hq_cl.c

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	return 0;
}

int SortFloat(LPSORT_DATA lpSortData, int jys)
{
	int key, i, j, k, n;
	float fval, f1, f;
	
	k =HqPaintData.sortData.fldID;
	
	for(i=0; i<HqPaintData.recCount-1; i++)
	{
		key =i;
		fval =*(float*)GetHqFldPos1(jys, lpSortData->key[key], k);
		for(j =i+1; j<HqPaintData.recCount; j++)
		{
			f1 =*(float *)GetHqFldPos1(jys, lpSortData->key[j], k);
			f =f1-fval;
			if(lpSortData->type ==SORT_UP && f>.0)
			{
				key =j;
				fval =f1;
			}
			else if(lpSortData->type ==SORT_DOWN && f<.0)           
			{
				key =j;
				fval =f1;
			}
		}
		if(key >i)
		{
			//fval =*(float *)GetHqFldPos1(jys, lpSortData->key[key], k);
			n =lpSortData->key[i];
			lpSortData->key[i] =lpSortData->key[key];
			lpSortData->key[key] =n;
		}
	}
	return 0;
}

int SortLong(LPSORT_DATA lpSortData, int jys)
{
	int key, i, j, k, n;
	long lval, l1, l;
	
	k =HqPaintData.sortData.fldID;
	
	for(i=0; i<HqPaintData.recCount-1; i++)
	{
		key =i;
		lval =*(long*)GetHqFldPos1(jys, lpSortData->key[key], k);
		for(j =i+1; j<HqPaintData.recCount; j++)
		{
			l1 =*(long *)GetHqFldPos1(jys, lpSortData->key[j], k);
			l =l1-lval;
			if(lpSortData->type ==SORT_UP && l>0)
			{
				key =j;
				lval =l1;
			}
			else if(lpSortData->type ==SORT_DOWN && l<0)            
			{
				key =j;
				lval =l1;
			}
		}
		if(key >i)
		{
			//lval =*(long *)GetHqFldPos1(jys, lpSortData->key[key], k);
			n =lpSortData->key[i];
			lpSortData->key[i] =lpSortData->key[key];
			lpSortData->key[key] =n;
		}
	}
	return 0;
}

LPSTR GetHqFldPos(HDC hDC, int jys, int rec_num, int fld_num)
{
	float f;
	LPSTR lpFld;
	static long l;


	if(HqData[jys].lpPreData[rec_num].zrsp!=0)
	{
		HqData[jys].lpRefData[rec_num].zdf=
			(HqData[jys].lpRefData[rec_num].zjjg-HqData[jys].lpPreData[rec_num].zrsp)*100/
				HqData[jys].lpPreData[rec_num].zrsp;
	}
		
