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 success_with_confirmations() throws Exception { Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender, new ISigner[] {delegate1, delegate2}); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void sender_unknown() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Unknown sender."); Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender); Mockito.when(ledger.getAccount(tx.getSenderID())).thenReturn(null); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void delegate_unknown() throws Exception { AccountID unknownID = new AccountID(delegate2.getPublicKey()); expectedException.expect(ValidateException.class); expectedException.expectMessage("Unknown account " + unknownID.toString()); Mockito.when(ledger.getAccount(ArgumentMatchers.any())).thenAnswer(new Answer<Account>() { @Override public Account answer(InvocationOnMock invocationOnMock) throws Throwable { AccountID id = invocationOnMock.getArgument(0); if (id.equals(unknownID)) { return null; } return (Account) invocationOnMock.callRealMethod(); } }); Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender, new ISigner[] {delegate1, delegate2}); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void illegal_signature() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Illegal signature."); Mockito.when(accountHelper.verifySignature(ArgumentMatchers.any(), ArgumentMatchers.any(), ArgumentMatchers.any(), ArgumentMatchers.anyInt())).thenReturn(false); Transaction tx = Builder.newTransaction(timeProvider).build(new BlockID(100500L), sender); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void invalid_confirmation() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Invalid format."); Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender); Map<String, Object> map = new HashMap<String, Object>(); map.put("account-id", Format.convert(new byte[64])); tx.setConfirmations(map); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void duplicate_confirmation() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Duplicates sender signature."); Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender, new ISigner[] {sender}); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void illegal_confirmation() throws Exception { expectedException.expect(IllegalSignatureException.class); Mockito.when(accountHelper.verifySignature(ArgumentMatchers.any(), ArgumentMatchers.any(), ArgumentMatchers.any(), ArgumentMatchers.anyInt())).thenAnswer(new Answer<Boolean>() { @Override public Boolean answer(InvocationOnMock invocationOnMock) throws Throwable { Account account = invocationOnMock.getArgument(2); if (account.getID().equals(new AccountID(delegate2.getPublicKey()))) { return false; } return true; } }); Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender, new ISigner[] {delegate1, delegate2}); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
SignatureValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } if (!tx.isVerified()) { if (!accountHelper.verifySignature(tx, tx.getSignature(), sender, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException()); } if (tx.getConfirmations() != null) { for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; byte[] signature; try { id = new AccountID(entry.getKey()); signature = Format.convert(String.valueOf(entry.getValue())); } catch (Exception e) { return ValidationResult.error("Invalid format."); } if (tx.getSenderID().equals(id)) { return ValidationResult.error("Duplicates sender signature."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } if (!accountHelper.verifySignature(tx, signature, account, timeProvider.get())) { return ValidationResult.error(new IllegalSignatureException(id.toString())); } } } tx.setVerifiedState(); } return ValidationResult.success; } SignatureValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void success() throws Exception { Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.isExpired(timeProvider.get())) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; }
|
ExpiredTimestampValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.isExpired(timeProvider.get())) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } }
|
ExpiredTimestampValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.isExpired(timeProvider.get())) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } ExpiredTimestampValidationRule(ITimeProvider timeProvider); ExpiredTimestampValidationRule(int timestamp); }
|
ExpiredTimestampValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.isExpired(timeProvider.get())) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } ExpiredTimestampValidationRule(ITimeProvider timeProvider); ExpiredTimestampValidationRule(int timestamp); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
ExpiredTimestampValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.isExpired(timeProvider.get())) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } ExpiredTimestampValidationRule(ITimeProvider timeProvider); ExpiredTimestampValidationRule(int timestamp); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void expired() throws Exception { expectedException.expect(LifecycleException.class); Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender); int timestamp = tx.getTimestamp() + tx.getDeadline() + 1; Mockito.when(timeProvider.get()).thenReturn(timestamp); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.isExpired(timeProvider.get())) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; }
|
ExpiredTimestampValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.isExpired(timeProvider.get())) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } }
|
ExpiredTimestampValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.isExpired(timeProvider.get())) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } ExpiredTimestampValidationRule(ITimeProvider timeProvider); ExpiredTimestampValidationRule(int timestamp); }
|
ExpiredTimestampValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.isExpired(timeProvider.get())) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } ExpiredTimestampValidationRule(ITimeProvider timeProvider); ExpiredTimestampValidationRule(int timestamp); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
ExpiredTimestampValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.isExpired(timeProvider.get())) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } ExpiredTimestampValidationRule(ITimeProvider timeProvider); ExpiredTimestampValidationRule(int timestamp); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void one_nested() throws Exception { Transaction tx = Builder.newTransaction(timeProvider) .addNested(Builder.newTransaction(timestamp - 1).forFee(0L).build(networkID, signer1)) .build(networkID, signer); validate(tx); }
|
@Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
@Test(expected = RemotePeerException.class) public void getTransactions_with_wrong_lastblockid_should_throw() throws Exception { sts.getTransactions("xxx", new String[0]); }
|
@Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } SyncTransactionService(IFork fork,
ITimeProvider timeProvider,
IBacklog backlog,
IBlockchainProvider blockchain); }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } SyncTransactionService(IFork fork,
ITimeProvider timeProvider,
IBacklog backlog,
IBlockchainProvider blockchain); @Override Transaction[] getTransactions(String lastBlockId,
String[] ignoreList); }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } SyncTransactionService(IFork fork,
ITimeProvider timeProvider,
IBacklog backlog,
IBlockchainProvider blockchain); @Override Transaction[] getTransactions(String lastBlockId,
String[] ignoreList); }
|
@Test public void illegal_usage() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Illegal usage."); Transaction tx = Builder.newTransaction(timeProvider) .addNested(Builder.newTransaction(timestamp - 1).build(networkID, signer1)) .build(networkID, signer); tx.getNestedTransactions().clear(); validate(tx); }
|
@Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
@Test public void nested_transaction_older_than() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Invalid nested transaction. Invalid timestamp."); Transaction tx = Builder.newTransaction(timestamp) .addNested(Builder.newTransaction(timestamp - 1).forFee(0L).build(networkID, signer1)) .addNested(Builder.newTransaction(timestamp + 2).forFee(0L).build(networkID, signer2)) .build(networkID, signer); validate(tx); }
|
@Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
@Test public void nested_transaction_non_zero_fee() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Invalid nested transaction. A fee must be equal a zero."); Transaction nestedTx1 = Builder.newTransaction(timestamp - 1).forFee(0L).build(networkID, signer1); Transaction nestedTx2 = Builder.newTransaction(timestamp - 1).refBy(nestedTx1.getID()).build(networkID, signer2); Transaction tx = Builder.newTransaction(timestamp).addNested(nestedTx1).addNested(nestedTx2).build(networkID, signer); validate(tx); }
|
@Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
@Test public void nested_transaction_has_nested_transactions() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage( "Invalid nested transaction. Nested transactions are allowed only at the top level."); Transaction nestedTx1 = Builder.newTransaction(timestamp - 1) .forFee(0L) .addNested(Builder.newTransaction(timestamp).build(networkID, signer)) .build(networkID, signer1); Transaction nestedTx2 = Builder.newTransaction(timestamp - 1).forFee(0L).refBy(nestedTx1.getID()).build(networkID, signer2); Transaction tx = Builder.newTransaction(timestamp).addNested(nestedTx1).addNested(nestedTx2).build(networkID, signer); validate(tx); }
|
@Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
@Test public void success() throws Exception { Transaction nestedTx1 = Builder.newTransaction(timestamp - 1).forFee(0L).build(networkID, signer1); Transaction nestedTx2 = Builder.newTransaction(timestamp - 1).forFee(0L).refBy(nestedTx1.getID()).build(networkID, signer2); Transaction nestedTx3 = Builder.newTransaction(timestamp - 1).forFee(0L).refBy(nestedTx2.getID()).build(networkID, signer1); Transaction tx = Builder.newTransaction(timestamp) .addNested(nestedTx1) .addNested(nestedTx2) .addNested(nestedTx3) .build(networkID, signer); validate(tx); }
|
@Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
@Test public void success_without_nested_transaction() throws Exception { Transaction tx = Builder.newTransaction(timeProvider).build(networkID, signer); validate(tx); }
|
@Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
@Test public void add_payer() throws Exception { Transaction tx = Builder.newTransaction(timeProvider) .addNested(Builder.newTransaction(timestamp - 1) .forFee(0L) .payedBy(new AccountID(signer.getPublicKey())) .build(networkID, signer1)) .addNested(Builder.newTransaction(timestamp).forFee(0L).build(networkID, signer)) .build(networkID, signer); validate(tx); }
|
@Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
@Test public void illegal_payer() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Invalid nested transaction. Invalid payer."); Transaction tx = Builder.newTransaction(timeProvider) .addNested(Builder.newTransaction(timestamp - 1) .forFee(0L) .payedBy(new AccountID(signer2.getPublicKey())) .build(networkID, signer1)) .addNested(Builder.newTransaction(timestamp).forFee(0L).build(networkID, signer)) .build(networkID, signer); validate(tx); }
|
@Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
@Test public void illegal_payer_confirmations() throws Exception { AccountID id = new AccountID(signer.getPublicKey()); expectedException.expect(ValidateException.class); expectedException.expectMessage("Invalid nested transaction. Account '" + id + "' can not sign transaction."); Transaction tx = Builder.newTransaction(timeProvider) .addNested(Builder.newTransaction(timestamp - 1) .forFee(0L) .payedBy(id) .build(networkID, signer1, new ISigner[] {signer})) .addNested(Builder.newTransaction(timestamp).forFee(0L).build(networkID, signer)) .build(networkID, signer); validate(tx); }
|
@Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
@Test public void nested_transaction_reference_ok() throws Exception { Transaction nestedTx1 = Builder.newTransaction(timestamp - 1).forFee(0L).build(networkID, signer1); Transaction nestedTx2 = Builder.newTransaction(timestamp - 1).forFee(0L).refBy(nestedTx1.getID()).build(networkID, signer2); Transaction tx = Builder.newTransaction(timestamp).addNested(nestedTx1).addNested(nestedTx2).build(networkID, signer); validate(tx); }
|
@Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
@Test(expected = RemotePeerException.class) public void getTransactions_with_bad_ignorelist_should_throw() throws Exception { sts.getTransactions(lastBlockIdStr, new String[] {"bad_tr_id"}); }
|
@Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } SyncTransactionService(IFork fork,
ITimeProvider timeProvider,
IBacklog backlog,
IBlockchainProvider blockchain); }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } SyncTransactionService(IFork fork,
ITimeProvider timeProvider,
IBacklog backlog,
IBlockchainProvider blockchain); @Override Transaction[] getTransactions(String lastBlockId,
String[] ignoreList); }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } SyncTransactionService(IFork fork,
ITimeProvider timeProvider,
IBacklog backlog,
IBlockchainProvider blockchain); @Override Transaction[] getTransactions(String lastBlockId,
String[] ignoreList); }
|
@Test public void nested_transaction_reference_fail() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Invalid nested transaction. Invalid reference."); Transaction nestedTx1 = Builder.newTransaction(timestamp - 1).forFee(0L).build(networkID, signer1); Transaction nestedTx2 = Builder.newTransaction(timestamp - 1) .forFee(0L) .refBy(new TransactionID(123L)) .build(networkID, signer2); Transaction tx = Builder.newTransaction(timestamp).addNested(nestedTx1).addNested(nestedTx2).build(networkID, signer); validate(tx); }
|
@Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
NestedTransactionsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction transaction, ILedger ledger) { if (transaction.getNestedTransactions() == null) { return ValidationResult.success; } if (transaction.getNestedTransactions().size() == 0) { return ValidationResult.error("Illegal usage."); } for (Map.Entry<String, Transaction> entry : transaction.getNestedTransactions().entrySet()) { TransactionID id = new TransactionID(entry.getKey()); Transaction nestedTx = entry.getValue(); if (!id.equals(nestedTx.getID())) { return ValidationResult.error("ID does not match transaction."); } if (nestedTx.getTimestamp() > transaction.getTimestamp()) { return ValidationResult.error("Invalid nested transaction. Invalid timestamp."); } AccountID payerID = nestedTx.getPayer(); if (payerID != null && !payerID.equals(transaction.getSenderID())) { return ValidationResult.error("Invalid nested transaction. Invalid payer."); } if (nestedTx.getReference() != null && !transaction.getNestedTransactions().containsKey(nestedTx.getReference().toString())) { return ValidationResult.error("Invalid nested transaction. Invalid reference."); } ValidationResult r = transactionValidator.validate(nestedTx, ledger); if (r.hasError) { return ValidationResult.error("Invalid nested transaction. " + r.cause.getMessage()); } } return ValidationResult.success; } NestedTransactionsValidationRule(Set<Integer> allowedTypes,
ITimeProvider timeProvider,
IAccountHelper accountHelper); @Override ValidationResult validate(Transaction transaction, ILedger ledger); }
|
@Test public void success() throws Exception { Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getDeadline() < 1 || tx.getDeadline() > Constant.TRANSACTION_MAX_LIFETIME) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; }
|
DeadlineValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getDeadline() < 1 || tx.getDeadline() > Constant.TRANSACTION_MAX_LIFETIME) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } }
|
DeadlineValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getDeadline() < 1 || tx.getDeadline() > Constant.TRANSACTION_MAX_LIFETIME) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } }
|
DeadlineValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getDeadline() < 1 || tx.getDeadline() > Constant.TRANSACTION_MAX_LIFETIME) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
DeadlineValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getDeadline() < 1 || tx.getDeadline() > Constant.TRANSACTION_MAX_LIFETIME) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void deadline_zero() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Invalid timestamp or other params for set the time."); Transaction tx = Builder.newTransaction(timestamp).deadline((short) 0).build(networkID, sender); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getDeadline() < 1 || tx.getDeadline() > Constant.TRANSACTION_MAX_LIFETIME) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; }
|
DeadlineValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getDeadline() < 1 || tx.getDeadline() > Constant.TRANSACTION_MAX_LIFETIME) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } }
|
DeadlineValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getDeadline() < 1 || tx.getDeadline() > Constant.TRANSACTION_MAX_LIFETIME) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } }
|
DeadlineValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getDeadline() < 1 || tx.getDeadline() > Constant.TRANSACTION_MAX_LIFETIME) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
DeadlineValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getDeadline() < 1 || tx.getDeadline() > Constant.TRANSACTION_MAX_LIFETIME) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void deadline_max() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Invalid timestamp or other params for set the time."); Transaction tx = Builder.newTransaction(timeProvider) .deadline((short) (Constant.TRANSACTION_MAX_LIFETIME + 1)) .build(networkID, sender); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getDeadline() < 1 || tx.getDeadline() > Constant.TRANSACTION_MAX_LIFETIME) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; }
|
DeadlineValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getDeadline() < 1 || tx.getDeadline() > Constant.TRANSACTION_MAX_LIFETIME) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } }
|
DeadlineValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getDeadline() < 1 || tx.getDeadline() > Constant.TRANSACTION_MAX_LIFETIME) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } }
|
DeadlineValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getDeadline() < 1 || tx.getDeadline() > Constant.TRANSACTION_MAX_LIFETIME) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
DeadlineValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getDeadline() < 1 || tx.getDeadline() > Constant.TRANSACTION_MAX_LIFETIME) { return ValidationResult.error(new LifecycleException()); } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void success() throws Exception { Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getReference() != null) { return ValidationResult.error("Illegal reference."); } return ValidationResult.success; }
|
ReferencedTransactionValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getReference() != null) { return ValidationResult.error("Illegal reference."); } return ValidationResult.success; } }
|
ReferencedTransactionValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getReference() != null) { return ValidationResult.error("Illegal reference."); } return ValidationResult.success; } }
|
ReferencedTransactionValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getReference() != null) { return ValidationResult.error("Illegal reference."); } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
ReferencedTransactionValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getReference() != null) { return ValidationResult.error("Illegal reference."); } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void success_without_note() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Illegal reference."); Transaction tx = Builder.newTransaction(timeProvider).refBy(new TransactionID(12345L)).build(networkID, sender); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getReference() != null) { return ValidationResult.error("Illegal reference."); } return ValidationResult.success; }
|
ReferencedTransactionValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getReference() != null) { return ValidationResult.error("Illegal reference."); } return ValidationResult.success; } }
|
ReferencedTransactionValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getReference() != null) { return ValidationResult.error("Illegal reference."); } return ValidationResult.success; } }
|
ReferencedTransactionValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getReference() != null) { return ValidationResult.error("Illegal reference."); } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
ReferencedTransactionValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getReference() != null) { return ValidationResult.error("Illegal reference."); } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void unknown_sender() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Unknown sender."); Mockito.when(ledger.getAccount(senderAccount.getID())).thenReturn(null); Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void unknown_delegate() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Unknown account " + delegate1Account.getID()); Mockito.when(ledger.getAccount(delegate1Account.getID())).thenReturn(null); Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender, new ISigner[] {delegate1}); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void invalid_quorum_without_confirmation() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("The quorum is not exist."); Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender, new ISigner[] {}); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void invalid_quorum_with_confirmation() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("The quorum is not exist."); Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender, new ISigner[] {delegate2}); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void getTransactions_with_notlast_lastblockid_should_return_no_trs() throws Exception { Transaction[] trs = sts.getTransactions("EON-B-NA7Z7-YSK86-7BWKU", new String[0]); assertEquals(0, trs.length); }
|
@Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } SyncTransactionService(IFork fork,
ITimeProvider timeProvider,
IBacklog backlog,
IBlockchainProvider blockchain); }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } SyncTransactionService(IFork fork,
ITimeProvider timeProvider,
IBacklog backlog,
IBlockchainProvider blockchain); @Override Transaction[] getTransactions(String lastBlockId,
String[] ignoreList); }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } SyncTransactionService(IFork fork,
ITimeProvider timeProvider,
IBacklog backlog,
IBlockchainProvider blockchain); @Override Transaction[] getTransactions(String lastBlockId,
String[] ignoreList); }
|
@Test public void quorum_with_confirmation() throws Exception { Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender, new ISigner[] {delegate1, delegate2}); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void quorum_with_partial_confirmation() throws Exception { Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender, new ISigner[] {delegate1}); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void confirmation_limit() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Invalid use of the confirmation field."); Random random = new Random(); String alphabet = "0123456789abcdef"; char[] symbols = alphabet.toCharArray(); ISigner[] signers = new ISigner[Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE + 1]; for (int i = 0; i < Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE + 1; i++) { char[] buffer = new char[64]; for (int j = 0; j < buffer.length; j++) { buffer[j] = symbols[random.nextInt(symbols.length)]; } signers[i] = new Signer(new String(buffer)); } Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender, signers); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void unspecified_delegate() throws Exception { ISigner unknown = new Signer("33445566778899aabbccddeeff00112233445566778899aabbccddeeff001122"); Account unknownAccount = Mockito.spy(new TestAccount(new AccountID(unknown.getPublicKey()))); ledger.putAccount(unknownAccount); Transaction tx = Builder.newTransaction(timeProvider) .build(networkID, sender, new ISigner[] {unknown, delegate1, delegate2}); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
ConfirmationsValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { Account sender = ledger.getAccount(tx.getSenderID()); if (sender == null) { return ValidationResult.error("Unknown sender."); } Set<AccountID> accounts = accountHelper.getConfirmingAccounts(sender, timeProvider.get()); if (accounts != null || tx.getConfirmations() != null) { Map<AccountID, Account> set = new HashMap<>(); set.put(tx.getSenderID(), sender); if (tx.getConfirmations() != null) { if (tx.getConfirmations().size() > Constant.TRANSACTION_CONFIRMATIONS_MAX_SIZE) { return ValidationResult.error("Invalid use of the confirmation field."); } for (Map.Entry<String, Object> entry : tx.getConfirmations().entrySet()) { AccountID id; try { id = new AccountID(entry.getKey()); } catch (Exception e) { return ValidationResult.error("Invalid format."); } Account account = ledger.getAccount(id); if (account == null) { return ValidationResult.error("Unknown account " + id.toString()); } set.put(id, account); } } try { if (!accountHelper.validConfirmation(tx, set, timeProvider.get())) { return ValidationResult.error("The quorum is not exist."); } } catch (ValidateException e) { return ValidationResult.error(e); } } return ValidationResult.success; } ConfirmationsValidationRule(ITimeProvider timeProvider, IAccountHelper accountHelper); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void payer_error() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Forbidden."); Transaction tx = Builder.newTransaction(timeProvider) .payedBy(payerAccount) .build(networkID, sender, new ISigner[] {payer}); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void payer_success() throws Exception { Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void payer_nested_error() throws Exception { expectedException.expect(ValidateException.class); expectedException.expectMessage("Forbidden."); Transaction tx = Builder.newTransaction(timeProvider) .payedBy(payerAccount) .build(networkID, sender, new ISigner[] {payer}); validate(Builder.newTransaction(timeProvider).addNested(tx).build(networkID, sender)); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void payer_nested_success() throws Exception { Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender); validate(Builder.newTransaction(timeProvider).addNested(tx).build(networkID, sender)); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
EmptyPayerValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getPayer() != null) { return ValidationResult.error("Forbidden."); } if (tx.hasNestedTransactions()) { for (Transaction transaction : tx.getNestedTransactions().values()) { ValidationResult result = this.validate(transaction, ledger); if (result.hasError) { return result; } } } return ValidationResult.success; } @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void forbidden_note_success() throws Exception { Transaction tx = Builder.newTransaction(timeProvider).build(networkID, sender); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getNote() == null) { return ValidationResult.success; } int length = tx.getNote().length(); if (length > 0 && length <= maxLength) { Matcher m = notePattern.matcher(tx.getNote()); if (m.matches()) { return ValidationResult.success; } } return ValidationResult.error("Invalid note"); }
|
NoteValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getNote() == null) { return ValidationResult.success; } int length = tx.getNote().length(); if (length > 0 && length <= maxLength) { Matcher m = notePattern.matcher(tx.getNote()); if (m.matches()) { return ValidationResult.success; } } return ValidationResult.error("Invalid note"); } }
|
NoteValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getNote() == null) { return ValidationResult.success; } int length = tx.getNote().length(); if (length > 0 && length <= maxLength) { Matcher m = notePattern.matcher(tx.getNote()); if (m.matches()) { return ValidationResult.success; } } return ValidationResult.error("Invalid note"); } NoteValidationRule(); NoteValidationRule(Pattern notePattern, int maxLength); }
|
NoteValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getNote() == null) { return ValidationResult.success; } int length = tx.getNote().length(); if (length > 0 && length <= maxLength) { Matcher m = notePattern.matcher(tx.getNote()); if (m.matches()) { return ValidationResult.success; } } return ValidationResult.error("Invalid note"); } NoteValidationRule(); NoteValidationRule(Pattern notePattern, int maxLength); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
NoteValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getNote() == null) { return ValidationResult.success; } int length = tx.getNote().length(); if (length > 0 && length <= maxLength) { Matcher m = notePattern.matcher(tx.getNote()); if (m.matches()) { return ValidationResult.success; } } return ValidationResult.error("Invalid note"); } NoteValidationRule(); NoteValidationRule(Pattern notePattern, int maxLength); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void success() throws Exception { Transaction tx = Builder.newTransaction(timeProvider).note("Note").build(networkID, sender); validate(tx); }
|
@Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getNote() == null) { return ValidationResult.success; } int length = tx.getNote().length(); if (length > 0 && length <= maxLength) { Matcher m = notePattern.matcher(tx.getNote()); if (m.matches()) { return ValidationResult.success; } } return ValidationResult.error("Invalid note"); }
|
NoteValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getNote() == null) { return ValidationResult.success; } int length = tx.getNote().length(); if (length > 0 && length <= maxLength) { Matcher m = notePattern.matcher(tx.getNote()); if (m.matches()) { return ValidationResult.success; } } return ValidationResult.error("Invalid note"); } }
|
NoteValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getNote() == null) { return ValidationResult.success; } int length = tx.getNote().length(); if (length > 0 && length <= maxLength) { Matcher m = notePattern.matcher(tx.getNote()); if (m.matches()) { return ValidationResult.success; } } return ValidationResult.error("Invalid note"); } NoteValidationRule(); NoteValidationRule(Pattern notePattern, int maxLength); }
|
NoteValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getNote() == null) { return ValidationResult.success; } int length = tx.getNote().length(); if (length > 0 && length <= maxLength) { Matcher m = notePattern.matcher(tx.getNote()); if (m.matches()) { return ValidationResult.success; } } return ValidationResult.error("Invalid note"); } NoteValidationRule(); NoteValidationRule(Pattern notePattern, int maxLength); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
NoteValidationRule implements IValidationRule { @Override public ValidationResult validate(Transaction tx, ILedger ledger) { if (tx.getNote() == null) { return ValidationResult.success; } int length = tx.getNote().length(); if (length > 0 && length <= maxLength) { Matcher m = notePattern.matcher(tx.getNote()); if (m.matches()) { return ValidationResult.success; } } return ValidationResult.error("Invalid note"); } NoteValidationRule(); NoteValidationRule(Pattern notePattern, int maxLength); @Override ValidationResult validate(Transaction tx, ILedger ledger); }
|
@Test public void getTransactions_should_return_unconfirmed_trs() throws Exception { Transaction[] trs = sts.getTransactions(lastBlockIdStr, new String[0]); assertEquals(3, trs.length); assertEquals(unconfTr1, trs[0]); assertEquals(unconfTr2, trs[1]); assertEquals(ignoreTr, trs[2]); }
|
@Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } SyncTransactionService(IFork fork,
ITimeProvider timeProvider,
IBacklog backlog,
IBlockchainProvider blockchain); }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } SyncTransactionService(IFork fork,
ITimeProvider timeProvider,
IBacklog backlog,
IBlockchainProvider blockchain); @Override Transaction[] getTransactions(String lastBlockId,
String[] ignoreList); }
|
SyncTransactionService extends BaseService implements ITransactionSynchronizationService { @Override public Transaction[] getTransactions(String lastBlockId, String[] ignoreList) throws RemotePeerException, IOException { List<TransactionID> ignoreIDs = new ArrayList<>(); try { if (!blockchain.getLastBlock().getID().equals(new BlockID(lastBlockId)) && !fork.isPassed(timeProvider.get())) { return new Transaction[0]; } for (String encodedID : ignoreList) { ignoreIDs.add(new TransactionID(encodedID)); } } catch (IllegalArgumentException e) { throw new RemotePeerException("Unsupported request. Invalid transaction ID format.", e); } try { List<Transaction> list = new ArrayList<>(); int blockSize = Constant.BLOCK_TRANSACTION_LIMIT; final Iterator<TransactionID> indexes = backlog.iterator(); while (indexes.hasNext() && list.size() < TRANSACTION_LIMIT && blockSize > 0) { TransactionID id = indexes.next(); if (!ignoreIDs.contains(id)) { Transaction tx = backlog.get(id); if (tx != null) { list.add(tx); } } blockSize--; } return list.toArray(new Transaction[0]); } catch (Exception e) { throw new IOException("Failed to get the transaction list.", e); } } SyncTransactionService(IFork fork,
ITimeProvider timeProvider,
IBacklog backlog,
IBlockchainProvider blockchain); @Override Transaction[] getTransactions(String lastBlockId,
String[] ignoreList); }
|
@Test public void testAppend() throws IOException { Queue.UploadRequester uploadRequester = mock(Queue.UploadRequester.class); MobileEventJson event0 = new MobileEventJson() .withAndroidDeviceProperties(new AndroidDevicePropertiesJson() .withAndroidId("foo0") .withDeviceManufacturer("bar0") .withDeviceModel("baz0") ) .withTime(System.currentTimeMillis()) .withUserId("gary"); MobileEventJson event1 = new MobileEventJson() .withAndroidDeviceProperties(new AndroidDevicePropertiesJson() .withAndroidId("foo1") .withDeviceManufacturer("bar1") .withDeviceModel("baz1") ) .withTime(System.currentTimeMillis()) .withUserId("gary"); MobileEventJson event2 = new MobileEventJson() .withAndroidDeviceProperties(new AndroidDevicePropertiesJson() .withAndroidId("foo2") .withDeviceManufacturer("bar2") .withDeviceModel("baz2") ) .withTime(System.currentTimeMillis()) .withUserId("gary"); Queue queue = new Queue(null, USER_ID_PROVIDER, uploadRequester, new Queue.Config.Builder() .withUploadWhenMoreThan(10) .withUploadWhenOlderThan(TimeUnit.MINUTES.toMillis(1)) .build()); queue.append(event0); verify(uploadRequester).requestUpload(Arrays.asList(event0)); queue.append(event1); queue.append(event2); verifyZeroInteractions(uploadRequester); String archive = queue.archive(); assertEquals(Arrays.asList(event1, event2), queue.flush()); Queue another = new Queue(archive, USER_ID_PROVIDER, uploadRequester, new Queue.Config.Builder() .withUploadWhenMoreThan(10) .build()); assertEquals(Arrays.asList(event1, event2), another.flush()); }
|
void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
@Test public void testUploadOtherErrorExhaustRetries() throws Exception { WireMock.stubFor(makeCall(429)); Uploader bu = new Uploader(taskManager, configProvider); bu.upload(Collections.singletonList(TEST_EVENT)); verify(taskManager, times(1)).schedule(any(Runnable.class), Mockito.eq(0l), Mockito.eq(TimeUnit.SECONDS)); verify(taskManager, times(1)).schedule(any(Runnable.class), Mockito.eq(3l), Mockito.eq(TimeUnit.SECONDS)); verify(taskManager, times(1)).schedule(any(Runnable.class), Mockito.eq(12l), Mockito.eq(TimeUnit.SECONDS)); WireMock.verify(3, WireMock.putRequestedFor(WireMock.urlEqualTo(requestPath))); assertThat(WireMock.findUnmatchedRequests(), Matchers.empty()); }
|
public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } Uploader(TaskManager taskManager, ConfigProvider configProvider); }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } Uploader(TaskManager taskManager, ConfigProvider configProvider); void upload(List<MobileEventJson> batch); }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } Uploader(TaskManager taskManager, ConfigProvider configProvider); void upload(List<MobileEventJson> batch); }
|
@Test public void testUploadOtherEventualSuccess() throws Exception { WireMock.stubFor(makeCall(429) .inScenario("default") .whenScenarioStateIs(Scenario.STARTED) .willSetStateTo("failure")); WireMock.stubFor(makeCall(200) .inScenario("default") .whenScenarioStateIs("failure") .willSetStateTo("success") ); Uploader bu = new Uploader(taskManager, configProvider); bu.upload(Collections.singletonList(TEST_EVENT)); WireMock.verify(2, WireMock.putRequestedFor(WireMock.urlEqualTo(requestPath))); assertThat(WireMock.findUnmatchedRequests(), Matchers.empty()); }
|
public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } Uploader(TaskManager taskManager, ConfigProvider configProvider); }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } Uploader(TaskManager taskManager, ConfigProvider configProvider); void upload(List<MobileEventJson> batch); }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } Uploader(TaskManager taskManager, ConfigProvider configProvider); void upload(List<MobileEventJson> batch); }
|
@Test public void testSift() throws Exception { MemorySharedPreferences preferences = new MemorySharedPreferences(); SiftImpl sift = new SiftImpl( mockContext(preferences), null, "", false, mockTaskManager()); assertNotNull(sift.getConfig()); assertNull(sift.getConfig().accountId); assertNull(sift.getConfig().beaconKey); assertNotNull(sift.getConfig().serverUrlFormat); assertFalse(sift.getConfig().disallowLocationCollection); assertNull(sift.getUserId()); assertNotNull(sift.getQueue(SiftImpl.DEVICE_PROPERTIES_QUEUE_IDENTIFIER)); assertNull(sift.getQueue("some-queue")); assertNotNull(sift.createQueue("some-queue", new Queue.Config.Builder().build())); try { sift.createQueue("some-queue", new Queue.Config.Builder().build()); fail(); } catch (IllegalStateException e) { assertEquals("Queue exists: some-queue", e.getMessage()); } assertTrue(preferences.fields.isEmpty()); }
|
private Sift() { }
|
Sift { private Sift() { } }
|
Sift { private Sift() { } private Sift(); }
|
Sift { private Sift() { } private Sift(); static void open(@NonNull Context context,
Config config,
String activityName); static void open(@NonNull Context context, String activityName); static void open(@NonNull Context context, Config config); static void open(@NonNull Context context); static void collect(); static void pause(); static void resume(@NonNull Context context); static void resume(@NonNull Context context, String activityName); static void close(); static synchronized void setUserId(String userId); static synchronized void unsetUserId(); }
|
Sift { private Sift() { } private Sift(); static void open(@NonNull Context context,
Config config,
String activityName); static void open(@NonNull Context context, String activityName); static void open(@NonNull Context context, Config config); static void open(@NonNull Context context); static void collect(); static void pause(); static void resume(@NonNull Context context); static void resume(@NonNull Context context, String activityName); static void close(); static synchronized void setUserId(String userId); static synchronized void unsetUserId(); }
