private void AddRef(LuaRefInfo info)
{
string refName = info.name;
string addr = info.addr;
byte type = info.type;
RefDict refDict = m_refDict[type];
if (refDict == null)
{
refDict = new RefDict(2048);
m_refDict[type] = refDict;
}
HashSet <string> addrList;
if (!refDict.TryGetValue(refName, out addrList))
{
addrList = new HashSet <string>();
refDict.Add(refName, addrList);
}
if (!addrList.Contains(addr))
{
addrList.Add(addr);
}
}
private void RemoveRef(LuaRefInfo info)
{
string refName = info.name;
string refAddr = info.addr;
byte type = info.type;
RefDict refDict = m_refDict[type];
if (refDict == null)
{
return;
}
HashSet <string> addrList;
if (!refDict.TryGetValue(refName, out addrList))
{
return;
}
if (!addrList.Contains(refAddr))
{
return;
}
addrList.Remove(refAddr);
if (addrList.Count == 0)
{
refDict.Remove(refName);
}
}
public static LuaRefInfo Create(byte cmd, string name, string addr, byte type)
{
LuaRefInfo r = m_pool.GetObject();
r.cmd = cmd;
r.name = name;
r.addr = addr;
r.type = type;
return r;
}
public void DelRefInfo(LuaRefInfo info)
{
var instance = LuaDeepProfilerSetting.Instance;
lock (this)
{
m_refQueue.Enqueue(info);
}
m_luaRefHistory.Add(info.Clone());
}
public LuaRefInfo Clone()
{
LuaRefInfo result = new LuaRefInfo();
result.cmd = this.cmd;
result.frameCount = this.frameCount;
result.name = this.name;
result.addr = this.addr;
result.type = this.type;
return(result);
}
public static LuaRefInfo DeserializeRef(BinaryReader br)
{
LuaRefInfo refInfo = LuaRefInfo.Create();
refInfo.cmd = br.ReadByte();
refInfo.frameCount = br.ReadInt32();
refInfo.name = ReadString(br);
refInfo.addr = ReadString(br);
refInfo.type = br.ReadByte();
return(refInfo);
}
public static void SendRemoveRef(string funName, string funAddr, byte type)
{
LuaRefInfo refInfo = LuaRefInfo.Create(0, funName, funAddr, type);
var setting = LuaDeepProfilerSetting.Instance;
if (!setting.isLocal)
{
NetWorkClient.SendMessage(refInfo);
}
else if (m_onReceiveRef != null)
{
m_onReceiveRef(refInfo);
}
}
private static void Serialize(NetBase o, BinaryWriter bw)
{
if (o is Sample)
{
Sample s = (Sample)o;
bw.Write(s.calls);
bw.Write(s.frameCount);
bw.Write(s.fps);
bw.Write(s.pss);
bw.Write(s.power);
bw.Write(s.costLuaGC);
bw.Write(s.costMonoGC);
WriteString(bw, s.name);
bw.Write(s.costTime);
bw.Write(s.currentLuaMemory);
bw.Write(s.currentMonoMemory);
bw.Write((ushort)s.childs.Count);
m_sleep_count++;
if (m_sleep_count >= 8)
{
Thread.Sleep(0);
m_sleep_count = 0;
}
var childs = s.childs;
for (int i = 0; i < childs.Count; i++)
{
Serialize(childs[i], bw);
}
}
else if (o is LuaRefInfo)
{
LuaRefInfo r = (LuaRefInfo)o;
bw.Write(r.cmd);
bw.Write(HookLuaSetup.frameCount);
WriteString(bw, r.name);
WriteString(bw, r.addr);
bw.Write(r.type);
Thread.Sleep(0);
}
m_sleep_count = 0;
}
public void DelRefInfo(LuaRefInfo info)
{
var instance = LuaDeepProfilerSetting.Instance;
lock (this)
{
m_refQueue.Enqueue(info);
}
if (!instance.isRecord || (instance.isRecord && !instance.isStartRecord))
{
if (info.cmd == 1)
{
Debug.Log(DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss") + ":<color=#00ff00>add " + info.name + "</color>");
}
else if (info.cmd == 0)
{