	SetBkColor(hDC, RGB(0, 0, 0));
	switch(fld_num)
	{
		case 0:
			SetTextColor(hDC, RGB(180, 180, 0));
		return (LPSTR)&HqData[jys].lpPreData[rec_num].zqdm[0];
		case 1:
			SetTextColor(hDC, RGB(255, 255, 255));
		return (LPSTR)&HqData[jys].lpPreData[rec_num].zrsp;
		case 2:
			f =((HqData[jys].lpPreData[rec_num].jrkp
					-HqData[jys].lpPreData[rec_num].zrsp));
			lpFld =(LPSTR)&HqData[jys].lpPreData[rec_num].jrkp;
		break;
		case 3:
			f =((HqData[jys].lpRefData[rec_num].zgjg
					-HqData[jys].lpPreData[rec_num].zrsp));
			lpFld =(LPSTR)&HqData[jys].lpRefData[rec_num].zgjg;
		break;
		case 4:
			f =((HqData[jys].lpRefData[rec_num].zdjg
					-HqData[jys].lpPreData[rec_num].zrsp));
			lpFld =(LPSTR)&HqData[jys].lpRefData[rec_num].zdjg;
		break;
		case 5:
			f =((HqData[jys].lpRefData[rec_num].zgjm
					-HqData[jys].lpPreData[rec_num].zrsp));
			lpFld =(LPSTR)&HqData[jys].lpRefData[rec_num].zgjm;
		break;
		case 6:
			f =((HqData[jys].lpRefData[rec_num].zdjm
					-HqData[jys].lpPreData[rec_num].zrsp));
			lpFld =(LPSTR)&HqData[jys].lpRefData[rec_num].zdjm;
		break;
		case 7:
			f =((HqData[jys].lpRefData[rec_num].zjjg
					-HqData[jys].lpPreData[rec_num].zrsp));
			lpFld =(LPSTR)&HqData[jys].lpRefData[rec_num].zjjg;
		break;
		case 8:
			f =(float)(HqData[jys].lpRefData[rec_num].zdf);
			lpFld =(LPSTR)&HqData[jys].lpRefData[rec_num].zdf;
		break;
		case 9:
			f =HqData[jys].lpRefData[rec_num].zdf;
			lpFld =(LPSTR)&HqData[jys].lpRefData[rec_num].cjss;
		break;
		case 10:
			f =HqData[jys].lpRefData[rec_num].zdf;
			if(HqData[jys].isJgChanged[rec_num]>0)
				SetBkColor(hDC, RGB(80, 0, 0));
			else if(HqData[jys].isJgChanged[rec_num]<0)
				SetBkColor(hDC, RGB(0, 80, 0));
			else SetBkColor(hDC, RGB(0, 0, 0));
			SetTextColor(hDC, RGB(255, 255, 0));
			return (LPSTR)&HqData[jys].lpRefData[rec_num].lc;
		//break;
		case 11:
			f =HqData[jys].lpRefData[rec_num].zdf;
			lpFld = (LPSTR)&HqData[jys].lpRefData[rec_num].npzl;
		break;
		case 12:
			l =HqData[jys].lpRefData[rec_num].cjss
				-HqData[jys].lpRefData[rec_num].npzl;
			f =HqData[jys].lpRefData[rec_num].zdf;
			lpFld =(LPSTR)&l;
		break;
		case 13:
			f =HqData[jys].lpRefData[rec_num].zdf;
			lpFld =(LPSTR)&HqData[jys].lpRefData[rec_num].wb;
		break;
		case 14:
			f =HqData[jys].lpRefData[rec_num].zdf;
			lpFld =(LPSTR)&HqData[jys].lpRefData[rec_num].cjje;
		break;	
		case 15:
			f =HqData[jys].lpRefData[rec_num].zdf;
					
			HqZd =HqData[jys].lpRefData[rec_num].zjjg -
				HqData[jys].lpPreData[rec_num].zrsp;
			lpFld =(LPSTR)&HqZd;
		break;
	}
	if(f >0) SetTextColor(hDC, RGB(255, 0, 0));
	else if(f <0) SetTextColor(hDC, RGB(0, 255, 0));
	else SetTextColor(hDC, RGB(255, 255, 255));
	
	return lpFld;
}

LPSTR GetHqFldPos1(int jys, int rec_num, int fld_num)
{
	long l;

	if(HqData[jys].lpPreData[rec_num].zrsp!=0)
	{
		HqData[jys].lpRefData[rec_num].zdf=
			(HqData[jys].lpRefData[rec_num].zjjg-HqData[jys].lpPreData[rec_num].zrsp)*100/
				HqData[jys].lpPreData[rec_num].zrsp;
	}
	
	switch(fld_num)
	{
		case 0:
		return (LPSTR)&HqData[jys].lpPreData[rec_num].zqdm[0];
		case 1:
		return (LPSTR)&HqData[jys].lpPreData[rec_num].zrsp;
		case 2:
		return (LPSTR)&HqData[jys].lpPreData[rec_num].jrkp;
		case 3:
		return (LPSTR)&HqData[jys].lpRefData[rec_num].zgjg;
		case 4:
		return (LPSTR)&HqData[jys].lpRefData[rec_num].zdjg;
		case 5:
		return (LPSTR)&HqData[jys].lpRefData[rec_num].zgjm;
		case 6:
		return (LPSTR)&HqData[jys].lpRefData[rec_num].zdjm;
		case 7:
		return (LPSTR)&HqData[jys].lpRefData[rec_num].zjjg;
		case 8:
		return (LPSTR)&HqData[jys].lpRefData[rec_num].zdf;
		case 9:
		return (LPSTR)&HqData[jys].lpRefData[rec_num].cjss;
		case 10:
		return (LPSTR)&HqData[jys].lpRefData[rec_num].lc;
		case 11:
		return (LPSTR)&HqData[jys].lpRefData[rec_num].npzl;
		case 12:
			l =HqData[jys].lpRefData[rec_num].cjss
				-HqData[jys].lpRefData[rec_num].npzl;
		return (LPSTR)&l;
		case 13:
		return (LPSTR)&HqData[jys].lpRefData[rec_num].wb;
		case 14:
		return (LPSTR)&HqData[jys].lpRefData[rec_num].cjje;
		case 15:
			HqZd =HqData[jys].lpRefData[rec_num].zjjg -
				HqData[jys].lpPreData[rec_num].zrsp;
		return (LPSTR)&HqZd;
	}
}

