//申请用来存储数据的内存
int CNEOMemQueue::AddLastToThisToken(SNEOQueueTokenHead *pToken,const char *szData,int nDataLen)
{
int nRet=0;
char szNameBuffer[256];
if(!ICanWork())
goto CNEOMemQueue_AddLastToThisToken_End;
//指针不为空，说明存在数据，跳到next指针处
if(!pToken->m_pBuffer)
{
//如果本Token不包含有效数据，则保存到自己
SafePrintf(szNameBuffer,256,"%s::pToken->m_pBuffer",m_szAppName); //格式化说明文字
pToken->m_pBuffer=(char *)m_pMemPool->Malloc(nDataLen,szNameBuffer);//向内存池申请数据块
if(!pToken->m_pBuffer)
{
//申请失败
m_pDebug->DebugToFile("%s::AddLastToThisToken():Malloc new Token fail!\n",m_szAppName);
goto CNEOMemQueue_AddLastToThisToken_End;
}
memcpy(pToken->m_pBuffer,szData,nDataLen); //拷贝业务数据到内存块
pToken->m_nDataLen=nDataLen;
nRet=nDataLen;
m_pLast=pToken;
goto CNEOMemQueue_AddLastToThisToken_End;
}//if
else
{
//next为空，则在next下面插入
if(!pToken->m_pNext)
{
//如果下家的链指针为空，就利用GetAToken创建头
pToken->m_pNext=GetAToken();
if(!pToken->m_pNext)
{
//创建失败报警
m_pDebug->DebugToFile("%s::AddLastToThisToken():malloc pToken->m_pNext fail!!\n",m_szAppName);
goto CNEOMemQueue_AddLastToThisToken_End;
}
}
if(pToken->m_pNext)//递归调用
nRet=AddLastToThisToken(pToken->m_pNext,szData,nDataLen);
}
CNEOMemQueue_AddLastToThisToken_End:
return nRet;
}
int CNEOMemQueue::AddLast(const char *szData //数据指针
,int nDataLen, //数据长度
int nLimit) //防止递归长度过神
{
int nRet=0;
if(!ICanWork())
goto CNEOMemQueue_AddLast_End;
if(0>=nLimit) //应用限制值
{
// 这是无限制
if(m_nMaxToken<=m_nTokenCount)//无限制时，以m_nMaxToken作为边界限制
goto CNEOMemQueue_AddLast_End;
}//if
else
{
//这是限制
if(nLimit<=m_nTokenCount) //如果有nlimit，则使用这个参数限制
goto CNEOMemQueue_AddLast_End;
}
if(!m_pHead)
{
m_pHead=GetAToken();//链头的第一次初始化
if(!m_pHead)
{
m_pDebug->DebugToFile("%s::AddLast():malloc m_pHead fail \n",m_szAppName);
goto CNEOMemQueue_AddLast_End;
}
}
if(m_pLast)//加速因子作用，直接跳入
{
nRet=AddLastToThisToken(m_pLast,szData,nDataLen);
}
else if(m_pHead)//加速因子无值，传统模式，遍历插入
{
nRet=AddLastToThisToken(m_pHead,szData,nDataLen);
}
CNEOMemQueue_AddLast_End:
return nRet;
}
void ContextHelp(short spritenum)
{
int i,fp;
char t,*tc;
char x=0,y=4;
char *name,*hightag;
char *filebuffer;
SPRITEp sp;
short hitag=0;
long size=0,tokresult=0;
sp = &sprite[spritenum];
clearmidstatbar16();
if((fp=kopen4load("swbhelp.hlp",0)) == -1)
{
Msg("ERROR: Help file not found.",M_RED);
return;
}
// Read in whole file
size = kfilelength(fp);
filebuffer = (char *)malloc(size);
if (filebuffer == NULL)
{
Msg("Not enough memory to load swhelp.hlp",M_RED);
return;
}
if (kread(fp, filebuffer, size) != size)
{
Msg("Unexpected end of file while reading swhelp.hlp",M_RED);
kclose(fp);
return;
}
// close the file
kclose(fp);
// Conver filebuffer to all upper case
//strupr(filebuffer);
// Assign a token name to search for based on the sprite being pointed to.
name = (char *)malloc(20);
hightag = (char *)malloc(sizeof(short));
// Make the token
strcpy(name,"@TAG");
// Make sure 500-600 SOBJ bounding tags all say the same thing.
hitag = sp->hitag;
if(hitag > 500 && hitag <= 600 ) hitag = 500;
// Give help summary for unknown sprites.
if((hitag == 0 || hitag > 1006) && sp->lotag == 0) hitag = 999;
sprintf(hightag,"%d",hitag);
//itoa(hitag,hightag,10);
strcat(name,hightag);
tc = filebuffer;
if(!(tokresult = GetAToken(name,tc,size)))
{
// This message should never happen unless something is real wrong!
Msg("No help available.",M_RED);
return;
}
tc += tokresult;
do {
tc++;
t = *tc;
while(t!='\n' && t!='@' && t!='#' && x<128)
{
tempbuf[x]=t;
tc++;
t = *tc;
x++;
if(x >= 128) break;
}
tempbuf[x]=0;
x=0;
printext16(x*4,ydim16+(y*6)+2,11,-1,tempbuf,1);
y++;
if(y>16)
{
y=18;
printext16(x*4,ydim16+(y*6)+2,11,-1,"Hit any key to continue or Q to quit....",1);
while (BKeyPressed() == NULL);
if (keystatus[KEYSC_Q])
{
clearmidstatbar16();
return;
}
ResetKeys();
clearmidstatbar16();
y=6;
}
} while(t!='@' && t!='#');
}
