void CheckbuttonSpecialFunction(cngplpData* data, const char *widget_name)
{
if(0 == strcmp(widget_name, "CreepUse_checkbutton")){
char *opt = NULL, *opt1 = NULL;
SetWidgetSensitive("hbox82", FALSE);
opt = GetCurrOpt(data, ID_CNDISPLACEMENTCORRECTION, NULL);
if(opt != NULL){
if(0 == strcasecmp(opt, "Manual")){
opt1 = GetCurrOpt(data, ID_CNCREEP, NULL);
if(opt1 != NULL){
if(0 == strcmp(opt1, "True")){
SetWidgetSensitive("hbox82", TRUE);
}
memFree(opt1);
}
}
memFree(opt);
}
}
if((0 == strcmp(widget_name, "JobAccouting_checkbutton")) || (0 == strcmp(widget_name, "DisableJobAccountingBW_checkbutton"))){
int user_id;
gboolean active;
gboolean active1;
gboolean enable;
user_id = GetCurrOptInt(ID_USERID, DEFAULT_USERID);
enable = (user_id == 0) ? TRUE : FALSE;
if(GetCurrOptInt(ID_SPECIAL_FUNC, 0) != 0){
active = GetCurrOptInt(ID_JOBACCOUNT, 0);
SetActiveCheckButton("JobAccouting_checkbutton", active);
if(active != FALSE){
active1 = GetCurrOptInt(ID_DISABLE_JOBACCOUNT_BW, 0);
SetActiveCheckButton("DisableJobAccountingBW_checkbutton", active1);
}else{
UpdateDataInt(ID_DISABLE_JOBACCOUNT_BW, 0);
}
SetWidgetSensitive("DisableJobAccountingBW_checkbutton", active);
SetWidgetSensitive("AllowPasswd_checkbutton", active);
SetWidgetSensitive("JobAccount_button", active);
if(FALSE == active){
SetActiveCheckButton("DisableJobAccountingBW_checkbutton", active);
SetActiveCheckButton("AllowPasswd_checkbutton", active);
}
}
if(FALSE == enable){
SetWidgetSensitive("JobAccouting_checkbutton", enable);
SetWidgetSensitive("DisableJobAccountingBW_checkbutton", enable);
SetWidgetSensitive("AllowPasswd_checkbutton", enable);
SetWidgetSensitive("JobAccount_button", enable);
}
}
}
static void InitResetUnitDlgWidgets(UIStatusWnd *wnd)
{
GtkWidget *window = UI_DIALOG(wnd->resetunit_dlg)->window;
int loop = 0;
gboolean enable = FALSE;
while(chk_tbl[loop].widgetname != NULL){
if(wnd->resetunit_dlg->flag & chk_tbl[loop].flag){
enable = FALSE;
}else{
enable = TRUE;
}
SetActiveCheckButton(window, chk_tbl[loop].widgetname, enable);
if(loop >= startCasPos && loop <= startCasPos + 4){
if(loop - startCasPos >= wnd->cas_num){
SetWidgetSensitive(window, chk_tbl[loop].widgetname, FALSE);
SetActiveCheckButton(window, chk_tbl[loop].widgetname, FALSE);
}
}
loop++;
}
SetLabel(wnd);
}
void ComboSpecialFunction(cngplpData *data, const char *widget_name)
{
char *opt = NULL, *opt1 = NULL;
if(0 == strcmp(widget_name, "SaddleSetting_combo")) {
SetWidgetSensitive("TrimWidth_hbox", FALSE);
opt = GetCurrOpt(data, ID_CNADJUSTTRIM, NULL);
if(opt != NULL) {
if(0 == strcasecmp(opt, "Manual")) {
opt1 = GetCurrOpt(data, ID_CNTRIMMING, NULL);
if(opt1 != NULL) {
if(0 == strcmp(opt1, "True")) {
SetWidgetSensitive("TrimWidth_hbox", TRUE);
}
memFree(opt1);
}
}
memFree(opt);
}
}
}
static void UpdateButtonEnable(const UIStatusWnd *const wnd, const int enable)