BOOL IsZsRec(int jys, int rec_num)
{
	if(jys ==0)
	{
		if(!strncmp(HqData[jys].lpPreData[rec_num].zqdm, "99", 2))
			return TRUE;
	}
	else
		if(!strncmp(HqData[jys].lpPreData[rec_num].zqdm, "0000", 4)
			&& (HqData[jys].lpPreData[rec_num].zqdm[4] =='0'
				||HqData[jys].lpPreData[rec_num].zqdm[4] =='1'))
			return TRUE;
	
	return FALSE;
}

void ReadHqDataAll(void)
{
	int jys, i;
	char fileName[128];
	HFILE hf;
	OFSTRUCT os;
	extern BOOL HqAllocMem(int);
	
	HQ_REF_DATA_V202 DataV202,*lpDataV202;
	
	i =250;
	if(GraphData.lpMinPos ==NULL)
		GraphData.lpMinPos =(short *)GlobalAllocPtr(GHND, i*sizeof(short));
	else
		GraphData.lpMinPos =(short *)GlobalReAllocPtr(GraphData.lpMinPos,
					i*sizeof(short), GMEM_MOVEABLE);

	if(GraphData.lpMinPos ==NULL)
	{
		GraphData.minEnd =0;
		ErrMsg(NULL,"alloc record data memory failed!");
		return;
	}
		
	if(GraphData.lpMinLc ==NULL)
		GraphData.lpMinLc =(long *)GlobalAllocPtr(GHND, i*sizeof(long));
	else
		GraphData.lpMinLc =(long *)GlobalReAllocPtr(GraphData.lpMinLc,
					i*sizeof(long), GHND);

	if(GraphData.lpMinLc ==NULL)
	{
		GraphData.minEnd =0;
		ErrMsg(NULL,"alloc record data memory failed!");
		return;
	}
		
	strcpy(fileName, szDataPath);
	strcat(fileName, "\\dpdata.dat");
	
	hf =OpenFile(fileName, &os, OF_SHARE_DENY_NONE|OF_READ);
	if(hf !=HFILE_ERROR)
	{
		_lread(hf, &DpData, sizeof(DpData));
		_lclose(hf);
	}

	for(jys =0; jys <2; jys++)
	{
		strcpy(fileName, szDataPath);
		if(jys ==0) strcat(fileName, "\\szhq.dat");
		else strcat(fileName, "\\shhq.dat");
	
