for (int i = 0; i < thelist.size; i++) { if (i + 1 > deserializeReuse.size()) { deserializeReuse.add(getElementType().deserialize(null, iprot)); } else { deserializeReuse.set(i, getElementType().deserialize( deserializeReuse.get(i), iprot));
@Override public Map<Object, Object> deserialize(Object reuse, TProtocol iprot) throws SerDeException, TException, IllegalAccessException { Map<Object, Object> deserializeReuse; if (reuse != null && reuse.getClass() == LinkedHashMap.class) { deserializeReuse = (Map<Object, Object>) reuse; deserializeReuse.clear(); } else { deserializeReuse = new LinkedHashMap<Object, Object>(); } TMap themap = iprot.readMapBegin(); if (themap == null) { return null; } // themap might be reused by the Protocol. int mapSize = themap.size; for (int i = 0; i < mapSize; i++) { Object key = getKeyType().deserialize(null, iprot); Object value = getValueType().deserialize(null, iprot); deserializeReuse.put(key, value); } // in theory, the below call isn't needed in non thrift_mode, but let's not // get too crazy iprot.readMapEnd(); return deserializeReuse; }
/** * NOTE: Set is not supported by Hive yet. */ @Override public Object deserialize(Object reuse, TProtocol iprot) throws SerDeException, TException, IllegalAccessException { TSet theset = iprot.readSetBegin(); if (theset == null) { return null; } Set<Object> result; if (reuse != null) { result = (Set<Object>) reuse; result.clear(); } else { result = new HashSet<Object>(); } for (int i = 0; i < theset.size; i++) { Object elem = getElementType().deserialize(null, iprot); result.add(elem); } // in theory, the below call isn't needed in non thrift_mode, but let's not // get too crazy iprot.readSetEnd(); return result; }
struct.set(orderedId, mt.deserialize(struct.get(orderedId), iprot)); if (thrift_mode) { iprot.readFieldEnd();
for (int i = 0; i < thelist.size; i++) { if (i + 1 > deserializeReuse.size()) { deserializeReuse.add(getElementType().deserialize(null, iprot)); } else { deserializeReuse.set(i, getElementType().deserialize( deserializeReuse.get(i), iprot));
for (int i = 0; i < thelist.size; i++) { if (i + 1 > deserializeReuse.size()) { deserializeReuse.add(getElementType().deserialize(null, iprot)); } else { deserializeReuse.set(i, getElementType().deserialize( deserializeReuse.get(i), iprot));
for (int i = 0; i < thelist.size; i++) { if (i + 1 > deserializeReuse.size()) { deserializeReuse.add(getElementType().deserialize(null, iprot)); } else { deserializeReuse.set(i, getElementType().deserialize( deserializeReuse.get(i), iprot));
@Override public Map<Object, Object> deserialize(Object reuse, TProtocol iprot) throws SerDeException, TException, IllegalAccessException { Map<Object, Object> deserializeReuse; if (reuse != null && reuse.getClass() == LinkedHashMap.class) { deserializeReuse = (Map<Object, Object>) reuse; deserializeReuse.clear(); } else { deserializeReuse = new LinkedHashMap<Object, Object>(); } TMap themap = iprot.readMapBegin(); if (themap == null) { return null; } // themap might be reused by the Protocol. int mapSize = themap.size; for (int i = 0; i < mapSize; i++) { Object key = getKeyType().deserialize(null, iprot); Object value = getValueType().deserialize(null, iprot); deserializeReuse.put(key, value); } // in theory, the below call isn't needed in non thrift_mode, but let's not // get too crazy iprot.readMapEnd(); return deserializeReuse; }
@Override public Map<Object, Object> deserialize(Object reuse, TProtocol iprot) throws SerDeException, TException, IllegalAccessException { HashMap<Object, Object> deserializeReuse; if (reuse != null) { deserializeReuse = (HashMap<Object, Object>) reuse; deserializeReuse.clear(); } else { deserializeReuse = new HashMap<Object, Object>(); } TMap themap = iprot.readMapBegin(); if (themap == null) { return null; } // themap might be reused by the Protocol. int mapSize = themap.size; for (int i = 0; i < mapSize; i++) { Object key = getKeyType().deserialize(null, iprot); Object value = getValueType().deserialize(null, iprot); deserializeReuse.put(key, value); } // in theory, the below call isn't needed in non thrift_mode, but let's not // get too crazy iprot.readMapEnd(); return deserializeReuse; }
@Override public Map<Object, Object> deserialize(Object reuse, TProtocol iprot) throws SerDeException, TException, IllegalAccessException { HashMap<Object, Object> deserializeReuse; if (reuse != null) { deserializeReuse = (HashMap<Object, Object>) reuse; deserializeReuse.clear(); } else { deserializeReuse = new HashMap<Object, Object>(); } TMap themap = iprot.readMapBegin(); if (themap == null) { return null; } // themap might be reused by the Protocol. int mapSize = themap.size; for (int i = 0; i < mapSize; i++) { Object key = getKeyType().deserialize(null, iprot); Object value = getValueType().deserialize(null, iprot); deserializeReuse.put(key, value); } // in theory, the below call isn't needed in non thrift_mode, but let's not // get too crazy iprot.readMapEnd(); return deserializeReuse; }
for (int i = 0; i < thelist.size; i++) { if (i + 1 > deserializeReuse.size()) { deserializeReuse.add(getElementType().deserialize(null, iprot)); } else { deserializeReuse.set(i, getElementType().deserialize( deserializeReuse.get(i), iprot));