{
if(wnd != NULL){
GtkWidget *window = UI_DIALOG(wnd->toner_replacement_dlg)->window;
SetWidgetSensitive(window, "TonerReplacementDlg_Cyan_button", enable);
SetWidgetSensitive(window, "TonerReplacementDlg_Magenta_button", enable);
SetWidgetSensitive(window, "TonerReplacementDlg_Yellow_button", enable);
SetWidgetSensitive(window, "TonerReplacementDlg_Black_button", enable);
SetWidgetSensitive(window, "TonerReplacementDlg_Finish_button", enable);
if(enable == TRUE){
if(wnd->toner_replacement_dlg->buttonEnableOld == FALSE){
SetFocus(window, "TonerReplacementDlg_Cyan_button");
}
}else{
if(wnd->toner_replacement_dlg->buttonEnableOld == TRUE){
SetFocus(window, "TonerReplacementDlg_text");
}
}
wnd->toner_replacement_dlg->buttonEnableOld = enable;
}
}
int SetCpcaWidgetSensitive(const int id, const char *widget_name)
{
char *list;
int disable;
list = cngplpGetData(g_cngplp_data,id);
if(list == NULL){
return 0;
}
disable = GetCurrDisable(id, list);
if(disable != -1){
int active;
disable = (disable > 0) ? 0 : 1;
active = GetActive(id, list);
if(active > -1){
SetActiveCheckButton(widget_name, active);
}
SetWidgetSensitive(widget_name, disable);
}
free(list);
return disable;
}
static void InitSleepSettingDlgWidgets(UIStatusWnd *wnd, unsigned short use_sleep)
{
GtkWidget *window = UI_DIALOG(wnd->sleeps_dlg)->window;
GList *glist = NULL;
char cur[32];
int active = 0;
int i = 0;
int starttblidx = 0;
memset(cur, 0, 32);
if(use_sleep & SLEEPSDLG_NOT_USE_SLEEP){
int value = use_sleep - SLEEPSDLG_NOT_USE_SLEEP;
if(value < 0)
strcpy(cur, "30");
else
snprintf(cur, 31, "%d", value);
}else{
snprintf(cur, 31, "%d", use_sleep);
active = 1;
}
SetLabel(wnd);
switch(wnd->nModel){
case MODEL_LBP9100:
case MODEL_LBP6000:
case MODEL_LBP6200:
case MODEL_LBP7010:
case MODEL_LBP9200:
case MODEL_LBP6020:
starttblidx = 0;
break;
default:
starttblidx = 1;
break;
}
switch(wnd->nModel){
case MODEL_LBP5300:
case MODEL_LBP3500:
case MODEL_LBP5100:
case MODEL_LBP5050:
case MODEL_LBP7200:
case MODEL_LBP9100:
case MODEL_LBP6000:
case MODEL_LBP6200:
case MODEL_LBP7010:
case MODEL_LBP9200:
case MODEL_LBP7210:
case MODEL_LBP6310:
case MODEL_LBP6340:
case MODEL_LBP6020:
for(i = starttblidx; SleepTimeTbl[i] != NULL; i++){
glist = g_list_append(glist, SleepTimeTbl[i]);
}
break;
default:
for(i = 0; wnd->pSleepTimeList[i] != NULL; i++){
glist = g_list_append(glist, wnd->pSleepTimeList[i]);
}
}
SetGListToCombo(window, glist, "SleepSDlg_Time_combo", cur);
g_list_free(glist);
SetActiveCheckButton(window, "SleepSDlg_Use_checkbutton", active);
SetWidgetSensitive(window, "hbox61", active);
}
void UpdateSleepSettingDlgWidgets(UIStatusWnd *wnd, int use_sleep)
{
GtkWidget *window = UI_DIALOG(wnd->sleeps_dlg)->window;
SetWidgetSensitive(window, "hbox61", use_sleep);
}
static int UpdateTimerFunc(UIStatusWnd *wnd)
{
