void CCaliData::GetReserveTime(int row, CString& strVal)
{
const int itemNum = m_CaliItems.size();
if (row<0 || row>itemNum-1) return;
while (row!=-1)
{
if (m_CaliItems[row].szReserveTime!=_T(""))
{
strVal = m_CaliItems[row].szReserveTime;
if (!IsDigital(strVal))
Write_Error("保留时间非数字字符串");
break;
}
else
row--;
}
}
/*************************************************
Function: SearchWord
Description: 搜索输入单词在链表中的位置
Calls: InitReadinS(), InitSearchS(),PushReadinS(),PushSearchS(),FindLocat(),DisplayToChoose(),
Called By: SearchMoulde()
Table Accessed: // 被访问的表（此项仅对于牵扯到数据库操作的程序）
Table Updated: // 被修改的表（此项仅对于牵扯到数据库操作的程序）
Input:存有26个字母表头信息的数组
Output: // 对输出参数的说明。
Return: 查找的结果的地址
Others: 5.29 对输入大写字母的情况做了修改
*************************************************/
WorData *SearchWord(WorData *alphabet[])
{
char input='\0';
WorData *head=NULL,*current=NULL,*result=NULL; //lack *
WorData *Findout[10];
ReadinStack *readins=NULL;
SearchStack *searchs=NULL;
readins=InitReadinS(); //初始化
searchs=InitSearchS();
while(1)
{
while (1)
{
system("cls");
printf("\n\n\n\n\n\n\n\n\n\n"); //打印出十个空行准备显示十个单词以供选择
printf("Input:");
input = getch(); //getche() -> getch()，第一个字母可能是大写不能转换成小写
if (IsAlphabet(input) == YES) //5.28 add 如果
{
putchar(input);
}
if (input == '`')
{
return NULL;
}
else if (IsAlphabet(input) == NO)
{
break; //IsAlphabet()判断是否为字母，是返回1
}
else
{
head = alphabet[ToLower(input) - 'a']; //tolower() 将input字符转换成小写字母，-'a'得到input字符在alphabet数组中的位置 5.28
current = head;
}
while (1)
{
if (IsAlphabet(input) == YES) //如果input是字母
{
PushReadinS(readins,input);
PushSearchS(searchs,current);
current=FindLocat(readins,current);
FindToChoose(current,Findout);
DisplayToChoose(Findout,readins->readin);
if (current != NULL) //如果没找到
{
input=ToLower(getch());
if (IsAlphabet(input) == YES) //5.28 add
{
putchar(input);
}
continue;
}
}
else if (IsDigital(input) == YES) //是否为数字，是返回1
{
result=Findout[input-'0'];
return result;
}
else if (input == '=') //输入 = ，表退格键
{
PopReadinS(readins);
if (EmptyReadinS(readins) == YES) break; //5.28 add,如果不修改，输入a = b，将出错
current=PopSearchS(searchs); //返回上次所指位置
current=FindLocat(readins,current);
FindToChoose(current,Findout);
DisplayToChoose(Findout,readins->readin);
//BACKSPACE; //将之前输入的一个字符擦掉
}
else if (input == '@') //输入 - ，清空整行
{
CleanReadinS(readins);
CleanSearchS(searchs);
break; //重新输入
}
else if (input == '`') //Esc键下面的那个键
{
return NULL;
}
//else BACKSPACE; //其他情况，将该输入从屏幕上删除，已经有以下语句，该句可以去掉
input = ToLower(getch());
if (IsAlphabet(input) == YES) //5.28 add 如果
{
putchar(input);
}
}//end of while (1)
}//end of the frist while(1)
}
}
bool CCaliData::SynEditedCell(int col, int row, LPCTSTR szVal)
{
if (szVal == _T("")) {
//::AfxMessageBox(_T("组份名不允许为空"));
return false;
}
if (col == 5){
CString cStr_tmp;
cStr_tmp.Format(_T("%s"), szVal);
if (!IsDigital(cStr_tmp))
return false;
}
const int itemNum = m_CaliItems.size();
if (row<0 || row>itemNum-1)
{
return false;
}
if (col==3)
{
if (m_CaliItems[row].szComponentName != _T("")) {
m_CaliItems[row].szComponentName = szVal;
}
else{
//::AfxMessageBox(_T("不允许在此单元格修改数据"));
return false;
}
}
else if (col==5)
{
CString szTmp;
szTmp.Format(_T("%s"), szVal);
//double dContents = _tstof(szTmp);
