bool UnaryOpExpression::getScalarValue(Variant &value) {
if (m_exp) {
if (m_op == T_ARRAY) {
return m_exp->getScalarValue(value);
}
if (m_op == T_DICT) {
if (m_exp->getScalarValue(value)) {
value = Array::ConvertToDict(value.toArray());
return true;
}
return false;
}
Variant t;
return m_exp->getScalarValue(t) &&
preCompute(t, value);
}
if (m_op == T_DICT) {
value = DictInit(0).toArray();
return true;
}
if (m_op != T_ARRAY) return false;
value = Array::Create();
return true;
}
Err AppPerformResidentLookup(char* term)
{
Err error;
AppContext* appContext=(AppContext*)MemPtrNew(sizeof(AppContext));
AbstractFile * chosenDb;
if (!appContext)
{
error=memErrNotEnoughSpace;
goto OnError;
}
error=AppCommonInit(appContext);
RemoveNonexistingDatabases(appContext);
ScanForDictsNoahPro(appContext, false);
if (0 == appContext->dictsCount)
{
FrmAlert(alertNoDB);
goto Exit;
}
else
if (1 == appContext->dictsCount )
chosenDb = appContext->dicts[0];
else
{
// because we can't start resident mode without previously gracefully exiting at least one time
Assert(appContext->prefs.lastDbUsedName);
chosenDb=FindOpenDatabase(appContext, appContext->prefs.lastDbUsedName);
}
if (!chosenDb || !DictInit(appContext, chosenDb))
{
FrmAlert(alertDbFailed);
goto Exit;
}
if (term)
{
appContext->currentWord=dictGetFirstMatching(chosenDb, term);
error=PopupResidentLookupForm(appContext);
}
else
{
appContext->currentWord=-1;
error=PopupResidentBrowseForm(appContext);
if (!error && appContext->currentWord!=-1)
error=PopupResidentLookupForm(appContext);
}
Exit:
AppCommonFree(appContext);
OnError:
if (appContext)
MemPtrFree(appContext);
return error;
}
Dict *DictCopy(Dict *in, int deep)
{
int hash;
DictItem *item, *outitem;
Dict *out;
out = DictInit(in->HashSize);
if (out==NULL) return NULL;
item = in->first;
while (item != NULL)
{
outitem = (DictItem *)lt_malloc_incontext(sizeof(DictItem), out->memory_context);
if (outitem==NULL) return NULL;
outitem->prev = out->last;
outitem->next = NULL;
outitem->key = (char *)lt_malloc_incontext((strlen(item->key)+1)*sizeof(char), out->memory_context);
if (outitem->key==NULL) return NULL;
strcpy(outitem->key, item->key);
outitem->DataSize = item->DataSize;
if (item->copyable != 0)
{
outitem->data = (void *)lt_malloc_incontext(outitem->DataSize, out->memory_context);
if (outitem->data==NULL) return NULL;
memcpy(outitem->data, item->data, outitem->DataSize);
outitem->MallocedByUs = 1;
} else {
if ((deep!=0)&&(item->DataType == DATATYPE_LIST)) outitem->data = ListCopy((List *)item->data,1);
else if ((deep!=0)&&(item->DataType == DATATYPE_DICT)) outitem->data = DictCopy((Dict *)item->data,1);
else outitem->data = item->data ;
outitem->MallocedByUs = 0;
}
outitem->copyable = item->copyable;
outitem->DataType = item->DataType;
if (out->first == NULL) out->first = outitem;
if (out->last != NULL) out->last->next = outitem;
out->last = outitem;
out->length++;
hash = DictHash(item->key, in->HashSize);
out->HashTable[hash] = outitem;
item = item->next;
}
return out;
}