|
@Test public void testUnsetUserId() throws Exception { MemorySharedPreferences preferences = new MemorySharedPreferences(); SiftImpl sift = new SiftImpl(mockContext(preferences), null, "", false, mockTaskManager()); sift.setUserId("gary"); sift.getQueue(SiftImpl.APP_STATE_QUEUE_IDENTIFIER).append(new MobileEventJson()); sift.getQueue(SiftImpl.APP_STATE_QUEUE_IDENTIFIER).append(new MobileEventJson()); MobileEventJson event = sift.getQueue(SiftImpl.APP_STATE_QUEUE_IDENTIFIER).flush().get(0); assertEquals("gary", event.userId); sift.unsetUserId(); sift.getQueue(SiftImpl.APP_STATE_QUEUE_IDENTIFIER).append(new MobileEventJson()); event = sift.getQueue(SiftImpl.APP_STATE_QUEUE_IDENTIFIER).flush().get(0); assertNull(event.userId); }
|
public static synchronized void unsetUserId() { setUserId(null); }
|
Sift { public static synchronized void unsetUserId() { setUserId(null); } }
|
Sift { public static synchronized void unsetUserId() { setUserId(null); } private Sift(); }
|
Sift { public static synchronized void unsetUserId() { setUserId(null); } private Sift(); static void open(@NonNull Context context,
Config config,
String activityName); static void open(@NonNull Context context, String activityName); static void open(@NonNull Context context, Config config); static void open(@NonNull Context context); static void collect(); static void pause(); static void resume(@NonNull Context context); static void resume(@NonNull Context context, String activityName); static void close(); static synchronized void setUserId(String userId); static synchronized void unsetUserId(); }
|
Sift { public static synchronized void unsetUserId() { setUserId(null); } private Sift(); static void open(@NonNull Context context,
Config config,
String activityName); static void open(@NonNull Context context, String activityName); static void open(@NonNull Context context, Config config); static void open(@NonNull Context context); static void collect(); static void pause(); static void resume(@NonNull Context context); static void resume(@NonNull Context context, String activityName); static void close(); static synchronized void setUserId(String userId); static synchronized void unsetUserId(); }
|
@Test public void testUploadWhenMoreThan() throws IOException { Queue.UploadRequester uploadRequester = mock(Queue.UploadRequester.class); Queue queue = new Queue(null, USER_ID_PROVIDER, uploadRequester, new Queue.Config.Builder() .withUploadWhenMoreThan(1) .withUploadWhenOlderThan(TimeUnit.HOURS.toMillis(1)) .build()); MobileEventJson event = new MobileEventJson() .withAndroidDeviceProperties(new AndroidDevicePropertiesJson() .withAndroidId("foo0") .withDeviceManufacturer("bar0") .withDeviceModel("baz0") ) .withTime(1000L); verifyZeroInteractions(uploadRequester); queue.append(event); verify(uploadRequester).requestUpload(Arrays.asList(event)); queue.append(event); queue.append(event); verify(uploadRequester).requestUpload(Arrays.asList(event, event)); }
|
void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
@Test public void testUploadWhenOlderThan() throws IOException { Queue.UploadRequester uploadRequester = mock(Queue.UploadRequester.class); Queue queue = new Queue(null, USER_ID_PROVIDER, uploadRequester, new Queue.Config.Builder() .withUploadWhenOlderThan(1) .build()); Time.currentTime = 1000; MobileEventJson event = new MobileEventJson() .withAndroidDeviceProperties(new AndroidDevicePropertiesJson() .withAndroidId("foo0") .withDeviceManufacturer("bar0") .withDeviceModel("baz0") ) .withTime(System.currentTimeMillis()); queue.append(event); verify(uploadRequester).requestUpload(Collections.singletonList(event)); }
|
void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
@Test public void testUploadFirstEvent() throws IOException { Queue.UploadRequester uploadRequester = mock(Queue.UploadRequester.class); Queue queue = new Queue(null, USER_ID_PROVIDER, uploadRequester, new Queue.Config.Builder() .withUploadWhenMoreThan(5) .withUploadWhenOlderThan(10000) .build()); MobileEventJson event = new MobileEventJson() .withAndroidDeviceProperties(new AndroidDevicePropertiesJson() .withAndroidId("foo0") .withDeviceManufacturer("bar0") .withDeviceModel("baz0") ) .withTime(System.currentTimeMillis()); queue.append(event); verify(uploadRequester).requestUpload(Collections.singletonList(event)); }
|
void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
@Test public void testUploadEventAfterWait() throws IOException, InterruptedException { Queue.UploadRequester uploadRequester = mock(Queue.UploadRequester.class); Queue queue = new Queue(null, USER_ID_PROVIDER, uploadRequester, new Queue.Config.Builder() .withUploadWhenMoreThan(5) .withUploadWhenOlderThan(1000) .build()); MobileEventJson event = new MobileEventJson() .withAndroidDeviceProperties(new AndroidDevicePropertiesJson() .withAndroidId("foo0") .withDeviceManufacturer("bar0") .withDeviceModel("baz0") ) .withTime(System.currentTimeMillis()); queue.append(event); verify(uploadRequester).requestUpload(Collections.singletonList(event)); reset(uploadRequester); Thread.sleep(2000); queue.append(event); verify(uploadRequester).requestUpload(Collections.singletonList(event)); }
|
void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
@Test public void testUploadEventWithoutWait() throws IOException { Queue.UploadRequester uploadRequester = mock(Queue.UploadRequester.class); Queue queue = new Queue(null, USER_ID_PROVIDER, uploadRequester, new Queue.Config.Builder() .withUploadWhenMoreThan(5) .withUploadWhenOlderThan(10000) .build()); MobileEventJson event = new MobileEventJson() .withAndroidDeviceProperties(new AndroidDevicePropertiesJson() .withAndroidId("foo0") .withDeviceManufacturer("bar0") .withDeviceModel("baz0") ) .withTime(System.currentTimeMillis()); queue.append(event); verify(uploadRequester).requestUpload(Collections.singletonList(event)); reset(uploadRequester); queue.append(event); verifyZeroInteractions(uploadRequester); }
|
void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
Queue { void append(@NonNull MobileEventJson event) { long now = Time.now(); if (event.userId == null) { event.userId = userIdProvider.getUserId(); } if (this.config.acceptSameEventAfter > 0 && state.lastEvent != null && now < state.lastEvent.time + this.config.acceptSameEventAfter && Utils.eventsAreBasicallyEqual(state.lastEvent, event)) { Log.d(TAG, String.format("Drop duplicate event: %s", event.toString())); return; } Log.d(TAG, String.format("Append event: %s", event.toString())); state.queue.add(event); state.lastEvent = event; if (this.isReadyForUpload(now)) { state.lastUploadTimestamp = now; this.uploadRequester.requestUpload(flush()); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
@Test public void testUnarchiveLegacyQueueState() throws IOException, NoSuchFieldException, IllegalAccessException { Queue.UploadRequester uploadRequester = mock(Queue.UploadRequester.class); String legacyQueueState = "{\"config\":{\"acceptSameEventAfter\":1,\"uploadWhenMoreThan\":2," + "\"uploadWhenOlderThan\":3},\"queue\":[],\"lastEvent\":{\"time\":1513206382563," + "\"user_id\":\"USER_ID\",\"installation_id\":\"a4c7e6b6cae420e9\"," + "\"android_app_state\":{\"activity_class_name\":\"HelloSift\"," + "\"sdk_version\":\"0.9.7\",\"battery_level\":0.5,\"battery_state\":2," + "\"battery_health\":2,\"plug_state\":1," + "\"network_addresses\":[\"10.0.2.15\",\"fe80::5054:ff:fe12:3456\"]}}," + "\"lastUploadTimestamp\":1513206386326}"; Object o = new Queue(null, USER_ID_PROVIDER, uploadRequester, null) .unarchive(legacyQueueState); Field field = o.getClass().getDeclaredField("config"); field.setAccessible(true); Queue.Config config = (Queue.Config) field.get(o); assertEquals(config, new Queue.Config.Builder() .withAcceptSameEventAfter(1) .withUploadWhenMoreThan(2) .withUploadWhenOlderThan(3) .build() ); field = o.getClass().getDeclaredField("lastEvent"); field.setAccessible(true); MobileEventJson lastEvent = (MobileEventJson) field.get(o); assertEquals(lastEvent, new MobileEventJson() .withTime(1513206382563L) .withUserId("USER_ID") .withInstallationId("a4c7e6b6cae420e9") .withAndroidAppState(new AndroidAppStateJson() .withActivityClassName("HelloSift") .withSdkVersion("0.9.7") .withBatteryLevel(0.5) .withBatteryState(2L) .withBatteryHealth(2L) .withPlugState(1L) .withNetworkAddresses(Arrays.asList("10.0.2.15", "fe80::5054:ff:fe12:3456")) ) ); field = o.getClass().getDeclaredField("lastUploadTimestamp"); field.setAccessible(true); long lastUploadTimestamp = (long) field.get(o); assertEquals(lastUploadTimestamp, 1513206386326L); field = o.getClass().getDeclaredField("queue"); field.setAccessible(true); List queue = (List) field.get(o); assertEquals(queue.size(), 0); }
|
State unarchive(String archive) { if (archive == null) { return new State(); } try { return Sift.GSON.fromJson(archive, State.class); } catch (JsonSyntaxException e) { Log.d(TAG, "Encountered exception in Queue.State unarchive", e); return new State(); } }
|
Queue { State unarchive(String archive) { if (archive == null) { return new State(); } try { return Sift.GSON.fromJson(archive, State.class); } catch (JsonSyntaxException e) { Log.d(TAG, "Encountered exception in Queue.State unarchive", e); return new State(); } } }
|
Queue { State unarchive(String archive) { if (archive == null) { return new State(); } try { return Sift.GSON.fromJson(archive, State.class); } catch (JsonSyntaxException e) { Log.d(TAG, "Encountered exception in Queue.State unarchive", e); return new State(); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
Queue { State unarchive(String archive) { if (archive == null) { return new State(); } try { return Sift.GSON.fromJson(archive, State.class); } catch (JsonSyntaxException e) { Log.d(TAG, "Encountered exception in Queue.State unarchive", e); return new State(); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
Queue { State unarchive(String archive) { if (archive == null) { return new State(); } try { return Sift.GSON.fromJson(archive, State.class); } catch (JsonSyntaxException e) { Log.d(TAG, "Encountered exception in Queue.State unarchive", e); return new State(); } } Queue(String archive,
UserIdProvider userIdProvider,
UploadRequester uploadRequester,
Queue.Config config); }
|
@Test public void testUploadNothing() { Uploader bu = new Uploader(taskManager, configProvider); bu.upload(Collections.<MobileEventJson>emptyList()); assertThat(WireMock.findUnmatchedRequests(), Matchers.empty()); }
|
public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } Uploader(TaskManager taskManager, ConfigProvider configProvider); }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } Uploader(TaskManager taskManager, ConfigProvider configProvider); void upload(List<MobileEventJson> batch); }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } Uploader(TaskManager taskManager, ConfigProvider configProvider); void upload(List<MobileEventJson> batch); }
|
@Test public void testUpload200() throws Exception { WireMock.stubFor(makeCall(200)); Uploader bu = new Uploader(taskManager, configProvider); bu.upload(Collections.singletonList(TEST_EVENT)); WireMock.verify(1, WireMock.putRequestedFor(WireMock.urlEqualTo(requestPath))); assertThat(WireMock.findUnmatchedRequests(), Matchers.empty()); }
|
public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } Uploader(TaskManager taskManager, ConfigProvider configProvider); }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } Uploader(TaskManager taskManager, ConfigProvider configProvider); void upload(List<MobileEventJson> batch); }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } Uploader(TaskManager taskManager, ConfigProvider configProvider); void upload(List<MobileEventJson> batch); }
|
@Test public void testUpload400() throws Exception { WireMock.stubFor(makeCall(400)); Uploader bu = new Uploader(taskManager, configProvider); bu.upload(Collections.singletonList(TEST_EVENT)); WireMock.verify(1, WireMock.putRequestedFor(WireMock.urlEqualTo(requestPath))); assertThat(WireMock.findUnmatchedRequests(), Matchers.empty()); }
|
public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } Uploader(TaskManager taskManager, ConfigProvider configProvider); }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } Uploader(TaskManager taskManager, ConfigProvider configProvider); void upload(List<MobileEventJson> batch); }
|
Uploader { public void upload(List<MobileEventJson> batch) { try { Request request = makeRequest(batch); if (request != null) { Log.d(TAG, String.format("Uploading batch of size %d", batch.size())); this.doUpload(request, MAX_RETRIES); } } catch (IOException e) { Log.e(TAG, "Encountered IOException in upload", e); } } Uploader(TaskManager taskManager, ConfigProvider configProvider); void upload(List<MobileEventJson> batch); }
|
@Test public void testCreateAndPersist() { SessionManager.beginWorkUnit(); try { yo.getInternalAccount().setAmount(new BigDecimal("200")); fred.getInternalAccount().setAmount(new BigDecimal("200")); DaoTransaction.createAndPersist(yo.getInternalAccount(), tom.getInternalAccount(), new BigDecimal("120")); assertEquals(0, yo.getInternalAccount().getAmount().compareTo(new BigDecimal("80"))); assertEquals(0, tom.getInternalAccount().getAmount().compareTo(new BigDecimal("120"))); SessionManager.flush(); b219.setExternalAccount(DaoExternalAccount.createAndPersist(b219, AccountType.IBAN, "plop")); DaoTransaction.createAndPersist(fred.getInternalAccount(), b219.getExternalAccount(), new BigDecimal("120")); assertEquals(0, fred.getInternalAccount().getAmount().compareTo(new BigDecimal("80"))); assertEquals(0, b219.getExternalAccount().getAmount().compareTo(new BigDecimal("120"))); } catch (final NotEnoughMoneyException e) { fail(); } SessionManager.endWorkUnitAndFlush(); }
|
public static DaoTransaction createAndPersist(final DaoInternalAccount from, final DaoAccount to, final BigDecimal amount) throws NotEnoughMoneyException { final Session session = SessionManager.getSessionFactory().getCurrentSession(); final DaoTransaction transaction = new DaoTransaction(from, to, amount); try { session.save(transaction); } catch (final HibernateException e) { session.getTransaction().rollback(); SessionManager.getSessionFactory().getCurrentSession().beginTransaction(); throw e; } return transaction; }
|
DaoTransaction extends DaoIdentifiable { public static DaoTransaction createAndPersist(final DaoInternalAccount from, final DaoAccount to, final BigDecimal amount) throws NotEnoughMoneyException { final Session session = SessionManager.getSessionFactory().getCurrentSession(); final DaoTransaction transaction = new DaoTransaction(from, to, amount); try { session.save(transaction); } catch (final HibernateException e) { session.getTransaction().rollback(); SessionManager.getSessionFactory().getCurrentSession().beginTransaction(); throw e; } return transaction; } }
|
DaoTransaction extends DaoIdentifiable { public static DaoTransaction createAndPersist(final DaoInternalAccount from, final DaoAccount to, final BigDecimal amount) throws NotEnoughMoneyException { final Session session = SessionManager.getSessionFactory().getCurrentSession(); final DaoTransaction transaction = new DaoTransaction(from, to, amount); try { session.save(transaction); } catch (final HibernateException e) { session.getTransaction().rollback(); SessionManager.getSessionFactory().getCurrentSession().beginTransaction(); throw e; } return transaction; } private DaoTransaction(final DaoInternalAccount from, final DaoAccount to, final BigDecimal amount); protected DaoTransaction(); }
|
DaoTransaction extends DaoIdentifiable { public static DaoTransaction createAndPersist(final DaoInternalAccount from, final DaoAccount to, final BigDecimal amount) throws NotEnoughMoneyException { final Session session = SessionManager.getSessionFactory().getCurrentSession(); final DaoTransaction transaction = new DaoTransaction(from, to, amount); try { session.save(transaction); } catch (final HibernateException e) { session.getTransaction().rollback(); SessionManager.getSessionFactory().getCurrentSession().beginTransaction(); throw e; } return transaction; } private DaoTransaction(final DaoInternalAccount from, final DaoAccount to, final BigDecimal amount); protected DaoTransaction(); static DaoTransaction createAndPersist(final DaoInternalAccount from, final DaoAccount to, final BigDecimal amount); DaoInternalAccount getFrom(); DaoAccount getTo(); BigDecimal getAmount(); Date getCreationDate(); @Override ReturnType accept(final DataClassVisitor<ReturnType> visitor); @Override int hashCode(); @Override boolean equals(final Object obj); }
|
DaoTransaction extends DaoIdentifiable { public static DaoTransaction createAndPersist(final DaoInternalAccount from, final DaoAccount to, final BigDecimal amount) throws NotEnoughMoneyException { final Session session = SessionManager.getSessionFactory().getCurrentSession(); final DaoTransaction transaction = new DaoTransaction(from, to, amount); try { session.save(transaction); } catch (final HibernateException e) { session.getTransaction().rollback(); SessionManager.getSessionFactory().getCurrentSession().beginTransaction(); throw e; } return transaction; } private DaoTransaction(final DaoInternalAccount from, final DaoAccount to, final BigDecimal amount); protected DaoTransaction(); static DaoTransaction createAndPersist(final DaoInternalAccount from, final DaoAccount to, final BigDecimal amount); DaoInternalAccount getFrom(); DaoAccount getTo(); BigDecimal getAmount(); Date getCreationDate(); @Override ReturnType accept(final DataClassVisitor<ReturnType> visitor); @Override int hashCode(); @Override boolean equals(final Object obj); }
|
@Test public void testCreateAndPersist() { final DaoComment comment = DaoComment.createAndPersist((DaoComment) null, null, DaoMember.getByLogin(yo.getLogin()), "A text"); assertEquals("A text", comment.getText()); try { DaoComment.createAndPersist((DaoComment) null, null, null, "A text"); fail(); } catch (final NonOptionalParameterException e) { assertTrue(true); } try { DaoComment.createAndPersist((DaoComment) null, null, DaoMember.getByLogin(yo.getLogin()), ""); fail(); } catch (final NonOptionalParameterException e) { assertTrue(true); } try { DaoComment.createAndPersist((DaoComment) null, null, DaoMember.getByLogin(yo.getLogin()), null); fail(); } catch (final NonOptionalParameterException e) { assertTrue(true); } }
|
public static DaoComment createAndPersist(final DaoBug father, final DaoTeam team, final DaoMember member, final String text) { final Session session = SessionManager.getSessionFactory().getCurrentSession(); final DaoComment comment = new DaoComment(father, team, member, text); try { session.save(comment); } catch (final HibernateException e) { session.getTransaction().rollback(); SessionManager.getSessionFactory().getCurrentSession().beginTransaction(); throw e; } DaoEvent.createCommentEvent(father.getMilestone().getOffer().getFeature(), EventType.BUG_ADD_COMMENT, father, comment, father.getMilestone().getOffer(), father.getMilestone()); return comment; }
|
DaoComment extends DaoKudosable implements DaoCommentable { public static DaoComment createAndPersist(final DaoBug father, final DaoTeam team, final DaoMember member, final String text) { final Session session = SessionManager.getSessionFactory().getCurrentSession(); final DaoComment comment = new DaoComment(father, team, member, text); try { session.save(comment); } catch (final HibernateException e) { session.getTransaction().rollback(); SessionManager.getSessionFactory().getCurrentSession().beginTransaction(); throw e; } DaoEvent.createCommentEvent(father.getMilestone().getOffer().getFeature(), EventType.BUG_ADD_COMMENT, father, comment, father.getMilestone().getOffer(), father.getMilestone()); return comment; } }
|