//
//if (dContents < 0.1f)
//{
// szTmp.Format(_T("%e"), dContents);
//}
//else
//{
// ConvertDecimalDigits(szTmp, 3); // 强制保留小数位后3位
//}
m_CaliItems[row].szContents = szTmp;
// 重新计算[响应因子]
double dCont = _tstof(m_CaliItems[row].szContents);
double dPeakArea = _tstof(m_CaliItems[row].szPeakArea);
double dPeakHeight = _tstof(m_CaliItems[row].szPeakHeight);
CString szFactor;
if (m_tableType == _T("峰面积"))
{
double dResFactor = dCont / dPeakArea;
m_CaliItems[row].szResFactor.Format(_T("%.4e"), dResFactor);
//if (dResFactor == 0.0000f)
//{
// m_CaliItems[row].szResFactor = _T("0.0000");
//}
//else
//{
// szFactor.Format(_T("%.4e"), dResFactor);
// if (dResFactor >= 1.000000f)
// EraseZeroPlus(szFactor);
// else
// EraseZeroMinus(szFactor);
// m_CaliItems[row].szResFactor = szFactor; // 响应因子
//}
}
else if (m_tableType == _T("峰高"))
{
double dResFactor = dCont / dPeakHeight;
m_CaliItems[row].szResFactor.Format(_T("%.4e"), dResFactor);
//if (dResFactor == 0.0000f)
//{
// m_CaliItems[row].szResFactor = _T("0.0000");
//}
//else
//{
// szFactor.Format(_T("%.4e"), dResFactor);
// if (dResFactor >= 1.000000f)
// EraseZeroPlus(szFactor);
// else
// EraseZeroMinus(szFactor);
// m_CaliItems[row].szResFactor = szFactor; // 响应因子
//}
}
else
{
//::AfxMessageBox(_T("究竟是峰面积还是峰高？2"));
return false;
}
}
else
{
//::AfxMessageBox(_T("行数出错！")); // 理论上不会运行到这里
return false;
}
return true;
}
BOOL Editor_OnKeyPress(EDITOR *editor, DWORD KeyCode)
{
int len;
WCHAR input, wcspoint[4] = { '.', 0 };
//TRACE("Editor_OnKeyPress, Key: '%c', 0x%02x\n", (char)KeyCode, KeyCode);
if (editor->vcobject.ime_letter_enable)
{
#ifdef KEY_IME
if (KEY_IME == KeyCode)
{
editor_reset_ime_roll(editor);
if (editor->vcobject.ime_letter_enable && editor->vcobject.ime_digital_enable)
{
if (++editor->ime_mode > ITP_LETTER_LOW)
editor->ime_mode = ITP_DIGITAL;
}
else if (editor->vcobject.ime_letter_enable)
{
editor->ime_mode = (ITP_LETTER_UP == editor->ime_mode) ? ITP_LETTER_LOW : ITP_LETTER_UP;
}
goto process_key;
}
#endif
}
if (editor->keyfilter && editor->keyfilter(KeyCode)) // 按键被过滤忽略
return FALSE;
if (!editor->input_buffer)
return FALSE;
len = wstrlen(editor->input_buffer);
if (len && (KEY_CANCEL == KeyCode))
{
editor->input_buffer[0] = 0;
editor_reset_ime_roll(editor);
}
else if (len && (KEY_BACKSPACE == KeyCode))
{
editor->input_buffer[--len] = 0;
editor_reset_ime_roll(editor);
}
else if ((len < editor->maxinputchar)
&& (IsDigital(KeyCode) || ('.' == KeyCode)))
{
input = (WCHAR)KeyCode;
if ('.' == KeyCode)
{
editor_reset_ime_roll(editor);
if (wstrstr(editor->input_buffer, wcspoint))
return FALSE;
}
else
{
WCHAR current_letter = len ? editor->input_buffer[len - 1] : 0;
input = editor_key_to_letter(editor, current_letter, KeyCode);
}
if (input)
{
if (len && (editor->ime_prev_key == (BYTE)KeyCode) && (ITP_DIGITAL != editor->ime_mode))
len--;
editor->input_buffer[len++] = input;
editor->input_buffer[len++] = (WCHAR)0;
editor->ime_input_timeout = 0;
editor->ime_prev_key = (BYTE)KeyCode;
}
}
else
return FALSE; // 返回FALSE表示按键未处理
#ifdef KEY_IME
process_key:
#endif
editor->cursortogglecnt = 0; // 重置光标闪烁状态
Editor_OnDraw(editor);
return TRUE; // 返回TRUE表示按键已处理
}
