DLLEXPORT_TEST_FUNCTION void PdfGenerator_Destroy(struct PdfGenerator *self)
{
// clear page balloons
while(self->pageBalloons->size > 0)
{
struct PdfGeneratedBalloon *obj;
obj = (struct PdfGeneratedBalloon *)DLList_Back(self->pageBalloons);
DLList_PopBack(self->pageBalloons);
PdfGeneratedBalloon_Destroy(obj);
}
DLList_Destroy(self->pageBalloons);
// clear rect matrix
while(self->rectMatrix->size > 0)
{
struct Rectangle *obj;
obj = (struct Rectangle *)DLList_Back(self->rectMatrix);
DLList_PopBack(self->rectMatrix);
Rectangle_Destroy(obj);
}
DLList_Destroy(self->rectMatrix);
// destroy all data streams
PdfGenerator_ClearDataStreams(self);
MemoryManager_Free(self);
}
void PdfGenerator_ClearDataStreams(struct PdfGenerator* self)
{
while(self->dataStreams->size > 0)
{
struct PdfGeneratorDataStream *obj;
obj = (struct PdfGeneratorDataStream *)DLList_Back(self->dataStreams);
DLList_PopBack(self->dataStreams);
PdfGeneratorDataStream_Destroy(obj);
}
DLList_Destroy(self->dataStreams); // destroy list itself
}
/*----------------------------------------------------------------------
* Empty an hash map.
* All element are freed.
* @param map Map to empty.
-----------------------------------------------------------------------*/
void HashMap_Empty(HashMap map)
{
int i;
if (map->nodes)
{
for (i=0; i < map->nbNodes; i++)
{
if (map->nodes[i] !=NULL)
{
DLList_Destroy ((DLList)map->nodes[i]);
map->nodes[i] = NULL;
}
}
}
}
// This returns false when something is wrong
// parentBalloon can be null. This means top level balloons should be used
int PdfGenerator_GenerateBalloons(struct PdfGenerator *self, struct PdfTemplateBalloon *parentBalloon,
struct PdfGeneratedBalloon *parentGeneratedBalloon, int level)
{
struct PdfTemplate *pdfTemplate = self->pdfTemplate;
struct PdfTemplatePage *currentPageTemplate = self->pdfTemplate->page;
struct DLListNode *iter;
struct DLList *balloons;
struct DLList *newBottomDockedBalloons;
struct PdfTemplateBalloon *balloon;
struct PdfGeneratorDataStream *stream;
struct PdfGeneratedBalloon *newGeneratedBalloon;
int tmpI = 0;
int genRes;
int dynamicBalloonProcessed = FALSE;
char *tmpStr;
short generatorResult = GENERATE_BALLOONS_OK;
short generatorResultStatic = GENERATE_BALLOONS_OK;
newBottomDockedBalloons = DLList_Create();
if (!parentBalloon)
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: BEGIN NO PARENT BALLOON");
balloons = currentPageTemplate->balloons;
}
else
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: BEGIN HAS PARENT BALLOON");
balloons = parentBalloon->balloons;
}
// 1. generate static balloons
for(iter = DLList_Begin(balloons); iter != DLList_End(balloons); iter = iter->next)
{
balloon = (struct PdfTemplateBalloon*)iter->data;
// skip balloons that are already generated and that are not available on every page
if (!balloon->availableOnEveryPage && balloon->lastGeneratedPageNumber < self->pageNumber)
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: Skip balloons - if (!balloon->availableOnEveryPage && balloon->lastGeneratedPageNumber < self->pageNumber)");
continue;
}
// Skip ballons that are top docked and have prev dynamic balloon top docked
if (balloon->isStatic && balloon->dockPosition == DOCK_TOP && balloon->hasPrevDynamicTopDocked)
{
continue;
}
// if this is balloon on page that is bottom docked then just take place for it or
// if this is balloon inside ballon that cannot grow
if ((balloon->isStatic && balloon->dockPosition == DOCK_BOTTOM && parentBalloon == NULL) ||
(balloon->isStatic && balloon->dockPosition == DOCK_BOTTOM && balloon->parentBalloon != NULL && !balloon->parentBalloon->canGrow))
{
// create it as standard static balloon but do not draw children items yet just allocate space for it
newGeneratedBalloon = PdfGenerator_WriteBalloon(self, balloon, currentPageTemplate, parentGeneratedBalloon, TRUE, FALSE, TRUE);