DaoComment extends DaoKudosable implements DaoCommentable { public static DaoComment createAndPersist(final DaoBug father, final DaoTeam team, final DaoMember member, final String text) { final Session session = SessionManager.getSessionFactory().getCurrentSession(); final DaoComment comment = new DaoComment(father, team, member, text); try { session.save(comment); } catch (final HibernateException e) { session.getTransaction().rollback(); SessionManager.getSessionFactory().getCurrentSession().beginTransaction(); throw e; } DaoEvent.createCommentEvent(father.getMilestone().getOffer().getFeature(), EventType.BUG_ADD_COMMENT, father, comment, father.getMilestone().getOffer(), father.getMilestone()); return comment; } private DaoComment(final DaoMember member, final DaoTeam team, final String text); private DaoComment(final DaoBug father, final DaoTeam team, final DaoMember member, final String text); private DaoComment(final DaoFeature father, final DaoTeam team, final DaoMember member, final String text); private DaoComment(final DaoComment father, final DaoTeam team, final DaoMember member, final String text); protected DaoComment(); }
|
DaoComment extends DaoKudosable implements DaoCommentable { public static DaoComment createAndPersist(final DaoBug father, final DaoTeam team, final DaoMember member, final String text) { final Session session = SessionManager.getSessionFactory().getCurrentSession(); final DaoComment comment = new DaoComment(father, team, member, text); try { session.save(comment); } catch (final HibernateException e) { session.getTransaction().rollback(); SessionManager.getSessionFactory().getCurrentSession().beginTransaction(); throw e; } DaoEvent.createCommentEvent(father.getMilestone().getOffer().getFeature(), EventType.BUG_ADD_COMMENT, father, comment, father.getMilestone().getOffer(), father.getMilestone()); return comment; } private DaoComment(final DaoMember member, final DaoTeam team, final String text); private DaoComment(final DaoBug father, final DaoTeam team, final DaoMember member, final String text); private DaoComment(final DaoFeature father, final DaoTeam team, final DaoMember member, final String text); private DaoComment(final DaoComment father, final DaoTeam team, final DaoMember member, final String text); protected DaoComment(); static DaoCommentable getCommentable(final int id); static Long getCommentCount(Date from, Date to); static DaoComment createAndPersist(final DaoBug father, final DaoTeam team, final DaoMember member, final String text); static DaoComment createAndPersist(final DaoFeature father, final DaoTeam team, final DaoMember member, final String text); static DaoComment createAndPersist(final DaoComment father, final DaoTeam team, final DaoMember member, final String text); void addChildComment(final DaoComment comment); String getText(); void setText(final String content, final DaoMember author); PageIterable<DaoComment> getChildren(); @Override PageIterable<DaoComment> getComments(); @Override DaoComment getLastComment(); @Override void addComment(final DaoComment comment); DaoUserContent getCommented(); DaoComment getFather(); DaoBug getFatherBug(); DaoFeature getFatherFeature(); @Override ReturnType accept(final DataClassVisitor<ReturnType> visitor); @Override int hashCode(); @Override boolean equals(final Object obj); }
|
DaoComment extends DaoKudosable implements DaoCommentable { public static DaoComment createAndPersist(final DaoBug father, final DaoTeam team, final DaoMember member, final String text) { final Session session = SessionManager.getSessionFactory().getCurrentSession(); final DaoComment comment = new DaoComment(father, team, member, text); try { session.save(comment); } catch (final HibernateException e) { session.getTransaction().rollback(); SessionManager.getSessionFactory().getCurrentSession().beginTransaction(); throw e; } DaoEvent.createCommentEvent(father.getMilestone().getOffer().getFeature(), EventType.BUG_ADD_COMMENT, father, comment, father.getMilestone().getOffer(), father.getMilestone()); return comment; } private DaoComment(final DaoMember member, final DaoTeam team, final String text); private DaoComment(final DaoBug father, final DaoTeam team, final DaoMember member, final String text); private DaoComment(final DaoFeature father, final DaoTeam team, final DaoMember member, final String text); private DaoComment(final DaoComment father, final DaoTeam team, final DaoMember member, final String text); protected DaoComment(); static DaoCommentable getCommentable(final int id); static Long getCommentCount(Date from, Date to); static DaoComment createAndPersist(final DaoBug father, final DaoTeam team, final DaoMember member, final String text); static DaoComment createAndPersist(final DaoFeature father, final DaoTeam team, final DaoMember member, final String text); static DaoComment createAndPersist(final DaoComment father, final DaoTeam team, final DaoMember member, final String text); void addChildComment(final DaoComment comment); String getText(); void setText(final String content, final DaoMember author); PageIterable<DaoComment> getChildren(); @Override PageIterable<DaoComment> getComments(); @Override DaoComment getLastComment(); @Override void addComment(final DaoComment comment); DaoUserContent getCommented(); DaoComment getFather(); DaoBug getFatherBug(); DaoFeature getFatherFeature(); @Override ReturnType accept(final DataClassVisitor<ReturnType> visitor); @Override int hashCode(); @Override boolean equals(final Object obj); }
|
@Test public void testAddChildComment() { final DaoComment comment = DaoComment.createAndPersist((DaoComment) null, null, DaoMember.getByLogin(yo.getLogin()), "A text"); final DaoComment commentChild = DaoComment.createAndPersist(comment, null, DaoMember.getByLogin(fred.getLogin()), "A comment"); comment.addChildComment(commentChild); final DaoComment commentChild1 = DaoComment.createAndPersist(comment, null, DaoMember.getByLogin(yo.getLogin()), "hello"); comment.addChildComment(commentChild1); final DaoComment commentChild2 = DaoComment.createAndPersist(comment, null, DaoMember.getByLogin(tom.getLogin()), "An other text"); comment.addChildComment(commentChild2); final DaoComment commentChildChild = DaoComment.createAndPersist(commentChild1, null, DaoMember.getByLogin(tom.getLogin()), "An other text"); commentChild1.addChildComment(commentChildChild); try { comment.addChildComment(comment); fail(); } catch (final BadProgrammerException e) { assertTrue(true); } try { comment.addChildComment(null); fail(); } catch (final NonOptionalParameterException e) { assertTrue(true); } }
|
public void addChildComment(final DaoComment comment) { if (comment == null) { throw new NonOptionalParameterException(); } if (comment == this) { throw new BadProgrammerException("Cannot add ourself as child comment."); } comment.father = this; this.children.add(comment); }
|
DaoComment extends DaoKudosable implements DaoCommentable { public void addChildComment(final DaoComment comment) { if (comment == null) { throw new NonOptionalParameterException(); } if (comment == this) { throw new BadProgrammerException("Cannot add ourself as child comment."); } comment.father = this; this.children.add(comment); } }
|
DaoComment extends DaoKudosable implements DaoCommentable { public void addChildComment(final DaoComment comment) { if (comment == null) { throw new NonOptionalParameterException(); } if (comment == this) { throw new BadProgrammerException("Cannot add ourself as child comment."); } comment.father = this; this.children.add(comment); } private DaoComment(final DaoMember member, final DaoTeam team, final String text); private DaoComment(final DaoBug father, final DaoTeam team, final DaoMember member, final String text); private DaoComment(final DaoFeature father, final DaoTeam team, final DaoMember member, final String text); private DaoComment(final DaoComment father, final DaoTeam team, final DaoMember member, final String text); protected DaoComment(); }
|
DaoComment extends DaoKudosable implements DaoCommentable { public void addChildComment(final DaoComment comment) { if (comment == null) { throw new NonOptionalParameterException(); } if (comment == this) { throw new BadProgrammerException("Cannot add ourself as child comment."); } comment.father = this; this.children.add(comment); } private DaoComment(final DaoMember member, final DaoTeam team, final String text); private DaoComment(final DaoBug father, final DaoTeam team, final DaoMember member, final String text); private DaoComment(final DaoFeature father, final DaoTeam team, final DaoMember member, final String text); private DaoComment(final DaoComment father, final DaoTeam team, final DaoMember member, final String text); protected DaoComment(); static DaoCommentable getCommentable(final int id); static Long getCommentCount(Date from, Date to); static DaoComment createAndPersist(final DaoBug father, final DaoTeam team, final DaoMember member, final String text); static DaoComment createAndPersist(final DaoFeature father, final DaoTeam team, final DaoMember member, final String text); static DaoComment createAndPersist(final DaoComment father, final DaoTeam team, final DaoMember member, final String text); void addChildComment(final DaoComment comment); String getText(); void setText(final String content, final DaoMember author); PageIterable<DaoComment> getChildren(); @Override PageIterable<DaoComment> getComments(); @Override DaoComment getLastComment(); @Override void addComment(final DaoComment comment); DaoUserContent getCommented(); DaoComment getFather(); DaoBug getFatherBug(); DaoFeature getFatherFeature(); @Override ReturnType accept(final DataClassVisitor<ReturnType> visitor); @Override int hashCode(); @Override boolean equals(final Object obj); }
|
DaoComment extends DaoKudosable implements DaoCommentable { public void addChildComment(final DaoComment comment) { if (comment == null) { throw new NonOptionalParameterException(); } if (comment == this) { throw new BadProgrammerException("Cannot add ourself as child comment."); } comment.father = this; this.children.add(comment); } private DaoComment(final DaoMember member, final DaoTeam team, final String text); private DaoComment(final DaoBug father, final DaoTeam team, final DaoMember member, final String text); private DaoComment(final DaoFeature father, final DaoTeam team, final DaoMember member, final String text); private DaoComment(final DaoComment father, final DaoTeam team, final DaoMember member, final String text); protected DaoComment(); static DaoCommentable getCommentable(final int id); static Long getCommentCount(Date from, Date to); static DaoComment createAndPersist(final DaoBug father, final DaoTeam team, final DaoMember member, final String text); static DaoComment createAndPersist(final DaoFeature father, final DaoTeam team, final DaoMember member, final String text); static DaoComment createAndPersist(final DaoComment father, final DaoTeam team, final DaoMember member, final String text); void addChildComment(final DaoComment comment); String getText(); void setText(final String content, final DaoMember author); PageIterable<DaoComment> getChildren(); @Override PageIterable<DaoComment> getComments(); @Override DaoComment getLastComment(); @Override void addComment(final DaoComment comment); DaoUserContent getCommented(); DaoComment getFather(); DaoBug getFatherBug(); DaoFeature getFatherFeature(); @Override ReturnType accept(final DataClassVisitor<ReturnType> visitor); @Override int hashCode(); @Override boolean equals(final Object obj); }
|
@Test public void testCreate() { final Feature feature = FeatureImplementation.create(DaoFeature.createAndPersist(memberTom.getDao(), null, DaoDescription.createAndPersist(memberTom.getDao(), null, Language.FR, "title", "description"), DaoSoftware.getByName("VLC"))); assertNotNull(feature); assertNull(FeatureImplementation.create(null)); }
|
@SuppressWarnings("synthetic-access") public static FeatureImplementation create(final DaoFeature dao) { return new MyCreator().create(dao); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @SuppressWarnings("synthetic-access") public static FeatureImplementation create(final DaoFeature dao) { return new MyCreator().create(dao); } }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @SuppressWarnings("synthetic-access") public static FeatureImplementation create(final DaoFeature dao) { return new MyCreator().create(dao); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @SuppressWarnings("synthetic-access") public static FeatureImplementation create(final DaoFeature dao) { return new MyCreator().create(dao); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @SuppressWarnings("synthetic-access") public static FeatureImplementation create(final DaoFeature dao) { return new MyCreator().create(dao); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); static final int PROGRESSION_PERCENT; }
|
@Test public void testCanAccessComment() { final Feature feature = createFeatureByThomas(); assertTrue(feature.canAccessComment(Action.READ)); assertFalse(feature.canAccessComment(Action.WRITE)); assertFalse(feature.canAccessComment(Action.DELETE)); AuthToken.authenticate(memeberFred); assertTrue(feature.canAccessComment(Action.READ)); assertTrue(feature.canAccessComment(Action.WRITE)); assertFalse(feature.canAccessComment(Action.DELETE)); AuthToken.authenticate(memberTom); assertTrue(feature.canAccessComment(Action.READ)); assertTrue(feature.canAccessComment(Action.WRITE)); assertFalse(feature.canAccessComment(Action.DELETE)); }
|
@Override public boolean canAccessComment(final Action action) { return canAccess(new RgtFeature.Comment(), action); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public boolean canAccessComment(final Action action) { return canAccess(new RgtFeature.Comment(), action); } }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public boolean canAccessComment(final Action action) { return canAccess(new RgtFeature.Comment(), action); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public boolean canAccessComment(final Action action) { return canAccess(new RgtFeature.Comment(), action); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public boolean canAccessComment(final Action action) { return canAccess(new RgtFeature.Comment(), action); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); static final int PROGRESSION_PERCENT; }
|
@Test public void testCanAccessContribution() { final Feature feature = createFeatureByThomas(); assertTrue(feature.canAccessContribution(Action.READ)); assertFalse(feature.canAccessContribution(Action.WRITE)); assertFalse(feature.canAccessContribution(Action.DELETE)); AuthToken.authenticate(memberTom); assertTrue(feature.canAccessContribution(Action.READ)); assertTrue(feature.canAccessContribution(Action.WRITE)); assertFalse(feature.canAccessContribution(Action.DELETE)); AuthToken.authenticate(memeberFred); assertTrue(feature.canAccessContribution(Action.READ)); assertTrue(feature.canAccessContribution(Action.WRITE)); assertFalse(feature.canAccessContribution(Action.DELETE)); }
|
@Override public boolean canAccessContribution(final Action action) { return canAccess(new RgtFeature.Contribute(), action); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public boolean canAccessContribution(final Action action) { return canAccess(new RgtFeature.Contribute(), action); } }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public boolean canAccessContribution(final Action action) { return canAccess(new RgtFeature.Contribute(), action); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public boolean canAccessContribution(final Action action) { return canAccess(new RgtFeature.Contribute(), action); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public boolean canAccessContribution(final Action action) { return canAccess(new RgtFeature.Contribute(), action); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); static final int PROGRESSION_PERCENT; }
|
@Test public void testCanAccessOffer() { final Feature feature = createFeatureByThomas(); assertTrue(feature.canAccessOffer(Action.READ)); assertFalse(feature.canAccessOffer(Action.WRITE)); assertFalse(feature.canAccessOffer(Action.DELETE)); AuthToken.authenticate(memeberFred); assertTrue(feature.canAccessOffer(Action.READ)); assertTrue(feature.canAccessOffer(Action.WRITE)); assertFalse(feature.canAccessOffer(Action.DELETE)); AuthToken.authenticate(memberTom); assertTrue(feature.canAccessOffer(Action.READ)); assertTrue(feature.canAccessOffer(Action.WRITE)); assertFalse(feature.canAccessOffer(Action.DELETE)); }
|
@Override public boolean canAccessOffer(final Action action) { return canAccess(new RgtFeature.Offer(), action); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public boolean canAccessOffer(final Action action) { return canAccess(new RgtFeature.Offer(), action); } }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public boolean canAccessOffer(final Action action) { return canAccess(new RgtFeature.Offer(), action); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public boolean canAccessOffer(final Action action) { return canAccess(new RgtFeature.Offer(), action); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public boolean canAccessOffer(final Action action) { return canAccess(new RgtFeature.Offer(), action); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); static final int PROGRESSION_PERCENT; }
|
@Test public void testAddContribution() { final Feature feature = createFeatureByThomas(); assertEquals(FeatureState.PENDING, feature.getFeatureState()); AuthToken.authenticate(memeberFred); try { feature.addContribution(new BigDecimal("10"), "comment"); } catch (final NotEnoughMoneyException e) { fail(); } catch (final UnauthorizedOperationException e) { fail(); } assertEquals(feature.getContribution(), new BigDecimal("10")); try { feature.addContribution(new BigDecimal("10"), null); } catch (final NotEnoughMoneyException e) { fail(); } catch (final UnauthorizedOperationException e) { fail(); } assertEquals(feature.getContribution(), new BigDecimal("20")); try { feature.addContribution(new BigDecimal("10"), ""); } catch (final NotEnoughMoneyException e) { fail(); } catch (final UnauthorizedOperationException e) { fail(); } assertEquals(feature.getContribution(), new BigDecimal("30")); try { feature.addContribution(null, "comment"); fail(); } catch (final NotEnoughMoneyException e) { fail(); } catch (final UnauthorizedOperationException e) { fail(); } catch (final NonOptionalParameterException e) { assertTrue(true); } assertEquals(feature.getContribution(), new BigDecimal("30")); try { feature.addContribution(new BigDecimal("-10"), "comment"); fail(); } catch (final NotEnoughMoneyException e) { fail(); } catch (final UnauthorizedOperationException e) { fail(); } catch (final BadProgrammerException e) { assertTrue(true); } assertEquals(feature.getContribution(), new BigDecimal("30")); try { feature.addContribution(new BigDecimal("0"), "comment"); fail(); } catch (final NotEnoughMoneyException e) { fail(); } catch (final UnauthorizedOperationException e) { fail(); } catch (final BadProgrammerException e) { assertTrue(true); } assertEquals(feature.getContribution(), new BigDecimal("30")); AuthToken.unAuthenticate(); ; try { feature.addContribution(new BigDecimal("10"), "comment"); fail(); } catch (final NotEnoughMoneyException e) { fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } assertEquals(feature.getContribution(), new BigDecimal("30")); AuthToken.authenticate(memberTom); try { feature.addContribution(new BigDecimal("1001"), "comment"); fail(); } catch (final NotEnoughMoneyException e) { assertTrue(true); } catch (final UnauthorizedOperationException e) { fail(); } assertEquals(feature.getContribution(), new BigDecimal("30")); assertEquals(FeatureState.PENDING, feature.getFeatureState()); }
|
