/*
* The rvalue of an equation is a string. Set values and return.
*/
char *
expr_STRING(char *st, char *cs, int CompoundString)
{
char s[256];
int i;
FontSet *fs = (FontSet *) cs;
char *FontName = NULL;
if (fs)
{
FontName = fs->fontset.name;
}
for (i = 0; *st; i++)
{
if ('\\' == *st)
{
st++;
while (*st && isdigit(*st))
{
s[i] = s[i] * 10 + *st++ - '0';
}
if (*st != '\\')
{
__MrmExit(LOC, "String ERROR\n");
}
st++;
}
else
{
s[i] = *st++;
}
}
s[i] = 0;
st = s;
if (CompoundString)
{
return (char *)CStringNew(st, FontName, 0, 0);
}
else
{
StripQuotes(st);
return (char *)CStringNew(st, FontName, 0, 0);
}
}
char *
expr_STRING_Compound(char *st, int Separate, int IsAddress)
{
if (!IsAddress)
{
StripQuotes(st);
}
return (char *)CStringNew(st, NULL, IsAddress, Separate);
}
void gsp_addJoinItem(gsp_sqlparser *parser, gsp_selectStatement* select, char* text){
if(select!=NULL && select->fromTableList!=NULL){
gsp_list *items = select->fromTableList;
gsp_fromTable *item = (gsp_fromTable *)malloc(sizeof(gsp_fromTable));
gsp_listcell *cell = (gsp_listcell *)malloc(sizeof(gsp_listcell));
gsp_fromTable *lastItem = NULL;
gsp_listcell *lastCell = NULL;
gsp_sourcetoken *endToken = NULL;
gsp_sourcetoken *fromToken = NULL;
CString* content = CStringNew();
collectMallocMemroy(parser,item);
collectMallocMemroy(parser, cell);
fromToken = gsp_getSelectFromToken(select);
if(select->fromTableList->length>0){
lastItem = (gsp_fromTable *)gsp_list_last(items);
lastCell = items->tail;
endToken = lastItem->fragment.endToken;
}
else{
if(fromToken!=NULL)
endToken = fromToken;
else if(select->resultColumnList!=NULL && select->resultColumnList->length>0){
endToken = (gsp_list_last(select->resultColumnList))->fragment.endToken;
}
else{
endToken = select->selectToken;
}
}
if(select->fromTableList->length>0)
CStringAppend(content, "," );
else if(fromToken == NULL){
if(startsWithIgnoreCase(trimString(text), "FROM")){
CStringAppend(content, " " );
}
else CStringAppend(content, " FROM " );
}
else
CStringAppend(content, " " );
CStringAppend(content, text );
collectMallocMemroy(parser, content->buffer);
cell->node = (gsp_node*)item;
if(lastCell!=NULL){
cell->pNext = lastCell->pNext;
cell->pPrev = lastCell->pPrev;
cell->nodeType = lastCell->nodeType;
}
else{
cell->pPrev = (gsp_node*)select->fromTableList;
cell->pNext = NULL;
cell->nodeType = t_gsp_listcell;
}
cell->fragment.startToken = NULL;
cell->fragment.endToken = NULL;
cell->fragment.text = NULL;
cell->nextCell = NULL;
if(lastCell!=NULL){
lastCell->nextCell = cell;
}
else{
items->head = cell;
}
items->tail = cell;
items->length+=1;
item->pNext = NULL;
item->pPrev = NULL;
item->aliasClause = NULL;
item->tableExpr = NULL;
item->functionCall = NULL;
item->joinExpr = NULL;
item->aliasClause = NULL;
item->fromtableType = ets_objectname;
item->nodeType = t_gsp_join;
item->fragment.startToken = NULL;
item->fragment.endToken = NULL;
item->fragment.text = NULL;
gsp_setNodeText(parser, (gsp_node*)item, content->buffer, FALSE);
adjustNodeTokensPosition((gsp_node*)item, endToken);
if(lastItem!=NULL){
item->pPrev = (gsp_node *)lastItem;
item->pNext = lastItem->pNext;
lastItem->pNext = (gsp_node*)item;
if(item->pNext!=NULL)
item->pNext->pPrev = (gsp_node*)item;
}
{
gsp_node *currentNode = (gsp_node*)select->fromTableList;
gsp_node *node = currentNode->pNext;
while(node!=NULL){
gsp_node *temp = node->pNext;
if(gsp_isInnerNode(node, currentNode)){
