public bool readArchiveFileHeader(FileStream fileHandle, ByteBuffer pMByteBuffer)
{
pMByteBuffer.clear ();
fileHandle.Read(pMByteBuffer.dynBuff.buff, 0, 4);
pMByteBuffer.length = 4;
string magic = "";
pMByteBuffer.readMultiByte(ref magic, 4, Encoding.UTF8);
if (magic != "asdf") // 检查 magic
{
return false;
}
pMByteBuffer.clear ();
fileHandle.Read(pMByteBuffer.dynBuff.buff, 0, (int)calcArchiveHeaderSizeNoFileHeader() - 4);
pMByteBuffer.length = calcArchiveHeaderSizeNoFileHeader() - 4;
// 读取 endian
pMByteBuffer.readUnsignedInt8(ref m_endian);
pMByteBuffer.setEndian((Endian)m_endian);
// 读取头部大小
pMByteBuffer.readUnsignedInt32(ref m_headerSize);
// 读取版本
pMByteBuffer.readUnsignedInt32(ref m_version);
// 读取文件数量
pMByteBuffer.readUnsignedInt32(ref m_fileCount);
// 读取整个头
pMByteBuffer.clear ();
fileHandle.Read(pMByteBuffer.dynBuff.buff, 0, (int)(m_headerSize - calcArchiveHeaderSizeNoFileHeader()));
pMByteBuffer.length = m_headerSize - calcArchiveHeaderSizeNoFileHeader ();
return true;
}
public void testZipMsg()
{
byte[] outBytes = null;
uint outSize = 0;
byte[] inBytes = null;
uint inSize = 0;
ByteBuffer pByteBuffer = new ByteBuffer();
UnitTestStrCmd pUnitTestCmd = new UnitTestStrCmd();
// 发送第一个数据包
pUnitTestCmd.testStr = "测试数据";
pByteBuffer.clear();
pUnitTestCmd.serialize(pByteBuffer);
Compress.CompressData(pByteBuffer.dynBuff.buff, 0, pByteBuffer.length, ref outBytes, ref outSize);
Compress.DecompressData(outBytes, 0, outSize, ref inBytes, ref inSize);
pByteBuffer.clear();
pByteBuffer.writeBytes(inBytes, 0, inSize);
pByteBuffer.position = 0;
pUnitTestCmd.derialize(pByteBuffer);
UAssert.DebugAssert(pUnitTestCmd.testStr != "测试数据");
}
public bool readArchiveFileHeader(FileStream fileHandle, ByteBuffer pMByteBuffer)
{
pMByteBuffer.clear();
fileHandle.Read(pMByteBuffer.dynBuff.buff, 0, 4);
pMByteBuffer.length = 4;
string magic = "";
pMByteBuffer.readMultiByte(ref magic, 4, Encoding.UTF8);
if (magic != "asdf") // 检查 magic
{
return(false);
}
pMByteBuffer.clear();
fileHandle.Read(pMByteBuffer.dynBuff.buff, 0, (int)calcArchiveHeaderSizeNoFileHeader() - 4);
pMByteBuffer.length = calcArchiveHeaderSizeNoFileHeader() - 4;
// 读取 endian
pMByteBuffer.readUnsignedInt8(ref m_endian);
pMByteBuffer.setEndian((Endian)m_endian);
// 读取头部大小
pMByteBuffer.readUnsignedInt32(ref m_headerSize);
// 读取版本
pMByteBuffer.readUnsignedInt32(ref m_version);
// 读取文件数量
pMByteBuffer.readUnsignedInt32(ref m_fileCount);
// 读取整个头
pMByteBuffer.clear();
fileHandle.Read(pMByteBuffer.dynBuff.buff, 0, (int)(m_headerSize - calcArchiveHeaderSizeNoFileHeader()));
pMByteBuffer.length = m_headerSize - calcArchiveHeaderSizeNoFileHeader();
return(true);
}
// 加载一个表完成
public void onLoadEventHandle(IDispatchObject dispObj)
{
m_res = dispObj as ResItem;
if (m_res.refCountResLoadResultNotify.resLoadState.hasSuccessLoaded())
{
Ctx.m_instance.m_logSys.debugLog_1(LangItemID.eItem0, m_res.GetPath());
byte[] bytes = m_res.getBytes("");
if (bytes != null)
{
m_byteArray = Ctx.m_instance.m_factoryBuild.buildByteBuffer();
m_byteArray.clear();
m_byteArray.writeBytes(bytes, 0, (uint)bytes.Length);
m_byteArray.setPos(0);
readTable(getTableIDByPath(m_res.GetPath()), m_byteArray);
}
}
else if (m_res.refCountResLoadResultNotify.resLoadState.hasFailed())
{
Ctx.m_instance.m_logSys.debugLog_1(LangItemID.eItem1, m_res.GetPath());
}
// 卸载资源
Ctx.m_instance.m_resLoadMgr.unload(m_res.GetPath(), onLoadEventHandle);
}
// 仅仅是获取数据，并不删除
public void frontBA(ByteBuffer bytearray, uint len)
{
bytearray.clear(); // 设置数据为初始值
if (m_dynBuffer.m_size >= len) // 头部占据 4 个字节
{
if (isLinearized()) // 在一段连续的内存
{
bytearray.writeBytes(m_dynBuffer.m_buff, m_first, len);
}
else if (m_dynBuffer.m_iCapacity - m_first >= len)
{
bytearray.writeBytes(m_dynBuffer.m_buff, m_first, len);
}
else
{
bytearray.writeBytes(m_dynBuffer.m_buff, m_first, m_dynBuffer.m_iCapacity - m_first);
