInit(modelClass(), namesAndValues); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findOrInit(Object... namesAndValues) { return ModelDelegate.findOrInit(modelClass(), namesAndValues); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findOrInit(Object... namesAndValues) { return ModelDelegate.findOrInit(modelClass(), namesAndValues); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testExecDelete() { int count = Base.exec("delete from people"); a(4).shouldBeEqual(count); }
|
public static int exec(String query){ return new DB(DB.DEFAULT_NAME).exec(query); }
|
Base { public static int exec(String query){ return new DB(DB.DEFAULT_NAME).exec(query); } }
|
Base { public static int exec(String query){ return new DB(DB.DEFAULT_NAME).exec(query); } private Base(); }
|
Base { public static int exec(String query){ return new DB(DB.DEFAULT_NAME).exec(query); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
Base { public static int exec(String query){ return new DB(DB.DEFAULT_NAME).exec(query); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
@Test public void testFindParametrized(){ Base.find("select * from people where id > ? and dob > ?", 1, getTimestamp(1935, 1, 1)).with(new RowListenerAdapter() { @Override public void onNext(Map<String, Object> row) { System.out.println(row); } }); }
|
public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } private Base(); }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
@Test public void shouldReturnProperNulls(){ Person smith = Person.findFirst("last_name = ?", "Smith"); smith.set("graduation_date", null).saveIt(); List<Map> maps = new ArrayList<>(); Base.find("select * from people where last_name = ?", "Smith").with(new RowListenerAdapter() { @Override public void onNext(Map<String, Object> row) { Object object = row.get("GRADUATION_DATE"); the(object).shouldBeNull(); maps.add(new HashMap(row)); for (Map.Entry<String, Object> entry : row.entrySet()) { if(entry.getKey().equalsIgnoreCase("GRADUATION_DATE")){ the(entry.getValue()).shouldBeNull(); }else { the(entry.getValue()).shouldNotBeNull(); } } } }); for (Map result : maps) { Object object = result.get("GRADUATION_DATE"); the(object).shouldBeNull(); } }
|
public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } private Base(); }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
@Test public void testCount(){ a(Base.count("people")).shouldBeEqual(4); }
|
public static Long count(String table) { return new DB(DB.DEFAULT_NAME).count(table); }
|
Base { public static Long count(String table) { return new DB(DB.DEFAULT_NAME).count(table); } }
|
Base { public static Long count(String table) { return new DB(DB.DEFAULT_NAME).count(table); } private Base(); }
|
Base { public static Long count(String table) { return new DB(DB.DEFAULT_NAME).count(table); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
Base { public static Long count(String table) { return new DB(DB.DEFAULT_NAME).count(table); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
@Test public void shouldUseResultSetParams(){ ArrayList<Map<String, Object>> list = new ArrayList<>(); Base.find(RowProcessor.ResultSetType.FORWARD_ONLY, RowProcessor.ResultSetConcur.READ_ONLY, 0, "select * from people").with(row -> { list.add(row); return true; }); the(list.size()).shouldEqual(4); }
|
public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } private Base(); }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
Base { public static RowProcessor find(String query, Object ... params) { return new DB(DB.DEFAULT_NAME).find(query, params); } private Base(); static DB open(); static DB open(String driver, String url, String user, String password); static DB open(String driver, String url, Properties props); static DB open(String jndiName); static DB open(String jndiName, Properties jndiProperties); static DB open(DataSource dataSource); static Connection connection(); static boolean hasConnection(); static void close(boolean suppressWarning); static void close(); static Long count(String table); static Long count(String table, String query, Object... params); static Object firstCell(String query, Object... params); static List<Map> findAll(String query, Object... params); static List firstColumn(String query, Object... params); static List<Map> findAll(String query); static RowProcessor find(String query, Object ... params); static RowProcessor find(RowProcessor.ResultSetType type, RowProcessor.ResultSetConcur concur, int fetchSize, String query, Object ... params); static void find(String sql, RowListener listener); static int exec(String query); static int exec(String query, Object ... params); static void openTransaction(); static void commitTransaction(); static void rollbackTransaction(); static PreparedStatement startBatch(String parametrizedStatement); static void addBatch(PreparedStatement ps, Object... parameters); static int[] executeBatch(PreparedStatement ps); static void closePreparedStatement(PreparedStatement ps); static void attach(Connection connection); static Connection detach(); static T withDb(String jndiName, Properties jndiProperties, Supplier<T> supplier); static T withDb(DataSource dataSource, Supplier<T> supplier); static T withDb(String jndiName, Supplier<T> supplier); static T withDb(String driver, String url, Properties properties, Supplier<T> supplier); static T withDb(String driver, String url, String user, String password, Supplier<T> supplier); static T withDb(Supplier<T> supplier); }
|
@Test public void testLimitOffset() { String query = dialect.formSelect("pages", null, "", list("page_id"), 10, 20); System.out.println(query); a(query).shouldBeEqual( "SELECT sq.* FROM (SELECT ROW_NUMBER() OVER (ORDER BY page_id) AS rownumber, * FROM pages" + ") AS sq WHERE rownumber BETWEEN 21 AND 30"); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
@Test public void testLimitOnlyNoOffset() { a(dialect.formSelect("pages", null, "", list("page_id"), 10, -1)).shouldBeEqual( "SELECT TOP 10 * FROM pages ORDER BY page_id"); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
@Test public void testOffsetOnlyNoLimit() { a(dialect.formSelect("pages", null, "content LIKE '%test%'", list("page_id"), -1, 20)).shouldBeEqual( "SELECT sq.* FROM (SELECT ROW_NUMBER() OVER (ORDER BY page_id) AS rownumber, " + "* FROM pages WHERE content LIKE '%test%'" + ") AS sq WHERE rownumber >= 21"); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
@Test public void testNoOffsetAndNoLimit() { a(dialect.formSelect("pages", null, "content LIKE '%test%'", list("page_id"), -1, -1)).shouldBeEqual( "SELECT * FROM pages WHERE content LIKE '%test%' ORDER BY page_id"); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
@Test public void testSelectFirst() { a(dialect.formSelect("member_goal_action", null, "", list("created_at DESC"), 1, -1)).shouldBeEqual( "SELECT TOP 1 * FROM member_goal_action ORDER BY created_at DESC"); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
@Test public void testModelFinderWithParams() { deleteAndPopulateTable("people"); List<Person> list = Person.where("name = ?", "John"); a(1).shouldBeEqual(list.size()); }
|
public static <T extends Model> LazyList<T> where(String subquery, Object... params) { return ModelDelegate.where(Model.<T>modelClass(), subquery, params); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> where(String subquery, Object... params) { return ModelDelegate.where(Model.<T>modelClass(), subquery, params); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> where(String subquery, Object... params) { return ModelDelegate.where(Model.<T>modelClass(), subquery, params); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> where(String subquery, Object... params) { return ModelDelegate.where(Model.<T>modelClass(), subquery, params); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> LazyList<T> where(String subquery, Object... params) { return ModelDelegate.where(Model.<T>modelClass(), subquery, params); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testCompleteSelectInSubQuery() { a(dialect.formSelect(null, null, "SELECT * FROM items WHERE item_description LIKE '%2%'", list("item_number"), 280, 271)).shouldBeEqual( "SELECT sq.* FROM (SELECT ROW_NUMBER() OVER (ORDER BY item_number) AS rownumber, " + "* FROM items WHERE item_description LIKE '%2%'" + ") AS sq WHERE rownumber BETWEEN 272 AND 551"); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
@Test public void shouldGenerateColumns() { String query = dialect.formSelect("items", arr("item_name", "item_description"), "item_name like ?", list("item_name"), 10, 30); a(query).shouldBeEqual("SELECT sq.item_name, sq.item_description FROM (SELECT ROW_NUMBER() " + "OVER (ORDER BY item_name) AS rownumber, item_name, item_description FROM items WHERE item_name like ?) " + "AS sq WHERE rownumber BETWEEN 31 AND 40"); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
MSSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1; boolean needOffset = offset != -1; if(needOffset && (orderBys == null || orderBys.isEmpty())) { throw new DBException("MSSQL offset queries require an order by column."); } boolean keepSelect = false; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT " + getSQColumns(columns) + " FROM (SELECT ROW_NUMBER() OVER (ORDER BY "); join(fullQuery, orderBys, ", "); fullQuery.append(") AS rownumber,"); } else if (needLimit) { fullQuery.append("SELECT TOP ").append(limit); } else { keepSelect = true; } if (tableName == null) { if (keepSelect) { fullQuery.append(subQuery); } else { Matcher m = selectPattern.matcher(subQuery); if (m.find()) { fullQuery.append(' ').append(subQuery.substring(m.end())); } else { fullQuery.append(subQuery); } } } else { if (keepSelect) { fullQuery.append("SELECT"); } fullQuery.append(getAllColumns(columns)).append(" FROM ").append(tableName); appendSubQuery(fullQuery, subQuery); } if (needOffset) { if (needLimit) { fullQuery.append(") AS sq WHERE rownumber BETWEEN ").append(offset + 1) .append(" AND ").append(limit + offset); } else { fullQuery.append(") AS sq WHERE rownumber >= ").append(offset + 1); } } else { appendOrderBy(fullQuery, orderBys); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
@Test public void testSelectStar() { a(dialect.selectStar("people")).shouldBeEqual("SELECT * FROM people"); }
|
@Override public String selectStar(String table) { return "SELECT * FROM " + table; }
|
DefaultDialect implements Dialect { @Override public String selectStar(String table) { return "SELECT * FROM " + table; } }
|
DefaultDialect implements Dialect { @Override public String selectStar(String table) { return "SELECT * FROM " + table; } }
|
DefaultDialect implements Dialect { @Override public String selectStar(String table) { return "SELECT * FROM " + table; } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
DefaultDialect implements Dialect { @Override public String selectStar(String table) { return "SELECT * FROM " + table; } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
@Test public void testSelectStarWithQuery() { a(dialect.selectStar("people", "name = ?")).shouldBeEqual("SELECT * FROM people WHERE name = ?"); }
|
@Override public String selectStar(String table) { return "SELECT * FROM " + table; }
|
DefaultDialect implements Dialect { @Override public String selectStar(String table) { return "SELECT * FROM " + table; } }
|
DefaultDialect implements Dialect { @Override public String selectStar(String table) { return "SELECT * FROM " + table; } }
|
DefaultDialect implements Dialect { @Override public String selectStar(String table) { return "SELECT * FROM " + table; } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
DefaultDialect implements Dialect { @Override public String selectStar(String table) { return "SELECT * FROM " + table; } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
@Test public void testSelectStarParametrized() { a(dialect.selectStarParametrized("people", "name")).shouldBeEqual("SELECT * FROM people WHERE name = ?"); a(dialect.selectStarParametrized("people", "name", "last_name")).shouldBeEqual( "SELECT * FROM people WHERE name = ? AND last_name = ?"); }
|
@Override public String selectStarParametrized(String table, String ... parameters) { StringBuilder sql = new StringBuilder().append("SELECT * FROM ").append(table).append(" WHERE "); join(sql, parameters, " = ? AND "); sql.append(" = ?"); return sql.toString(); }
|
DefaultDialect implements Dialect { @Override public String selectStarParametrized(String table, String ... parameters) { StringBuilder sql = new StringBuilder().append("SELECT * FROM ").append(table).append(" WHERE "); join(sql, parameters, " = ? AND "); sql.append(" = ?"); return sql.toString(); } }
|
DefaultDialect implements Dialect { @Override public String selectStarParametrized(String table, String ... parameters) { StringBuilder sql = new StringBuilder().append("SELECT * FROM ").append(table).append(" WHERE "); join(sql, parameters, " = ? AND "); sql.append(" = ?"); return sql.toString(); } }
|
DefaultDialect implements Dialect { @Override public String selectStarParametrized(String table, String ... parameters) { StringBuilder sql = new StringBuilder().append("SELECT * FROM ").append(table).append(" WHERE "); join(sql, parameters, " = ? AND "); sql.append(" = ?"); return sql.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
DefaultDialect implements Dialect { @Override public String selectStarParametrized(String table, String ... parameters) { StringBuilder sql = new StringBuilder().append("SELECT * FROM ").append(table).append(" WHERE "); join(sql, parameters, " = ? AND "); sql.append(" = ?"); return sql.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
@Test public void testCreateParametrizedInsert() { a(dialect.insertParametrized(Person.getMetaModel(), Arrays.asList("name"), false)).shouldBeEqual( "INSERT INTO people (name) VALUES (?)"); a(dialect.insertParametrized(Person.getMetaModel(), Arrays.asList("name", "last_name"), false)).shouldBeEqual( "INSERT INTO people (name, last_name) VALUES (?, ?)"); }
|
@Override public String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId) { StringBuilder query = new StringBuilder().append("INSERT INTO ").append(metaModel.getTableName()).append(' '); if (columns.isEmpty()) { appendEmptyRow(metaModel, query); } else { boolean addIdGeneratorCode = (!containsId && metaModel.getIdGeneratorCode() != null); query.append('('); if (addIdGeneratorCode) { query.append(metaModel.getIdName()).append(", "); } join(query, columns, ", "); query.append(") VALUES ("); if (addIdGeneratorCode) { query.append(metaModel.getIdGeneratorCode()).append(", "); } appendQuestions(query, columns.size()); query.append(')'); } return query.toString(); }
|
DefaultDialect implements Dialect { @Override public String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId) { StringBuilder query = new StringBuilder().append("INSERT INTO ").append(metaModel.getTableName()).append(' '); if (columns.isEmpty()) { appendEmptyRow(metaModel, query); } else { boolean addIdGeneratorCode = (!containsId && metaModel.getIdGeneratorCode() != null); query.append('('); if (addIdGeneratorCode) { query.append(metaModel.getIdName()).append(", "); } join(query, columns, ", "); query.append(") VALUES ("); if (addIdGeneratorCode) { query.append(metaModel.getIdGeneratorCode()).append(", "); } appendQuestions(query, columns.size()); query.append(')'); } return query.toString(); } }
|
DefaultDialect implements Dialect { @Override public String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId) { StringBuilder query = new StringBuilder().append("INSERT INTO ").append(metaModel.getTableName()).append(' '); if (columns.isEmpty()) { appendEmptyRow(metaModel, query); } else { boolean addIdGeneratorCode = (!containsId && metaModel.getIdGeneratorCode() != null); query.append('('); if (addIdGeneratorCode) { query.append(metaModel.getIdName()).append(", "); } join(query, columns, ", "); query.append(") VALUES ("); if (addIdGeneratorCode) { query.append(metaModel.getIdGeneratorCode()).append(", "); } appendQuestions(query, columns.size()); query.append(')'); } return query.toString(); } }
|
DefaultDialect implements Dialect { @Override public String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId) { StringBuilder query = new StringBuilder().append("INSERT INTO ").append(metaModel.getTableName()).append(' '); if (columns.isEmpty()) { appendEmptyRow(metaModel, query); } else { boolean addIdGeneratorCode = (!containsId && metaModel.getIdGeneratorCode() != null); query.append('('); if (addIdGeneratorCode) { query.append(metaModel.getIdName()).append(", "); } join(query, columns, ", "); query.append(") VALUES ("); if (addIdGeneratorCode) { query.append(metaModel.getIdGeneratorCode()).append(", "); } appendQuestions(query, columns.size()); query.append(')'); } return query.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
DefaultDialect implements Dialect { @Override public String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId) { StringBuilder query = new StringBuilder().append("INSERT INTO ").append(metaModel.getTableName()).append(' '); if (columns.isEmpty()) { appendEmptyRow(metaModel, query); } else { boolean addIdGeneratorCode = (!containsId && metaModel.getIdGeneratorCode() != null); query.append('('); if (addIdGeneratorCode) { query.append(metaModel.getIdName()).append(", "); } join(query, columns, ", "); query.append(") VALUES ("); if (addIdGeneratorCode) { query.append(metaModel.getIdGeneratorCode()).append(", "); } appendQuestions(query, columns.size()); query.append(')'); } return query.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
@Test public void testFormSelectWithoutTableName() { final String fullQuery = "SELECT name FROM people"; a(dialect.formSelect( null, new String[]{"name"}, fullQuery, new ArrayList(), 1, 1)) .shouldBeEqual(fullQuery); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { LOGGER.error("ERROR!!!! Limit and Offset are not supported by DefaultDialect"); StringBuilder queryBuilder = new StringBuilder(); appendSelect(queryBuilder, tableName, columns, null, subQuery, orderBys); return queryBuilder.toString(); }