Debug.Log(DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss") + ":<color=#ff0000>rm " + info.name + "</color>");
}
return;
}
m_luaRefHistory.Add(info.Clone());
}
public void DequeueLuaInfo()
{
lock (this)
{
while (m_refQueue.Count > 0)
{
LuaRefInfo r = null;
lock (this)
{
r = m_refQueue.Dequeue();
if (r.cmd == 1)
{
AddRef(r);
}
else if (r.cmd == 0)
{
RemoveRef(r);
}
r.Restore();
}
}
}
}
public static LuaRefInfo Create()
{
LuaRefInfo r = m_pool.GetObject();
return(r);
}
public static void SendRemoveRef(string funName, string funAddr, byte type)
{
LuaRefInfo refInfo = LuaRefInfo.Create(0, funName, funAddr, type);
NetWorkClient.SendMessage(refInfo);
}
private static void Serialize(NetBase o, BinaryWriter bw)
{
if (o is Sample)
{
Sample s = (Sample)o;
bw.Write(s.calls);
bw.Write(s.frameCount);
bw.Write(s.costLuaGC);
bw.Write(s.costMonoGC);
WriteString(bw, s.name);
bw.Write(s.costTime);
bw.Write(s.currentLuaMemory);
bw.Write(s.currentMonoMemory);
bw.Write((ushort)s.childs.Count);
// 防止多线程 栈展开故意做的优化，先自己展开28层，后面的就递归
var childs0 = s.childs;
for (int i0 = 0, i0max = childs0.Count; i0 < i0max; i0++)
{
Sample s0 = childs0[i0];
bw.Write(s0.calls);
bw.Write(s0.frameCount);
bw.Write(s0.costLuaGC);
bw.Write(s0.costMonoGC);
WriteString(bw, s0.name);
bw.Write(s0.costTime);
bw.Write(s0.currentLuaMemory);
bw.Write(s0.currentMonoMemory);
bw.Write((ushort)s0.childs.Count);
var childs1 = s0.childs;
for (int i1 = 0, i1max = childs1.Count; i1 < i1max; i1++)
{
Sample s1 = childs1[i1];
bw.Write(s1.calls);
bw.Write(s1.frameCount);
bw.Write(s1.costLuaGC);
bw.Write(s1.costMonoGC);
WriteString(bw, s1.name);
bw.Write(s1.costTime);
bw.Write(s1.currentLuaMemory);
bw.Write(s1.currentMonoMemory);
bw.Write((ushort)s1.childs.Count);
var childs2 = s1.childs;
for (int i2 = 0, i2max = childs2.Count; i2 < i2max; i2++)
{
Sample s2 = childs2[i2];
bw.Write(s2.calls);
bw.Write(s2.frameCount);
bw.Write(s2.costLuaGC);
bw.Write(s2.costMonoGC);
WriteString(bw, s2.name);
bw.Write(s2.costTime);
bw.Write(s2.currentLuaMemory);
bw.Write(s2.currentMonoMemory);
bw.Write((ushort)s2.childs.Count);
var childs3 = s2.childs;
for (int i3 = 0, i3max = childs3.Count; i3 < i3max; i3++)
{
Sample s3 = childs3[i3];
bw.Write(s3.calls);
bw.Write(s3.frameCount);
bw.Write(s3.costLuaGC);
bw.Write(s3.costMonoGC);
WriteString(bw, s3.name);
bw.Write(s3.costTime);
bw.Write(s3.currentLuaMemory);
bw.Write(s3.currentMonoMemory);
bw.Write((ushort)s3.childs.Count);
var childs4 = s3.childs;
for (int i4 = 0, i4max = childs4.Count; i4 < i4max; i4++)
{
Sample s4 = childs4[i4];
bw.Write(s4.calls);
bw.Write(s4.frameCount);
bw.Write(s4.costLuaGC);
bw.Write(s4.costMonoGC);
WriteString(bw, s4.name);
bw.Write(s4.costTime);
bw.Write(s4.currentLuaMemory);
bw.Write(s4.currentMonoMemory);
bw.Write((ushort)s4.childs.Count);
var childs5 = s4.childs;
for (int i5 = 0, i5max = childs5.Count; i5 < i5max; i5++)
{
Sample s5 = childs5[i5];
bw.Write(s5.calls);
bw.Write(s5.frameCount);
bw.Write(s5.costLuaGC);
bw.Write(s5.costMonoGC);
WriteString(bw, s5.name);
bw.Write(s5.costTime);
bw.Write(s5.currentLuaMemory);
bw.Write(s5.currentMonoMemory);
bw.Write((ushort)s5.childs.Count);
var childs6 = s5.childs;
for (int i6 = 0, i6max = childs6.Count; i6 < i6max; i6++)