		hf =OpenFile(fileName, &os, OF_SHARE_DENY_NONE|OF_READ);
		if(hf ==HFILE_ERROR) return;
		if(_lread(hf, &HqData[jys].recCount, sizeof(int)) !=sizeof(int))
		{
			_lclose(hf);
			return;
		}
		if(HqData[jys].recCount <=0)
		{
			_lclose(hf);
			continue;
		}
		if(!HqAllocMem(jys))
		{
			_lclose(hf);
			return;
		}
		if((long)HqData[jys].recCount *(sizeof(HQ_PRE_DATA)+sizeof(HQ_REF_DATA))+sizeof(int)
			==_filelength(hf))
		{	
			_lread(hf, &HqData[jys].lpPreData[0], sizeof(HQ_PRE_DATA)*HqData[jys].recCount);
			_lread(hf, &HqData[jys].lpRefData[0], sizeof(HQ_REF_DATA)*HqData[jys].recCount);
		}	
		else
		{   
		    lpDataV202 =(HQ_REF_DATA_V202 *)malloc(sizeof(HQ_REF_DATA_V202)*HqData[jys].recCount);
		    if(lpDataV202!=NULL)
		    {
		    	if((unsigned int)(_read(hf,lpDataV202,sizeof(HQ_REF_DATA_V202)*HqData[jys].recCount))!=
		    			(unsigned int)(sizeof(HQ_REF_DATA_V202)*HqData[jys].recCount))
		    	{		
		    		free(lpDataV202);
		    		lpDataV202=NULL;
		    	}		    		
		    }	
			for(i=0;i<HqData[jys].recCount;i++)
			{
			    if(lpDataV202==NULL)
			 		_read(hf,&DataV202,sizeof(HQ_REF_DATA_V202));
			 	else
			 		memcpy(&DataV202,&lpDataV202[i],sizeof(HQ_REF_DATA_V202));
			 	HqData[jys].lpRefData[i].zdjg =(float)(DataV202.zdjg/100.00);
			 	HqData[jys].lpRefData[i].zgjg =(float)((DataV202.zgjg+DataV202.zdjg)/100.00);
			 	HqData[jys].lpRefData[i].zdjm =(float)((DataV202.zdjm+DataV202.zdjg)/100.00);
			 	HqData[jys].lpRefData[i].zgjm =(float)((DataV202.zgjm+DataV202.zdjg)/100.00);
			 	HqData[jys].lpRefData[i].zjjg =(float)((DataV202.zjjg+DataV202.zdjg)/100.00);
			 	HqData[jys].lpRefData[i].npzl =DataV202.npzl;
			 	HqData[jys].lpRefData[i].cjss =DataV202.npzl+DataV202.cjss;
			 	HqData[jys].lpRefData[i].wb =(float)(DataV202.wb/100.00);
			 	
			 	HqData[jys].lpPreData[i].zrsp =(float)((DataV202.zrsp+DataV202.zdjg)/100.00);
			 	HqData[jys].lpPreData[i].jrkp =(float)((DataV202.jrkp+DataV202.zdjg)/100.00);
			 	strcpy(HqData[jys].lpPreData[i].zqdm,DataV202.zqdm);
			 	strcpy(HqData[jys].lpPreData[i].zqmc,DataV202.zqmc);			 	
			}
		    if(lpDataV202!=NULL)
				free(lpDataV202);
		}
		_lclose(hf);
	}
	strcpy(fileName, szDataPath);
	strcat(fileName, "\\maxmin.dat");
	
	hf =OpenFile(fileName, &os, OF_SHARE_DENY_NONE|OF_READ);
	if(hf !=HFILE_ERROR)
	{
		_lread(hf, &MaxMinData, sizeof(MaxMinData));
		_lclose(hf);
	}
}

void WriteHqDataAll(void)
{
	int jys;
	char fileName[128];
	HFILE hf;
	OFSTRUCT os;
	
	strcpy(fileName, szDataPath);
	strcat(fileName, "\\dpdata.dat");
	
	hf =OpenFile(fileName, &os, OF_SHARE_DENY_NONE|OF_CREATE|OF_READWRITE);
	if(hf !=HFILE_ERROR)
	{
		_lwrite(hf, &DpData, sizeof(DpData));
		_lclose(hf);
	}

	for(jys =0; jys <2; jys++)
	{
		if(HqData[jys].recCount <=0) continue;
		strcpy(fileName, szDataPath);
		if(jys ==0) strcat(fileName, "\\szhq.dat");
		else strcat(fileName, "\\shhq.dat");
	
		hf =OpenFile(fileName, &os, OF_SHARE_DENY_NONE|OF_CREATE|OF_READWRITE);
		if(hf ==HFILE_ERROR) return;
		if(_lwrite(hf, &HqData[jys].recCount, sizeof(int)) !=sizeof(int))
		{
			_lclose(hf);
			return;
		}
		_lwrite(hf, &HqData[jys].lpPreData[0], sizeof(HQ_PRE_DATA)*HqData[jys].recCount);
		_lwrite(hf, &HqData[jys].lpRefData[0], sizeof(HQ_REF_DATA)*HqData[jys].recCount);
		_lclose(hf);
	}
	strcpy(fileName, szDataPath);
	strcat(fileName, "\\maxmin.dat");
	
	hf =OpenFile(fileName, &os, OF_SHARE_DENY_NONE|OF_READ);
	if(hf ==HFILE_ERROR)
	{
		_lwrite(hf, &MaxMinData, sizeof(MaxMinData));
		_lclose(hf);
	}
}

void DelOldData(void)
{
	int jys;
	char fileName[128];
	OFSTRUCT os;
	
	strcpy(fileName, szDataPath);
	strcat(fileName, "\\dpdata.dat");
	
	unlink(fileName);

	for(jys =0; jys <2; jys++)
	{
		strcpy(fileName, szDataPath);
		if(jys ==0) strcat(fileName, "\\szhq.dat");
		else strcat(fileName, "\\shhq.dat");
	
		unlink(fileName);
	}
	strcpy(fileName, szDataPath);
	strcat(fileName, "\\maxmin.dat");	
	unlink(fileName);
	