@Override public Contribution addContribution(final BigDecimal amount, final String comment) throws NotEnoughMoneyException, UnauthorizedOperationException { tryAccess(new RgtFeature.Contribute(), Action.WRITE); if (AuthToken.getAsTeam() != null) { if (AuthToken.getAsTeam().getUserTeamRight(AuthToken.getMember()).contains(UserTeamRight.BANK)) { Log.model().trace("Doing a contribution in the name of a team: " + AuthToken.getAsTeam().getId()); } else { throw new UnauthorizedOperationException(SpecialCode.TEAM_CONTRIBUTION_WITHOUT_BANK); } } final DaoContribution contribution = getDao().addContribution(AuthToken.getMember().getDao(), DaoGetter.get(AuthToken.getAsTeam()), amount, comment); follow(AuthToken.getMember()); return Contribution.create(contribution); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public Contribution addContribution(final BigDecimal amount, final String comment) throws NotEnoughMoneyException, UnauthorizedOperationException { tryAccess(new RgtFeature.Contribute(), Action.WRITE); if (AuthToken.getAsTeam() != null) { if (AuthToken.getAsTeam().getUserTeamRight(AuthToken.getMember()).contains(UserTeamRight.BANK)) { Log.model().trace("Doing a contribution in the name of a team: " + AuthToken.getAsTeam().getId()); } else { throw new UnauthorizedOperationException(SpecialCode.TEAM_CONTRIBUTION_WITHOUT_BANK); } } final DaoContribution contribution = getDao().addContribution(AuthToken.getMember().getDao(), DaoGetter.get(AuthToken.getAsTeam()), amount, comment); follow(AuthToken.getMember()); return Contribution.create(contribution); } }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public Contribution addContribution(final BigDecimal amount, final String comment) throws NotEnoughMoneyException, UnauthorizedOperationException { tryAccess(new RgtFeature.Contribute(), Action.WRITE); if (AuthToken.getAsTeam() != null) { if (AuthToken.getAsTeam().getUserTeamRight(AuthToken.getMember()).contains(UserTeamRight.BANK)) { Log.model().trace("Doing a contribution in the name of a team: " + AuthToken.getAsTeam().getId()); } else { throw new UnauthorizedOperationException(SpecialCode.TEAM_CONTRIBUTION_WITHOUT_BANK); } } final DaoContribution contribution = getDao().addContribution(AuthToken.getMember().getDao(), DaoGetter.get(AuthToken.getAsTeam()), amount, comment); follow(AuthToken.getMember()); return Contribution.create(contribution); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public Contribution addContribution(final BigDecimal amount, final String comment) throws NotEnoughMoneyException, UnauthorizedOperationException { tryAccess(new RgtFeature.Contribute(), Action.WRITE); if (AuthToken.getAsTeam() != null) { if (AuthToken.getAsTeam().getUserTeamRight(AuthToken.getMember()).contains(UserTeamRight.BANK)) { Log.model().trace("Doing a contribution in the name of a team: " + AuthToken.getAsTeam().getId()); } else { throw new UnauthorizedOperationException(SpecialCode.TEAM_CONTRIBUTION_WITHOUT_BANK); } } final DaoContribution contribution = getDao().addContribution(AuthToken.getMember().getDao(), DaoGetter.get(AuthToken.getAsTeam()), amount, comment); follow(AuthToken.getMember()); return Contribution.create(contribution); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public Contribution addContribution(final BigDecimal amount, final String comment) throws NotEnoughMoneyException, UnauthorizedOperationException { tryAccess(new RgtFeature.Contribute(), Action.WRITE); if (AuthToken.getAsTeam() != null) { if (AuthToken.getAsTeam().getUserTeamRight(AuthToken.getMember()).contains(UserTeamRight.BANK)) { Log.model().trace("Doing a contribution in the name of a team: " + AuthToken.getAsTeam().getId()); } else { throw new UnauthorizedOperationException(SpecialCode.TEAM_CONTRIBUTION_WITHOUT_BANK); } } final DaoContribution contribution = getDao().addContribution(AuthToken.getMember().getDao(), DaoGetter.get(AuthToken.getAsTeam()), amount, comment); follow(AuthToken.getMember()); return Contribution.create(contribution); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); static final int PROGRESSION_PERCENT; }
|
@Test public void testAddOffer() { final Feature feature = createFeatureByThomas(); assertEquals(FeatureState.PENDING, feature.getFeatureState()); AuthToken.authenticate(memeberFred); assertNull(feature.getSelectedOffer()); assertEquals(0, feature.getOffers().getPageSize()); try { AuthToken.authenticate(memeberFred); feature.addOffer(new BigDecimal("120"), "description", "GNU GPL V3",Language.FR, DateUtils.tomorrow(), 0); } catch (final UnauthorizedOperationException e) { fail(); } assertEquals(FeatureState.PREPARING, feature.getFeatureState()); assertNotNull(feature.getSelectedOffer()); assertEquals(FeatureState.PREPARING, feature.getFeatureState()); }
|
@Override public Offer addOffer(final BigDecimal amount, final String description, final String license, final Language language, final Date dateExpire, final int secondsBeforeValidation) throws UnauthorizedOperationException { tryAccess(new RgtFeature.Offer(), Action.WRITE); final Offer offer = new Offer(AuthToken.getMember(), AuthToken.getAsTeam(), this, amount, description, license, language, dateExpire, secondsBeforeValidation); follow(AuthToken.getMember()); return doAddOffer(offer); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public Offer addOffer(final BigDecimal amount, final String description, final String license, final Language language, final Date dateExpire, final int secondsBeforeValidation) throws UnauthorizedOperationException { tryAccess(new RgtFeature.Offer(), Action.WRITE); final Offer offer = new Offer(AuthToken.getMember(), AuthToken.getAsTeam(), this, amount, description, license, language, dateExpire, secondsBeforeValidation); follow(AuthToken.getMember()); return doAddOffer(offer); } }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public Offer addOffer(final BigDecimal amount, final String description, final String license, final Language language, final Date dateExpire, final int secondsBeforeValidation) throws UnauthorizedOperationException { tryAccess(new RgtFeature.Offer(), Action.WRITE); final Offer offer = new Offer(AuthToken.getMember(), AuthToken.getAsTeam(), this, amount, description, license, language, dateExpire, secondsBeforeValidation); follow(AuthToken.getMember()); return doAddOffer(offer); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public Offer addOffer(final BigDecimal amount, final String description, final String license, final Language language, final Date dateExpire, final int secondsBeforeValidation) throws UnauthorizedOperationException { tryAccess(new RgtFeature.Offer(), Action.WRITE); final Offer offer = new Offer(AuthToken.getMember(), AuthToken.getAsTeam(), this, amount, description, license, language, dateExpire, secondsBeforeValidation); follow(AuthToken.getMember()); return doAddOffer(offer); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public Offer addOffer(final BigDecimal amount, final String description, final String license, final Language language, final Date dateExpire, final int secondsBeforeValidation) throws UnauthorizedOperationException { tryAccess(new RgtFeature.Offer(), Action.WRITE); final Offer offer = new Offer(AuthToken.getMember(), AuthToken.getAsTeam(), this, amount, description, license, language, dateExpire, secondsBeforeValidation); follow(AuthToken.getMember()); return doAddOffer(offer); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); static final int PROGRESSION_PERCENT; }
|
@Test public void testRemoveOffer() throws NotEnoughMoneyException, UnauthorizedOperationException, NotFoundException { final Feature feature = createFeatureByThomas(); final DaoMember admin = DaoMember.createAndPersist("admin1", "admin1", "salt", "admin1", Locale.FRANCE); admin.setActivationState(ActivationState.ACTIVE); admin.setRole(Role.ADMIN); assertEquals(FeatureState.PENDING, feature.getFeatureState()); AuthToken.authenticate(memeberFred); feature.addContribution(new BigDecimal("100"), "plop"); assertEquals(FeatureState.PENDING, feature.getFeatureState()); AuthToken.authenticate(memberTom); feature.addOffer(new BigDecimal("120"), "description", "GNU GPL V3", Language.FR, DateUtils.tomorrow(), 0); assertEquals(FeatureState.PREPARING, feature.getFeatureState()); assertNotNull(feature.getSelectedOffer()); try { AuthToken.authenticate(memberTom); feature.removeOffer(feature.getSelectedOffer()); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } try { AuthToken.authenticate(memberAdmin); feature.removeOffer(feature.getSelectedOffer()); assertTrue(true); } catch (final UnauthorizedOperationException e) { fail(); } }
|
@Override public void removeOffer(final Offer offer) throws UnauthorizedOperationException { tryAccess(new RgtFeature.Offer(), Action.DELETE); if (getDao().getSelectedOffer().getId() != null && getDao().getSelectedOffer().getId().equals(offer.getId())) { setSelectedOffer(Offer.create(getDao().computeSelectedOffer())); } setStateObject(getStateObject().eventRemoveOffer(offer)); getDao().removeOffer(offer.getDao()); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public void removeOffer(final Offer offer) throws UnauthorizedOperationException { tryAccess(new RgtFeature.Offer(), Action.DELETE); if (getDao().getSelectedOffer().getId() != null && getDao().getSelectedOffer().getId().equals(offer.getId())) { setSelectedOffer(Offer.create(getDao().computeSelectedOffer())); } setStateObject(getStateObject().eventRemoveOffer(offer)); getDao().removeOffer(offer.getDao()); } }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public void removeOffer(final Offer offer) throws UnauthorizedOperationException { tryAccess(new RgtFeature.Offer(), Action.DELETE); if (getDao().getSelectedOffer().getId() != null && getDao().getSelectedOffer().getId().equals(offer.getId())) { setSelectedOffer(Offer.create(getDao().computeSelectedOffer())); } setStateObject(getStateObject().eventRemoveOffer(offer)); getDao().removeOffer(offer.getDao()); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public void removeOffer(final Offer offer) throws UnauthorizedOperationException { tryAccess(new RgtFeature.Offer(), Action.DELETE); if (getDao().getSelectedOffer().getId() != null && getDao().getSelectedOffer().getId().equals(offer.getId())) { setSelectedOffer(Offer.create(getDao().computeSelectedOffer())); } setStateObject(getStateObject().eventRemoveOffer(offer)); getDao().removeOffer(offer.getDao()); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public void removeOffer(final Offer offer) throws UnauthorizedOperationException { tryAccess(new RgtFeature.Offer(), Action.DELETE); if (getDao().getSelectedOffer().getId() != null && getDao().getSelectedOffer().getId().equals(offer.getId())) { setSelectedOffer(Offer.create(getDao().computeSelectedOffer())); } setStateObject(getStateObject().eventRemoveOffer(offer)); getDao().removeOffer(offer.getDao()); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); static final int PROGRESSION_PERCENT; }
|
@Test public void testCancelDevelopment() throws NotEnoughMoneyException, UnauthorizedOperationException { final Feature feature = createFeatureAddOffer120AddContribution120BeginDev(); Mockit.setUpMock(DaoFeature.class, new MockFeatureValidationTimeOut()); try { feature.cancelDevelopment(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } try { AuthToken.authenticate(memberYo); feature.cancelDevelopment(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } AuthToken.authenticate(memberTom); assertEquals(120, feature.getContribution().intValue()); feature.cancelDevelopment(); assertEquals(0, feature.getContribution().intValue()); assertEquals(FeatureState.DISCARDED, feature.getFeatureState()); Mockit.tearDownMocks(); }
|
@Override public void cancelDevelopment() throws UnauthorizedOperationException { throwWrongStateExceptionOnNondevelopingState(); getSelectedOffer().tryAccess(new RgtOffer.SelectedOffer(), Action.WRITE); setStateObject(getStateObject().eventDeveloperCanceled()); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public void cancelDevelopment() throws UnauthorizedOperationException { throwWrongStateExceptionOnNondevelopingState(); getSelectedOffer().tryAccess(new RgtOffer.SelectedOffer(), Action.WRITE); setStateObject(getStateObject().eventDeveloperCanceled()); } }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public void cancelDevelopment() throws UnauthorizedOperationException { throwWrongStateExceptionOnNondevelopingState(); getSelectedOffer().tryAccess(new RgtOffer.SelectedOffer(), Action.WRITE); setStateObject(getStateObject().eventDeveloperCanceled()); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public void cancelDevelopment() throws UnauthorizedOperationException { throwWrongStateExceptionOnNondevelopingState(); getSelectedOffer().tryAccess(new RgtOffer.SelectedOffer(), Action.WRITE); setStateObject(getStateObject().eventDeveloperCanceled()); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); }
|
FeatureImplementation extends Kudosable<DaoFeature> implements Feature { @Override public void cancelDevelopment() throws UnauthorizedOperationException { throwWrongStateExceptionOnNondevelopingState(); getSelectedOffer().tryAccess(new RgtOffer.SelectedOffer(), Action.WRITE); setStateObject(getStateObject().eventDeveloperCanceled()); } FeatureImplementation(final Member author,
final Team team,
final Language language,
final String title,
final String description,
final Software software); private FeatureImplementation(final DaoFeature dao); @SuppressWarnings("synthetic-access") static FeatureImplementation create(final DaoFeature dao); @Override boolean canAccessComment(final Action action); @Override boolean canAccessContribution(final Action action); @Override boolean canAccessOffer(final Action action); @Override boolean canModify(); @Override Contribution addContribution(final BigDecimal amount, final String comment); @Override void follow(final Member member); @Override Offer addOffer(final BigDecimal amount,
final String description,
final String license,
final Language language,
final Date dateExpire,
final int secondsBeforeValidation); @Override void removeOffer(final Offer offer); @Override Comment addComment(final String text); void unSelectOffer(final Offer offer); boolean validateCurrentMilestone(final boolean force); @Override void cancelDevelopment(); @Override void computeSelectedOffer(); @Override void setFeatureState(final FeatureState featureState); void setFeatureStateUnprotected(final FeatureState featureState); void developmentTimeOut(); @Override void updateDevelopmentState(); void notifyOfferKudos(final Offer offer, final boolean positif); void setOfferIsValidated(); void setMilestoneIsValidated(); void setMilestoneIsRejected(); @Override void setDescription(final String newDescription, final Language language); @Override void setTitle(final String title, final Language language); @Override void setSoftware(final Software software); boolean isDeveloping(); @Override Date getValidationDate(); @Override Long getCommentsCount(); @Override PageIterable<Comment> getComments(); @Deprecated @Override PageIterable<Contribution> getContributions(); @Override PageIterable<Contribution> getContributions(final boolean isCanceled); @Override float getProgression(); @Override float getMemberProgression(final Member author); @Override float getRelativeProgression(final BigDecimal amount); @Override BigDecimal getContribution(); @Override String getTitle(); @Override BigDecimal getContributionMax(); @Override BigDecimal getContributionMin(); @Override BigDecimal getContributionOf(final Member member); @Override Description getDescription(); @Override Software getSoftware(); @Override boolean hasSoftware(); @Override PageIterable<Offer> getOffers(); @Override Offer getSelectedOffer(); @Override Offer getValidatedOffer(); @Override FeatureState getFeatureState(); @Override int countOpenBugs(); @Override PageIterable<Bug> getOpenBugs(); @Override PageIterable<Bug> getClosedBugs(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); @Override String getTitle(final Locale l); @Override String getDescription(final Locale l); static final int PROGRESSION_PERCENT; }
|
@Test public final void testAddVersion() { final DaoVersionedString str = DaoVersionedString.createAndPersist("plop", fred); str.addVersion("plip", tom); assertEquals(str.getContent(), "plip"); assertEquals(str.getCurrentVersion().getAuthor(), tom); }
|
public void addVersion(final String content, final DaoMember author) { this.currentVersion = new DaoStringVersion(content, this, author); versions.add(currentVersion); }
|
DaoVersionedString extends DaoIdentifiable { public void addVersion(final String content, final DaoMember author) { this.currentVersion = new DaoStringVersion(content, this, author); versions.add(currentVersion); } }
|
DaoVersionedString extends DaoIdentifiable { public void addVersion(final String content, final DaoMember author) { this.currentVersion = new DaoStringVersion(content, this, author); versions.add(currentVersion); } private DaoVersionedString(final String content, final DaoMember author); protected DaoVersionedString(); }
|
DaoVersionedString extends DaoIdentifiable { public void addVersion(final String content, final DaoMember author) { this.currentVersion = new DaoStringVersion(content, this, author); versions.add(currentVersion); } private DaoVersionedString(final String content, final DaoMember author); protected DaoVersionedString(); static DaoVersionedString createAndPersist(final String content, final DaoMember author); void addVersion(final String content, final DaoMember author); void useVersion(final DaoStringVersion version); String getContent(); PageIterable<DaoStringVersion> getVersions(); DaoStringVersion getCurrentVersion(); void compact(); @Override ReturnType accept(final DataClassVisitor<ReturnType> visitor); @Override int hashCode(); @Override boolean equals(final Object obj); }
|
DaoVersionedString extends DaoIdentifiable { public void addVersion(final String content, final DaoMember author) { this.currentVersion = new DaoStringVersion(content, this, author); versions.add(currentVersion); } private DaoVersionedString(final String content, final DaoMember author); protected DaoVersionedString(); static DaoVersionedString createAndPersist(final String content, final DaoMember author); void addVersion(final String content, final DaoMember author); void useVersion(final DaoStringVersion version); String getContent(); PageIterable<DaoStringVersion> getVersions(); DaoStringVersion getCurrentVersion(); void compact(); @Override ReturnType accept(final DataClassVisitor<ReturnType> visitor); @Override int hashCode(); @Override boolean equals(final Object obj); }
|
@Test public final void testGetLogin() { final Member tom = Member.create(db.getTom()); assertEquals(tom.getLogin(), db.getTom().getLogin()); final Team publicTeam = Team.create(db.getPublicGroup()); assertEquals(publicTeam.getLogin(), db.getPublicGroup().getLogin()); }
|
public final String getLogin() { return getDao().getLogin(); }
|
Actor extends Identifiable<T> { public final String getLogin() { return getDao().getLogin(); } }
|
Actor extends Identifiable<T> { public final String getLogin() { return getDao().getLogin(); } protected Actor(final T id); }
|
Actor extends Identifiable<T> { public final String getLogin() { return getDao().getLogin(); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
Actor extends Identifiable<T> { public final String getLogin() { return getDao().getLogin(); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
@Test public final void testGetDateCreation() { final Member tom = Member.create(db.getTom()); try { assertEquals(tom.getDateCreation().getTime(), db.getTom().getDateCreation().getTime()); } catch (final UnauthorizedPublicReadOnlyAccessException e) { fail(); } final Team publicTeam = Team.create(db.getPublicGroup()); try { assertEquals(publicTeam.getDateCreation(), db.getPublicGroup().getDateCreation()); } catch (final UnauthorizedPublicReadOnlyAccessException e) { fail(); } }
|
public final Date getDateCreation() throws UnauthorizedPublicReadOnlyAccessException { tryAccess(new RgtActor.DateCreation(), Action.READ); return getDao().getDateCreation(); }
|
Actor extends Identifiable<T> { public final Date getDateCreation() throws UnauthorizedPublicReadOnlyAccessException { tryAccess(new RgtActor.DateCreation(), Action.READ); return getDao().getDateCreation(); } }
|