bytearray.writeBytes(m_dynBuffer.m_buff, 0, len - (m_dynBuffer.m_iCapacity - m_first));
}
}
bytearray.position = 0; // 设置数据读取起始位置
}
protected void testMsgBuffer()
{
ClientBuffer pDataBuffer = new ClientBuffer();
UnitTestStrCmd pUnitTestCmd = new UnitTestStrCmd();
UnitTestNumCmd pUnitTesNumtCmd = new UnitTestNumCmd();
// 发送第一个数据包
pUnitTestCmd.testStr = "测试数据";
pDataBuffer.sendData.clear();
pUnitTestCmd.serialize(pDataBuffer.sendData);
//pDataBuffer.sendData.position = 0;
//pUnitTestCmd.derialize(pDataBuffer.sendData);
pDataBuffer.send();
// 发送第二个数据包
pUnitTestCmd.testStr = "成功返回";
pDataBuffer.sendData.clear();
pUnitTestCmd.serialize(pDataBuffer.sendData);
pDataBuffer.send();
// 发送第三个数据包
pUnitTesNumtCmd = new UnitTestNumCmd();
pUnitTesNumtCmd.num = 2001;
pDataBuffer.sendData.clear();
pUnitTesNumtCmd.serialize(pDataBuffer.sendData);
pDataBuffer.send();
pDataBuffer.getSocketSendData();
ByteBuffer cryptLenBA = new ByteBuffer();
cryptLenBA.writeUnsignedInt32(pDataBuffer.sendBuffer.length);
pDataBuffer.rawBuffer.circularBuffer.pushBackBA(cryptLenBA); // 自己补上消息头
pDataBuffer.rawBuffer.circularBuffer.pushBackBA(pDataBuffer.sendBuffer); // 直接放到接收原始消息缓冲区
pDataBuffer.moveRaw2Msg();
ByteBuffer bu;
bu = pDataBuffer.getMsg();
UAssert.DebugAssert(bu != null);
pUnitTestCmd.derialize(bu);
UAssert.DebugAssert(pUnitTestCmd.testStr.Substring(0, 4) == "测试数据");
pDataBuffer.getSocketSendData();
if (pDataBuffer.sendBuffer.length > 0)
{
cryptLenBA.clear();
cryptLenBA.writeUnsignedInt32(pDataBuffer.sendBuffer.length);
pDataBuffer.rawBuffer.circularBuffer.pushBackBA(cryptLenBA); // 自己补上消息头
pDataBuffer.rawBuffer.circularBuffer.pushBackBA(pDataBuffer.sendBuffer); // 直接放到接收原始消息缓冲区
pDataBuffer.moveRaw2Msg();
}
bu = pDataBuffer.getMsg();
UAssert.DebugAssert(bu != null);
pUnitTestCmd.derialize(bu);
UAssert.DebugAssert(pUnitTestCmd.testStr.Substring(0, 4) == "成功返回");
pDataBuffer.getSocketSendData();
if (pDataBuffer.sendBuffer.length > 0)
{
cryptLenBA.clear();
cryptLenBA.writeUnsignedInt32(pDataBuffer.sendBuffer.length);
pDataBuffer.rawBuffer.circularBuffer.pushBackBA(cryptLenBA); // 自己补上消息头
pDataBuffer.rawBuffer.circularBuffer.pushBackBA(pDataBuffer.sendBuffer); // 直接放到接收原始消息缓冲区
pDataBuffer.moveRaw2Msg();
}
bu = pDataBuffer.getMsg();
UAssert.DebugAssert(bu != null);
pUnitTesNumtCmd.derialize(bu);
UAssert.DebugAssert(pUnitTesNumtCmd.num == 2001);
Ctx.m_instance.m_netDispList.clearOneRevMsg();
Ctx.m_instance.m_netDispList.clearOneHandleMsg();
}
// 仅仅是获取数据，并不删除
public void frontBA(ByteBuffer bytearray, uint len)
{
bytearray.clear(); // 设置数据为初始值
if (m_dynBuffer.m_size >= len) // 头部占据 4 个字节
{
if (isLinearized()) // 在一段连续的内存
{
bytearray.writeBytes(m_dynBuffer.m_buff, m_first, len);
}
else if (m_dynBuffer.m_iCapacity - m_first >= len)
{
bytearray.writeBytes(m_dynBuffer.m_buff, m_first, len);
}
else
{
bytearray.writeBytes(m_dynBuffer.m_buff, m_first, m_dynBuffer.m_iCapacity - m_first);
bytearray.writeBytes(m_dynBuffer.m_buff, 0, len - (m_dynBuffer.m_iCapacity - m_first));
}
}
bytearray.position = 0; // 设置数据读取起始位置
}
// 加载一个表完成
public void onLoadEventHandle(IDispatchObject dispObj)
{
m_res = dispObj as ResItem;
if (m_res.refCountResLoadResultNotify.resLoadState.hasSuccessLoaded())
{
Ctx.m_instance.m_logSys.debugLog_1(LangItemID.eItem0, m_res.GetPath());
byte[] bytes = m_res.getBytes("");
if (bytes != null)
{
m_byteArray = Ctx.m_instance.m_factoryBuild.buildByteBuffer();
m_byteArray.clear();
m_byteArray.writeBytes(bytes, 0, (uint)bytes.Length);
m_byteArray.setPos(0);
readTable(getTableIDByPath(m_res.GetPath()), m_byteArray);
}
}
else if (m_res.refCountResLoadResultNotify.resLoadState.hasFailed())
{
Ctx.m_instance.m_logSys.debugLog_1(LangItemID.eItem1, m_res.GetPath());
}
// 卸载资源
Ctx.m_instance.m_resLoadMgr.unload(m_res.GetPath(), onLoadEventHandle);
}