if(node->nodeType == t_gsp_join
|| node->nodeType == t_gsp_objectname
|| node->nodeType == t_gsp_functionCall
|| node->nodeType == t_gsp_fromTable
|| node->nodeType == t_gsp_table
||node->nodeType == t_gsp_expr)
continue;
if(node->fragment.endToken == endToken)
node->fragment.endToken = item->fragment.endToken;
}
node = temp;
}
node = (gsp_node*)currentNode->pPrev;
while(node!=NULL){
gsp_node *temp = node->pPrev;
if(gsp_isInnerNode(node, currentNode)){
if(node->nodeType == t_gsp_join
|| node->nodeType == t_gsp_objectname
|| node->nodeType == t_gsp_functionCall
|| node->nodeType == t_gsp_fromTable
|| node->nodeType == t_gsp_table
||node->nodeType == t_gsp_expr)
continue;
if(node->fragment.endToken == endToken)
node->fragment.endToken = item->fragment.endToken;
}
node = temp;
}
}
CStringDeleteWithoutBuffer(content);
}
}
void gsp_addWhereClause( gsp_sqlparser *parser, gsp_base_statement* stmt, char* text )
{
gsp_selectStatement* select = NULL;
gsp_updateStatement* update = NULL;
gsp_deleteStatement* deleteStmt = NULL;
gsp_whereClause *whereClause = NULL;
if(stmt->nodeType == t_gsp_selectStatement){
select = (gsp_selectStatement*)stmt;
whereClause = select->whereCondition;
}
else if(stmt->nodeType == t_gsp_updateStatement){
update = (gsp_updateStatement*)stmt;
whereClause = update->whereCondition;
}
else if(stmt->nodeType == t_gsp_deleteStatement){
deleteStmt = (gsp_deleteStatement*)stmt;
whereClause = deleteStmt->whereCondition;
}
if(whereClause!=NULL && whereClause->condition!=NULL){
gsp_expr *expr = whereClause->condition;
int startPos = gsp_getNodeStartToken((gsp_node*)expr)->nPosInList;
int endPos = gsp_getNodeEndToken((gsp_node*)expr)->nPosInList;
gsp_sourcetoken* endToken = expr->fragment.endToken;
CString* content = CStringNew();
char* exprText = gsp_getNodeText((gsp_node*)whereClause->condition);
CStringAppend(content, exprText);
if(endsWithIgnoreCase(exprText, " ") || endsWithIgnoreCase(exprText, "\n") || endsWithIgnoreCase(exprText, "\t")){
CStringAppend(content, "AND " );
}
else{
CStringAppend(content, " AND " );
}
CStringAppend(content, text );
gsp_setNodeText(parser, (gsp_node*)whereClause->condition, content->buffer, FALSE);
{
gsp_node *currentNode = (gsp_node*)expr;
gsp_node *node = currentNode->pNext;
while(node!=NULL){
gsp_node *temp = node->pNext;
if(gsp_isInNodeRange(node, startPos, endPos)){
if(node->fragment.endToken == endToken)
node->fragment.endToken = expr->fragment.endToken;
}
node = temp;
}
node = (gsp_node*)currentNode->pPrev;
while(node!=NULL){
gsp_node *temp = node->pPrev;
if(gsp_isInNodeRange(node, startPos, endPos)){
if(node->fragment.endToken == endToken)
node->fragment.endToken = expr->fragment.endToken;
}
node = temp;
}
}
CStringDeleteWithoutBuffer(content);
}
else{
gsp_sourcetoken *endToken = NULL;
gsp_node* currentNode = NULL;
CString* content = CStringNew();
BOOL isEndTerminate = FALSE;
if(!startsWithIgnoreCase(trimString(text), "WHERE ")){
CStringAppend(content, " WHERE ");
}
else
CStringAppend(content, " ");
CStringAppend(content, text);
whereClause = (gsp_whereClause *)malloc(sizeof(gsp_whereClause));
whereClause->nodeType = t_gsp_whereClause;
whereClause->fragment.startToken = NULL;
whereClause->fragment.endToken = NULL;
whereClause->fragment.text = NULL;
whereClause->condition = NULL;
whereClause->pNext = NULL;
whereClause->pPrev = NULL;
collectMallocMemroy(parser, whereClause);