Actor extends Identifiable<T> { public final Date getDateCreation() throws UnauthorizedPublicReadOnlyAccessException { tryAccess(new RgtActor.DateCreation(), Action.READ); return getDao().getDateCreation(); } protected Actor(final T id); }
|
Actor extends Identifiable<T> { public final Date getDateCreation() throws UnauthorizedPublicReadOnlyAccessException { tryAccess(new RgtActor.DateCreation(), Action.READ); return getDao().getDateCreation(); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
Actor extends Identifiable<T> { public final Date getDateCreation() throws UnauthorizedPublicReadOnlyAccessException { tryAccess(new RgtActor.DateCreation(), Action.READ); return getDao().getDateCreation(); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
@Test public final void testGetInternalAccount() { final Member tom = Member.create(db.getTom()); try { AuthToken.unAuthenticate(); tom.getInternalAccount(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(memeberFred); tom.getInternalAccount(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(loser); tom.getInternalAccount(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(memberTom); assertEquals(tom.getInternalAccount().getId(), db.getTom().getInternalAccount().getId()); } catch (final UnauthorizedOperationException e) { fail(); } final Team publicTeam = Team.create(db.getPublicGroup()); try { AuthToken.unAuthenticate(); publicTeam.getInternalAccount(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(memberYo); publicTeam.getInternalAccount(); assertTrue(true); } catch (final UnauthorizedOperationException e1) { fail(); } try { AuthToken.authenticate(loser); publicTeam.getInternalAccount(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(memeberFred); publicTeam.getInternalAccount(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(memberTom); assertEquals(publicTeam.getInternalAccount().getId(), db.getPublicGroup().getInternalAccount().getId()); } catch (final UnauthorizedOperationException e) { fail(); } }
|
public final InternalAccount getInternalAccount() throws UnauthorizedBankDataAccessException { tryAccess(new RgtActor.InternalAccount(), Action.READ); return InternalAccount.create(getDao().getInternalAccount()); }
|
Actor extends Identifiable<T> { public final InternalAccount getInternalAccount() throws UnauthorizedBankDataAccessException { tryAccess(new RgtActor.InternalAccount(), Action.READ); return InternalAccount.create(getDao().getInternalAccount()); } }
|
Actor extends Identifiable<T> { public final InternalAccount getInternalAccount() throws UnauthorizedBankDataAccessException { tryAccess(new RgtActor.InternalAccount(), Action.READ); return InternalAccount.create(getDao().getInternalAccount()); } protected Actor(final T id); }
|
Actor extends Identifiable<T> { public final InternalAccount getInternalAccount() throws UnauthorizedBankDataAccessException { tryAccess(new RgtActor.InternalAccount(), Action.READ); return InternalAccount.create(getDao().getInternalAccount()); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
Actor extends Identifiable<T> { public final InternalAccount getInternalAccount() throws UnauthorizedBankDataAccessException { tryAccess(new RgtActor.InternalAccount(), Action.READ); return InternalAccount.create(getDao().getInternalAccount()); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
@Test public final void testGetExternalAccount() { final Member tom = Member.create(db.getTom()); try { AuthToken.unAuthenticate(); tom.getExternalAccount(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(memeberFred); tom.getExternalAccount(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(loser); tom.getExternalAccount(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(memberTom); assertEquals(tom.getExternalAccount().getId(), db.getTom().getExternalAccount().getId()); } catch (final UnauthorizedOperationException e) { fail(); } final Team publicTeam = Team.create(db.getPublicGroup()); try { AuthToken.unAuthenticate(); publicTeam.getExternalAccount(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(memberYo); publicTeam.getExternalAccount(); assertTrue(true); } catch (final UnauthorizedOperationException e1) { fail(); } try { AuthToken.authenticate(loser); publicTeam.getExternalAccount(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(memeberFred); publicTeam.getExternalAccount(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(memberTom); assertEquals(publicTeam.getExternalAccount().getId(), db.getPublicGroup().getExternalAccount().getId()); } catch (final UnauthorizedOperationException e) { fail(); } }
|
public final ExternalAccount getExternalAccount() throws UnauthorizedBankDataAccessException { tryAccess(new RgtActor.ExternalAccount(), Action.READ); return ExternalAccount.create(getDao().getExternalAccount()); }
|
Actor extends Identifiable<T> { public final ExternalAccount getExternalAccount() throws UnauthorizedBankDataAccessException { tryAccess(new RgtActor.ExternalAccount(), Action.READ); return ExternalAccount.create(getDao().getExternalAccount()); } }
|
Actor extends Identifiable<T> { public final ExternalAccount getExternalAccount() throws UnauthorizedBankDataAccessException { tryAccess(new RgtActor.ExternalAccount(), Action.READ); return ExternalAccount.create(getDao().getExternalAccount()); } protected Actor(final T id); }
|
Actor extends Identifiable<T> { public final ExternalAccount getExternalAccount() throws UnauthorizedBankDataAccessException { tryAccess(new RgtActor.ExternalAccount(), Action.READ); return ExternalAccount.create(getDao().getExternalAccount()); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
Actor extends Identifiable<T> { public final ExternalAccount getExternalAccount() throws UnauthorizedBankDataAccessException { tryAccess(new RgtActor.ExternalAccount(), Action.READ); return ExternalAccount.create(getDao().getExternalAccount()); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
@Test public final void testGetBankTransactions() { final Member tom = Member.create(db.getTom()); try { AuthToken.unAuthenticate(); tom.getBankTransactions(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(memeberFred); tom.getBankTransactions(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(loser); tom.getBankTransactions(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(memberTom); assertEquals(tom.getBankTransactions().size(), db.getTom().getBankTransactions().size()); } catch (final UnauthorizedOperationException e) { fail(); } final Team publicTeam = Team.create(db.getPublicGroup()); try { AuthToken.unAuthenticate(); publicTeam.getBankTransactions(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(memberYo); publicTeam.getBankTransactions(); assertTrue(true); } catch (final UnauthorizedOperationException e1) { fail(); } try { AuthToken.authenticate(loser); publicTeam.getBankTransactions(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(memeberFred); publicTeam.getBankTransactions(); fail(); } catch (final UnauthorizedOperationException e1) { assertTrue(true); } try { AuthToken.authenticate(memberTom); assertEquals(publicTeam.getBankTransactions().size(), db.getPublicGroup().getBankTransactions().size()); } catch (final UnauthorizedOperationException e) { fail(); } }
|
public final PageIterable<BankTransaction> getBankTransactions() throws UnauthorizedBankDataAccessException { tryAccess(new RgtActor.BankTransaction(), Action.READ); return new BankTransactionList(getDao().getBankTransactions()); }
|
Actor extends Identifiable<T> { public final PageIterable<BankTransaction> getBankTransactions() throws UnauthorizedBankDataAccessException { tryAccess(new RgtActor.BankTransaction(), Action.READ); return new BankTransactionList(getDao().getBankTransactions()); } }
|
Actor extends Identifiable<T> { public final PageIterable<BankTransaction> getBankTransactions() throws UnauthorizedBankDataAccessException { tryAccess(new RgtActor.BankTransaction(), Action.READ); return new BankTransactionList(getDao().getBankTransactions()); } protected Actor(final T id); }
|
Actor extends Identifiable<T> { public final PageIterable<BankTransaction> getBankTransactions() throws UnauthorizedBankDataAccessException { tryAccess(new RgtActor.BankTransaction(), Action.READ); return new BankTransactionList(getDao().getBankTransactions()); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
Actor extends Identifiable<T> { public final PageIterable<BankTransaction> getBankTransactions() throws UnauthorizedBankDataAccessException { tryAccess(new RgtActor.BankTransaction(), Action.READ); return new BankTransactionList(getDao().getBankTransactions()); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
@Test public final void testGetContributions() { final Member tom = Member.create(db.getTom()); assertEquals(tom.getContributions().size(), db.getTom().getContributions(true).size()); final Team publicTeam = Team.create(db.getPublicGroup()); assertEquals(publicTeam.getContributions().size(), db.getPublicGroup().getContributions().size()); }
|
public PageIterable<Contribution> getContributions() { return doGetContributions(); }
|
Actor extends Identifiable<T> { public PageIterable<Contribution> getContributions() { return doGetContributions(); } }
|
Actor extends Identifiable<T> { public PageIterable<Contribution> getContributions() { return doGetContributions(); } protected Actor(final T id); }
|
Actor extends Identifiable<T> { public PageIterable<Contribution> getContributions() { return doGetContributions(); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
Actor extends Identifiable<T> { public PageIterable<Contribution> getContributions() { return doGetContributions(); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
@Test public final void testGetDisplayName() { final Member tom = Member.create(db.getTom()); assertEquals(tom.getDisplayName(), db.getTom().getFullname()); }
|
public abstract String getDisplayName();
|
Actor extends Identifiable<T> { public abstract String getDisplayName(); }
|
Actor extends Identifiable<T> { public abstract String getDisplayName(); protected Actor(final T id); }
|
Actor extends Identifiable<T> { public abstract String getDisplayName(); protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
Actor extends Identifiable<T> { public abstract String getDisplayName(); protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
@Test public final void testCanAccessDateCreation() { final Member tom = Member.create(db.getTom()); assertTrue(tom.canAccessDateCreation()); }
|
public final boolean canAccessDateCreation() { return canAccess(new RgtActor.DateCreation(), Action.READ); }
|
Actor extends Identifiable<T> { public final boolean canAccessDateCreation() { return canAccess(new RgtActor.DateCreation(), Action.READ); } }
|
Actor extends Identifiable<T> { public final boolean canAccessDateCreation() { return canAccess(new RgtActor.DateCreation(), Action.READ); } protected Actor(final T id); }
|
Actor extends Identifiable<T> { public final boolean canAccessDateCreation() { return canAccess(new RgtActor.DateCreation(), Action.READ); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
Actor extends Identifiable<T> { public final boolean canAccessDateCreation() { return canAccess(new RgtActor.DateCreation(), Action.READ); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
@Test public final void testCanGetInternalAccount() { final Member tom = Member.create(db.getTom()); AuthToken.unAuthenticate(); assertFalse(tom.canGetInternalAccount()); AuthToken.authenticate(memeberFred); assertFalse(tom.canGetInternalAccount()); AuthToken.authenticate(memberTom); assertTrue(tom.canGetInternalAccount()); final Team publicTeam = Team.create(db.getPublicGroup()); AuthToken.unAuthenticate(); assertFalse(publicTeam.canGetInternalAccount()); AuthToken.authenticate(memeberFred); assertFalse(publicTeam.canGetInternalAccount()); AuthToken.authenticate(loser); assertFalse(publicTeam.canGetInternalAccount()); AuthToken.authenticate(memberTom); assertTrue(publicTeam.canGetInternalAccount()); AuthToken.authenticate(memberYo); assertTrue(publicTeam.canGetInternalAccount()); }
|
public final boolean canGetInternalAccount() { return canAccess(new RgtActor.InternalAccount(), Action.READ); }
|
Actor extends Identifiable<T> { public final boolean canGetInternalAccount() { return canAccess(new RgtActor.InternalAccount(), Action.READ); } }
|
Actor extends Identifiable<T> { public final boolean canGetInternalAccount() { return canAccess(new RgtActor.InternalAccount(), Action.READ); } protected Actor(final T id); }
|
Actor extends Identifiable<T> { public final boolean canGetInternalAccount() { return canAccess(new RgtActor.InternalAccount(), Action.READ); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
Actor extends Identifiable<T> { public final boolean canGetInternalAccount() { return canAccess(new RgtActor.InternalAccount(), Action.READ); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
@Test public final void testCanGetExternalAccount() { final Member tom = Member.create(db.getTom()); AuthToken.unAuthenticate(); assertFalse(tom.canGetExternalAccount()); AuthToken.authenticate(memeberFred); assertFalse(tom.canGetExternalAccount()); AuthToken.authenticate(memberTom); assertTrue(tom.canGetExternalAccount()); final Team publicTeam = Team.create(db.getPublicGroup()); AuthToken.unAuthenticate(); assertFalse(publicTeam.canGetExternalAccount()); AuthToken.authenticate(memeberFred); assertFalse(publicTeam.canGetExternalAccount()); AuthToken.authenticate(loser); assertFalse(publicTeam.canGetExternalAccount()); AuthToken.authenticate(memberTom); assertTrue(publicTeam.canGetExternalAccount()); AuthToken.authenticate(memberYo); assertTrue(publicTeam.canGetExternalAccount()); }
|
public final boolean canGetExternalAccount() { return canAccess(new RgtActor.ExternalAccount(), Action.READ); }
|
Actor extends Identifiable<T> { public final boolean canGetExternalAccount() { return canAccess(new RgtActor.ExternalAccount(), Action.READ); } }
|
Actor extends Identifiable<T> { public final boolean canGetExternalAccount() { return canAccess(new RgtActor.ExternalAccount(), Action.READ); } protected Actor(final T id); }
|
Actor extends Identifiable<T> { public final boolean canGetExternalAccount() { return canAccess(new RgtActor.ExternalAccount(), Action.READ); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
Actor extends Identifiable<T> { public final boolean canGetExternalAccount() { return canAccess(new RgtActor.ExternalAccount(), Action.READ); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
@Test public final void testCompact() { final DaoVersionedString str = DaoVersionedString.createAndPersist("plop", fred); str.addVersion("plop\nplip\n", fred); str.addVersion("plop\nplup\n", fred); str.addVersion("plop\nplup\nplop\ncoucou\nHello\n", fred); str.addVersion("plop\nplup\nplop\ncoucou\n", fred); str.compact(); Iterator<DaoStringVersion> iterator = str.getVersions().iterator(); assertEquals(iterator.next().getContent(), "plop"); assertEquals(iterator.next().getContentUncompacted("plop"), "plop\nplip\n"); assertEquals(iterator.next().getContentUncompacted("plop\nplip\n"), "plop\nplup\n"); assertEquals(iterator.next().getContentUncompacted("plop\nplup\n"), "plop\nplup\nplop\ncoucou\nHello\n"); assertEquals(iterator.next().getContentUncompacted("plop\nplup\nplop\ncoucou\nHello\n"), "plop\nplup\nplop\ncoucou\n"); iterator = str.getVersions().iterator(); assertFalse(iterator.next().isCompacted()); assertTrue(iterator.next().isCompacted()); assertTrue(iterator.next().isCompacted()); assertTrue(iterator.next().isCompacted()); assertTrue(iterator.next().isCompacted()); }
|
public void compact() { String previousContent = null; for (final DaoStringVersion version : versions) { if (!version.isCompacted()) { final String savedContent = version.getContent(); if (previousContent != null) { version.compact(previousContent); } previousContent = savedContent; } else { if (previousContent == null) { throw new BadProgrammerException("First string version should never be compacted !"); } previousContent = version.getContentUncompacted(previousContent); } } }
|
DaoVersionedString extends DaoIdentifiable { public void compact() { String previousContent = null; for (final DaoStringVersion version : versions) { if (!version.isCompacted()) { final String savedContent = version.getContent(); if (previousContent != null) { version.compact(previousContent); } previousContent = savedContent; } else { if (previousContent == null) { throw new BadProgrammerException("First string version should never be compacted !"); } previousContent = version.getContentUncompacted(previousContent); } } } }
|
DaoVersionedString extends DaoIdentifiable { public void compact() { String previousContent = null; for (final DaoStringVersion version : versions) { if (!version.isCompacted()) { final String savedContent = version.getContent(); if (previousContent != null) { version.compact(previousContent); } previousContent = savedContent; } else { if (previousContent == null) { throw new BadProgrammerException("First string version should never be compacted !"); } previousContent = version.getContentUncompacted(previousContent); } } } private DaoVersionedString(final String content, final DaoMember author); protected DaoVersionedString(); }
|
DaoVersionedString extends DaoIdentifiable { public void compact() { String previousContent = null; for (final DaoStringVersion version : versions) { if (!version.isCompacted()) { final String savedContent = version.getContent(); if (previousContent != null) { version.compact(previousContent); } previousContent = savedContent; } else { if (previousContent == null) { throw new BadProgrammerException("First string version should never be compacted !"); } previousContent = version.getContentUncompacted(previousContent); } } } private DaoVersionedString(final String content, final DaoMember author); protected DaoVersionedString(); static DaoVersionedString createAndPersist(final String content, final DaoMember author); void addVersion(final String content, final DaoMember author); void useVersion(final DaoStringVersion version); String getContent(); PageIterable<DaoStringVersion> getVersions(); DaoStringVersion getCurrentVersion(); void compact(); @Override ReturnType accept(final DataClassVisitor<ReturnType> visitor); @Override int hashCode(); @Override boolean equals(final Object obj); }
|
DaoVersionedString extends DaoIdentifiable { public void compact() { String previousContent = null; for (final DaoStringVersion version : versions) { if (!version.isCompacted()) { final String savedContent = version.getContent(); if (previousContent != null) { version.compact(previousContent); } previousContent = savedContent; } else { if (previousContent == null) { throw new BadProgrammerException("First string version should never be compacted !"); } previousContent = version.getContentUncompacted(previousContent); } } } private DaoVersionedString(final String content, final DaoMember author); protected DaoVersionedString(); static DaoVersionedString createAndPersist(final String content, final DaoMember author); void addVersion(final String content, final DaoMember author); void useVersion(final DaoStringVersion version); String getContent(); PageIterable<DaoStringVersion> getVersions(); DaoStringVersion getCurrentVersion(); void compact(); @Override ReturnType accept(final DataClassVisitor<ReturnType> visitor); @Override int hashCode(); @Override boolean equals(final Object obj); }
|
@Test public final void testCanGetBankTransactionAccount() { final Member tom = Member.create(db.getTom()); AuthToken.unAuthenticate(); assertFalse(tom.canGetBankTransactionAccount()); AuthToken.authenticate(memeberFred); assertFalse(tom.canGetBankTransactionAccount()); AuthToken.authenticate(memberTom); assertTrue(tom.canGetBankTransactionAccount()); final Team publicTeam = Team.create(db.getPublicGroup()); AuthToken.unAuthenticate(); assertFalse(publicTeam.canGetBankTransactionAccount()); AuthToken.authenticate(memeberFred); assertFalse(publicTeam.canGetBankTransactionAccount()); AuthToken.authenticate(loser); assertFalse(publicTeam.canGetBankTransactionAccount()); AuthToken.authenticate(memberTom); assertTrue(publicTeam.canGetBankTransactionAccount()); AuthToken.authenticate(memberYo); assertTrue(publicTeam.canGetBankTransactionAccount()); }