|
DefaultDialect implements Dialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { LOGGER.error("ERROR!!!! Limit and Offset are not supported by DefaultDialect"); StringBuilder queryBuilder = new StringBuilder(); appendSelect(queryBuilder, tableName, columns, null, subQuery, orderBys); return queryBuilder.toString(); } }
|
DefaultDialect implements Dialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { LOGGER.error("ERROR!!!! Limit and Offset are not supported by DefaultDialect"); StringBuilder queryBuilder = new StringBuilder(); appendSelect(queryBuilder, tableName, columns, null, subQuery, orderBys); return queryBuilder.toString(); } }
|
DefaultDialect implements Dialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { LOGGER.error("ERROR!!!! Limit and Offset are not supported by DefaultDialect"); StringBuilder queryBuilder = new StringBuilder(); appendSelect(queryBuilder, tableName, columns, null, subQuery, orderBys); return queryBuilder.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
DefaultDialect implements Dialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { LOGGER.error("ERROR!!!! Limit and Offset are not supported by DefaultDialect"); StringBuilder queryBuilder = new StringBuilder(); appendSelect(queryBuilder, tableName, columns, null, subQuery, orderBys); return queryBuilder.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
@Test public void testFormSelectWithTableName() { a(dialect.formSelect("people", null, null, new ArrayList<String>(), 1, 1)) .shouldBeEqual("SELECT * FROM people"); a(dialect.formSelect("people", null, "name = ?", new ArrayList<String>(), 1, 1)) .shouldBeEqual("SELECT * FROM people WHERE name = ?"); a(dialect.formSelect("people", null, "name = ?", Arrays.asList("name"), 1, 1)) .shouldBeEqual("SELECT * FROM people WHERE name = ? ORDER BY name"); a(dialect.formSelect("people", null, null, Arrays.asList("last_name", "name"), 1, 1)) .shouldBeEqual("SELECT * FROM people ORDER BY last_name, name"); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { LOGGER.error("ERROR!!!! Limit and Offset are not supported by DefaultDialect"); StringBuilder queryBuilder = new StringBuilder(); appendSelect(queryBuilder, tableName, columns, null, subQuery, orderBys); return queryBuilder.toString(); }
|
DefaultDialect implements Dialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { LOGGER.error("ERROR!!!! Limit and Offset are not supported by DefaultDialect"); StringBuilder queryBuilder = new StringBuilder(); appendSelect(queryBuilder, tableName, columns, null, subQuery, orderBys); return queryBuilder.toString(); } }
|
DefaultDialect implements Dialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { LOGGER.error("ERROR!!!! Limit and Offset are not supported by DefaultDialect"); StringBuilder queryBuilder = new StringBuilder(); appendSelect(queryBuilder, tableName, columns, null, subQuery, orderBys); return queryBuilder.toString(); } }
|
DefaultDialect implements Dialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { LOGGER.error("ERROR!!!! Limit and Offset are not supported by DefaultDialect"); StringBuilder queryBuilder = new StringBuilder(); appendSelect(queryBuilder, tableName, columns, null, subQuery, orderBys); return queryBuilder.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
DefaultDialect implements Dialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { LOGGER.error("ERROR!!!! Limit and Offset are not supported by DefaultDialect"); StringBuilder queryBuilder = new StringBuilder(); appendSelect(queryBuilder, tableName, columns, null, subQuery, orderBys); return queryBuilder.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
@Test public void testFormSelectWithOrderBy() { a(dialect.formSelect( "people", null, " ORDER by last_name", new ArrayList<String>(), 1, 1)) .shouldBeEqual("SELECT * FROM people ORDER by last_name"); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { LOGGER.error("ERROR!!!! Limit and Offset are not supported by DefaultDialect"); StringBuilder queryBuilder = new StringBuilder(); appendSelect(queryBuilder, tableName, columns, null, subQuery, orderBys); return queryBuilder.toString(); }
|
DefaultDialect implements Dialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { LOGGER.error("ERROR!!!! Limit and Offset are not supported by DefaultDialect"); StringBuilder queryBuilder = new StringBuilder(); appendSelect(queryBuilder, tableName, columns, null, subQuery, orderBys); return queryBuilder.toString(); } }
|
DefaultDialect implements Dialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { LOGGER.error("ERROR!!!! Limit and Offset are not supported by DefaultDialect"); StringBuilder queryBuilder = new StringBuilder(); appendSelect(queryBuilder, tableName, columns, null, subQuery, orderBys); return queryBuilder.toString(); } }
|
DefaultDialect implements Dialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { LOGGER.error("ERROR!!!! Limit and Offset are not supported by DefaultDialect"); StringBuilder queryBuilder = new StringBuilder(); appendSelect(queryBuilder, tableName, columns, null, subQuery, orderBys); return queryBuilder.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
DefaultDialect implements Dialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { LOGGER.error("ERROR!!!! Limit and Offset are not supported by DefaultDialect"); StringBuilder queryBuilder = new StringBuilder(); appendSelect(queryBuilder, tableName, columns, null, subQuery, orderBys); return queryBuilder.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
@Test public void testMany2ManyAssoc() { String expectedJoinQuery = "SELECT " + "programmers_projects.*, " + "t.assignment_id AS programmer_id " + "FROM " + "programmers_projects " + "INNER JOIN issue_assignments t ON programmers_projects.id = t.programmer_id " + "WHERE t.assignment_id IN (?)"; Many2ManyAssociation association = new Many2ManyAssociation( Programmer.class, Assignment.class, "issue_assignments", "assignment_id", "programmer_id"); String query = dialect.selectManyToManyAssociation( association, "programmer_id", 1); a(query).shouldBeEqual(expectedJoinQuery); }
|
@Override public String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount) { String targetTable = metaModelOf(association.getTargetClass()).getTableName(); StringBuilder query = new StringBuilder().append("SELECT ").append(targetTable).append(".*, t.") .append(association.getSourceFkName()).append(" AS ").append(sourceFkColumnName).append(" FROM ") .append(targetTable).append(" INNER JOIN ").append(association.getJoin()).append(" t ON ") .append(targetTable).append('.').append(association.getTargetPk()).append(" = t.") .append(association.getTargetFkName()).append(" WHERE t.").append(association.getSourceFkName()) .append(" IN ("); appendQuestions(query, questionsCount); query.append(')'); return query.toString(); }
|
DefaultDialect implements Dialect { @Override public String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount) { String targetTable = metaModelOf(association.getTargetClass()).getTableName(); StringBuilder query = new StringBuilder().append("SELECT ").append(targetTable).append(".*, t.") .append(association.getSourceFkName()).append(" AS ").append(sourceFkColumnName).append(" FROM ") .append(targetTable).append(" INNER JOIN ").append(association.getJoin()).append(" t ON ") .append(targetTable).append('.').append(association.getTargetPk()).append(" = t.") .append(association.getTargetFkName()).append(" WHERE t.").append(association.getSourceFkName()) .append(" IN ("); appendQuestions(query, questionsCount); query.append(')'); return query.toString(); } }
|
DefaultDialect implements Dialect { @Override public String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount) { String targetTable = metaModelOf(association.getTargetClass()).getTableName(); StringBuilder query = new StringBuilder().append("SELECT ").append(targetTable).append(".*, t.") .append(association.getSourceFkName()).append(" AS ").append(sourceFkColumnName).append(" FROM ") .append(targetTable).append(" INNER JOIN ").append(association.getJoin()).append(" t ON ") .append(targetTable).append('.').append(association.getTargetPk()).append(" = t.") .append(association.getTargetFkName()).append(" WHERE t.").append(association.getSourceFkName()) .append(" IN ("); appendQuestions(query, questionsCount); query.append(')'); return query.toString(); } }
|
