@Test public void testMCogsEuclid() { fail("Not yet implemented"); }
@SuppressWarnings({StableData.RAW_TYPES, StableData.UNCHECKED}) public Map<Integer, Map> mCogsEuclid(Map<Long, FMHMMNode> HashMap) { Map<Integer, Map> HashMapRoot= new HashMap<>(); Iterator<Long> iter= HashMap.keySet().iterator(); Here: while (iter.hasNext()) { Long keyValue= iter.next(); Integer charOfKeyValueToInteger= Integer.valueOf(StableData.EMPTY_STRING + keyValue); int range= (charOfKeyValueToInteger.intValue()>> StableData.INT_SIX); int rangeHigh= range >> StableData.INT_FOUR; if (!HashMapRoot.containsKey(rangeHigh)) { HashMap<Long, FMHMMNode> innerHashMap = new HashMap<>(); innerHashMap.put(keyValue, HashMap.get(keyValue)); HashMap<Integer, HashMap> root = new HashMap<>(); root.put(range, innerHashMap); HashMapRoot.put(rangeHigh, root); continue Here; } Map<Integer, HashMap> root= HashMapRoot.get(rangeHigh); if (!root.containsKey(range)) { HashMap<Long, FMHMMNode> innerHashMap = new HashMap<>(); innerHashMap.put(keyValue, HashMap.get(keyValue)); root.put(range, innerHashMap); HashMapRoot.put(rangeHigh, root); continue Here; } HashMap<Long, FMHMMNode> innerHashMap = root.get(range); innerHashMap.put(keyValue, HashMap.get(keyValue)); root.put(range, innerHashMap); HashMapRoot.put(rangeHigh, root); } return HashMapRoot; }
EuclidControllerImp implements EuclidController { @SuppressWarnings({StableData.RAW_TYPES, StableData.UNCHECKED}) public Map<Integer, Map> mCogsEuclid(Map<Long, FMHMMNode> HashMap) { Map<Integer, Map> HashMapRoot= new HashMap<>(); Iterator<Long> iter= HashMap.keySet().iterator(); Here: while (iter.hasNext()) { Long keyValue= iter.next(); Integer charOfKeyValueToInteger= Integer.valueOf(StableData.EMPTY_STRING + keyValue); int range= (charOfKeyValueToInteger.intValue()>> StableData.INT_SIX); int rangeHigh= range >> StableData.INT_FOUR; if (!HashMapRoot.containsKey(rangeHigh)) { HashMap<Long, FMHMMNode> innerHashMap = new HashMap<>(); innerHashMap.put(keyValue, HashMap.get(keyValue)); HashMap<Integer, HashMap> root = new HashMap<>(); root.put(range, innerHashMap); HashMapRoot.put(rangeHigh, root); continue Here; } Map<Integer, HashMap> root= HashMapRoot.get(rangeHigh); if (!root.containsKey(range)) { HashMap<Long, FMHMMNode> innerHashMap = new HashMap<>(); innerHashMap.put(keyValue, HashMap.get(keyValue)); root.put(range, innerHashMap); HashMapRoot.put(rangeHigh, root); continue Here; } HashMap<Long, FMHMMNode> innerHashMap = root.get(range); innerHashMap.put(keyValue, HashMap.get(keyValue)); root.put(range, innerHashMap); HashMapRoot.put(rangeHigh, root); } return HashMapRoot; } }
EuclidControllerImp implements EuclidController { @SuppressWarnings({StableData.RAW_TYPES, StableData.UNCHECKED}) public Map<Integer, Map> mCogsEuclid(Map<Long, FMHMMNode> HashMap) { Map<Integer, Map> HashMapRoot= new HashMap<>(); Iterator<Long> iter= HashMap.keySet().iterator(); Here: while (iter.hasNext()) { Long keyValue= iter.next(); Integer charOfKeyValueToInteger= Integer.valueOf(StableData.EMPTY_STRING + keyValue); int range= (charOfKeyValueToInteger.intValue()>> StableData.INT_SIX); int rangeHigh= range >> StableData.INT_FOUR; if (!HashMapRoot.containsKey(rangeHigh)) { HashMap<Long, FMHMMNode> innerHashMap = new HashMap<>(); innerHashMap.put(keyValue, HashMap.get(keyValue)); HashMap<Integer, HashMap> root = new