void iiSubobj_resetToDefaultImage(SObject* image, bool tlResetProperties, bool tlResetMethods, SObjPropMap* propList, u32 tnPropCount, SObjEventMap* eventList, u32 tnEventCount)
{
logfunc(__FUNCTION__);
if (image)
{
//////////
// Reset the common settings
//////
iiObj_resetToDefaultCommon(image, true, true, propList, tnPropCount, eventList, tnEventCount);
//////////
// Set default size and position
//////
SetRect(&image->rc, 0, 0, 100, 36);
SetRect(&image->rco, 0, 0, 100, 36);
SetRect(&image->rcp, 0, 0, 100, 36);
// Set the size
iObj_setSize(image, 0, 0, 100, 36);
//////////
// Set the default values
//////
propSetStyle(image, _IMAGE_STYLE_OPAQUE);
propSetPictureBmp(image, bmpNoImage);
}
}
void subhelp_slog(enum csri_logging_severity severity, const char *msg)
{
if (logfunc)
logfunc(appdata, severity, msg);
else {
fprintf(stderr, msg);
fprintf(stderr, "\n");
}
}
//////////
//
// Called to delete the carousel
//
//////
void iSubobj_deleteCarousel(SObject* carousel, bool tlDeleteSelf, bool tlLeaveRiders, bool tlLeaveObjects)
{
SObject* rider;
SObject* riderNext;
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(carousel);
//////////
// Act on riders
//////
if (tlLeaveRiders)
{
// We just need to orphanize each one
//////////
// Note: Orphanizing riders is a potentially precarious thing. They must be known as they are
// not maintained in a buffer somewhere. Typically this only occurs when migrating the
// last rider from one carousel to another. But regardless, care must be taken to prevent
// the orphaned rider from hanging around unused and forgotten.
//////
// Get the first
rider = carousel->firstChild;
// Mark the parent as now being free from children
carousel->firstChild = NULL;
// Iterate for every rider
while (rider)
{
// Determine the next rider
riderNext = (SObject*)rider->ll.next;
// Orphanize this rider
iLl_orphanize__ll((SLL*)rider);
// Move to next rider
rider = riderNext;
}
} else {
// They are being deleted
iObj_delete(&carousel->firstChild, true, true, true);
}
//////////
// Free self
//////
if (tlDeleteSelf)
free(carousel);
}
void iiSubobj_resetToDefaultListbox(SObject* listbox, bool tlResetProperties, bool tlResetMethods, SObjPropMap* propList, u32 tnPropCount, SObjEventMap* eventList, u32 tnEventCount)
{
logfunc(__FUNCTION__);
if (listbox)
{
//////////
// Reset the common settings
//////
iiObj_resetToDefaultCommon(listbox, true, true, propList, tnPropCount, eventList, tnEventCount);
}
}
//////////
//
// Called to reset the object to its hard defaults.
//
//////
void iiSubobj_resetToDefaultEmpty(SObject* empty, bool tlResetProperties, bool tlResetMethods, SObjPropMap* propList, u32 tnPropCount, SObjEventMap* eventList, u32 tnEventCount)
{
logfunc(__FUNCTION__);
if (empty)
{
//////////
// Reset the common settings
//////
iiObj_resetToDefaultCommon(empty, true, true, propList, tnPropCount, eventList, tnEventCount);
}
// No object-specific initialization because empty objects do nothing except exist as placeholders
}
void iiSubobj_resetToDefaultToolbar(SObject* toolbar, bool tlResetProperties, bool tlResetMethods, SObjPropMap* propList, u32 tnPropCount, SObjEventMap* eventList, u32 tnEventCount)
{
logfunc(__FUNCTION__);
if (toolbar)
{
//////////
// Reset the common settings
//////
iiObj_resetToDefaultCommon(toolbar, true, true, propList, tnPropCount, eventList, tnEventCount);
propSetBackColor(toolbar, toolbarBackColor);
propSetBackStyle(toolbar, _BACK_STYLE_TRANSPARENT);
}
}
//////////
//
// Called to delete the formset.
//
//////
void iSubobj_deleteFormset(SObject* formset, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(formset);
//////////
// Free self
//////
if (tlDeleteSelf)
free(formset);
}
//////////
//
// Called to delete the pageFrame.
//
//////
void iSubobj_deletePageFrame(SObject* pageFrame, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(pageFrame);
//////////
// Free self
//////
if (tlDeleteSelf)
free(pageFrame);
}
//////////
//
// Called to delete the control point.
//
//////
void iSubobj_deleteControlPoint(SObject* controlPoint, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(controlPoint);
//////////
// Free self
//////
if (tlDeleteSelf)
free(controlPoint);
}
//////////
//
// Called to delete the hyperlink.
//
//////
void iSubobj_deleteHyperlink(SObject* hyperlink, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(hyperlink);
//////////
// Free self
//////
if (tlDeleteSelf)
free(hyperlink);
}
//////////
//
// Called to delete the collection.
