public TransferObjectWrapper getObjectWrapper(TransferInputStream tins) {
account = new TestAccount();
account.setId(tins.readInt());
account.setName(tins.readString());
account.setAddress(tins.readString());
return this;
}
public TransferObjectWrapper getObjectWrapper(TransferInputStream tins) {
allTypeBean = new AllTypeBean();
allTypeBean.setAboolean(tins.readBoolean());
allTypeBean.setAbyte(tins.readByte());
allTypeBean.setAshort(tins.readShort());
allTypeBean.setAchar(tins.readChar());
allTypeBean.setAint(tins.readInt());
allTypeBean.setAlong(tins.readLong());
allTypeBean.setAfloat(tins.readFloat());
allTypeBean.setAdouble(tins.readDouble());
allTypeBean.setAdate(tins.readDate());
allTypeBean.setAstring(tins.readString());
return this;
}
// server call
public override void setByteData(byte[] buf) {
TransferInputStream tins = new TransferInputStream(buf);
this.calleeClass = tins.readString();
this.calleeMethod = tins.readString();
this.returnType = tins.readByte();
this.compress = tins.readBoolean();
while (!tins.isFinished()) {
byte type = tins.readByte();
if (type == DATATYPE_BOOLEAN) {
putBoolean(tins.readBoolean());
} else if (type == DATATYPE_BYTE) {
putByte(tins.readByte());
} else if (type == DATATYPE_SHORT) {
putShort(tins.readShort());
} else if (type == DATATYPE_CHAR) {
putChar(tins.readChar());
} else if (type == DATATYPE_INT) {
putInt(tins.readInt());
} else if (type == DATATYPE_LONG) {
putLong(tins.readLong());
} else if (type == DATATYPE_FLOAT) {
putFloat(tins.readFloat());
} else if (type == DATATYPE_DOUBLE) {
putDouble(tins.readDouble());
} else if (type == DATATYPE_DATE) {
putDate(tins.readDate());
} else if (type == DATATYPE_STRING) {
putString(tins.readString());
} else if (type == DATATYPE_BYTEARRAY) {
putByteArray(tins.readByteArray());
} else if (type == DATATYPE_INTARRAY) {
putIntArray(tins.readIntArray());
} else if (type == DATATYPE_LONGARRAY) {
putLongArray(tins.readLongArray());
} else if (type == DATATYPE_FLOATARRAY) {
putFloatArray(tins.readFloatArray());
} else if (type == DATATYPE_DOUBLEARRAY) {
putDoubleArray(tins.readDoubleArray());
} else if (type == DATATYPE_STRINGARRAY) {
putStringArray(tins.readStringArray());
} else if (type == DATATYPE_WRAPPER) {
putWrapper(tins.readWrapper());
}
}
}
public static Object convertReturnByteArray(byte[] buf) {
Object returnObject = null;
TransferInputStream tins = new TransferInputStream(buf);
byte returnType = tins.readByte();
if (returnType == DATATYPE_BOOLEAN) {
returnObject = tins.readBoolean();
} else if (returnType == DATATYPE_BYTE) {
returnObject = tins.readByte();
} else if (returnType == DATATYPE_SHORT) {
returnObject = tins.readShort();
} else if (returnType == DATATYPE_CHAR) {
returnObject = tins.readChar();
} else if (returnType == DATATYPE_INT) {
returnObject = tins.readInt();
} else if (returnType == DATATYPE_LONG) {
returnObject = tins.readLong();
} else if (returnType == DATATYPE_FLOAT) {
returnObject = tins.readFloat();
} else if (returnType == DATATYPE_DOUBLE) {
returnObject = tins.readDouble();
} else if (returnType == DATATYPE_DATE) {
returnObject = tins.readDate();
} else if (returnType == DATATYPE_STRING) {
returnObject = tins.readString();
} else if (returnType == DATATYPE_WRAPPER) {
returnObject = (TransferObjectWrapper)tins.readWrapper();
} else if (returnType == DATATYPE_VOID) {
returnObject = null;
} else if (returnType == DATATYPE_BYTEARRAY) {
returnObject = tins.readByteArray();
} else if (returnType == DATATYPE_INTARRAY) {
returnObject = tins.readIntArray();
} else if (returnType == DATATYPE_LONGARRAY) {
returnObject = tins.readLongArray();
} else if (returnType == DATATYPE_FLOATARRAY) {
returnObject = tins.readFloatArray();
} else if (returnType == DATATYPE_DOUBLEARRAY) {
returnObject = tins.readDoubleArray();
} else if (returnType == DATATYPE_STRINGARRAY) {
returnObject = tins.readStringArray();
}
return returnObject;
}
private static byte[] getInputByCompress(byte[] toByteArray) {
TransferInputStream fis = new TransferInputStream(toByteArray);
int unCompressedLength = fis.readInt();
int compressedLength = fis.readInt();
byte[] input = new byte[compressedLength];
fis.readFully(input, 0, compressedLength);
byte[] output = new byte[unCompressedLength];
MemoryStream memoryStream = new MemoryStream(input);
Inflater decompresser = new Inflater();
InflaterInputStream infis = new InflaterInputStream(memoryStream, decompresser);
int currentIndex = 0;
int count = output.Length;
while (true) {
int numRead = infis.Read(output, currentIndex, count);
if (numRead <= 0) {
break;
}
currentIndex += numRead;
count -= numRead;
}
memoryStream.Close();
infis.Close();
return getInputByNormal(output);
}
private static byte[] getInputByNormal(byte[] toByteArray) {
TransferInputStream fis = new TransferInputStream(toByteArray);
int blength = fis.readInt();
byte[] buf = new byte[blength];
Array.Copy(toByteArray, TransferUtil.getLengthOfInt(), buf, 0, blength);
return buf;
}
public static int getExpectReceiveLength(byte[] receiveData) {
int expectReceiveLength = 0;
TransferInputStream fis = new TransferInputStream(receiveData);
if (TransferUtil.isCompress(fis.readByte())) {
fis.readInt();//uncompresslength
expectReceiveLength = TransferUtil.getLengthOfByte() + TransferUtil.getLengthOfInt() + TransferUtil.getLengthOfInt() + fis.readInt();
} else {
expectReceiveLength = TransferUtil.getLengthOfByte() + TransferUtil.getLengthOfInt() + fis.readInt();
}
return expectReceiveLength;
}