DefaultDialect implements Dialect { @Override public String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount) { String targetTable = metaModelOf(association.getTargetClass()).getTableName(); StringBuilder query = new StringBuilder().append("SELECT ").append(targetTable).append(".*, t.") .append(association.getSourceFkName()).append(" AS ").append(sourceFkColumnName).append(" FROM ") .append(targetTable).append(" INNER JOIN ").append(association.getJoin()).append(" t ON ") .append(targetTable).append('.').append(association.getTargetPk()).append(" = t.") .append(association.getTargetFkName()).append(" WHERE t.").append(association.getSourceFkName()) .append(" IN ("); appendQuestions(query, questionsCount); query.append(')'); return query.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
DefaultDialect implements Dialect { @Override public String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount) { String targetTable = metaModelOf(association.getTargetClass()).getTableName(); StringBuilder query = new StringBuilder().append("SELECT ").append(targetTable).append(".*, t.") .append(association.getSourceFkName()).append(" AS ").append(sourceFkColumnName).append(" FROM ") .append(targetTable).append(" INNER JOIN ").append(association.getJoin()).append(" t ON ") .append(targetTable).append('.').append(association.getTargetPk()).append(" = t.") .append(association.getTargetFkName()).append(" WHERE t.").append(association.getSourceFkName()) .append(" IN ("); appendQuestions(query, questionsCount); query.append(')'); return query.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
@Test public void testModelFinderWithListener() { deleteAndPopulateTable("people"); Person.findWith(new ModelListener<Person>() { public void onModel(Person person) { System.out.println("Found person: " + person); } }, "name='John'"); }
|
public static void findWith(final ModelListener listener, String query, Object ... params) { ModelDelegate.findWith(modelClass(), listener, query, params); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static void findWith(final ModelListener listener, String query, Object ... params) { ModelDelegate.findWith(modelClass(), listener, query, params); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static void findWith(final ModelListener listener, String query, Object ... params) { ModelDelegate.findWith(modelClass(), listener, query, params); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static void findWith(final ModelListener listener, String query, Object ... params) { ModelDelegate.findWith(modelClass(), listener, query, params); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static void findWith(final ModelListener listener, String query, Object ... params) { ModelDelegate.findWith(modelClass(), listener, query, params); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testDeleteManyToManyAssociation() { String expectedQuery = "DELETE FROM issue_assignments " + "WHERE assignment_id = ? AND programmer_id = ?"; Many2ManyAssociation association = new Many2ManyAssociation( Programmer.class, Assignment.class, "issue_assignments", "assignment_id", "programmer_id"); String query = dialect.deleteManyToManyAssociation(association); a(query).shouldBeEqual(expectedQuery); }
|
@Override public String deleteManyToManyAssociation(Many2ManyAssociation association) { return "DELETE FROM " + association.getJoin() + " WHERE " + association.getSourceFkName() + " = ? AND " + association.getTargetFkName() + " = ?"; }
|
DefaultDialect implements Dialect { @Override public String deleteManyToManyAssociation(Many2ManyAssociation association) { return "DELETE FROM " + association.getJoin() + " WHERE " + association.getSourceFkName() + " = ? AND " + association.getTargetFkName() + " = ?"; } }
|
DefaultDialect implements Dialect { @Override public String deleteManyToManyAssociation(Many2ManyAssociation association) { return "DELETE FROM " + association.getJoin() + " WHERE " + association.getSourceFkName() + " = ? AND " + association.getTargetFkName() + " = ?"; } }
|
DefaultDialect implements Dialect { @Override public String deleteManyToManyAssociation(Many2ManyAssociation association) { return "DELETE FROM " + association.getJoin() + " WHERE " + association.getSourceFkName() + " = ? AND " + association.getTargetFkName() + " = ?"; } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
DefaultDialect implements Dialect { @Override public String deleteManyToManyAssociation(Many2ManyAssociation association) { return "DELETE FROM " + association.getJoin() + " WHERE " + association.getSourceFkName() + " = ? AND " + association.getTargetFkName() + " = ?"; } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
@Test public void testSelectExist() { a(dialect.selectExists( Person.getMetaModel())) .shouldBeEqual("SELECT id FROM people WHERE id = ?"); }
|
@Override public String selectExists(MetaModel metaModel) { return "SELECT " + metaModel.getIdName() + " FROM " + metaModel.getTableName() + " WHERE " + metaModel.getIdName() + " = ?"; }
|
DefaultDialect implements Dialect { @Override public String selectExists(MetaModel metaModel) { return "SELECT " + metaModel.getIdName() + " FROM " + metaModel.getTableName() + " WHERE " + metaModel.getIdName() + " = ?"; } }
|
DefaultDialect implements Dialect { @Override public String selectExists(MetaModel metaModel) { return "SELECT " + metaModel.getIdName() + " FROM " + metaModel.getTableName() + " WHERE " + metaModel.getIdName() + " = ?"; } }
|
DefaultDialect implements Dialect { @Override public String selectExists(MetaModel metaModel) { return "SELECT " + metaModel.getIdName() + " FROM " + metaModel.getTableName() + " WHERE " + metaModel.getIdName() + " = ?"; } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
DefaultDialect implements Dialect { @Override public String selectExists(MetaModel metaModel) { return "SELECT " + metaModel.getIdName() + " FROM " + metaModel.getTableName() + " WHERE " + metaModel.getIdName() + " = ?"; } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
@Test public void testInsertStatement(){ Map<String, Object> x = new CaseInsensitiveMap(); x.put("testField", "testValue"); a(dialect.insert( Person.getMetaModel(), x)) .shouldBeEqual("INSERT INTO people (testField) VALUES ('testValue')"); x.put("testField2", "testValue2"); a(dialect.insert( Person.getMetaModel(), x)) .shouldBeEqual("INSERT INTO people (testField, testField2) VALUES ('testValue', 'testValue2')"); }
|
@Override public String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements) { StringBuilder query = new StringBuilder().append("INSERT INTO ").append(metaModel.getTableName()).append(' '); if (attributes.isEmpty()) { appendEmptyRow(metaModel, query); } else { boolean addIdGeneratorCode = (metaModel.getIdGeneratorCode() != null && attributes.get(metaModel.getIdName()) == null); query.append('('); if (addIdGeneratorCode) { query.append(metaModel.getIdName()).append(", "); } join(query, attributes.keySet(), ", "); query.append(") VALUES ("); if (addIdGeneratorCode) { query.append(metaModel.getIdGeneratorCode()).append(", "); } Iterator<Object> it = attributes.values().iterator(); appendValue(query, it.next()); while (it.hasNext()) { query.append(", "); appendValue(query, it.next(), replacements); } query.append(')'); } return query.toString(); }
|
DefaultDialect implements Dialect { @Override public String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements) { StringBuilder query = new StringBuilder().append("INSERT INTO ").append(metaModel.getTableName()).append(' '); if (attributes.isEmpty()) { appendEmptyRow(metaModel, query); } else { boolean addIdGeneratorCode = (metaModel.getIdGeneratorCode() != null && attributes.get(metaModel.getIdName()) == null); query.append('('); if (addIdGeneratorCode) { query.append(metaModel.getIdName()).append(", "); } join(query, attributes.keySet(), ", "); query.append(") VALUES ("); if (addIdGeneratorCode) { query.append(metaModel.getIdGeneratorCode()).append(", "); } Iterator<Object> it = attributes.values().iterator(); appendValue(query, it.next()); while (it.hasNext()) { query.append(", "); appendValue(query, it.next(), replacements); } query.append(')'); } return query.toString(); } }
|
DefaultDialect implements Dialect { @Override public String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements) { StringBuilder query = new StringBuilder().append("INSERT INTO ").append(metaModel.getTableName()).append(' '); if (attributes.isEmpty()) { appendEmptyRow(metaModel, query); } else { boolean addIdGeneratorCode = (metaModel.getIdGeneratorCode() != null && attributes.get(metaModel.getIdName()) == null); query.append('('); if (addIdGeneratorCode) { query.append(metaModel.getIdName()).append(", "); } join(query, attributes.keySet(), ", "); query.append(") VALUES ("); if (addIdGeneratorCode) { query.append(metaModel.getIdGeneratorCode()).append(", "); } Iterator<Object> it = attributes.values().iterator(); appendValue(query, it.next()); while (it.hasNext()) { query.append(", "); appendValue(query, it.next(), replacements); } query.append(')'); } return query.toString(); } }
|