//
//////
void iSubobj_deleteCollection(SObject* collection, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(collection);
//////////
// Free self
//////
if (tlDeleteSelf)
free(collection);
}
//////////
//
// Called to delete the custom.
//
//////
void iSubobj_deleteCustom(SObject* custom, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(custom);
//////////
// Free self
//////
if (tlDeleteSelf)
free(custom);
}
//////////
//
// Called to delete the timer.
//
//////
void iSubobj_deleteTimer(SObject* timer, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(timer);
//////////
// Free self
//////
if (tlDeleteSelf)
free(timer);
}
//////////
//
// Called to delete the shape.
//
//////
void iSubobj_deleteShape(SObject* shape, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(shape);
//////////
// Free self
//////
if (tlDeleteSelf)
free(shape);
}
//////////
//
// Called to delete the grid.
//
//////
void iSubobj_deleteGrid(SObject* grid, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(grid);
//////////
// Free self
//////
if (tlDeleteSelf)
free(grid);
}
//////////
//
// Called to delete the subform.
//
//////
void iSubobj_deleteSubform(SObject* subform, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(subform);
//////////
// Free self
//////
if (tlDeleteSelf)
free(subform);
}
//////////
//
// Called to delete the empty.
//
//////
void iSubobj_deleteEmpty(SObject* empty, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(empty);
//////////
// Free self
//////
if (tlDeleteSelf)
free(empty);
}
//////////
//
// Called to delete the listbox.
//
//////
void iSubobj_deleteListbox(SObject* listbox, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(listbox);
//////////
// Free self
//////
if (tlDeleteSelf)
free(listbox);
}
//////////
//
// Called to delete the optGroup.
//
//////
void iSubobj_deleteOptGroup(SObject* optGroup, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(optGroup);
//////////
// Free self
//////
if (tlDeleteSelf)
free(optGroup);
}
//////////
//
// Called to delete the radio.
//
//////
void iSubobj_deleteRadio(SObject* radio, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(radio);
//////////
// Free self
//////
if (tlDeleteSelf)
free(radio);
}
//////////
//
// Called to delete the image.
//
//////
void iSubobj_deleteImage(SObject* image, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(image);
//////////
// Free self
//////
if (tlDeleteSelf)
free(image);
}
//////////
//
// Called to delete the label.
//
//////
void iSubobj_deleteLabel(SObject* label, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(label);
//////////
// Free self
//////
if (tlDeleteSelf)
free(label);
}
//////////
//
// Called to delete the separator.
//
//////
void iSubobj_deleteSeparator(SObject* separator, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(separator);
//////////
// Free self
//////
if (tlDeleteSelf)
free(separator);
}
//////////
//
// Called to delete the oleContain.
//
//////
void iSubobj_deleteOleContain(SObject* oleContain, bool tlDeleteSelf)
{
logfunc(__FUNCTION__);
//////////
// Free common components
//////
iObj_deleteCommon(oleContain);
//////////
// Free self
//////
if (tlDeleteSelf)
free(oleContain);
}
int qaoed_startlistener(struct qconfig *conf, struct ifst *ifent)
{
struct threadargs *args;
pthread_attr_t atr;
args = (struct threadargs *) malloc(sizeof(struct threadargs));
if(args == NULL)
{
logfunc(conf->log,LOG_ERR,
"malloc: %s\n", strerror(errno));
perror("malloc");
return(-1);
}
args->conf = conf;
args->ifentry = ifent;
/* Initialize the attributes */
pthread_attr_init(&atr);
pthread_attr_setdetachstate(&atr, PTHREAD_CREATE_JOINABLE);
/* Start the network listener thread */
if(pthread_create (&ifent->threadID,
&atr,
(void *)&qaoed_listener,(void *)args) != 0)
{
logfunc(conf->log,LOG_ERR,
"Failed to start network listener for interface %s\n",
ifent->ifname);
return(-1);
}
/* Success :) */
return(0);
}
void iiSubobj_resetToDefaultRadio(SObject* radio, bool tlResetProperties, bool tlResetMethods, SObjPropMap* propList, u32 tnPropCount, SObjEventMap* eventList, u32 tnEventCount)
{
logfunc(__FUNCTION__);