int ret = TRUE;
int needQuit = TRUE;
int doing = FALSE;
int warningEnd = FALSE;
int statusPossibleChange = ALERTSTAT_ERROR;
int isReplaceMode = FALSE;
int buttonEnable = FALSE;
char *mainStatusString = NULL;
char *subStatusString = NULL;
if(wnd != NULL){
GtkWidget *window = UI_DIALOG(wnd->toner_replacement_dlg)->window;
if(wnd->toner_replacement_dlg->modeChangeRetCode != RET_NORMAL){
warningEnd = TRUE;
}else if((wnd->toner_replacement_dlg->isModeChangeThreadActive == FALSE) &&
(wnd->toner_replacement_dlg->modeChangeRetCode == RET_NORMAL)){
doing = TRUE;
}
if(doing == TRUE){
statusPossibleChange = GetPossibleChangeValueAtAlertCode(wnd->pAlertCode);
isReplaceMode = GetIsReplaceModeValueAtAlertCode(wnd->pAlertCode);
if(statusPossibleChange != ALERTSTAT_ERROR){
needQuit = FALSE;
if(wnd->toner_replacement_dlg->isModeChanged == FALSE){
if((statusPossibleChange == TRUE) && (isReplaceMode == TRUE)){
wnd->toner_replacement_dlg->isModeChanged = TRUE;
UpdateButtonEnable(wnd, TRUE);
}
}else{
if(isReplaceMode != TRUE){
needQuit = TRUE;
}
}
}else{
needQuit = TRUE;
}
if(needQuit == TRUE){
HideTonerReplacementDlg(wnd);
ret = FALSE;
}else{
mainStatusString = MessageStr[MAIN_MES_WAIT_MOMENT];
if(!(strcmp(wnd->pAlertCode, "CNReadyTonerOpenC")) ||
!(strcmp(wnd->pAlertCode, "CNReadyTonerCloseC")) ||
!(strcmp(wnd->pAlertCode, "CNReadyTonerC"))){
mainStatusString = MessageStr[MAIN_MES_REPLACEABLE];
subStatusString = MessageStr[SUB_MES_C];
buttonEnable = TRUE;
}else if(!(strcmp(wnd->pAlertCode, "CNReadyTonerOpenM")) ||
!(strcmp(wnd->pAlertCode, "CNReadyTonerCloseM")) ||
!(strcmp(wnd->pAlertCode, "CNReadyTonerM"))){
mainStatusString = MessageStr[MAIN_MES_REPLACEABLE];
subStatusString = MessageStr[SUB_MES_M];
buttonEnable = TRUE;
}else if(!(strcmp(wnd->pAlertCode, "CNReadyTonerOpenY")) ||
!(strcmp(wnd->pAlertCode, "CNReadyTonerCloseY")) ||
!(strcmp(wnd->pAlertCode, "CNReadyTonerY"))){
mainStatusString = MessageStr[MAIN_MES_REPLACEABLE];
subStatusString = MessageStr[SUB_MES_Y];
buttonEnable = TRUE;
}else if(!(strcmp(wnd->pAlertCode, "CNReadyTonerOpenK")) ||
!(strcmp(wnd->pAlertCode, "CNReadyTonerCloseK")) ||
!(strcmp(wnd->pAlertCode, "CNReadyTonerK"))){
mainStatusString = MessageStr[MAIN_MES_REPLACEABLE];
subStatusString = MessageStr[SUB_MES_K];
buttonEnable = TRUE;
}else if(!(strcmp(wnd->pAlertCode, "CNRotateTonerOpen")) ||
!(strcmp(wnd->pAlertCode, "CNRotateTonerClose"))){
mainStatusString = MessageStr[MAIN_MES_ROTATING];
subStatusString = MessageStr[SUB_MES_ROTATING];
buttonEnable = FALSE;
}
SetTextToTextView(window, "TonerReplacementDlg_text", _(mainStatusString));
SetTextToLabel(window, "TonerReplacementDlg_Replaceable_TonerColor_label", _(subStatusString));
if(GetIsCoverOpenValueAtAlertCode(wnd->pAlertCode) == FALSE){
UpdateButtonEnable(wnd, buttonEnable);
if(wnd->toner_replacement_dlg->isCoverOpend == TRUE){