DefaultDialect implements Dialect { @Override public String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements) { StringBuilder query = new StringBuilder().append("INSERT INTO ").append(metaModel.getTableName()).append(' '); if (attributes.isEmpty()) { appendEmptyRow(metaModel, query); } else { boolean addIdGeneratorCode = (metaModel.getIdGeneratorCode() != null && attributes.get(metaModel.getIdName()) == null); query.append('('); if (addIdGeneratorCode) { query.append(metaModel.getIdName()).append(", "); } join(query, attributes.keySet(), ", "); query.append(") VALUES ("); if (addIdGeneratorCode) { query.append(metaModel.getIdGeneratorCode()).append(", "); } Iterator<Object> it = attributes.values().iterator(); appendValue(query, it.next()); while (it.hasNext()) { query.append(", "); appendValue(query, it.next(), replacements); } query.append(')'); } return query.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
DefaultDialect implements Dialect { @Override public String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements) { StringBuilder query = new StringBuilder().append("INSERT INTO ").append(metaModel.getTableName()).append(' '); if (attributes.isEmpty()) { appendEmptyRow(metaModel, query); } else { boolean addIdGeneratorCode = (metaModel.getIdGeneratorCode() != null && attributes.get(metaModel.getIdName()) == null); query.append('('); if (addIdGeneratorCode) { query.append(metaModel.getIdName()).append(", "); } join(query, attributes.keySet(), ", "); query.append(") VALUES ("); if (addIdGeneratorCode) { query.append(metaModel.getIdGeneratorCode()).append(", "); } Iterator<Object> it = attributes.values().iterator(); appendValue(query, it.next()); while (it.hasNext()) { query.append(", "); appendValue(query, it.next(), replacements); } query.append(')'); } return query.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
@Test public void testInsertParametrized() { a(dialect.insertParametrized( Person.getMetaModel(), Arrays.asList("testField1", "testField2"), false)) .shouldBeEqual("INSERT INTO people (testField1, testField2) VALUES (?, ?)"); }
|
@Override public String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId) { StringBuilder query = new StringBuilder().append("INSERT INTO ").append(metaModel.getTableName()).append(' '); if (columns.isEmpty()) { appendEmptyRow(metaModel, query); } else { boolean addIdGeneratorCode = (!containsId && metaModel.getIdGeneratorCode() != null); query.append('('); if (addIdGeneratorCode) { query.append(metaModel.getIdName()).append(", "); } join(query, columns, ", "); query.append(") VALUES ("); if (addIdGeneratorCode) { query.append(metaModel.getIdGeneratorCode()).append(", "); } appendQuestions(query, columns.size()); query.append(')'); } return query.toString(); }
|
DefaultDialect implements Dialect { @Override public String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId) { StringBuilder query = new StringBuilder().append("INSERT INTO ").append(metaModel.getTableName()).append(' '); if (columns.isEmpty()) { appendEmptyRow(metaModel, query); } else { boolean addIdGeneratorCode = (!containsId && metaModel.getIdGeneratorCode() != null); query.append('('); if (addIdGeneratorCode) { query.append(metaModel.getIdName()).append(", "); } join(query, columns, ", "); query.append(") VALUES ("); if (addIdGeneratorCode) { query.append(metaModel.getIdGeneratorCode()).append(", "); } appendQuestions(query, columns.size()); query.append(')'); } return query.toString(); } }
|
DefaultDialect implements Dialect { @Override public String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId) { StringBuilder query = new StringBuilder().append("INSERT INTO ").append(metaModel.getTableName()).append(' '); if (columns.isEmpty()) { appendEmptyRow(metaModel, query); } else { boolean addIdGeneratorCode = (!containsId && metaModel.getIdGeneratorCode() != null); query.append('('); if (addIdGeneratorCode) { query.append(metaModel.getIdName()).append(", "); } join(query, columns, ", "); query.append(") VALUES ("); if (addIdGeneratorCode) { query.append(metaModel.getIdGeneratorCode()).append(", "); } appendQuestions(query, columns.size()); query.append(')'); } return query.toString(); } }
|
DefaultDialect implements Dialect { @Override public String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId) { StringBuilder query = new StringBuilder().append("INSERT INTO ").append(metaModel.getTableName()).append(' '); if (columns.isEmpty()) { appendEmptyRow(metaModel, query); } else { boolean addIdGeneratorCode = (!containsId && metaModel.getIdGeneratorCode() != null); query.append('('); if (addIdGeneratorCode) { query.append(metaModel.getIdName()).append(", "); } join(query, columns, ", "); query.append(") VALUES ("); if (addIdGeneratorCode) { query.append(metaModel.getIdGeneratorCode()).append(", "); } appendQuestions(query, columns.size()); query.append(')'); } return query.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
DefaultDialect implements Dialect { @Override public String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId) { StringBuilder query = new StringBuilder().append("INSERT INTO ").append(metaModel.getTableName()).append(' '); if (columns.isEmpty()) { appendEmptyRow(metaModel, query); } else { boolean addIdGeneratorCode = (!containsId && metaModel.getIdGeneratorCode() != null); query.append('('); if (addIdGeneratorCode) { query.append(metaModel.getIdName()).append(", "); } join(query, columns, ", "); query.append(") VALUES ("); if (addIdGeneratorCode) { query.append(metaModel.getIdGeneratorCode()).append(", "); } appendQuestions(query, columns.size()); query.append(')'); } return query.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
@Test public void testUpdateStatement() { Map<String, Object> x = new CaseInsensitiveMap(); x.put("testField", "testValue"); x.put("id", "1"); a(dialect.update( Person.getMetaModel(), x)) .shouldBeEqual("UPDATE people SET testField = 'testValue' WHERE id = 1"); }
|
@Override public String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements) { if (attributes.isEmpty()) { throw new NoSuchElementException("No attributes set, can't create an update statement."); } StringBuilder query = new StringBuilder().append("UPDATE ").append(metaModel.getTableName()).append(" SET "); String idName = metaModel.getIdName(); Map<String, Object> attributesWithoutId = new CaseInsensitiveMap<>(attributes); attributesWithoutId.remove(idName); Iterator<Entry<String, Object>> it = attributesWithoutId.entrySet().iterator(); for (;;) { Entry<String, Object> attribute = it.next(); query.append(attribute.getKey()).append(" = "); appendValue(query, attribute.getValue(), replacements); if (it.hasNext()) { query.append(", "); } else { break; } } if (metaModel.getCompositeKeys() == null){ query.append(" WHERE ").append(idName).append(" = ").append(attributes.get(idName)); } else { String[] compositeKeys = metaModel.getCompositeKeys(); for (int i = 0; i < compositeKeys.length; i++) { query.append(i == 0 ? " WHERE " : " AND ").append(compositeKeys[i]).append(" = "); appendValue(query, attributes.get(compositeKeys[i])); } } return query.toString(); }
|
DefaultDialect implements Dialect { @Override public String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements) { if (attributes.isEmpty()) { throw new NoSuchElementException("No attributes set, can't create an update statement."); } StringBuilder query = new StringBuilder().append("UPDATE ").append(metaModel.getTableName()).append(" SET "); String idName = metaModel.getIdName(); Map<String, Object> attributesWithoutId = new CaseInsensitiveMap<>(attributes); attributesWithoutId.remove(idName); Iterator<Entry<String, Object>> it = attributesWithoutId.entrySet().iterator(); for (;;) { Entry<String, Object> attribute = it.next(); query.append(attribute.getKey()).append(" = "); appendValue(query, attribute.getValue(), replacements); if (it.hasNext()) { query.append(", "); } else { break; } } if (metaModel.getCompositeKeys() == null){ query.append(" WHERE ").append(idName).append(" = ").append(attributes.get(idName)); } else { String[] compositeKeys = metaModel.getCompositeKeys(); for (int i = 0; i < compositeKeys.length; i++) { query.append(i == 0 ? " WHERE " : " AND ").append(compositeKeys[i]).append(" = "); appendValue(query, attributes.get(compositeKeys[i])); } } return query.toString(); } }
|
DefaultDialect implements Dialect { @Override public String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements) { if (attributes.isEmpty()) { throw new NoSuchElementException("No attributes set, can't create an update statement."); } StringBuilder query = new StringBuilder().append("UPDATE ").append(metaModel.getTableName()).append(" SET "); String idName = metaModel.getIdName(); Map<String, Object> attributesWithoutId = new CaseInsensitiveMap<>(attributes); attributesWithoutId.remove(idName); Iterator<Entry<String, Object>> it = attributesWithoutId.entrySet().iterator(); for (;;) { Entry<String, Object> attribute = it.next(); query.append(attribute.getKey()).append(" = "); appendValue(query, attribute.getValue(), replacements); if (it.hasNext()) { query.append(", "); } else { break; } } if (metaModel.getCompositeKeys() == null){ query.append(" WHERE ").append(idName).append(" = ").append(attributes.get(idName)); } else { String[] compositeKeys = metaModel.getCompositeKeys(); for (int i = 0; i < compositeKeys.length; i++) { query.append(i == 0 ? " WHERE " : " AND ").append(compositeKeys[i]).append(" = "); appendValue(query, attributes.get(compositeKeys[i])); } } return query.toString(); } }