DLList_PushBack(newBottomDockedBalloons, newGeneratedBalloon);
}
// If this ballon is static and not docked bottom then generate it
else if (balloon->isStatic && balloon->dockPosition != DOCK_BOTTOM)
{
// Check its data stream. If not initialized call InitializeDataStreamCallback. if failed stop
stream = PdfGenerator_FindDataStream(self, balloon->dataStream);
if (!balloon->skipDataReadMarker && !self->pageSkipDataReadMarker)
{
if (parentBalloon)
{
tmpStr = parentBalloon->dataStream;
}
else
{
tmpStr = NULL;
}
// It is ok to have no data stream to initialize for static ballons
if (balloon->dataStream)
{
if (!PdfGenerator_InitializeDataStream(self, tmpStr, balloon->dataStream))
{
Logger_LogErrorMessage("PdfGenerator_GenerateBalloons: Initializing data stream on static balloon. DataStream: %s FAILED", balloon->dataStream);
return FALSE;
}
else
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: Initializing data stream on static balloon. DataStream: %s SUCCESS", balloon->dataStream);
}
}
}
// Call ReadDataCallback if required
if (balloon->dataStream)
{
if (self->readDataCallback)
{
if (!balloon->skipDataReadMarker && !self->pageSkipDataReadMarker)
{
if (!stream || (stream && !stream->initialized))
{
self->readDataCallback(balloon->dataStream);
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: Read data callback for DataStream: %s SUCCESS", balloon->dataStream);
}
else
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: Read data callback for DataStream %s not done. Stream Not initialized or null", balloon->dataStream);
}
}
else
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: Read Data not done for DataStream %s as skipDataReadMarker is true", balloon->dataStream);
}
}
else
{
Logger_LogErrorMessage("PdfGenerator_GenerateBalloons: Read data callback is missing for DataStream: %s FAILED", balloon->dataStream);
return FALSE;
}
}
newGeneratedBalloon = PdfGenerator_WriteBalloon(self, balloon, currentPageTemplate, parentGeneratedBalloon, TRUE, TRUE, FALSE);
// 8. Recursive call to 1. with parent balloon set as this
genRes = PdfGenerator_GenerateBalloons(self, balloon, newGeneratedBalloon, level+1);
// write balloon borders
PdfGenerator_DrawBalloonBorders(self, balloon, newGeneratedBalloon);
balloon->lastGeneratedPageNumber = self->pageNumber;
if (genRes == GENERATE_BALLOONS_NOT_ENOUGH_SPACE)
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: Static balloon returned NOT ENOUGH SPACE END");
generatorResultStatic = GENERATE_BALLOONS_NOT_ENOUGH_SPACE;
}
else if (genRes == GENERATE_BALLOONS_FAILED)
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: Returned GENERATE_BALLOONS_FAILED END", balloon->dataStream);
return genRes;
}
}
} // foreach static balloon
generatorResult = GENERATE_BALLOONS_OK;
// 2. Generate Dynamic balloons
for(iter = DLList_Begin(balloons); iter != DLList_End(balloons); iter = iter->next)
{
balloon = (struct PdfTemplateBalloon*)iter->data;
if (!balloon->isStatic)
{
// 2. Check its data stream. If not initialized call InitializeDataStreamCallback. if failed stop
if (!balloon->skipDataReadMarker && !self->pageSkipDataReadMarker)
{
if (parentBalloon)
{
tmpStr = parentBalloon->dataStream;
}
else
{
tmpStr = NULL;
}
if (!PdfGenerator_InitializeDataStream(self, tmpStr, balloon->dataStream))
{
Logger_LogErrorMessage("PdfGenerator_GenerateBalloons: InitializeDataStream failed for dynamic balloon. DataStream: %s FAILED", balloon->dataStream);
return FALSE;
}
else
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: Initializing data stream on dynamic balloon. DataStream: %s SUCCESS", balloon->dataStream);
}
}
stream = PdfGenerator_FindDataStream(self, balloon->dataStream);
if (self->readDataCallback)
{
while(1)
{
if (!balloon->skipDataReadMarker && !self->pageSkipDataReadMarker)