UpdateJob(REQ_UPDATE_CONSUMABLESINFO_OF_TONERREPLACEMENT);
wnd->toner_replacement_dlg->isCoverOpend = FALSE;
}
}else{
wnd->toner_replacement_dlg->isCoverOpend = TRUE;
if(!(strcmp(wnd->pAlertCode, "CNReadyTonerOpenC")) ||
!(strcmp(wnd->pAlertCode, "CNReadyTonerOpenM")) ||
!(strcmp(wnd->pAlertCode, "CNReadyTonerOpenY")) ||
!(strcmp(wnd->pAlertCode, "CNReadyTonerOpenK")) ||
!(strcmp(wnd->pAlertCode, "CNRotateTonerOpen"))){
SetWidgetSensitive(window, "TonerReplacementDlg_Cyan_button", FALSE);
SetWidgetSensitive(window, "TonerReplacementDlg_Magenta_button", FALSE);
SetWidgetSensitive(window, "TonerReplacementDlg_Yellow_button", FALSE);
SetWidgetSensitive(window, "TonerReplacementDlg_Black_button", FALSE);
SetWidgetSensitive(window, "TonerReplacementDlg_Finish_button", TRUE);
if(wnd->toner_replacement_dlg->buttonEnableOld == TRUE){
SetFocus(window, "TonerReplacementDlg_text");
}
wnd->toner_replacement_dlg->buttonEnableOld = FALSE;
}
}
}
}else{
if(warningEnd == TRUE){
ShowMsgDlg(wnd, MSG_TYPE_COMMUNICATION_ERR_GET);
ret = FALSE;
}
}
}else{
HideTonerReplacementDlg(wnd);
ret = FALSE;
}
return ret;
}
void DealIDFunctions(const FuncInfo* func, int id)
{
const char *key;
KeyInfo *key_info = NULL;
FuncInfo *findfunc = NULL;
FuncInfo *curr = NULL;
WidgetInfo* widget_info = NULL;
if((ID_CNZFOLDING == id) || (ID_CNCFOLDING == id) || (ID_CNHALFFOLDING == id) || (ID_CNACCORDIONZFOLDING == id) || (ID_CNDOUBLEPARALLELFOLDING == id)){
id = ID_CNFOLDSETTING;
}
if((ID_CNCFOLDSETTING == id) || (ID_CNHALFFOLDSETTING == id) || (ID_CNACCORDIONZFOLDSETTING == id) || (ID_CNDOUBLEPARALLELFOLDSETTING == id)){
id = ID_CNFOLDDETAIL;
}
if((ID_CNVFOLDING == id) || (ID_CNVFOLDINGTRIMMING == id) || (ID_CNSADDLESTITCH == id) || (ID_CNTRIMMING == id)){
id = ID_CNSADDLESETTING;
}
if((ID_DUPLEX == id) || (ID_BOOKLET == id)){
id = ID_CNPRINTSTYLE;
}
if(ID_BOOKLET_DLG == id){
return;
}
key = GetModStringID(id);
if(key == NULL){
return;
}
while(func != NULL){
key_info = func->func_id;
while(key_info != NULL){
if(key_info->name != NULL){
if(strcmp(key, key_info->name) == 0){
if(findfunc == NULL){
findfunc = (FuncInfo *)malloc(sizeof(FuncInfo));
if(findfunc == NULL){
return;
}
memset(findfunc, 0, sizeof(FuncInfo));
memcpy(findfunc, func, sizeof(FuncInfo));
curr = findfunc;
curr->next = NULL;
}else{
if(curr != NULL){
while(curr->next != NULL){
curr = curr->next;
}
}
if(curr != NULL){
curr->next = (FuncInfo *)malloc(sizeof(FuncInfo));
}
if(curr->next == NULL){
return;
}
memset(curr->next, 0, sizeof(FuncInfo));
memcpy(curr->next, func, sizeof(FuncInfo));
curr->next->next = NULL;
}
}
}
key_info = key_info->next;
}
func = func->next;
}
if(findfunc == NULL){
return;
}
if(findfunc->next == NULL){
widget_info = findfunc->widget_list;
while(widget_info != NULL){
if(widget_info->type != NULL){
if(strcmp(widget_info->type, "combo") == 0){