|
DefaultDialect implements Dialect { @Override public String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements) { if (attributes.isEmpty()) { throw new NoSuchElementException("No attributes set, can't create an update statement."); } StringBuilder query = new StringBuilder().append("UPDATE ").append(metaModel.getTableName()).append(" SET "); String idName = metaModel.getIdName(); Map<String, Object> attributesWithoutId = new CaseInsensitiveMap<>(attributes); attributesWithoutId.remove(idName); Iterator<Entry<String, Object>> it = attributesWithoutId.entrySet().iterator(); for (;;) { Entry<String, Object> attribute = it.next(); query.append(attribute.getKey()).append(" = "); appendValue(query, attribute.getValue(), replacements); if (it.hasNext()) { query.append(", "); } else { break; } } if (metaModel.getCompositeKeys() == null){ query.append(" WHERE ").append(idName).append(" = ").append(attributes.get(idName)); } else { String[] compositeKeys = metaModel.getCompositeKeys(); for (int i = 0; i < compositeKeys.length; i++) { query.append(i == 0 ? " WHERE " : " AND ").append(compositeKeys[i]).append(" = "); appendValue(query, attributes.get(compositeKeys[i])); } } return query.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
DefaultDialect implements Dialect { @Override public String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements) { if (attributes.isEmpty()) { throw new NoSuchElementException("No attributes set, can't create an update statement."); } StringBuilder query = new StringBuilder().append("UPDATE ").append(metaModel.getTableName()).append(" SET "); String idName = metaModel.getIdName(); Map<String, Object> attributesWithoutId = new CaseInsensitiveMap<>(attributes); attributesWithoutId.remove(idName); Iterator<Entry<String, Object>> it = attributesWithoutId.entrySet().iterator(); for (;;) { Entry<String, Object> attribute = it.next(); query.append(attribute.getKey()).append(" = "); appendValue(query, attribute.getValue(), replacements); if (it.hasNext()) { query.append(", "); } else { break; } } if (metaModel.getCompositeKeys() == null){ query.append(" WHERE ").append(idName).append(" = ").append(attributes.get(idName)); } else { String[] compositeKeys = metaModel.getCompositeKeys(); for (int i = 0; i < compositeKeys.length; i++) { query.append(i == 0 ? " WHERE " : " AND ").append(compositeKeys[i]).append(" = "); appendValue(query, attributes.get(compositeKeys[i])); } } return query.toString(); } @Override String selectStar(String table); @Override String selectStar(String table, String where); @Override String selectStarParametrized(String table, String ... parameters); @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); @Override String selectCount(String from); @Override String selectCount(String table, String where); @Override String selectExists(MetaModel metaModel); @Override String selectManyToManyAssociation(Many2ManyAssociation association, String sourceFkColumnName, int questionsCount); @Override String insertManyToManyAssociation(Many2ManyAssociation association); @Override String insertParametrized(MetaModel metaModel, List<String> columns, boolean containsId); @Override String deleteManyToManyAssociation(Many2ManyAssociation association); @Override String insert(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); @Override String update(MetaModel metaModel, Map<String, Object> attributes, String ... replacements); }
|
@Test public void testFormSelectWithoutTableName() { final String fullQuery = "SELECT name FROM people"; a(dialect.formSelect(null, new String[]{"name"}, fullQuery, new ArrayList<String>(), -1, -1)).shouldBeEqual(fullQuery); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { StringBuilder fullQuery = new StringBuilder(); appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if(limit != -1){ fullQuery.append(" LIMIT ").append(limit); } if(offset != -1){ fullQuery.append(" OFFSET ").append(offset); } return fullQuery.toString(); }
|
PostgreSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { StringBuilder fullQuery = new StringBuilder(); appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if(limit != -1){ fullQuery.append(" LIMIT ").append(limit); } if(offset != -1){ fullQuery.append(" OFFSET ").append(offset); } return fullQuery.toString(); } }
|
PostgreSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { StringBuilder fullQuery = new StringBuilder(); appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if(limit != -1){ fullQuery.append(" LIMIT ").append(limit); } if(offset != -1){ fullQuery.append(" OFFSET ").append(offset); } return fullQuery.toString(); } }
|
PostgreSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { StringBuilder fullQuery = new StringBuilder(); appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if(limit != -1){ fullQuery.append(" LIMIT ").append(limit); } if(offset != -1){ fullQuery.append(" OFFSET ").append(offset); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); }
|
PostgreSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { StringBuilder fullQuery = new StringBuilder(); appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if(limit != -1){ fullQuery.append(" LIMIT ").append(limit); } if(offset != -1){ fullQuery.append(" OFFSET ").append(offset); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); }
|
@Test public void testFormSelectWithTableName() { a(dialect.formSelect("people", null, null, new ArrayList<String>(), -1, -1)).shouldBeEqual("SELECT * FROM people"); a(dialect.formSelect("people", null, "name = ?", new ArrayList<String>(), -1, -1)).shouldBeEqual("SELECT * FROM people WHERE name = ?"); a(dialect.formSelect("people", null, "name = ?", Arrays.asList("name"), -1, -1)).shouldBeEqual("SELECT * FROM people WHERE name = ? ORDER BY name"); a(dialect.formSelect("people", null, null, Arrays.asList("last_name", "name"), -1, -1)).shouldBeEqual("SELECT * FROM people ORDER BY last_name, name"); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { StringBuilder fullQuery = new StringBuilder(); appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if(limit != -1){ fullQuery.append(" LIMIT ").append(limit); } if(offset != -1){ fullQuery.append(" OFFSET ").append(offset); } return fullQuery.toString(); }
|
PostgreSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { StringBuilder fullQuery = new StringBuilder(); appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if(limit != -1){ fullQuery.append(" LIMIT ").append(limit); } if(offset != -1){ fullQuery.append(" OFFSET ").append(offset); } return fullQuery.toString(); } }
|
PostgreSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { StringBuilder fullQuery = new StringBuilder(); appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if(limit != -1){ fullQuery.append(" LIMIT ").append(limit); } if(offset != -1){ fullQuery.append(" OFFSET ").append(offset); } return fullQuery.toString(); } }
|
PostgreSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { StringBuilder fullQuery = new StringBuilder(); appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if(limit != -1){ fullQuery.append(" LIMIT ").append(limit); } if(offset != -1){ fullQuery.append(" OFFSET ").append(offset); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); }
|
PostgreSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { StringBuilder fullQuery = new StringBuilder(); appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if(limit != -1){ fullQuery.append(" LIMIT ").append(limit); } if(offset != -1){ fullQuery.append(" OFFSET ").append(offset); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); }
|
@Test public void testFormSelectWithLimitOffset() { a(dialect.formSelect("people", null, null, new ArrayList<String>(), 1, -1)).shouldBeEqual("SELECT * FROM people LIMIT 1"); a(dialect.formSelect("people", null, null, new ArrayList<String>(), -1, 1)).shouldBeEqual("SELECT * FROM people OFFSET 1"); a(dialect.formSelect("people", null, null, new ArrayList<String>(), 1, 1)).shouldBeEqual("SELECT * FROM people LIMIT 1 OFFSET 1"); a(dialect.formSelect("people", null, "last_name = ?", new ArrayList<String>(), 1, 10)).shouldBeEqual("SELECT * FROM people WHERE last_name = ? LIMIT 1 OFFSET 10"); a(dialect.formSelect("people", null, "name = ?", Arrays.asList("name"), 10, 10)).shouldBeEqual("SELECT * FROM people WHERE name = ? ORDER BY name LIMIT 10 OFFSET 10"); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { StringBuilder fullQuery = new StringBuilder(); appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if(limit != -1){ fullQuery.append(" LIMIT ").append(limit); } if(offset != -1){ fullQuery.append(" OFFSET ").append(offset); } return fullQuery.toString(); }