|
public final boolean canGetBankTransactionAccount() { return canAccess(new RgtActor.BankTransaction(), Action.READ); }
|
Actor extends Identifiable<T> { public final boolean canGetBankTransactionAccount() { return canAccess(new RgtActor.BankTransaction(), Action.READ); } }
|
Actor extends Identifiable<T> { public final boolean canGetBankTransactionAccount() { return canAccess(new RgtActor.BankTransaction(), Action.READ); } protected Actor(final T id); }
|
Actor extends Identifiable<T> { public final boolean canGetBankTransactionAccount() { return canAccess(new RgtActor.BankTransaction(), Action.READ); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
Actor extends Identifiable<T> { public final boolean canGetBankTransactionAccount() { return canAccess(new RgtActor.BankTransaction(), Action.READ); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
@Test public final void testCanGetContributions() { final Member tom = Member.create(db.getTom()); AuthToken.unAuthenticate(); assertTrue(tom.canGetContributions()); final Team publicTeam = Team.create(db.getPublicGroup()); AuthToken.unAuthenticate(); assertTrue(publicTeam.canGetContributions()); }
|
public final boolean canGetContributions() { return canAccess(new RgtActor.Contribution(), Action.READ); }
|
Actor extends Identifiable<T> { public final boolean canGetContributions() { return canAccess(new RgtActor.Contribution(), Action.READ); } }
|
Actor extends Identifiable<T> { public final boolean canGetContributions() { return canAccess(new RgtActor.Contribution(), Action.READ); } protected Actor(final T id); }
|
Actor extends Identifiable<T> { public final boolean canGetContributions() { return canAccess(new RgtActor.Contribution(), Action.READ); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
Actor extends Identifiable<T> { public final boolean canGetContributions() { return canAccess(new RgtActor.Contribution(), Action.READ); } protected Actor(final T id); static Actor<?> getActorFromDao(final DaoActor dao); final void setLogin(final String login); final String getLogin(); final Date getDateCreation(); final InternalAccount getInternalAccount(); final ExternalAccount getExternalAccount(); final PageIterable<BankTransaction> getBankTransactions(); PageIterable<Contribution> getContributions(); Contact getContact(); Contact getContactUnprotected(); abstract PageIterable<Contribution> doGetContributions(); PageIterable<MoneyWithdrawal> getMoneyWithdrawals(); abstract PageIterable<MoneyWithdrawal> doGetMoneyWithdrawals(); abstract String getDisplayName(); abstract Image getAvatar(); FollowList getFollowedContent(); final boolean canAccessDateCreation(); final boolean canGetInternalAccount(); final boolean canGetExternalAccount(); final boolean canGetBankTransactionAccount(); final boolean canGetContributions(); final boolean isTeam(); boolean hasInvoicingContact(); boolean hasInvoicingContact(final boolean all); }
|
@Test public final void testCanGetMessage() { final BankTransaction bankTransaction = BankTransaction.create(db.getYoBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(bankTransaction.canGetMessage()); AuthToken.authenticate(memberYo); assertTrue(bankTransaction.canGetMessage()); final BankTransaction groupBankTransaction = BankTransaction.create(db.getPublicGroupBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(groupBankTransaction.canGetMessage()); AuthToken.authenticate(loser); assertFalse(groupBankTransaction.canGetMessage()); AuthToken.authenticate(memberYo); assertTrue(groupBankTransaction.canGetMessage()); AuthToken.authenticate(memberTom); assertTrue(groupBankTransaction.canGetMessage()); }
|
public final boolean canGetMessage() { return canAccess(new RgtBankTransaction.Message(), Action.READ); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetMessage() { return canAccess(new RgtBankTransaction.Message(), Action.READ); } }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetMessage() { return canAccess(new RgtBankTransaction.Message(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetMessage() { return canAccess(new RgtBankTransaction.Message(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetMessage() { return canAccess(new RgtBankTransaction.Message(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); static final BigDecimal COMMISSION_VARIABLE_RATE; static final BigDecimal COMMISSION_FIX_RATE; }
|
@Test public final void testCanGetValuePaid() { final BankTransaction bankTransaction = BankTransaction.create(db.getYoBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(bankTransaction.canGetValuePaid()); AuthToken.authenticate(memberYo); assertTrue(bankTransaction.canGetValuePaid()); final BankTransaction groupBankTransaction = BankTransaction.create(db.getPublicGroupBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(groupBankTransaction.canGetValuePaid()); AuthToken.authenticate(loser); assertFalse(groupBankTransaction.canGetValuePaid()); AuthToken.authenticate(memberYo); assertTrue(groupBankTransaction.canGetValuePaid()); AuthToken.authenticate(memberTom); assertTrue(groupBankTransaction.canGetValuePaid()); }
|
public final boolean canGetValuePaid() { return canAccess(new RgtBankTransaction.ValuePaid(), Action.READ); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetValuePaid() { return canAccess(new RgtBankTransaction.ValuePaid(), Action.READ); } }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetValuePaid() { return canAccess(new RgtBankTransaction.ValuePaid(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetValuePaid() { return canAccess(new RgtBankTransaction.ValuePaid(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetValuePaid() { return canAccess(new RgtBankTransaction.ValuePaid(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); static final BigDecimal COMMISSION_VARIABLE_RATE; static final BigDecimal COMMISSION_FIX_RATE; }
|
@Test public final void testCanGetValue() { final BankTransaction bankTransaction = BankTransaction.create(db.getYoBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(bankTransaction.canGetValue()); AuthToken.authenticate(memberYo); assertTrue(bankTransaction.canGetValue()); final BankTransaction groupBankTransaction = BankTransaction.create(db.getPublicGroupBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(groupBankTransaction.canGetValue()); AuthToken.authenticate(loser); assertFalse(groupBankTransaction.canGetValue()); AuthToken.authenticate(memberYo); assertTrue(groupBankTransaction.canGetValue()); AuthToken.authenticate(memberTom); assertTrue(groupBankTransaction.canGetValue()); }
|
public final boolean canGetValue() { return canAccess(new RgtBankTransaction.Value(), Action.READ); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetValue() { return canAccess(new RgtBankTransaction.Value(), Action.READ); } }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetValue() { return canAccess(new RgtBankTransaction.Value(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetValue() { return canAccess(new RgtBankTransaction.Value(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetValue() { return canAccess(new RgtBankTransaction.Value(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); static final BigDecimal COMMISSION_VARIABLE_RATE; static final BigDecimal COMMISSION_FIX_RATE; }
|
@Test public final void testCanGetState() { final BankTransaction bankTransaction = BankTransaction.create(db.getYoBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(bankTransaction.canGetState()); AuthToken.authenticate(memberYo); assertTrue(bankTransaction.canGetState()); final BankTransaction groupBankTransaction = BankTransaction.create(db.getPublicGroupBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(groupBankTransaction.canGetState()); AuthToken.authenticate(loser); assertFalse(groupBankTransaction.canGetState()); AuthToken.authenticate(memberYo); assertTrue(groupBankTransaction.canGetState()); AuthToken.authenticate(memberTom); assertTrue(groupBankTransaction.canGetState()); }
|
public final boolean canGetState() { return canAccess(new RgtBankTransaction.State(), Action.READ); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetState() { return canAccess(new RgtBankTransaction.State(), Action.READ); } }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetState() { return canAccess(new RgtBankTransaction.State(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetState() { return canAccess(new RgtBankTransaction.State(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetState() { return canAccess(new RgtBankTransaction.State(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); static final BigDecimal COMMISSION_VARIABLE_RATE; static final BigDecimal COMMISSION_FIX_RATE; }
|
@Test public final void testCanGetCreationDate() { final BankTransaction bankTransaction = BankTransaction.create(db.getYoBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(bankTransaction.canGetCreationDate()); AuthToken.authenticate(memberYo); assertTrue(bankTransaction.canGetCreationDate()); final BankTransaction groupBankTransaction = BankTransaction.create(db.getPublicGroupBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(groupBankTransaction.canGetCreationDate()); AuthToken.authenticate(loser); assertFalse(groupBankTransaction.canGetCreationDate()); AuthToken.authenticate(memberYo); assertTrue(groupBankTransaction.canGetCreationDate()); AuthToken.authenticate(memberTom); assertTrue(groupBankTransaction.canGetCreationDate()); }
|
public final boolean canGetCreationDate() { return canAccess(new RgtBankTransaction.CreationDate(), Action.READ); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetCreationDate() { return canAccess(new RgtBankTransaction.CreationDate(), Action.READ); } }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetCreationDate() { return canAccess(new RgtBankTransaction.CreationDate(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetCreationDate() { return canAccess(new RgtBankTransaction.CreationDate(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetCreationDate() { return canAccess(new RgtBankTransaction.CreationDate(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); static final BigDecimal COMMISSION_VARIABLE_RATE; static final BigDecimal COMMISSION_FIX_RATE; }
|
@Test public final void testCanGetModificationDate() { final BankTransaction bankTransaction = BankTransaction.create(db.getYoBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(bankTransaction.canGetModificationDate()); AuthToken.authenticate(memberYo); assertTrue(bankTransaction.canGetModificationDate()); final BankTransaction groupBankTransaction = BankTransaction.create(db.getPublicGroupBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(groupBankTransaction.canGetModificationDate()); AuthToken.authenticate(loser); assertFalse(groupBankTransaction.canGetModificationDate()); AuthToken.authenticate(memberYo); assertTrue(groupBankTransaction.canGetModificationDate()); AuthToken.authenticate(memberTom); assertTrue(groupBankTransaction.canGetModificationDate()); }
|
public final boolean canGetModificationDate() { return canAccess(new RgtBankTransaction.ModificationDate(), Action.READ); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetModificationDate() { return canAccess(new RgtBankTransaction.ModificationDate(), Action.READ); } }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetModificationDate() { return canAccess(new RgtBankTransaction.ModificationDate(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetModificationDate() { return canAccess(new RgtBankTransaction.ModificationDate(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetModificationDate() { return canAccess(new RgtBankTransaction.ModificationDate(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); static final BigDecimal COMMISSION_VARIABLE_RATE; static final BigDecimal COMMISSION_FIX_RATE; }
|
@Test public final void testCanGetReference() { final BankTransaction bankTransaction = BankTransaction.create(db.getYoBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(bankTransaction.canGetReference()); AuthToken.authenticate(memberYo); assertTrue(bankTransaction.canGetReference()); final BankTransaction groupBankTransaction = BankTransaction.create(db.getPublicGroupBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(groupBankTransaction.canGetReference()); AuthToken.authenticate(loser); assertFalse(groupBankTransaction.canGetReference()); AuthToken.authenticate(memberYo); assertTrue(groupBankTransaction.canGetReference()); AuthToken.authenticate(memberTom); assertTrue(groupBankTransaction.canGetReference()); }
|
public final boolean canGetReference() { return canAccess(new RgtBankTransaction.Reference(), Action.READ); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetReference() { return canAccess(new RgtBankTransaction.Reference(), Action.READ); } }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetReference() { return canAccess(new RgtBankTransaction.Reference(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetReference() { return canAccess(new RgtBankTransaction.Reference(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetReference() { return canAccess(new RgtBankTransaction.Reference(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); static final BigDecimal COMMISSION_VARIABLE_RATE; static final BigDecimal COMMISSION_FIX_RATE; }
|
@Test public final void testCanGetAuthor() { final BankTransaction bankTransaction = BankTransaction.create(db.getYoBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(bankTransaction.canGetAuthor()); AuthToken.authenticate(memberYo); assertTrue(bankTransaction.canGetAuthor()); final BankTransaction groupBankTransaction = BankTransaction.create(db.getPublicGroupBankTransaction()); AuthToken.authenticate(memeberFred); assertFalse(groupBankTransaction.canGetAuthor()); AuthToken.authenticate(loser); assertFalse(groupBankTransaction.canGetAuthor()); AuthToken.authenticate(memberYo); assertTrue(groupBankTransaction.canGetAuthor()); AuthToken.authenticate(memberTom); assertTrue(groupBankTransaction.canGetAuthor()); }
|
public final boolean canGetAuthor() { return canAccess(new RgtBankTransaction.Author(), Action.READ); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetAuthor() { return canAccess(new RgtBankTransaction.Author(), Action.READ); } }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetAuthor() { return canAccess(new RgtBankTransaction.Author(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetAuthor() { return canAccess(new RgtBankTransaction.Author(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); }
|
BankTransaction extends Identifiable<DaoBankTransaction> { public final boolean canGetAuthor() { return canAccess(new RgtBankTransaction.Author(), Action.READ); } BankTransaction(final String message,
final String token,
final Actor<?> author,
final BigDecimal value,
final BigDecimal valuePayed,
final String orderReference); BankTransaction(final Actor<?> author, final BigDecimal value, final BigDecimal valuePayed, final String orderReference); private BankTransaction(final DaoBankTransaction dao); static BigDecimal computateAmountToPay(final BigDecimal amount); @SuppressWarnings("synthetic-access") static BankTransaction create(final DaoBankTransaction dao); static BankTransaction getByToken(final String token); BigDecimal getValuePaidUnprotected(); BigDecimal getValueUnprotected(); String getMessage(); BigDecimal getValuePaid(); BigDecimal getValue(); State getState(); State getStateUnprotected(); Date getCreationDate(); Date getModificationDate(); String getReference(); String getReferenceUnprotected(); Actor<?> getAuthor(); Invoice getInvoice(); final boolean canGetMessage(); final boolean canGetValuePaid(); final boolean canGetValue(); final boolean canGetState(); final boolean canGetCreationDate(); final boolean canGetModificationDate(); final boolean canGetReference(); final boolean canGetAuthor(); @Override ReturnType accept(final ModelClassVisitor<ReturnType> visitor); static final BigDecimal COMMISSION_VARIABLE_RATE; static final BigDecimal COMMISSION_FIX_RATE; }
|
@Test public void testCreateAndPersist() { DaoDescription.createAndPersist(DaoMember.getByLogin(yo.getLogin()), null, Language.FR, "A title", "a text"); try { DaoDescription.createAndPersist(DaoMember.getByLogin(yo.getLogin()), null, Language.FR, "", "a text"); fail(); } catch (final NonOptionalParameterException e) { assertTrue(true); } try { DaoDescription.createAndPersist(DaoMember.getByLogin(yo.getLogin()), null, Language.FR, "A title", ""); fail(); } catch (final NonOptionalParameterException e) { assertTrue(true); } try { DaoDescription.createAndPersist(DaoMember.getByLogin(yo.getLogin()), null, Language.FR, "A title", null); fail(); } catch (final NonOptionalParameterException e) { assertTrue(true); } try { DaoDescription.createAndPersist(DaoMember.getByLogin(yo.getLogin()), null, Language.FR, null, "a text"); fail(); } catch (final NonOptionalParameterException e) { assertTrue(true); } try { DaoDescription.createAndPersist(DaoMember.getByLogin(yo.getLogin()), null, null, "A title", "a text"); fail(); } catch (final NonOptionalParameterException e) { assertTrue(true); } try { DaoDescription.createAndPersist(null, null, Language.FR, "A title", "a text"); fail(); } catch (final NonOptionalParameterException e) { assertTrue(true); } }
|
public static DaoDescription createAndPersist(final DaoMember member, final DaoTeam team, final Language language, final String title, final String description) { final Session session = SessionManager.getSessionFactory().getCurrentSession(); if (member == null || language == null || title == null || title.isEmpty() || description == null || description.isEmpty()) { throw new NonOptionalParameterException(); } final DaoDescription descr = new DaoDescription(member, team, language, title, description); try { session.save(descr); } catch (final HibernateException e) { session.getTransaction().rollback(); SessionManager.getSessionFactory().getCurrentSession().beginTransaction(); throw e; } return descr; }
|
DaoDescription extends DaoIdentifiable { public static DaoDescription createAndPersist(final DaoMember member, final DaoTeam team, final Language language, final String title, final String description) { final Session session = SessionManager.getSessionFactory().getCurrentSession(); if (member == null || language == null || title == null || title.isEmpty() || description == null || description.isEmpty()) { throw new NonOptionalParameterException(); } final DaoDescription descr = new DaoDescription(member, team, language, title, description); try { session.save(descr); } catch (final HibernateException e) { session.getTransaction().rollback(); SessionManager.getSessionFactory().getCurrentSession().beginTransaction(); throw e; } return descr; } }
|
DaoDescription extends DaoIdentifiable { public static DaoDescription createAndPersist(final DaoMember member, final DaoTeam team, final Language language, final String title, final String description) { final Session session = SessionManager.getSessionFactory().getCurrentSession(); if (member == null || language == null || title == null || title.isEmpty() || description == null || description.isEmpty()) { throw new NonOptionalParameterException(); } final DaoDescription descr = new DaoDescription(member, team, language, title, description); try { session.save(descr); } catch (final HibernateException e) { session.getTransaction().rollback(); SessionManager.getSessionFactory().getCurrentSession().beginTransaction(); throw e; } return descr; } private DaoDescription(final DaoMember member, final DaoTeam team, final Language language, final String title, final String description); protected DaoDescription(); }
|
