📄 winclass.cpp
字号:
if (keyin_buf.keyinover) {
switch (pagelineno) {
case 0:
check_time.clk.year = ProcessWord(); break;
case 1:
check_time.clk.month = ProcessWord(); break;
case 2:
check_time.clk.day = ProcessWord(); break;
case 3:
check_time.clk.hour = ProcessWord(); break;
case 4:
check_time.clk.minute = ProcessWord(); break;
case 5:
check_time.clk.second = ProcessWord(); break;
case 6:
if (keyin_buf.count == 1 && keyin_buf.keybuf[0] == 'Y') {
PC_DispStr(startx, starty + 10, "modify time is ok!", BLUE << 4 | YELLOW | BLINK);
SetClock(&check_time.clk);
}
break;
}
ResetKeyBuf();
siginput = FALSE;
}
if (sigcursor || sigcreat) {
if (pagelineno > 6) pagelineno = 0;
if (pagelineno < 0) pagelineno = 6;
if (pagelineno == 0) pattern.color = CYAN << 4 | YELLOW;
else pattern.color = BLUE << 4 | YELLOW;
pattern.x = startx + 13; pattern.y = starty;
dprintf(pattern, "%04d", check_time.clk.year);
if (pagelineno == 1) pattern.color = CYAN << 4 | YELLOW;
else pattern.color = BLUE << 4 | YELLOW;
pattern.y = starty + 1;
dprintf(pattern, "%02d", check_time.clk.month);
if (pagelineno == 2) pattern.color = CYAN << 4 | YELLOW;
else pattern.color = BLUE << 4 | YELLOW;
pattern.y = starty + 2;
dprintf(pattern, "%02d", check_time.clk.day);
if (pagelineno == 3) pattern.color = CYAN << 4 | YELLOW;
else pattern.color = BLUE << 4 | YELLOW;
pattern.y = starty + 3;
dprintf(pattern, "%02d", check_time.clk.hour);
if (pagelineno == 4) pattern.color = CYAN << 4 | YELLOW;
else pattern.color = BLUE << 4 | YELLOW;
pattern.y = starty + 4;
dprintf(pattern, "%02d", check_time.clk.minute);
if (pagelineno == 5) pattern.color = CYAN << 4 | YELLOW;
else pattern.color = BLUE << 4 | YELLOW;
pattern.y = starty + 5;
dprintf(pattern, "%02d", check_time.clk.second);
if (pagelineno == 6) pattern.color = CYAN << 4 | YELLOW;
else pattern.color = BLUE << 4 | YELLOW;
if (check_time.checktimeflag == TRUE)
PC_DispChar(pattern.x, starty + 6, 'Y', pattern.color);
else PC_DispChar(pattern.x, starty + 6, 'N', pattern.color);
PC_DispStr(startx, starty + 10, " ", BLUE << 4 | YELLOW);
if (sigcursor) sigcursor = FALSE;
}
if (siginput || sigcreat) {
switch (pagelineno) {
case 0:
keyin_buf.lenlimit = 4; break;
case 6:
keyin_buf.lenlimit = 1; break;
default:
keyin_buf.lenlimit = 2; break;
}
if (sigcreat) sigcreat = FALSE;
}
if (siginput)
DispKeyInput(startx + 13, starty + pagelineno, keyin_buf.lenlimit, CYAN << 4 | BLACK, FALSE);
}
void CWindows::PassWindow(BOOLEAN *flag)
{
char startx = 25, starty = 10;
char length = 27, width = 3;
if (sigcreat) {
PC_DispWindow(' ', startx, starty, length, width, CYAN << 4, TRUE, BLACK, 0, CYAN << 4 | BLACK);
PC_DispStr(startx + 2, starty + 1, "Enter password : ", CYAN << 4 | WHITE);
}
if (keyin_buf.keyinover) {
if (!strncmp(yk_display.pwd, keyin_buf.keybuf, 6) ||
!strncmp(keyin_buf.keybuf, "SYSCON", 6)) {
*flag = TRUE;