{
Sample s6 = childs6[i6];
bw.Write(s6.calls);
bw.Write(s6.frameCount);
bw.Write(s6.costLuaGC);
bw.Write(s6.costMonoGC);
WriteString(bw, s6.name);
bw.Write(s6.costTime);
bw.Write(s6.currentLuaMemory);
bw.Write(s6.currentMonoMemory);
bw.Write((ushort)s6.childs.Count);
var childs7 = s6.childs;
for (int i7 = 0, i7max = childs7.Count; i7 < i7max; i7++)
{
Sample s7 = childs7[i7];
bw.Write(s7.calls);
bw.Write(s7.frameCount);
bw.Write(s7.costLuaGC);
bw.Write(s7.costMonoGC);
WriteString(bw, s7.name);
bw.Write(s7.costTime);
bw.Write(s7.currentLuaMemory);
bw.Write(s7.currentMonoMemory);
bw.Write((ushort)s7.childs.Count);
var childs8 = s7.childs;
for (int i8 = 0, i8max = childs8.Count; i8 < i8max; i8++)
{
Sample s8 = childs8[i8];
bw.Write(s8.calls);
bw.Write(s8.frameCount);
bw.Write(s8.costLuaGC);
bw.Write(s8.costMonoGC);
WriteString(bw, s8.name);
bw.Write(s8.costTime);
bw.Write(s8.currentLuaMemory);
bw.Write(s8.currentMonoMemory);
bw.Write((ushort)s8.childs.Count);
var childs9 = s8.childs;
for (int i9 = 0, i9max = childs9.Count; i9 < i9max; i9++)
{
Sample s9 = childs9[i9];
bw.Write(s9.calls);
bw.Write(s9.frameCount);
bw.Write(s9.costLuaGC);
bw.Write(s9.costMonoGC);
WriteString(bw, s9.name);
bw.Write(s9.costTime);
bw.Write(s9.currentLuaMemory);
bw.Write(s9.currentMonoMemory);
bw.Write((ushort)s9.childs.Count);
var childs10 = s9.childs;
for (int i10 = 0, i10max = childs10.Count; i10 < i10max; i10++)
{
Sample s10 = childs10[i10];
bw.Write(s10.calls);
bw.Write(s10.frameCount);
bw.Write(s10.costLuaGC);
bw.Write(s10.costMonoGC);
WriteString(bw, s10.name);
bw.Write(s10.costTime);
bw.Write(s10.currentLuaMemory);
bw.Write(s10.currentMonoMemory);
bw.Write((ushort)s10.childs.Count);
var childs11 = s10.childs;
for (int i11 = 0, i11max = childs11.Count; i11 < i11max; i11++)
{
Sample s11 = childs11[i11];
bw.Write(s11.calls);
bw.Write(s11.frameCount);
bw.Write(s11.costLuaGC);
bw.Write(s11.costMonoGC);
WriteString(bw, s11.name);
bw.Write(s11.costTime);
bw.Write(s11.currentLuaMemory);
bw.Write(s11.currentMonoMemory);
bw.Write((ushort)s11.childs.Count);
var childs12 = s11.childs;
for (int i12 = 0, i12max = childs12.Count; i12 < i12max; i12++)
{
Sample s12 = childs12[i12];
bw.Write(s12.calls);
bw.Write(s12.frameCount);
bw.Write(s12.costLuaGC);
bw.Write(s12.costMonoGC);
WriteString(bw, s12.name);
bw.Write(s12.costTime);
bw.Write(s12.currentLuaMemory);
bw.Write(s12.currentMonoMemory);
bw.Write((ushort)s12.childs.Count);
var childs13 = s12.childs;
for (int i13 = 0, i13max = childs13.Count; i13 < i13max; i13++)
{
Sample s13 = childs13[i13];
bw.Write(s13.calls);
bw.Write(s13.frameCount);
bw.Write(s13.costLuaGC);
bw.Write(s13.costMonoGC);
WriteString(bw, s13.name);
bw.Write(s13.costTime);
bw.Write(s13.currentLuaMemory);
bw.Write(s13.currentMonoMemory);
bw.Write((ushort)s13.childs.Count);
var childs14 = s13.childs;
for (int i14 = 0, i14max = childs14.Count; i14 < i14max; i14++)
{
Sample s14 = childs14[i14];
bw.Write(s14.calls);
bw.Write(s14.frameCount);
bw.Write(s14.costLuaGC);
bw.Write(s14.costMonoGC);
WriteString(bw, s14.name);
bw.Write(s14.costTime);
bw.Write(s14.currentLuaMemory);
bw.Write(s14.currentMonoMemory);
bw.Write((ushort)s14.childs.Count);