DaoDescription extends DaoIdentifiable { public static DaoDescription createAndPersist(final DaoMember member, final DaoTeam team, final Language language, final String title, final String description) { final Session session = SessionManager.getSessionFactory().getCurrentSession(); if (member == null || language == null || title == null || title.isEmpty() || description == null || description.isEmpty()) { throw new NonOptionalParameterException(); } final DaoDescription descr = new DaoDescription(member, team, language, title, description); try { session.save(descr); } catch (final HibernateException e) { session.getTransaction().rollback(); SessionManager.getSessionFactory().getCurrentSession().beginTransaction(); throw e; } return descr; } private DaoDescription(final DaoMember member, final DaoTeam team, final Language language, final String title, final String description); protected DaoDescription(); static DaoDescription createAndPersist(final DaoMember member,
final DaoTeam team,
final Language language,
final String title,
final String description); void addTranslation(final DaoMember member, final DaoTeam team, final Language language, final String title, final String description); void setDefaultLanguage(final Language defaultLanguage); DaoTranslation getDefaultTranslation(); PageIterable<DaoTranslation> getTranslations(); DaoTranslation getTranslation(final Language language); Language getDefaultLanguage(); @Override ReturnType accept(final DataClassVisitor<ReturnType> visitor); @Override int hashCode(); @Override boolean equals(final Object obj); }
|
DaoDescription extends DaoIdentifiable { public static DaoDescription createAndPersist(final DaoMember member, final DaoTeam team, final Language language, final String title, final String description) { final Session session = SessionManager.getSessionFactory().getCurrentSession(); if (member == null || language == null || title == null || title.isEmpty() || description == null || description.isEmpty()) { throw new NonOptionalParameterException(); } final DaoDescription descr = new DaoDescription(member, team, language, title, description); try { session.save(descr); } catch (final HibernateException e) { session.getTransaction().rollback(); SessionManager.getSessionFactory().getCurrentSession().beginTransaction(); throw e; } return descr; } private DaoDescription(final DaoMember member, final DaoTeam team, final Language language, final String title, final String description); protected DaoDescription(); static DaoDescription createAndPersist(final DaoMember member,
final DaoTeam team,
final Language language,
final String title,
final String description); void addTranslation(final DaoMember member, final DaoTeam team, final Language language, final String title, final String description); void setDefaultLanguage(final Language defaultLanguage); DaoTranslation getDefaultTranslation(); PageIterable<DaoTranslation> getTranslations(); DaoTranslation getTranslation(final Language language); Language getDefaultLanguage(); @Override ReturnType accept(final DataClassVisitor<ReturnType> visitor); @Override int hashCode(); @Override boolean equals(final Object obj); }
|
@Test public void testCanAccessTransaction() { final InternalAccount tomAccount = InternalAccount.create(db.getTom().getInternalAccount()); AuthToken.unAuthenticate(); assertFalse(tomAccount.canAccessTransaction()); AuthToken.authenticate(memberTom); assertTrue(tomAccount.canAccessTransaction()); AuthToken.authenticate(loser); assertFalse(tomAccount.canAccessTransaction()); final InternalAccount publicGroupAccount = InternalAccount.create(db.getPublicGroup().getInternalAccount()); AuthToken.unAuthenticate(); assertFalse(publicGroupAccount.canAccessTransaction()); AuthToken.authenticate(memberTom); assertTrue(publicGroupAccount.canAccessTransaction()); AuthToken.authenticate(memberYo); assertTrue(publicGroupAccount.canAccessTransaction()); AuthToken.authenticate(memeberFred); assertFalse(publicGroupAccount.canAccessTransaction()); AuthToken.authenticate(loser); assertFalse(publicGroupAccount.canAccessTransaction()); }
|
public final boolean canAccessTransaction() { return canAccess(new RgtAccount.Transaction(), Action.READ); }
|
Account extends Identifiable<T> { public final boolean canAccessTransaction() { return canAccess(new RgtAccount.Transaction(), Action.READ); } }
|
Account extends Identifiable<T> { public final boolean canAccessTransaction() { return canAccess(new RgtAccount.Transaction(), Action.READ); } protected Account(final T id); }
|
Account extends Identifiable<T> { public final boolean canAccessTransaction() { return canAccess(new RgtAccount.Transaction(), Action.READ); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
Account extends Identifiable<T> { public final boolean canAccessTransaction() { return canAccess(new RgtAccount.Transaction(), Action.READ); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
@Test public void testCanAccessAmount() { final InternalAccount tomAccount = InternalAccount.create(db.getTom().getInternalAccount()); AuthToken.unAuthenticate(); assertFalse(tomAccount.canAccessAmount()); AuthToken.authenticate(memberTom); assertTrue(tomAccount.canAccessAmount()); AuthToken.authenticate(loser); assertFalse(tomAccount.canAccessAmount()); final InternalAccount publicGroupAccount = InternalAccount.create(db.getPublicGroup().getInternalAccount()); AuthToken.unAuthenticate(); assertFalse(publicGroupAccount.canAccessAmount()); AuthToken.authenticate(memberTom); assertTrue(publicGroupAccount.canAccessAmount()); AuthToken.authenticate(memberYo); assertTrue(publicGroupAccount.canAccessAmount()); AuthToken.authenticate(memeberFred); assertFalse(publicGroupAccount.canAccessAmount()); AuthToken.authenticate(loser); assertFalse(publicGroupAccount.canAccessAmount()); }
|
public final boolean canAccessAmount() { return canAccess(new RgtAccount.Amount(), Action.READ); }
|
Account extends Identifiable<T> { public final boolean canAccessAmount() { return canAccess(new RgtAccount.Amount(), Action.READ); } }
|
Account extends Identifiable<T> { public final boolean canAccessAmount() { return canAccess(new RgtAccount.Amount(), Action.READ); } protected Account(final T id); }
|
Account extends Identifiable<T> { public final boolean canAccessAmount() { return canAccess(new RgtAccount.Amount(), Action.READ); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
Account extends Identifiable<T> { public final boolean canAccessAmount() { return canAccess(new RgtAccount.Amount(), Action.READ); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
@Test public void testCanAccessActor() { final InternalAccount tomAccount = InternalAccount.create(db.getTom().getInternalAccount()); AuthToken.unAuthenticate(); assertFalse(tomAccount.canAccessActor()); AuthToken.authenticate(memberTom); assertTrue(tomAccount.canAccessActor()); AuthToken.authenticate(loser); assertFalse(tomAccount.canAccessActor()); final InternalAccount publicGroupAccount = InternalAccount.create(db.getPublicGroup().getInternalAccount()); AuthToken.unAuthenticate(); assertFalse(publicGroupAccount.canAccessActor()); AuthToken.authenticate(memberTom); assertTrue(publicGroupAccount.canAccessActor()); AuthToken.authenticate(memberYo); assertTrue(publicGroupAccount.canAccessActor()); AuthToken.authenticate(memeberFred); assertFalse(publicGroupAccount.canAccessActor()); AuthToken.authenticate(loser); assertFalse(publicGroupAccount.canAccessActor()); }
|
public final boolean canAccessActor() { return canAccess(new RgtAccount.Actor(), Action.READ); }
|
Account extends Identifiable<T> { public final boolean canAccessActor() { return canAccess(new RgtAccount.Actor(), Action.READ); } }
|
Account extends Identifiable<T> { public final boolean canAccessActor() { return canAccess(new RgtAccount.Actor(), Action.READ); } protected Account(final T id); }
|
Account extends Identifiable<T> { public final boolean canAccessActor() { return canAccess(new RgtAccount.Actor(), Action.READ); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
Account extends Identifiable<T> { public final boolean canAccessActor() { return canAccess(new RgtAccount.Actor(), Action.READ); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
@Test public void testCanAccessCreationDate() { final InternalAccount tomAccount = InternalAccount.create(db.getTom().getInternalAccount()); AuthToken.unAuthenticate(); assertFalse(tomAccount.canAccessCreationDate()); AuthToken.authenticate(memberTom); assertTrue(tomAccount.canAccessCreationDate()); AuthToken.authenticate(loser); assertFalse(tomAccount.canAccessCreationDate()); final InternalAccount publicGroupAccount = InternalAccount.create(db.getPublicGroup().getInternalAccount()); AuthToken.unAuthenticate(); assertFalse(publicGroupAccount.canAccessCreationDate()); AuthToken.authenticate(memberTom); assertTrue(publicGroupAccount.canAccessCreationDate()); AuthToken.authenticate(memberYo); assertTrue(publicGroupAccount.canAccessCreationDate()); AuthToken.authenticate(memeberFred); assertFalse(publicGroupAccount.canAccessCreationDate()); AuthToken.authenticate(loser); assertFalse(publicGroupAccount.canAccessCreationDate()); }
|
public final boolean canAccessCreationDate() { return canAccess(new RgtAccount.CreationDate(), Action.READ); }
|
Account extends Identifiable<T> { public final boolean canAccessCreationDate() { return canAccess(new RgtAccount.CreationDate(), Action.READ); } }
|
Account extends Identifiable<T> { public final boolean canAccessCreationDate() { return canAccess(new RgtAccount.CreationDate(), Action.READ); } protected Account(final T id); }
|
Account extends Identifiable<T> { public final boolean canAccessCreationDate() { return canAccess(new RgtAccount.CreationDate(), Action.READ); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
Account extends Identifiable<T> { public final boolean canAccessCreationDate() { return canAccess(new RgtAccount.CreationDate(), Action.READ); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
@Test public void testCanAccessLastModificationDate() { final InternalAccount tomAccount = InternalAccount.create(db.getTom().getInternalAccount()); AuthToken.unAuthenticate(); assertFalse(tomAccount.canAccessLastModificationDate()); AuthToken.authenticate(memberTom); assertTrue(tomAccount.canAccessLastModificationDate()); AuthToken.authenticate(loser); assertFalse(tomAccount.canAccessLastModificationDate()); final InternalAccount publicGroupAccount = InternalAccount.create(db.getPublicGroup().getInternalAccount()); AuthToken.unAuthenticate(); assertFalse(publicGroupAccount.canAccessLastModificationDate()); AuthToken.authenticate(memberTom); assertTrue(publicGroupAccount.canAccessLastModificationDate()); AuthToken.authenticate(memberYo); assertTrue(publicGroupAccount.canAccessLastModificationDate()); AuthToken.authenticate(memeberFred); assertFalse(publicGroupAccount.canAccessLastModificationDate()); AuthToken.authenticate(loser); assertFalse(publicGroupAccount.canAccessLastModificationDate()); }
|
public final boolean canAccessLastModificationDate() { return canAccess(new RgtAccount.LastModificationDate(), Action.READ); }
|
Account extends Identifiable<T> { public final boolean canAccessLastModificationDate() { return canAccess(new RgtAccount.LastModificationDate(), Action.READ); } }
|
Account extends Identifiable<T> { public final boolean canAccessLastModificationDate() { return canAccess(new RgtAccount.LastModificationDate(), Action.READ); } protected Account(final T id); }
|
Account extends Identifiable<T> { public final boolean canAccessLastModificationDate() { return canAccess(new RgtAccount.LastModificationDate(), Action.READ); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
Account extends Identifiable<T> { public final boolean canAccessLastModificationDate() { return canAccess(new RgtAccount.LastModificationDate(), Action.READ); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
@Test public void testGetLastModificationDate() { final InternalAccount tomAccount = InternalAccount.create(db.getTom().getInternalAccount()); try { AuthToken.unAuthenticate(); tomAccount.getLastModificationDate(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } try { AuthToken.authenticate(memberTom); tomAccount.getLastModificationDate(); assertEquals(tomAccount.getLastModificationDate(), db.getTom().getInternalAccount().getLastModificationDate()); } catch (final UnauthorizedOperationException e) { fail(); } try { AuthToken.authenticate(loser); tomAccount.getLastModificationDate(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } final InternalAccount publicGroupAccount = InternalAccount.create(db.getPublicGroup().getInternalAccount()); try { AuthToken.unAuthenticate(); publicGroupAccount.getLastModificationDate(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } try { AuthToken.authenticate(memberTom); publicGroupAccount.getLastModificationDate(); } catch (final UnauthorizedOperationException e) { fail(); } try { AuthToken.authenticate(memberYo); publicGroupAccount.getLastModificationDate(); } catch (final UnauthorizedOperationException e) { fail(); } try { AuthToken.authenticate(memeberFred); publicGroupAccount.getLastModificationDate(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } try { AuthToken.authenticate(loser); publicGroupAccount.getLastModificationDate(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } }
|
public final Date getLastModificationDate() throws UnauthorizedOperationException { tryAccess(new RgtAccount.LastModificationDate(), Action.READ); return getDao().getLastModificationDate(); }
|
Account extends Identifiable<T> { public final Date getLastModificationDate() throws UnauthorizedOperationException { tryAccess(new RgtAccount.LastModificationDate(), Action.READ); return getDao().getLastModificationDate(); } }
|
Account extends Identifiable<T> { public final Date getLastModificationDate() throws UnauthorizedOperationException { tryAccess(new RgtAccount.LastModificationDate(), Action.READ); return getDao().getLastModificationDate(); } protected Account(final T id); }
|
Account extends Identifiable<T> { public final Date getLastModificationDate() throws UnauthorizedOperationException { tryAccess(new RgtAccount.LastModificationDate(), Action.READ); return getDao().getLastModificationDate(); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
Account extends Identifiable<T> { public final Date getLastModificationDate() throws UnauthorizedOperationException { tryAccess(new RgtAccount.LastModificationDate(), Action.READ); return getDao().getLastModificationDate(); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
@Test public void testGetAmount() { final InternalAccount tomAccount = InternalAccount.create(db.getTom().getInternalAccount()); try { AuthToken.unAuthenticate(); tomAccount.getAmount(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } try { AuthToken.authenticate(memberTom); tomAccount.getAmount(); assertEquals(tomAccount.getAmount(), db.getTom().getInternalAccount().getAmount()); } catch (final UnauthorizedOperationException e) { fail(); } try { AuthToken.authenticate(loser); tomAccount.getAmount(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } final InternalAccount publicGroupAccount = InternalAccount.create(db.getPublicGroup().getInternalAccount()); try { AuthToken.unAuthenticate(); publicGroupAccount.getAmount(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } try { AuthToken.authenticate(memberTom); publicGroupAccount.getAmount(); } catch (final UnauthorizedOperationException e) { fail(); } try { AuthToken.authenticate(memberYo); publicGroupAccount.getAmount(); } catch (final UnauthorizedOperationException e) { fail(); } try { AuthToken.authenticate(memeberFred); publicGroupAccount.getAmount(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } try { AuthToken.authenticate(loser); publicGroupAccount.getAmount(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } }
|
public final BigDecimal getAmount() throws UnauthorizedOperationException { tryAccess(new RgtAccount.Amount(), Action.READ); return getDao().getAmount(); }
|
Account extends Identifiable<T> { public final BigDecimal getAmount() throws UnauthorizedOperationException { tryAccess(new RgtAccount.Amount(), Action.READ); return getDao().getAmount(); } }
|
Account extends Identifiable<T> { public final BigDecimal getAmount() throws UnauthorizedOperationException { tryAccess(new RgtAccount.Amount(), Action.READ); return getDao().getAmount(); } protected Account(final T id); }
|
Account extends Identifiable<T> { public final BigDecimal getAmount() throws UnauthorizedOperationException { tryAccess(new RgtAccount.Amount(), Action.READ); return getDao().getAmount(); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
Account extends Identifiable<T> { public final BigDecimal getAmount() throws UnauthorizedOperationException { tryAccess(new RgtAccount.Amount(), Action.READ); return getDao().getAmount(); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
@Test public void testGetTransactions() { final InternalAccount tomAccount = InternalAccount.create(db.getTom().getInternalAccount()); try { AuthToken.unAuthenticate(); tomAccount.getTransactions(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } try { AuthToken.authenticate(memberTom); tomAccount.getTransactions(); assertEquals(tomAccount.getTransactions().size(), db.getTom().getInternalAccount().getTransactions().size()); } catch (final UnauthorizedOperationException e) { fail(); } try { AuthToken.authenticate(loser); tomAccount.getTransactions(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } final InternalAccount publicGroupAccount = InternalAccount.create(db.getPublicGroup().getInternalAccount()); try { AuthToken.unAuthenticate(); publicGroupAccount.getTransactions(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } try { AuthToken.authenticate(memberTom); publicGroupAccount.getTransactions(); } catch (final UnauthorizedOperationException e) { fail(); } try { AuthToken.authenticate(memberYo); publicGroupAccount.getTransactions(); } catch (final UnauthorizedOperationException e) { fail(); } try { AuthToken.authenticate(memeberFred); publicGroupAccount.getTransactions(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } try { AuthToken.authenticate(loser); publicGroupAccount.getTransactions(); fail(); } catch (final UnauthorizedOperationException e) { assertTrue(true); } }
|
public final PageIterable<Transaction> getTransactions() throws UnauthorizedOperationException { tryAccess(new RgtAccount.Transaction(), Action.READ); return new TransactionList(getDao().getTransactions()); }
|
Account extends Identifiable<T> { public final PageIterable<Transaction> getTransactions() throws UnauthorizedOperationException { tryAccess(new RgtAccount.Transaction(), Action.READ); return new TransactionList(getDao().getTransactions()); } }
|
Account extends Identifiable<T> { public final PageIterable<Transaction> getTransactions() throws UnauthorizedOperationException { tryAccess(new RgtAccount.Transaction(), Action.READ); return new TransactionList(getDao().getTransactions()); } protected Account(final T id); }
|
Account extends Identifiable<T> { public final PageIterable<Transaction> getTransactions() throws UnauthorizedOperationException { tryAccess(new RgtAccount.Transaction(), Action.READ); return new TransactionList(getDao().getTransactions()); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
Account extends Identifiable<T> { public final PageIterable<Transaction> getTransactions() throws UnauthorizedOperationException { tryAccess(new RgtAccount.Transaction(), Action.READ); return new TransactionList(getDao().getTransactions()); } protected Account(final T id); final boolean canAccessTransaction(); final boolean canAccessAmount(); final boolean canAccessActor(); final boolean canAccessCreationDate(); final boolean canAccessLastModificationDate(); final Date getLastModificationDate(); final BigDecimal getAmount(); final PageIterable<Transaction> getTransactions(); final Actor<?> getActor(); final Date getCreationDate(); }
|
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.