{
if (!balloon->dataStream)
{
break;
}
if (!self->readDataCallback(balloon->dataStream))
{
break;
}
}
newGeneratedBalloon = PdfGenerator_WriteBalloon(self, balloon, currentPageTemplate, parentGeneratedBalloon, FALSE, TRUE, FALSE);
if (!newGeneratedBalloon)
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: Creating new generated balloon failed. DataStream: %s", balloon->dataStream);
if (parentBalloon)
{
// mark parent not to move data and this balloon as we already read some data that was not written
parentBalloon->skipDataReadMarker = TRUE;
balloon->skipDataReadMarker = TRUE;
}
else
{
self->pageSkipDataReadMarker = TRUE;
balloon->skipDataReadMarker = TRUE;
}
// we failed generating new balloon as not possible to write new one inside parent Generated Balloon. We need new parent.
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: DataStream: %s, Returned NOT ENOUGH SPACE END", balloon->dataStream);
generatorResult = GENERATE_BALLOONS_NOT_ENOUGH_SPACE;
goto GenerateBottomDocked;
}
else
{
// remove skip data markers when we generated new item correctly
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: DataStream: %s, New generated ballon created.", balloon->dataStream);
balloon->skipDataReadMarker = FALSE;
self->pageSkipDataReadMarker = FALSE;
}
// Recursive call to 1. with parent balloon set as this
genRes = PdfGenerator_GenerateBalloons(self, balloon, newGeneratedBalloon, level+1);
// write balloon borders
PdfGenerator_DrawBalloonBorders(self, balloon, newGeneratedBalloon);
balloon->lastGeneratedPageNumber = self->pageNumber;
if (genRes == GENERATE_BALLOONS_NOT_ENOUGH_SPACE)
{
// we should continue to next iteration without checking condition and reading data
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: Not Enough Space, continue.", balloon->dataStream);
continue;
}
else if (genRes == GENERATE_BALLOONS_FAILED)
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: DataStream: %s, Returned GENERATE_FAILED END", balloon->dataStream);
return genRes;
}
}
}
else
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: DataStream: %s, No ReadData callback. Returned GENERATE_FAILED END", balloon->dataStream);
return GENERATE_BALLOONS_FAILED;
}
if (stream)
{
stream->initialized = FALSE;
}
else
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: DataStream: %s, No Stream. Returned GENERATE_FAILED END", balloon->dataStream);
return GENERATE_BALLOONS_FAILED;
}
}
}
// 3. generate bottom docked static balloons
// move to the last element and perform reverse until end
iter = DLList_End(balloons);
iter = iter->prev;
for( ; iter != DLList_End(balloons) ; iter = iter->prev)
{
balloon = (struct PdfTemplateBalloon*)iter->data;
// if balloon is static, bottom docked and its parent balloon is not null and can grow
if (balloon->isStatic && balloon->dockPosition == DOCK_BOTTOM && parentBalloon != NULL && parentBalloon->canGrow)
{
// write new balloon but handle it as dynamic balloon
newGeneratedBalloon = PdfGenerator_WriteBalloon(self, balloon, currentPageTemplate, parentGeneratedBalloon, FALSE, TRUE, TRUE);
// if this balloon is not created that means we are missing it
if (!newGeneratedBalloon)
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: Creating new generated balloon failed. DataStream: %s", balloon->dataStream);
if (parentBalloon)
{
// mark parent not to move data and this balloon as we already read some data that was not written
parentBalloon->skipDataReadMarker = TRUE;
balloon->skipDataReadMarker = TRUE;
}
else
{
self->pageSkipDataReadMarker = TRUE;
balloon->skipDataReadMarker = TRUE;
}
if (stream)
{
// keep stream initialized as we want more items
stream->initialized = TRUE;
}
// we failed generating new balloon as not possible to write new one inside parent Generated Balloon. We need new parent.