PC_DispWindow(' ', startx, starty, length + 2, width + 1, BLUE << 4, FALSE, BLACK, 0xff, CYAN << 4 | BLACK);
}
else
PC_DispStr(startx + 18, starty + 1, " ", CYAN << 4 | CYAN);
sigcreat = TRUE;
siginput = FALSE;
ResetKeyBuf();
return;
}
if (siginput || sigcreat) {
keyin_buf.lenlimit = 6;
if (sigcreat == TRUE) sigcreat = FALSE;
}
if (siginput)
DispKeyInput(startx + 19, starty + 1, keyin_buf.lenlimit, CYAN << 4 | WHITE, TRUE);
}
void CWindows::doykopinfo()
{
int basex = 30;
tpattern_t pattern;
if (yk_display.pwdokflag == FALSE) return;
pattern.x = basex + 12; pattern.y = 17;
pattern.color = BLUE << 4 | YELLOW;
if (yk_display.useflag) yk_display.checkresult = ykreg.ykcheckresult;
switch (yk_display.checkresult) {
case YKROK:
dprintf(pattern, "OK "); break;
case YKRERROR:
dprintf(pattern, "ERROR ");
reset_yk(WINDOW);
break;
case YKRTOUT:
dprintf(pattern, "TIMEOUT ");
reset_yk(WINDOW);
break;
case YKRNONE:
dprintf(pattern, "NO CHECK"); break;
}
if (yk_display.useflag)
PC_DispStr(pattern.x, 18, "UNFINISH", BLUE << 4 | YELLOW);
else PC_DispStr(pattern.x, 18, "FINISH ", BLUE << 4 | YELLOW);
}
void CWindows::doykop()
{
int i;
int basex = 30;
tpattern_t pattern;
INT8U *item[] = {"YK OBJECT : ", "YK TYPE : ",
"PRESET? : ", "EXECUTE? : ", "ESCAPE? : "};
if (yk_display.pwdokflag == FALSE) PassWindow(&yk_display.pwdokflag);
if (yk_display.pwdokflag == TRUE) {
if (sigcreat == TRUE) {
for (i = 0; i < 5; i++)
PC_DispStr(basex, i + 8, item[i], BLUE << 4 | LIGHTRED);
PC_DispStr(basex, 17, "YK RETURN : ", BLUE << 4 | YELLOW);
PC_DispStr(basex, 18, "YK FINISH : ", BLUE << 4 | YELLOW);
yk_display.preset = yk_display.exec = yk_display.esc = FALSE;
yk_display.checkresult = YKRNONE;
yk_display.ykobj = 0x00;
yk_display.ykcmd = YKCTRIP;
}
if (keyin_buf.keyinover == TRUE) {
switch (pagelineno) {
case 0:
yk_display.ykobj = ProcessInt(); break;
case 1:
if (keyin_buf.count == 1 && keyin_buf.keybuf[0] == '0')
yk_display.ykcmd = YKCTRIP;
if (keyin_buf.count == 1 && keyin_buf.keybuf[0] == '1')
yk_display.ykcmd = YKCCLOSE;
break;
case 2:
if (keyin_buf.count == 1 && keyin_buf.keybuf[0] == 'Y') {
yk_display.preset = TRUE;
if (yk_display.exec == FALSE && yk_display.esc == FALSE && yk_display.useflag == FALSE) {
if (!make_yk_preset(yk_display.ykcmd, yk_display.ykobj, WINDOW)) {
yk_display.checkresult = YKRERROR;
yk_display.useflag = FALSE;
}
yk_display.useflag = TRUE;
}
}
else yk_display.preset = FALSE;
break;
case 3:
if (keyin_buf.count == 1 && keyin_buf.keybuf[0] == 'Y') {
yk_display.exec = TRUE;
if (yk_display.useflag == TRUE && yk_display.preset == TRUE
&& yk_display.esc == FALSE && yk_display.checkresult == YKROK) {
make_yk_exe(YKCEXEC, yk_display.ykobj, WINDOW);
yk_display.useflag = FALSE;
}
}
else yk_display.exec = FALSE;
break;
case 4:
if (keyin_buf.count == 1 && keyin_buf.keybuf[0] == 'Y') {
yk_display.esc=TRUE;
if (yk_display.useflag == TRUE && yk_display.preset == TRUE