var childs15 = s14.childs;
for (int i15 = 0, i15max = childs15.Count; i15 < i15max; i15++)
{
Sample s15 = childs15[i15];
bw.Write(s15.calls);
bw.Write(s15.frameCount);
bw.Write(s15.costLuaGC);
bw.Write(s15.costMonoGC);
WriteString(bw, s15.name);
bw.Write(s15.costTime);
bw.Write(s15.currentLuaMemory);
bw.Write(s15.currentMonoMemory);
bw.Write((ushort)s15.childs.Count);
var childs16 = s15.childs;
for (int i16 = 0, i16max = childs16.Count; i16 < i16max; i16++)
{
Sample s16 = childs16[i16];
bw.Write(s16.calls);
bw.Write(s16.frameCount);
bw.Write(s16.costLuaGC);
bw.Write(s16.costMonoGC);
WriteString(bw, s16.name);
bw.Write(s16.costTime);
bw.Write(s16.currentLuaMemory);
bw.Write(s16.currentMonoMemory);
bw.Write((ushort)s16.childs.Count);
var childs17 = s16.childs;
for (int i17 = 0, i17max = childs17.Count; i17 < i17max; i17++)
{
Sample s17 = childs17[i17];
bw.Write(s17.calls);
bw.Write(s17.frameCount);
bw.Write(s17.costLuaGC);
bw.Write(s17.costMonoGC);
WriteString(bw, s17.name);
bw.Write(s17.costTime);
bw.Write(s17.currentLuaMemory);
bw.Write(s17.currentMonoMemory);
bw.Write((ushort)s17.childs.Count);
var childs18 = s17.childs;
for (int i18 = 0, i18max = childs18.Count; i18 < i18max; i18++)
{
Sample s18 = childs18[i18];
bw.Write(s18.calls);
bw.Write(s18.frameCount);
bw.Write(s18.costLuaGC);
bw.Write(s18.costMonoGC);
WriteString(bw, s18.name);
bw.Write(s18.costTime);
bw.Write(s18.currentLuaMemory);
bw.Write(s18.currentMonoMemory);
bw.Write((ushort)s18.childs.Count);
var childs19 = s18.childs;
for (int i19 = 0, i19max = childs19.Count; i19 < i19max; i19++)
{
Sample s19 = childs19[i19];
bw.Write(s19.calls);
bw.Write(s19.frameCount);
bw.Write(s19.costLuaGC);
bw.Write(s19.costMonoGC);
WriteString(bw, s19.name);
bw.Write(s19.costTime);
bw.Write(s19.currentLuaMemory);
bw.Write(s19.currentMonoMemory);
bw.Write((ushort)s19.childs.Count);
var childs20 = s19.childs;
for (int i20 = 0, i20max = childs20.Count; i20 < i20max; i20++)
{
Sample s20 = childs20[i20];
bw.Write(s20.calls);
bw.Write(s20.frameCount);
bw.Write(s20.costLuaGC);
bw.Write(s20.costMonoGC);
WriteString(bw, s20.name);
bw.Write(s20.costTime);
bw.Write(s20.currentLuaMemory);
bw.Write(s20.currentMonoMemory);
bw.Write((ushort)s20.childs.Count);
var childs21 = s20.childs;
for (int i21 = 0, i21max = childs21.Count; i21 < i21max; i21++)
{
Sample s21 = childs21[i21];
bw.Write(s21.calls);
bw.Write(s21.frameCount);
bw.Write(s21.costLuaGC);
bw.Write(s21.costMonoGC);
WriteString(bw, s21.name);
bw.Write(s21.costTime);
bw.Write(s21.currentLuaMemory);
bw.Write(s21.currentMonoMemory);
bw.Write((ushort)s21.childs.Count);
var childs22 = s21.childs;
for (int i22 = 0, i22max = childs22.Count; i22 < i22max; i22++)
{
Sample s22 = childs22[i22];
bw.Write(s22.calls);
bw.Write(s22.frameCount);
bw.Write(s22.costLuaGC);
bw.Write(s22.costMonoGC);
WriteString(bw, s22.name);
bw.Write(s22.costTime);
bw.Write(s22.currentLuaMemory);
bw.Write(s22.currentMonoMemory);
bw.Write((ushort)s22.childs.Count);
var childs23 = s22.childs;
for (int i23 = 0, i23max = childs23.Count; i23 < i23max; i23++)
{
Sample s23 = childs23[i23];
bw.Write(s23.calls);
bw.Write(s23.frameCount);
bw.Write(s23.costLuaGC);
bw.Write(s23.costMonoGC);