for (int i = 0; i < thelist.size; i++) { if (i + 1 > deserializeReuse.size()) { deserializeReuse.add(getElementType().deserialize(null, iprot)); } else { deserializeReuse.set(i, getElementType().deserialize( deserializeReuse.get(i), iprot));
@Override public Map<Object, Object> deserialize(Object reuse, TProtocol iprot) throws SerDeException, TException, IllegalAccessException { HashMap<Object, Object> deserializeReuse; if (reuse != null) { deserializeReuse = (HashMap<Object, Object>) reuse; deserializeReuse.clear(); } else { deserializeReuse = new HashMap<Object, Object>(); } TMap themap = iprot.readMapBegin(); if (themap == null) { return null; } // themap might be reused by the Protocol. int mapSize = themap.size; for (int i = 0; i < mapSize; i++) { Object key = getKeyType().deserialize(null, iprot); Object value = getValueType().deserialize(null, iprot); deserializeReuse.put(key, value); } // in theory, the below call isn't needed in non thrift_mode, but let's not // get too crazy iprot.readMapEnd(); return deserializeReuse; }
@Override public Map<Object, Object> deserialize(Object reuse, TProtocol iprot) throws SerDeException, TException, IllegalAccessException { HashMap<Object, Object> deserializeReuse; if (reuse != null) { deserializeReuse = (HashMap<Object, Object>) reuse; deserializeReuse.clear(); } else { deserializeReuse = new HashMap<Object, Object>(); } TMap themap = iprot.readMapBegin(); if (themap == null) { return null; } // themap might be reused by the Protocol. int mapSize = themap.size; for (int i = 0; i < mapSize; i++) { Object key = getKeyType().deserialize(null, iprot); Object value = getValueType().deserialize(null, iprot); deserializeReuse.put(key, value); } // in theory, the below call isn't needed in non thrift_mode, but let's not // get too crazy iprot.readMapEnd(); return deserializeReuse; }
/** * NOTE: Set is not supported by Hive yet. */ @Override public Object deserialize(Object reuse, TProtocol iprot) throws SerDeException, TException, IllegalAccessException { TSet theset = iprot.readSetBegin(); if (theset == null) { return null; } Set<Object> result; if (reuse != null) { result = (Set<Object>) reuse; result.clear(); } else { result = new HashSet<Object>(); } for (int i = 0; i < theset.size; i++) { Object elem = getElementType().deserialize(null, iprot); result.add(elem); } // in theory, the below call isn't needed in non thrift_mode, but let's not // get too crazy iprot.readSetEnd(); return result; }
/** * NOTE: Set is not supported by Hive yet. */ @Override public Object deserialize(Object reuse, TProtocol iprot) throws SerDeException, TException, IllegalAccessException { TSet theset = iprot.readSetBegin(); if (theset == null) { return null; } Set<Object> result; if (reuse != null) { result = (Set<Object>) reuse; result.clear(); } else { result = new HashSet<Object>(); } for (int i = 0; i < theset.size; i++) { Object elem = getElementType().deserialize(null, iprot); result.add(elem); } // in theory, the below call isn't needed in non thrift_mode, but let's not // get too crazy iprot.readSetEnd(); return result; }
/** * NOTE: Set is not supported by Hive yet. */ @Override public Object deserialize(Object reuse, TProtocol iprot) throws SerDeException, TException, IllegalAccessException { TSet theset = iprot.readSetBegin(); if (theset == null) { return null; } Set<Object> result; if (reuse != null) { result = (Set<Object>) reuse; result.clear(); } else { result = new HashSet<Object>(); } for (int i = 0; i < theset.size; i++) { Object elem = getElementType().deserialize(null, iprot); result.add(elem); } // in theory, the below call isn't needed in non thrift_mode, but let's not // get too crazy iprot.readSetEnd(); return result; }
/** * NOTE: Set is not supported by Hive yet. */ @Override public Object deserialize(Object reuse, TProtocol iprot) throws SerDeException, TException, IllegalAccessException { TSet theset = iprot.readSetBegin(); if (theset == null) { return null; } Set<Object> result; if (reuse != null) { result = (Set<Object>) reuse; result.clear(); } else { result = new HashSet<Object>(); } for (int i = 0; i < theset.size; i++) { Object elem = getElementType().deserialize(null, iprot); result.add(elem); } // in theory, the below call isn't needed in non thrift_mode, but let's not // get too crazy iprot.readSetEnd(); return result; }
/** * NOTE: Set is not supported by Hive yet. */ @Override public Object deserialize(Object reuse, TProtocol iprot) throws SerDeException, TException, IllegalAccessException { TSet theset = iprot.readSetBegin(); if (theset == null) { return null; } Set<Object> result; if (reuse != null) { result = (Set<Object>) reuse; result.clear(); } else { result = new HashSet<Object>(); } for (int i = 0; i < theset.size; i++) { Object elem = getElementType().deserialize(null, iprot); result.add(elem); } // in theory, the below call isn't needed in non thrift_mode, but let's not // get too crazy iprot.readSetEnd(); return result; }
struct.set(orderedId, mt.deserialize(struct.get(orderedId), iprot)); if (thrift_mode) { iprot.readFieldEnd();