	_lclose(hfZx);
	strcpy(fileName, szDataPath);
	strcat(fileName, "\\zx.txt");
	unlink(fileName);		
	hfZx =OpenFile(fileName, &os, OF_SHARE_DENY_NONE|OF_CREATE|OF_READWRITE);
	_lclose(hfZx);
	
	sprintf(fileName,"%s\\news.idx",szDataPath);
	unlink(fileName);
	
}

void ReadHqData(int jys)
{
	char fileName[128];
	HFILE hf;
	OFSTRUCT os;
	extern BOOL HqAllocMem(int);	
	HQ_REF_DATA_V202 DataV202;
	int i;
		
	strcpy(fileName, szDataPath);
	if(jys ==0) 
		strcat(fileName, "\\szhq.dat");
	else 
		strcat(fileName, "\\shhq.dat");
	
	hf =OpenFile(fileName, &os, OF_SHARE_DENY_NONE|OF_READ);
	if(hf ==HFILE_ERROR) return;
	if(_lread(hf, &HqData[jys].recCount, sizeof(int)) !=sizeof(int))
	{
		_lclose(hf);
		return;
	}
	if(HqData[jys].recCount <=0)
	{
		_lclose(hf);
		return;
	}
	if(!HqAllocMem(jys))
	{
		_lclose(hf);
		return;
	}

	if((long)HqData[jys].recCount *(sizeof(HQ_PRE_DATA)+sizeof(HQ_REF_DATA))+sizeof(int)
			==_filelength(hf))
	{
		_lread(hf, &HqData[jys].lpPreData[0], sizeof(HQ_PRE_DATA)*HqData[jys].recCount);
		_lread(hf, &HqData[jys].lpRefData[0], sizeof(HQ_REF_DATA)*HqData[jys].recCount);
	}
	else
	{
		for(i=0;i<HqData[jys].recCount;i++)
		{
			 _read(hf,&DataV202,sizeof(HQ_REF_DATA_V202));
			 HqData[jys].lpRefData[i].zdjg =(float)(DataV202.zdjg/100.00);
			 HqData[jys].lpRefData[i].zgjg =(float)(DataV202.zgjg/100.00)+HqData[jys].lpRefData[i].zdjg;
			 HqData[jys].lpRefData[i].zdjm =(float)(DataV202.zdjm/100.00)+HqData[jys].lpRefData[i].zdjg;
			 HqData[jys].lpRefData[i].zgjm =(float)(DataV202.zgjm/100.00)+HqData[jys].lpRefData[i].zdjg;
			 HqData[jys].lpRefData[i].zjjg =(float)(DataV202.zjjg/100.00)+HqData[jys].lpRefData[i].zdjg;
			 HqData[jys].lpRefData[i].npzl =DataV202.npzl;
			 
			 //HqData[jys].lpRefData[i].cjss =DataV202.npzl+DataV202.cjss;
			 HqData[jys].lpRefData[i].cjss =DataV202.cjss;
			 HqData[jys].lpRefData[i].cjje =DataV202.cjje;
			 
			 HqData[jys].lpRefData[i].wb =(float)(DataV202.wb/100.00);
			 	
			 HqData[jys].lpPreData[i].zrsp =(float)(DataV202.zrsp/100.00)+HqData[jys].lpRefData[i].zdjg;
			 HqData[jys].lpPreData[i].jrkp =(float)(DataV202.jrkp/100.00)+HqData[jys].lpRefData[i].zdjg;
			 strcpy(HqData[jys].lpPreData[i].zqdm,DataV202.zqdm);
			 strcpy(HqData[jys].lpPreData[i].zqmc,DataV202.zqmc);			 	
		}	
	}	
	_lclose(hf);	
}