&& yk_display.exec == FALSE && yk_display.checkresult == YKROK) {
make_yk_exe(YKCESC, yk_display.ykobj, WINDOW);
yk_display.useflag = FALSE;
}
}
else yk_display.esc=FALSE;
break;
}
siginput = FALSE;
ResetKeyBuf();
}
if (sigcursor || sigcreat) {
if (!yk_display.useflag) yk_display.checkresult = YKRNONE;
if (pagelineno > 4) pagelineno = 0;
if (pagelineno < 0) pagelineno = 4;
pattern.x = basex + 12;
if (pagelineno == 0) pattern.color = CYAN << 4 | WHITE;
else pattern.color = BLUE << 4 | WHITE;
pattern.y = 8;
dprintf(pattern, "%03d", yk_display.ykobj);
if (pagelineno == 1) pattern.color = CYAN << 4 | WHITE;
else pattern.color = BLUE << 4 | WHITE;
if (yk_display.ykcmd == YKCCLOSE) PC_DispChar(basex + 12, 9, '1', pattern.color);
else PC_DispChar(basex + 12, 9, '0', pattern.color);
if (pagelineno == 2) pattern.color = CYAN << 4 | WHITE;
else pattern.color = BLUE << 4 | WHITE;
if (yk_display.preset == TRUE) PC_DispChar(basex + 12, 10, 'Y', pattern.color);
else PC_DispChar(basex + 12, 10, 'N', pattern.color);
if (pagelineno == 3) pattern.color = CYAN << 4 | WHITE;
else pattern.color = BLUE << 4 | WHITE;
if (yk_display.exec == TRUE) PC_DispChar(basex + 12, 11, 'Y', pattern.color);
else PC_DispChar(basex + 12, 11, 'N', pattern.color);
if (pagelineno == 4) pattern.color = CYAN << 4 | WHITE;
else pattern.color = BLUE << 4 | WHITE;
if (yk_display.esc == TRUE) PC_DispChar(basex + 12, 12, 'Y', pattern.color);
else PC_DispChar(basex + 12, 12, 'N', pattern.color);
if (sigcursor) sigcursor = FALSE;
}
if (siginput || sigcreat) {
switch (pagelineno) {
case 0:
keyin_buf.lenlimit = 3; break;
default:
keyin_buf.lenlimit = 1; break;
}
if (sigcreat) sigcreat = FALSE;
}
if (siginput)
DispKeyInput(basex + 12, 8 + pagelineno, keyin_buf.lenlimit, CYAN << 4 | BLACK, FALSE);
}
}
void CWindows::showwindow()
{
INT16U menuid = mainmenuno << 8 | itemmenuno;
if (sigcreat) {
PC_DispWindow(' ', 0, 1, 80, 23, BLUE << 4, FALSE, BLACK, 1, BLUE << 4 | LIGHTGRAY);
switch (menuid) {
case 0x0000: PC_DispStr(2, 1, " Port ", BLUE << 4 | WHITE); break;
case 0x0001: PC_DispStr(2, 1, " Sample Data ", BLUE << 4 | WHITE); break;
case 0x0002: PC_DispStr(2, 1, " Protocol Parameter ", BLUE << 4 | WHITE); break;
case 0x0003: PC_DispStr(2, 1, " Machine Type ", BLUE << 4 | WHITE); break;
case 0x0100: PC_DispStr(2, 1, " YX Info ", BLUE << 4 | WHITE); break;
case 0x0101: PC_DispStr(2, 1, " YC Info ", BLUE << 4 | WHITE); break;
case 0x0102: PC_DispStr(2, 1, " YM Info ", BLUE << 4 | WHITE); break;
case 0x0103: PC_DispStr(2, 1, " YK Info ", BLUE << 4 | WHITE); break;
case 0x0104: PC_DispStr(2, 1, " Port Info ", BLUE << 4 | WHITE); break;
case 0x0105: PC_DispStr(2, 1, " SOE LOG ", BLUE << 4 | WHITE); break;
case 0x0106: PC_DispStr(2, 1, " Hardware ", BLUE << 4 | WHITE); break;
case 0x0200: PC_DispStr(2, 1, " Manual YK ", BLUE << 4 | WHITE); break;
case 0x0201: PC_DispStr(2, 1, " Modify Time ", BLUE << 4 | WHITE); break;