UpdateCpcaComboWidget(id, widget_info->name);
}else if(strcmp(widget_info->type, "checkbutton") == 0){
SetCpcaWidgetSensitive(id, widget_info->name);
}else if(strcmp(widget_info->type, "radiobutton") == 0){
int disable = GetCurrDisable(id, NULL);
if(disable != -1){
disable = (disable > 0) ? 0 : 1;
SetWidgetSensitive(widget_info->name, disable);
}
}else if(strcmp(widget_info->type, "spinbutton") == 0){
SetSpinButtonValue(widget_info);
}else if(strcmp(widget_info->type, "entry") == 0){
SetEntryText(widget_info);
}else if(strcmp(widget_info->type, "textview") == 0){
SetTextview(widget_info);
}
}
if(widget_info->func != NULL){
WidgetInformation *lib = g_widget_table;
while(lib->widget_name != NULL){
if(strcmp(widget_info->type, lib->widget_name) == 0){
lib->SpecialFunction(g_cngplp_data, widget_info->name);
break;
}
lib++;
}
}
widget_info = widget_info->next;
}
if(findfunc->conflict_list != NULL){
UpdateFunctionWidget(findfunc->conflict_list);
}
MemFree(findfunc);
}else{
while(findfunc != NULL){
widget_info = findfunc->widget_list;
char *plist;
char *list = GetOptionList(g_cngplp_data, id);
int disable = 0;
plist = strstr(list, findfunc->func_id->value);
if(plist != NULL){
char *ptr;
ptr = strchr(plist, '<');
if(ptr != NULL){
ptr++;
disable = atoi(ptr);
}
}
MemFree(list);
disable = (disable > 0) ? 0 : 1;
SetWidgetSensitive(widget_info->name, disable);
if(findfunc->conflict_list != NULL){
UpdateFunctionWidget(findfunc->conflict_list);
}
curr = findfunc;
findfunc = findfunc->next;
MemFree(curr);
}
}
return;
}
void GetOptToGList(const int id, const char *widget_name)
{
GList *glist = NULL;
char *list, *plist, value[MAXSIZE], *pvalue, *curr = NULL;
const char *text = NULL;
char tmp[MAXSIZE];
char *str;
const char *cur;
list = cngplpGetData(g_cngplp_data,id);
if(list == NULL){
return;
}
plist = list;
pvalue = value;
while(1){
if(*plist == '\0'){
int disable;
*pvalue = '\0';
memset(tmp, 0, MAXSIZE);
disable = GetValue(id, value, tmp);
if(disable == 0){
text = NameToText(id, tmp);
if(text != NULL){
glist = g_list_append(glist, (char*)text);
}else{
str = strdup(tmp);
glist = g_list_append(glist, str);
}
}
break;
}
if(*plist == ','){
int disable;
*pvalue = '\0';
memset(tmp, 0, MAXSIZE);
disable = GetValue(id, value, tmp);
if(disable == 0){
text = NameToText(id, tmp);
if(text != NULL){
glist = g_list_append(glist, (char*)text);
}else{
str = strdup(tmp);
glist = g_list_append(glist, str);
}
}
plist++;
pvalue = value;
}
if(*plist == ':'){
*pvalue = '\0';
cur = NameToText(id, value);
if(cur != NULL){
curr = strdup(cur);
}else{
curr = strdup(value);
}
plist++;
pvalue = value;
}
*pvalue = *plist;
pvalue++;
plist++;
}
SetGListToCombo(widget_name, glist,curr);
if(glist == NULL){
SetWidgetSensitive(widget_name, FALSE);
}else{
g_list_free(glist);
}
free(curr);
free(list);
return;
}