if (radio)
{
//////////
// Reset the common settings
//////
iiObj_resetToDefaultCommon(radio, true, true, propList, tnPropCount, eventList, tnEventCount);
//////////
// Set default size and position
//////
SetRect(&radio->rc, 0, 0, 72, 72);
SetRect(&radio->rco, 0, 0, 72, 72);
SetRect(&radio->rcp, 0, 0, 72, 72);
// Set the size
iObj_setSize(radio, 0, 0, 72, 72);
// Font
radio->p.font = iFont_duplicate(gsFontDefault);
//////////
// Set the default properties
//////
propSetBackColor(radio, whiteColor);
propSetForeColor(radio, blackColor);
propSetAlignment(radio, _ALIGNMENT_LEFT);
propSetStyle(radio, _STYLE_3D);
propSetValue_f64(radio, 1.0);
propSetValueMinimum(radio, 1.0);
propSetValueMaximum(radio, 100.0);
propSetValueRoundTo(radio, 1.0f);
propSetBackStyle(radio, _BACK_STYLE_OPAQUE);
propSetBorderStyle(radio, _BORDER_STYLE_NONE);
propSetBorderColor(radio, blackColor);
propSetDisabledBackColor(radio, disabledBackColor);
propSetDisabledForeColor(radio, disabledForeColor);
}
}
void iiSubobj_resetToDefaultLabel(SObject* label, bool tlResetProperties, bool tlResetMethods, SObjPropMap* propList, u32 tnPropCount, SObjEventMap* eventList, u32 tnEventCount)
{
logfunc(__FUNCTION__);
if (label)
{
//////////
// Reset the common settings
//////
iiObj_resetToDefaultCommon(label, true, true, propList, tnPropCount, eventList, tnEventCount);
//////////
// Set default size and position
//////
SetRect(&label->rc, 0, 0, 40, 17);
SetRect(&label->rco, 0, 0, 40, 17);
SetRect(&label->rcp, 0, 0, 40, 17);
// Set the size
iObj_setSize(label, 0, 0, 40, 17);
// Font
iFont_delete(&label->p.font, true);
label->p.font = iFont_duplicate(gsFontDefault);
//////////
// Set the default colors
//////
propSetBackColor(label, whiteColor);
propSetForeColor(label, blackColor);
//////////
// Set the characteristics
//////
propSetAlignment(label, _ALIGNMENT_LEFT);
propSetCaption(label, cgcName_label);
propSetBackStyle(label, _BACK_STYLE_TRANSPARENT);
propSetBorderStyle(label, _BORDER_STYLE_NONE);
propSetBorderColor(label, blackColor);
propSetDisabledBackColor(label, disabledBackColor);
propSetDisabledForeColor(label, disabledForeColor);
}
}
void iiSubobj_resetToDefaultEditbox(SObject* editbox, bool tlResetProperties, bool tlResetMethods, SObjPropMap* propList, u32 tnPropCount, SObjEventMap* eventList, u32 tnEventCount)
{
logfunc(__FUNCTION__);
if (editbox)
{
//////////
// Reset the common settings
//////
iiObj_resetToDefaultCommon(editbox, true, true, propList, tnPropCount, eventList, tnEventCount);
//////////
// Set default size and position
//////
SetRect(&editbox->rc, 0, 0, 100, 53);
SetRect(&editbox->rco, 0, 0, 100, 53);
SetRect(&editbox->rcp, 0, 0, 100, 53);
// Set the size
iObj_setSize(editbox, 0, 0, 100, 53);
// Font
editbox->p.font = iFont_duplicate(gsFontDefault);
//////////
// Set the defaults
//////
propSetBackColor(editbox, whiteColor);
propSetForeColor(editbox, blackColor);
propSetStyle(editbox, _STYLE_3D);
propSetAlignment(editbox, _ALIGNMENT_LEFT);
propSetBackStyle(editbox, _BACK_STYLE_OPAQUE);
propSetBorderStyle(editbox, _BORDER_STYLE_NONE);
propSetBorderColor(editbox, blackColor);
propSetSelectedBackColor(editbox, selectedBackColor);
propSetSelectedBackColor(editbox, selectedForeColor);
propSetDisabledBackColor(editbox, disabledBackColor);
propSetDisabledForeColor(editbox, disabledForeColor);
iSEM_deleteChain(&editbox->p.sem, true);
editbox->p.sem = iSEM_allocate(false);
}
}
fvalue_t*
fvalue_from_string(ftenum_t ftype, char *s, LogFunc logfunc)
{
fvalue_t *fv;
fv = fvalue_new(ftype);
if (fv->ftype->val_from_string) {
if (fv->ftype->val_from_string(fv, s, logfunc)) {
return fv;
}
}
else {
logfunc("\"%s\" cannot be converted to %s.",
s, ftype_pretty_name(ftype));
}
FVALUE_FREE(fv);
return NULL;
}
fvalue_t*
fvalue_from_unparsed(ftenum_t ftype, char *s, gboolean allow_partial_value, LogFunc logfunc)
{
fvalue_t *fv;
fv = fvalue_new(ftype);
if (fv->ftype->val_from_unparsed) {
if (fv->ftype->val_from_unparsed(fv, s, allow_partial_value, logfunc)) {
return fv;
}
}
else {
logfunc("\"%s\" cannot be converted to %s.",
s, ftype_pretty_name(ftype));
}
FVALUE_FREE(fv);
return NULL;
}