|
PostgreSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { StringBuilder fullQuery = new StringBuilder(); appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if(limit != -1){ fullQuery.append(" LIMIT ").append(limit); } if(offset != -1){ fullQuery.append(" OFFSET ").append(offset); } return fullQuery.toString(); } }
|
PostgreSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { StringBuilder fullQuery = new StringBuilder(); appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if(limit != -1){ fullQuery.append(" LIMIT ").append(limit); } if(offset != -1){ fullQuery.append(" OFFSET ").append(offset); } return fullQuery.toString(); } }
|
PostgreSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { StringBuilder fullQuery = new StringBuilder(); appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if(limit != -1){ fullQuery.append(" LIMIT ").append(limit); } if(offset != -1){ fullQuery.append(" OFFSET ").append(offset); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); }
|
PostgreSQLDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { StringBuilder fullQuery = new StringBuilder(); appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if(limit != -1){ fullQuery.append(" LIMIT ").append(limit); } if(offset != -1){ fullQuery.append(" OFFSET ").append(offset); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); }
|
@Test public void testFormSelectWithoutTableName() { final String fullQuery = "SELECT name FROM people"; a(dialect.formSelect(null, new String[]{"name"}, fullQuery, new ArrayList<String>(), -1, -1)).shouldBeEqual(fullQuery); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1L; boolean needOffset = offset != -1L; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM ("); } else if (needLimit) { fullQuery.append("SELECT * FROM (SELECT t2.* FROM ("); } appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if (needOffset) { fullQuery.append(") t2) WHERE oracle_row_number >= ").append(offset + 1); if (needLimit) { fullQuery.append(" AND ROWNUM <= ").append(limit); } } else if (needLimit) { fullQuery.append(") t2) WHERE ROWNUM <= ").append(limit); } return fullQuery.toString(); }
|
OracleDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1L; boolean needOffset = offset != -1L; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM ("); } else if (needLimit) { fullQuery.append("SELECT * FROM (SELECT t2.* FROM ("); } appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if (needOffset) { fullQuery.append(") t2) WHERE oracle_row_number >= ").append(offset + 1); if (needLimit) { fullQuery.append(" AND ROWNUM <= ").append(limit); } } else if (needLimit) { fullQuery.append(") t2) WHERE ROWNUM <= ").append(limit); } return fullQuery.toString(); } }
|
OracleDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1L; boolean needOffset = offset != -1L; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM ("); } else if (needLimit) { fullQuery.append("SELECT * FROM (SELECT t2.* FROM ("); } appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if (needOffset) { fullQuery.append(") t2) WHERE oracle_row_number >= ").append(offset + 1); if (needLimit) { fullQuery.append(" AND ROWNUM <= ").append(limit); } } else if (needLimit) { fullQuery.append(") t2) WHERE ROWNUM <= ").append(limit); } return fullQuery.toString(); } }
|
OracleDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1L; boolean needOffset = offset != -1L; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM ("); } else if (needLimit) { fullQuery.append("SELECT * FROM (SELECT t2.* FROM ("); } appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if (needOffset) { fullQuery.append(") t2) WHERE oracle_row_number >= ").append(offset + 1); if (needLimit) { fullQuery.append(" AND ROWNUM <= ").append(limit); } } else if (needLimit) { fullQuery.append(") t2) WHERE ROWNUM <= ").append(limit); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
OracleDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1L; boolean needOffset = offset != -1L; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM ("); } else if (needLimit) { fullQuery.append("SELECT * FROM (SELECT t2.* FROM ("); } appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if (needOffset) { fullQuery.append(") t2) WHERE oracle_row_number >= ").append(offset + 1); if (needLimit) { fullQuery.append(" AND ROWNUM <= ").append(limit); } } else if (needLimit) { fullQuery.append(") t2) WHERE ROWNUM <= ").append(limit); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
@Test public void testFormSelectWithTableName() { a(dialect.formSelect("people", null, null, new ArrayList<String>(), -1, -1)).shouldBeEqual("SELECT * FROM people"); a(dialect.formSelect("people", null, "name = ?", new ArrayList<String>(), -1, -1)).shouldBeEqual("SELECT * FROM people WHERE name = ?"); a(dialect.formSelect("people", null, null, Arrays.asList("last_name", "name"), -1, -1)).shouldBeEqual("SELECT * FROM people ORDER BY last_name, name"); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1L; boolean needOffset = offset != -1L; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM ("); } else if (needLimit) { fullQuery.append("SELECT * FROM (SELECT t2.* FROM ("); } appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if (needOffset) { fullQuery.append(") t2) WHERE oracle_row_number >= ").append(offset + 1); if (needLimit) { fullQuery.append(" AND ROWNUM <= ").append(limit); } } else if (needLimit) { fullQuery.append(") t2) WHERE ROWNUM <= ").append(limit); } return fullQuery.toString(); }
|
OracleDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1L; boolean needOffset = offset != -1L; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM ("); } else if (needLimit) { fullQuery.append("SELECT * FROM (SELECT t2.* FROM ("); } appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if (needOffset) { fullQuery.append(") t2) WHERE oracle_row_number >= ").append(offset + 1); if (needLimit) { fullQuery.append(" AND ROWNUM <= ").append(limit); } } else if (needLimit) { fullQuery.append(") t2) WHERE ROWNUM <= ").append(limit); } return fullQuery.toString(); } }
|
OracleDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1L; boolean needOffset = offset != -1L; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM ("); } else if (needLimit) { fullQuery.append("SELECT * FROM (SELECT t2.* FROM ("); } appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if (needOffset) { fullQuery.append(") t2) WHERE oracle_row_number >= ").append(offset + 1); if (needLimit) { fullQuery.append(" AND ROWNUM <= ").append(limit); } } else if (needLimit) { fullQuery.append(") t2) WHERE ROWNUM <= ").append(limit); } return fullQuery.toString(); } }
|
OracleDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1L; boolean needOffset = offset != -1L; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM ("); } else if (needLimit) { fullQuery.append("SELECT * FROM (SELECT t2.* FROM ("); } appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if (needOffset) { fullQuery.append(") t2) WHERE oracle_row_number >= ").append(offset + 1); if (needLimit) { fullQuery.append(" AND ROWNUM <= ").append(limit); } } else if (needLimit) { fullQuery.append(") t2) WHERE ROWNUM <= ").append(limit); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
OracleDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1L; boolean needOffset = offset != -1L; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM ("); } else if (needLimit) { fullQuery.append("SELECT * FROM (SELECT t2.* FROM ("); } appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if (needOffset) { fullQuery.append(") t2) WHERE oracle_row_number >= ").append(offset + 1); if (needLimit) { fullQuery.append(" AND ROWNUM <= ").append(limit); } } else if (needLimit) { fullQuery.append(") t2) WHERE ROWNUM <= ").append(limit); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
@Test public void testModelFindOne() { deleteAndPopulateTable("people"); Person person = Person.findFirst("id = 2"); a(person).shouldNotBeNull(); }
|
public static <T extends Model> T findFirst(String subQuery, Object... params) { return ModelDelegate.findFirst(Model.<T>modelClass(), subQuery, params); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findFirst(String subQuery, Object... params) { return ModelDelegate.findFirst(Model.<T>modelClass(), subQuery, params); } }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findFirst(String subQuery, Object... params) { return ModelDelegate.findFirst(Model.<T>modelClass(), subQuery, params); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findFirst(String subQuery, Object... params) { return ModelDelegate.findFirst(Model.<T>modelClass(), subQuery, params); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