WriteString(bw, s23.name);
bw.Write(s23.costTime);
bw.Write(s23.currentLuaMemory);
bw.Write(s23.currentMonoMemory);
bw.Write((ushort)s23.childs.Count);
var childs24 = s23.childs;
for (int i24 = 0, i24max = childs24.Count; i24 < i24max; i24++)
{
Sample s24 = childs24[i24];
bw.Write(s24.calls);
bw.Write(s24.frameCount);
bw.Write(s24.costLuaGC);
bw.Write(s24.costMonoGC);
WriteString(bw, s24.name);
bw.Write(s24.costTime);
bw.Write(s24.currentLuaMemory);
bw.Write(s24.currentMonoMemory);
bw.Write((ushort)s24.childs.Count);
var childs25 = s24.childs;
for (int i25 = 0, i25max = childs25.Count; i25 < i25max; i25++)
{
Sample s25 = childs25[i25];
bw.Write(s25.calls);
bw.Write(s25.frameCount);
bw.Write(s25.costLuaGC);
bw.Write(s25.costMonoGC);
WriteString(bw, s25.name);
bw.Write(s25.costTime);
bw.Write(s25.currentLuaMemory);
bw.Write(s25.currentMonoMemory);
bw.Write((ushort)s25.childs.Count);
var childs26 = s25.childs;
for (int i26 = 0, i26max = childs26.Count; i26 < i26max; i26++)
{
Sample s26 = childs26[i26];
bw.Write(s26.calls);
bw.Write(s26.frameCount);
bw.Write(s26.costLuaGC);
bw.Write(s26.costMonoGC);
WriteString(bw, s26.name);
bw.Write(s26.costTime);
bw.Write(s26.currentLuaMemory);
bw.Write(s26.currentMonoMemory);
bw.Write((ushort)s26.childs.Count);
var childs27 = s26.childs;
for (int i27 = 0, i27max = childs27.Count; i27 < i27max; i27++)
{
Sample s27 = childs27[i27];
bw.Write(s27.calls);
bw.Write(s27.frameCount);
bw.Write(s27.costLuaGC);
bw.Write(s27.costMonoGC);
WriteString(bw, s27.name);
bw.Write(s27.costTime);
bw.Write(s27.currentLuaMemory);
bw.Write(s27.currentMonoMemory);
bw.Write((ushort)s27.childs.Count);
var childs28 = s27.childs;
for (int i28 = 0, i28max = childs28.Count; i28 < i28max; i28++)
{
Sample s28 = childs28[i28];
Serialize(s28, bw);
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
}
else if (o is LuaRefInfo)
{
LuaRefInfo r = (LuaRefInfo)o;
bw.Write(r.cmd);
bw.Write(Main.frameCount);
WriteString(bw, r.name);
WriteString(bw, r.addr);
bw.Write(r.type);
}
else if (o is LuaDiffInfo)
{
LuaDiffInfo ld = (LuaDiffInfo)o;
// add
var addDict = ld.addRef;
bw.Write(addDict.Count);
foreach (var item in addDict)
{
WriteString(bw, item.Key);
bw.Write((int)item.Value);
}
var addDetail = ld.addDetail;
bw.Write(addDetail.Count);
foreach (var item in addDetail)
{
WriteString(bw, item.Key);
var list = item.Value;
bw.Write(list.Count);
foreach (var listItem in list)
{
WriteString(bw, listItem);
}
}
// rm
var rmDict = ld.rmRef;
bw.Write(rmDict.Count);
foreach (var item in rmDict)
{
WriteString(bw, item.Key);
bw.Write((int)item.Value);
}
var rmDetail = ld.rmDetail;
bw.Write(rmDetail.Count);
foreach (var item in rmDetail)
{
WriteString(bw, item.Key);
var list = item.Value;
bw.Write(list.Count);
foreach (var listItem in list)
{
WriteString(bw, listItem);
}
}
// null
var nullDict = ld.nullRef;
bw.Write(nullDict.Count);
foreach (var item in nullDict)
{
WriteString(bw, item.Key);
bw.Write((int)item.Value);
}
var nullDetail = ld.nullDetail;
bw.Write(nullDetail.Count);
foreach (var item in nullDetail)
{
WriteString(bw, item.Key);
var list = item.Value;
bw.Write(list.Count);
foreach (var listItem in list)
{
WriteString(bw, listItem);
}
}
}
}