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: DataStream: %s, Returned NOT ENOUGH SPACE END", balloon->dataStream);
generatorResult = GENERATE_BALLOONS_NOT_ENOUGH_SPACE;
goto GenerateBottomDocked;
}
else
{
// remove skip data markers when we generated new item correctly
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: DataStream: %s, New generated ballon created.", balloon->dataStream);
balloon->skipDataReadMarker = FALSE;
self->pageSkipDataReadMarker = FALSE;
}
// if this newDynamicBalloon is not generated to be bottom one move it down
genRes = PdfGenerator_GenerateBalloons(self, balloon, newGeneratedBalloon, level+1);
PdfGenerator_DrawBalloonBorders(self, balloon, newGeneratedBalloon);
balloon->lastGeneratedPageNumber = self->pageNumber;
if (genRes == GENERATE_BALLOONS_NOT_ENOUGH_SPACE)
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons - Generate Bottom Docked static ones: DataStream: %s, Returned NOT ENOUGH SPACE END", balloon->dataStream);
}
else if (genRes == GENERATE_BALLOONS_FAILED)
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons - Generate Bottom Docked static ones: DataStream: %s, No Stream. Returned GENERATE_FAILED END", balloon->dataStream);
return genRes;
}
}
} // foreach static balloon docked bottom
// 4. Generate top docked balloons
for(iter = DLList_Begin(balloons); iter != DLList_End(balloons); iter = iter->next)
{
balloon = (struct PdfTemplateBalloon*)iter->data;
// if balloon is static, bottom docked and its parent balloon is not null and can grow
if (balloon->isStatic && balloon->dockPosition == DOCK_TOP && balloon->hasPrevDynamicTopDocked)
{
// write new balloon but handle it as dynamic balloon
newGeneratedBalloon = PdfGenerator_WriteBalloon(self, balloon, currentPageTemplate, parentGeneratedBalloon, FALSE, TRUE, FALSE);
// if this balloon is not created that means we are missing it
if (!newGeneratedBalloon)
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: Creating new generated balloon failed. DataStream: %s", balloon->dataStream);
if (parentBalloon)
{
// mark parent not to move data and this balloon as we already read some data that was not written
parentBalloon->skipDataReadMarker = TRUE;
balloon->skipDataReadMarker = TRUE;
}
else
{
self->pageSkipDataReadMarker = TRUE;
balloon->skipDataReadMarker = TRUE;
}
if (stream)
{
// keep stream initialized as we want more items
stream->initialized = TRUE;
}
// we failed generating new balloon as not possible to write new one inside parent Generated Balloon. We need new parent.