HashMap<>(); root.put(range, innerHashMap); HashMapRoot.put(rangeHigh, root); continue Here; } Map<Integer, HashMap> root= HashMapRoot.get(rangeHigh); if (!root.containsKey(range)) { HashMap<Long, FMHMMNode> innerHashMap = new HashMap<>(); innerHashMap.put(keyValue, HashMap.get(keyValue)); root.put(range, innerHashMap); HashMapRoot.put(rangeHigh, root); continue Here; } HashMap<Long, FMHMMNode> innerHashMap = root.get(range); innerHashMap.put(keyValue, HashMap.get(keyValue)); root.put(range, innerHashMap); HashMapRoot.put(rangeHigh, root); } return HashMapRoot; }  }
EuclidControllerImp implements EuclidController { @SuppressWarnings({StableData.RAW_TYPES, StableData.UNCHECKED}) public Map<Integer, Map> mCogsEuclid(Map<Long, FMHMMNode> HashMap) { Map<Integer, Map> HashMapRoot= new HashMap<>(); Iterator<Long> iter= HashMap.keySet().iterator(); Here: while (iter.hasNext()) { Long keyValue= iter.next(); Integer charOfKeyValueToInteger= Integer.valueOf(StableData.EMPTY_STRING + keyValue); int range= (charOfKeyValueToInteger.intValue()>> StableData.INT_SIX); int rangeHigh= range >> StableData.INT_FOUR; if (!HashMapRoot.containsKey(rangeHigh)) { HashMap<Long, FMHMMNode> innerHashMap = new HashMap<>(); innerHashMap.put(keyValue, HashMap.get(keyValue)); HashMap<Integer, HashMap> root = new HashMap<>(); root.put(range, innerHashMap); HashMapRoot.put(rangeHigh, root); continue Here; } Map<Integer, HashMap> root= HashMapRoot.get(rangeHigh); if (!root.containsKey(range)) { HashMap<Long, FMHMMNode> innerHashMap = new HashMap<>(); innerHashMap.put(keyValue, HashMap.get(keyValue)); root.put(range, innerHashMap); HashMapRoot.put(rangeHigh, root); continue Here; } HashMap<Long, FMHMMNode> innerHashMap = root.get(range); innerHashMap.put(keyValue, HashMap.get(keyValue)); root.put(range, innerHashMap); HashMapRoot.put(rangeHigh, root); } return HashMapRoot; }  @SuppressWarnings({StableData.RAW_TYPES, StableData.UNCHECKED}) Map<Integer, Map> mCogsEuclid(Map<Long, FMHMMNode> HashMap); }
EuclidControllerImp implements EuclidController { @SuppressWarnings({StableData.RAW_TYPES, StableData.UNCHECKED}) public Map<Integer, Map> mCogsEuclid(Map<Long, FMHMMNode> HashMap) { Map<Integer, Map> HashMapRoot= new HashMap<>(); Iterator<Long> iter= HashMap.keySet().iterator(); Here: while (iter.hasNext()) { Long keyValue= iter.next(); Integer charOfKeyValueToInteger= Integer.valueOf(StableData.EMPTY_STRING + keyValue); int range= (charOfKeyValueToInteger.intValue()>> StableData.INT_SIX); int rangeHigh= range >> StableData.INT_FOUR; if (!HashMapRoot.containsKey(rangeHigh)) { HashMap<Long, FMHMMNode> innerHashMap = new HashMap<>(); innerHashMap.put(keyValue, HashMap.get(keyValue)); HashMap<Integer, HashMap> root = new HashMap<>(); root.put(range, innerHashMap); HashMapRoot.put(rangeHigh, root); continue Here; } Map<Integer, HashMap> root= HashMapRoot.get(rangeHigh); if (!root.containsKey(range)) { HashMap<Long, FMHMMNode> innerHashMap = new HashMap<>(); innerHashMap.put(keyValue, HashMap.get(keyValue)); root.put(range, innerHashMap); HashMapRoot.put(rangeHigh, root); continue Here; } HashMap<Long, FMHMMNode> innerHashMap = root.get(range); innerHashMap.put(keyValue, HashMap.get(keyValue)); root.put(range, innerHashMap); HashMapRoot.put(rangeHigh, root); } return HashMapRoot; }  @SuppressWarnings({StableData.RAW_TYPES, StableData.UNCHECKED}) Map<Integer, Map> mCogsEuclid(Map<Long, FMHMMNode> HashMap);  }