collectMallocMemroy(parser, content->buffer);
gsp_setNodeText(parser, (gsp_node*)whereClause, content->buffer, FALSE);
if(select!=NULL){
if(select->fromTableList!=NULL && select->fromTableList->length>0){
endToken = (gsp_list_last(select->fromTableList))->fragment.endToken;
}
else if(select->groupByClause!=NULL){
endToken = select->groupByClause->fragment.startToken->pPrev;
}
else if(select->orderbyClause!=NULL){
endToken = select->orderbyClause->fragment.startToken->pPrev;
}
else if(select->resultColumnList!=NULL && select->resultColumnList->length>0){
endToken = (gsp_list_last(select->resultColumnList))->fragment.endToken;
}
else{
endToken = select->fragment.endToken;
}
}
else if(update!=NULL){
if(update->resultColumnList!=NULL && update->resultColumnList->length>0){
endToken = (gsp_list_last(update->resultColumnList))->fragment.endToken;
}
else{
endToken = select->fragment.endToken;
}
}
else if(deleteStmt!=NULL){
endToken = deleteStmt->fragment.endToken;
}
if(endToken->pNext == NULL)
isEndTerminate = TRUE;
adjustNodeTokensPosition((gsp_node*)whereClause, endToken);
currentNode = (gsp_node *)select;
{
gsp_node *node = currentNode->pNext;
while(node!=NULL){
gsp_node *temp = node->pNext;
if(gsp_isInnerNode(node, currentNode)){
if(node->fragment.endToken == endToken)
node->fragment.endToken = whereClause->fragment.endToken;
}
node = temp;
}
node = (gsp_node*)currentNode->pPrev;
while(node!=NULL){
gsp_node *temp = node->pPrev;
if(gsp_isInnerNode(node, currentNode)){
if(node->fragment.endToken == endToken)
node->fragment.endToken = whereClause->fragment.endToken;
}
node = temp;
}
if(isEndTerminate)
currentNode->fragment.endToken = whereClause->fragment.endToken;
}
select->whereCondition = whereClause;
CStringDeleteWithoutBuffer(content);
}
}
void gsp_addHavingClause( gsp_sqlparser *parser, gsp_selectStatement* select, char* text ){
if(select->groupByClause == NULL)
return;
if(select->groupByClause->havingClause !=NULL)
gsp_removeHavingClause(select);
{
gsp_sourcetoken *endToken;
gsp_node* currentNode;
CString* content = CStringNew();
gsp_sourcetoken *havingToken = NULL;
gsp_sourcetoken *currentToken;
gsp_expr *havingClause;
gsp_groupBy* groupby = select->groupByClause;
if(!startsWithIgnoreCase(trimString(text), "HAVING ")){
CStringAppend(content, " HAVING ");
}
else
CStringAppend(content, " ");
CStringAppend(content, text);
havingClause = (gsp_expr *)malloc(sizeof(gsp_expr));
havingClause->nodeType = t_gsp_expr;
havingClause->fragment.startToken = NULL;
havingClause->fragment.endToken = NULL;
havingClause->fragment.text = NULL;
havingClause->pNext = NULL;
havingClause->pPrev = NULL;
collectMallocMemroy(parser, havingClause);
collectMallocMemroy(parser, content->buffer);
gsp_setNodeText(parser, (gsp_node*)havingClause, content->buffer, FALSE);
currentToken = havingClause->fragment.startToken;
while(currentToken!=havingClause->fragment.endToken){
if(startsWithIgnoreCase(currentToken->pStr, "HAVING ")){
havingToken = currentToken;
break;
}
currentToken = currentToken->pNext;
}
groupby->stHaving = havingToken;
groupby->havingClause = havingClause;
endToken = groupby->fragment.endToken;
adjustNodeTokensPosition((gsp_node*)havingClause, endToken);
currentNode = (gsp_node *)groupby;
{
gsp_node *node = currentNode->pNext;
while(node!=NULL){
gsp_node *temp = node->pNext;
if(gsp_isInnerNode(node, currentNode)){
if(node->fragment.endToken == endToken)