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: DataStream: %s, Returned NOT ENOUGH SPACE END", balloon->dataStream);
generatorResult = GENERATE_BALLOONS_NOT_ENOUGH_SPACE;
goto GenerateBottomDocked;
}
else
{
// remove skip data markers when we generated new item correctly
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: DataStream: %s, New generated ballon created.", balloon->dataStream);
balloon->skipDataReadMarker = FALSE;
self->pageSkipDataReadMarker = FALSE;
}
// if this newDynamicBalloon is not generated to be bottom one move it down
genRes = PdfGenerator_GenerateBalloons(self, balloon, newGeneratedBalloon, level+1);
PdfGenerator_DrawBalloonBorders(self, balloon, newGeneratedBalloon);
balloon->lastGeneratedPageNumber = self->pageNumber;
if (genRes == GENERATE_BALLOONS_NOT_ENOUGH_SPACE)
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons - Generate Bottom Docked static ones: DataStream: %s, Returned NOT ENOUGH SPACE END", balloon->dataStream);
}
else if (genRes == GENERATE_BALLOONS_FAILED)
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons - Generate Bottom Docked static ones: DataStream: %s, No Stream. Returned GENERATE_FAILED END", balloon->dataStream);
return genRes;
}
}
} // foreach static balloon docked top
GenerateBottomDocked:
PdfGenerator_DrawRemainingBalloons(self, newBottomDockedBalloons);
DLList_Destroy(newBottomDockedBalloons);
// return not enough space if static requested more space
if (generatorResultStatic == GENERATE_BALLOONS_NOT_ENOUGH_SPACE)
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: Returned NOT ENOUGH SPACE because of static");
return generatorResultStatic;
}
else
{
if (generatorResult == GENERATE_BALLOONS_NOT_ENOUGH_SPACE)
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: Returned NOT ENOUGH SPACE");
}
else
{
Logger_LogNoticeMessage("PdfGenerator_GenerateBalloons: Returned OK");
}
return generatorResult;
}
}
/*----------------------------------------------------------------------
SetupListValue
init the attribut list
----------------------------------------------------------------------*/
void AmayaAttributeToolPanel::SetupListValue(DLList attrList)
{
ForwardIterator iter;
DLListNode node;
PtrAttrListElem elem;
TtAttribute *pAttr;
long index;
char buffer[MAX_TXT_LEN];
int size;
AttributeType type;
m_pAttrList->DeleteAllItems();
m_pNewAttrChoice->Clear();
m_pVPanelSizer->Hide((size_t)0);
if (m_attrList)
DLList_Destroy(m_attrList);
m_attrList = attrList;
if (attrList)
{
iter = DLList_GetForwardIterator(attrList);
ITERATOR_FOREACH(iter, DLListNode, node)
{
elem = (PtrAttrListElem)node->elem;
if (elem)
{
if (elem->val)
{
index = m_pAttrList->InsertItem(m_pAttrList->GetItemCount(),
TtaConvMessageToWX(AttrListElem_GetName(elem)));
switch(AttrListElem_GetType(elem))
{
case AtNumAttr:
m_pAttrList->SetItem(index, 1,
wxString::Format(wxT("%d"),
TtaGetAttributeValue((Attribute)elem->val)));
break;
case AtTextAttr:
size = MAX_TXT_LEN;
TtaGiveTextAttributeValue((Attribute)elem->val, buffer, &size);
m_pAttrList->SetItem(index, 1, TtaConvMessageToWX(buffer));
break;
case AtEnumAttr:
type.AttrSSchema = (int*) elem->pSS;
type.AttrTypeNum = elem->num;
pAttr = AttrListElem_GetTtAttribute(elem);
if (pAttr->AttrNEnumValues == 1 &&
!strcasecmp (pAttr->AttrEnumValue[0], "yes"))
// this is a boolean value
m_pAttrList->SetItem(index, 1, TtaConvMessageToWX(pAttr->AttrName));
else
m_pAttrList->SetItem(index, 1, TtaConvMessageToWX(
TtaGetAttributeValueName(type,
TtaGetAttributeValue((Attribute)elem->val))));
break;
case AtReferenceAttr:
default:
break;
}
if (AttrListElem_IsNew(elem))
m_pAttrList->SetItemTextColour(index, COLOR_NEW);
else if (AttrListElem_IsReadOnly(elem))
m_pAttrList->SetItemTextColour(index, COLOR_READONLY);
else if (AttrListElem_IsMandatory(elem))
m_pAttrList->SetItemTextColour(index, COLOR_MANDATORY);
m_pAttrList->SetItemData(index, (long)elem);
}
else
{
index = m_pNewAttrChoice->Append(
TtaConvMessageToWX(AttrListElem_GetName(elem)));
m_pNewAttrChoice->SetClientData(index, (void*)elem);
}
}
}
TtaFreeMemory(iter);
}