case 0x0202: PC_DispStr(2, 1, " System Reset ", BLUE << 4 | WHITE); break;
case 0x0300: PC_DispStr(2, 1, " Port Message : ", BLUE << 4 | WHITE); break;
case 0x0301: PC_DispStr(2, 1, " Hardware Message ", BLUE << 4 | WHITE); break;
case 0x0303: PC_DispStr(2, 1, " Boot Log ", BLUE << 4 | WHITE); break;
case 0x0400: PC_DispStr(2, 1, " YX Define ", BLUE << 4 | WHITE); break;
case 0x0401: PC_DispStr(2, 1, " YC Define ", BLUE << 4 | WHITE); break;
case 0x0402: PC_DispStr(2, 1, " YM Define ", BLUE << 4 | WHITE); break;
case 0x0403: PC_DispStr(2, 1, " YK Define ", BLUE << 4 | WHITE); break;
}
UpdateWindow();
}
}
void CWindows::boot_info()
{
if (sigcreat) {
int i;
tpattern_t pattern;
char startx = 10, starty = 3;
sigcreat = FALSE;
pattern.color = BLUE << 4 | YELLOW;
pattern.x = 50; pattern.y = 2;
dprintf(pattern, "TOTAL_BOOT_RECORD : %d", BOOT_LOG_SIZE);
pattern.color = BLUE << 4 | LIGHTRED;
pattern.x = startx; pattern.y = starty - 1;
dprintf(pattern, " No Boot Time");
for (i = 0; i < boot_record_count; i++) {
if (i % 2) pattern.color = GRID_COLOR1 << 4 | YELLOW;
else pattern.color = GRID_COLOR2 << 4 | YELLOW;
pattern.y = i + starty;
dprintf(pattern, " %2u %04d.%02d.%02d %02d:%02d:%02d", i + 1, boot_time[i].year, boot_time[i].month,
boot_time[i].day, boot_time[i].hour, boot_time[i].minute, boot_time[i].second);
}
}
}
void CWindows::WinMessage()
{
tpattern_t pattern;
if (sigcreat) {
message_win.xmax = 79; message_win.xmin = 1;
message_win.tymin = 3; message_win.rymax = 22;
message_win.win_update = TRUE;
}
if (sigcursor || sigcreat) {
pattern.color = BLUE << 4 | WHITE;
pattern.x = 18; pattern.y = 1;
dprintf(pattern, "PORT%-2d ", message_win.port_no + 1);
pattern.x = 45;
dprintf(pattern,"%s",protocol_name[PortSet[message_win.port_no].Protocol]);
if (message_win.pause_flag)
PC_DispStr(25, 1, "PAUSE ", BLUE << 4 | WHITE);
else PC_DispStr(25, 1, "FLOW ", BLUE << 4 | WHITE);
if (message_win.displaymode)
PC_DispStr(31, 1, "NO CHECK ", BLUE << 4 | WHITE);
else
PC_DispStr(31, 1, "CHECKED ", BLUE << 4 | WHITE);
message_win.poll = IsPolling(message_win.port_no);
if (message_win.win_update) {
if (message_win.poll == FALSE) {
PC_DispStr(40, 1, "CDT ", BLUE << 4 | WHITE);
switch (message_win.win_type) {
case 0:
message_win.tymax = 16; message_win.rymin = 18;
break;
case 1:
message_win.tymax = 22; message_win.rymin = 0xff;
break;
case 2:
message_win.tymax = 12; message_win.rymin = 14;
break;
case 3:
message_win.tymax = 8; message_win.rymin = 10;
break;
case 4:
message_win.tymax = 0xff; message_win.rymin = 3;
break;
}
message_win.tx = message_win.xmin;
message_win.ty = message_win.tymin;
message_win.rx = message_win.xmin;
message_win.ry = message_win.rymin;
if (message_win.tymax != 0xff) {
PC_DispStr(message_win.xmin, message_win.tymin - 1, "⌨️ 快捷键说明
复制代码
Ctrl + C
搜索代码
Ctrl + F
全屏模式
F11
切换主题
Ctrl + Shift + D
显示快捷键
?
增大字号
Ctrl + =
减小字号
Ctrl + -