Model extends CallbackSupport implements Externalizable, Validatable { public static <T extends Model> T findFirst(String subQuery, Object... params) { return ModelDelegate.findFirst(Model.<T>modelClass(), subQuery, params); } protected Model(); protected Model(MetaModel metaModel, ModelRegistry modelRegistry); static MetaModel getMetaModel(); static MetaModel metaModel(); T fromMap(Map input); static T findOrCreateIt(Object... namesAndValues); static T findOrInit(Object... namesAndValues); T setId(Object id); T setDate(String attributeName, Object value); java.sql.Date getDate(String attributeName); void set(String[] attributeNames, Object[] values); T set(String attributeName, Object value); boolean isModified(); boolean isFrozen(); boolean modified(); static Set<String> attributeNames(); static List<Association> associations(); boolean isNew(); boolean frozen(); boolean delete(); void delete(boolean cascade); void deleteCascade(); void deleteCascadeExcept(Association... excludedAssociations); void deleteCascadeShallow(); void deleteChildrenShallow(Class<T> clazz); static int delete(String query, Object... params); static boolean exists(Object id); boolean exists(); static int deleteAll(); static int update(String updates, String conditions, Object ... params); static int updateAll(String updates, Object ... params); Map<String, Object> toMap(); @Override String toString(); void fromXml(String xml); String toXml(boolean pretty, boolean declaration, String... attributeNames); void beforeClosingTag(StringBuilder sb, boolean pretty, String indent, String... attributeNames); String toJson(boolean pretty, String... attributeNames); void beforeClosingBrace(StringBuilder sb, boolean pretty, String indent, String... attributeNames); P parent(Class<P> parentClass); P parent(Class<P> parentClass, boolean cache); void setParents(Model... parents); void setParent(Model parent); void copyTo(Model other); void copyFrom(Model other); void refresh(); Object get(String attributeName); String getString(String attributeName); byte[] getBytes(String attributeName); BigDecimal getBigDecimal(String attributeName); Integer getInteger(String attributeName); Long getLong(String attributeName); Short getShort(String attributeName); Float getFloat(String attributeName); Time getTime(String attributeName); Timestamp getTimestamp(String attributeName); Double getDouble(String attributeName); Boolean getBoolean(String attributeName); T setString(String attributeName, Object value); T setBigDecimal(String attributeName, Object value); T setShort(String attributeName, Object value); T setInteger(String attributeName, Object value); T setLong(String attributeName, Object value); T setFloat(String attributeName, Object value); T setTime(String attributeName, Object value); T setTimestamp(String attributeName, Object value); T setDouble(String attributeName, Object value); T setBoolean(String attributeName, Object value); LazyList<C> getAll(Class<C> clazz); LazyList<C> get(Class<C> targetModelClass, String criteria, Object ... params); static ValidationBuilder addValidator(Validator validator); void addError(String key, String value); static void removeValidator(Validator validator); static List<Validator> getValidators(Class<? extends Model> clazz); static boolean belongsTo(Class<? extends Model> targetClass); static void callbackWith(CallbackListener... listeners); boolean isValid(); void validate(); void validate(boolean reset); boolean hasErrors(); void addFailedValidator(Validator validator, String errorKey); Errors errors(); Errors errors(Locale locale); static T create(Object... namesAndValues); T set(Object... namesAndValues); static T createIt(Object ... namesAndValues); static T findById(Object id); static T findByCompositeKeys(Object... values); static LazyList<T> where(String subquery, Object... params); static ScopeBuilder<T> scopes(String ... scopes); static ScopeBuilder<T> scope(String scope); static LazyList<T> find(String subquery, Object... params); static T findFirst(String subQuery, Object... params); static T first(String subQuery, Object... params); static void findWith(final ModelListener listener, String query, Object ... params); static LazyList<T> findBySQL(String fullQuery, Object... params); static LazyList<T> findAll(); void add(Model child); void addModels(List<T> models); int remove(Model child); boolean saveIt(); void reset(); void thaw(); void defrost(); boolean save(); static Long count(); static Long count(String query, Object... params); boolean insert(); static String getTableName(); Object getId(); String getIdName(); String[] getCompositeKeys(); void manageTime(boolean manage); String toInsert(String ... replacements); String toInsert(Dialect dialect, String ... replacements); String toUpdate(String ... replacements); String toUpdate(Dialect dialect, String ... replacements); static boolean isCached(); static void purgeCache(); Long getLongId(); @Override void writeExternal(ObjectOutput out); @Override void readExternal(ObjectInput in); }
|
@Test public void testLimitOffsetNoOrderBy() { a(dialect.formSelect("people", null, null, new ArrayList<String>(), 1, 1)).shouldBeEqual( "SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM (" + "SELECT * FROM people" + ") t2) WHERE oracle_row_number >= 2 AND ROWNUM <= 1"); a(dialect.formSelect("people", null, "last_name = ?", new ArrayList<String>(), 1, 10)).shouldBeEqual( "SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM (" + "SELECT * FROM people WHERE last_name = ?" + ") t2) WHERE oracle_row_number >= 11 AND ROWNUM <= 1"); }
|
@Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1L; boolean needOffset = offset != -1L; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM ("); } else if (needLimit) { fullQuery.append("SELECT * FROM (SELECT t2.* FROM ("); } appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if (needOffset) { fullQuery.append(") t2) WHERE oracle_row_number >= ").append(offset + 1); if (needLimit) { fullQuery.append(" AND ROWNUM <= ").append(limit); } } else if (needLimit) { fullQuery.append(") t2) WHERE ROWNUM <= ").append(limit); } return fullQuery.toString(); }
|
OracleDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1L; boolean needOffset = offset != -1L; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM ("); } else if (needLimit) { fullQuery.append("SELECT * FROM (SELECT t2.* FROM ("); } appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if (needOffset) { fullQuery.append(") t2) WHERE oracle_row_number >= ").append(offset + 1); if (needLimit) { fullQuery.append(" AND ROWNUM <= ").append(limit); } } else if (needLimit) { fullQuery.append(") t2) WHERE ROWNUM <= ").append(limit); } return fullQuery.toString(); } }
|
OracleDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1L; boolean needOffset = offset != -1L; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM ("); } else if (needLimit) { fullQuery.append("SELECT * FROM (SELECT t2.* FROM ("); } appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if (needOffset) { fullQuery.append(") t2) WHERE oracle_row_number >= ").append(offset + 1); if (needLimit) { fullQuery.append(" AND ROWNUM <= ").append(limit); } } else if (needLimit) { fullQuery.append(") t2) WHERE ROWNUM <= ").append(limit); } return fullQuery.toString(); } }
|
OracleDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1L; boolean needOffset = offset != -1L; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM ("); } else if (needLimit) { fullQuery.append("SELECT * FROM (SELECT t2.* FROM ("); } appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if (needOffset) { fullQuery.append(") t2) WHERE oracle_row_number >= ").append(offset + 1); if (needLimit) { fullQuery.append(" AND ROWNUM <= ").append(limit); } } else if (needLimit) { fullQuery.append(") t2) WHERE ROWNUM <= ").append(limit); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
OracleDialect extends DefaultDialect { @Override public String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset) { boolean needLimit = limit != -1L; boolean needOffset = offset != -1L; StringBuilder fullQuery = new StringBuilder(); if (needOffset) { fullQuery.append("SELECT * FROM (SELECT t2.*, ROWNUM AS oracle_row_number FROM ("); } else if (needLimit) { fullQuery.append("SELECT * FROM (SELECT t2.* FROM ("); } appendSelect(fullQuery, tableName, columns, null, subQuery, orderBys); if (needOffset) { fullQuery.append(") t2) WHERE oracle_row_number >= ").append(offset + 1); if (needLimit) { fullQuery.append(" AND ROWNUM <= ").append(limit); } } else if (needLimit) { fullQuery.append(") t2) WHERE ROWNUM <= ").append(limit); } return fullQuery.toString(); } @Override String formSelect(String tableName, String[] columns, String subQuery, List<String> orderBys, long limit, long offset); @Override Object overrideDriverTypeConversion(MetaModel mm, String attributeName, Object value); }
|
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.