node->fragment.endToken = havingClause->fragment.endToken;
}
node = temp;
}
node = (gsp_node*)currentNode->pPrev;
while(node!=NULL){
gsp_node *temp = node->pPrev;
if(gsp_isInnerNode(node, currentNode)){
if(node->fragment.endToken == endToken)
node->fragment.endToken = havingClause->fragment.endToken;
}
node = temp;
}
currentNode->fragment.endToken = havingClause->fragment.endToken;
}
if(havingToken!=NULL){
havingClause->pNext = (gsp_node*)groupby;
havingClause->pPrev = groupby->pPrev;
}
CStringDeleteWithoutBuffer(content);
}
}
void gsp_addGroupBy( gsp_sqlparser *parser, gsp_selectStatement* select, char* text )
{
gsp_groupBy *groupby = select->groupByClause;
if(groupby!=NULL && groupby->items!=NULL){
gsp_list *items = groupby->items;
gsp_gruopByItem *lastItem = (gsp_gruopByItem *)gsp_list_last(items);
gsp_listcell *lastCell = items->tail;
gsp_sourcetoken *endToken = lastItem->fragment.endToken;
gsp_gruopByItem *item = (gsp_gruopByItem *)malloc(sizeof(gsp_gruopByItem));
gsp_listcell *cell = (gsp_listcell *)malloc(sizeof(gsp_listcell));
CString* content = CStringNew();
CStringAppend(content, "," );
CStringAppend(content, text );
collectMallocMemroy(parser, item);
collectMallocMemroy(parser, cell);
collectMallocMemroy(parser, content->buffer);
cell->node = (gsp_node*)item;
cell->pNext = lastCell->pNext;
cell->pPrev = lastCell->pPrev;
cell->nodeType = lastCell->nodeType;
cell->fragment.startToken = NULL;
cell->fragment.endToken = NULL;
cell->fragment.text = NULL;
cell->nextCell = NULL;
lastCell->nextCell = cell;
items->tail = cell;
item->pNext = NULL;
item->pPrev = NULL;
item->aliasClause = NULL;
item->groupingSet = NULL;
item->rollupCube = NULL;
item->expr = NULL;
item->nodeType = t_gsp_gruopByItem;
item->fragment.startToken = NULL;
item->fragment.endToken = NULL;
item->fragment.text = NULL;
gsp_setNodeText(parser, (gsp_node*)item, content->buffer, FALSE);
adjustNodeTokensPosition((gsp_node*)item, endToken);
item->pPrev = (gsp_node *)lastItem;
item->pNext = lastItem->pNext;
lastItem->pNext = (gsp_node*)item;
if(item->pNext!=NULL)
item->pNext->pPrev = (gsp_node*)item;
if(groupby->havingClause == NULL)
{
gsp_node *currentNode = (gsp_node*)groupby;
gsp_node *node = currentNode->pNext;
while(node!=NULL){
gsp_node *temp = node->pNext;
if(gsp_isInnerNode(node, currentNode)){
if(node->nodeType == t_gsp_gruopByItem
|| node->nodeType == t_gsp_objectname
||node->nodeType == t_gsp_expr)
continue;
if(node->fragment.endToken == endToken)
node->fragment.endToken = item->fragment.endToken;
}
node = temp;
}
node = (gsp_node*)currentNode->pPrev;
while(node!=NULL){
gsp_node *temp = node->pPrev;
if(gsp_isInnerNode(node, currentNode)){
if(node->nodeType == t_gsp_gruopByItem
|| node->nodeType == t_gsp_objectname
||node->nodeType == t_gsp_expr)
continue;
if(node->fragment.endToken == endToken)
node->fragment.endToken = item->fragment.endToken;
}
node = temp;
}
currentNode->fragment.endToken = item->fragment.endToken;
}
CStringDeleteWithoutBuffer(content);
}
else{
gsp_sourcetoken *endToken;
gsp_node* currentNode;
CString* content = CStringNew();
gsp_sourcetoken *havingToken = NULL;
gsp_sourcetoken *currentToken;
BOOL isEndTerminate = FALSE;
if(!startsWithIgnoreCase(trimString(text), "GROUP ")){
CStringAppend(content, " GROUP BY ");
}
else
CStringAppend(content, " ");
CStringAppend(content, text);
groupby = (gsp_groupBy *)malloc(sizeof(gsp_groupBy));
groupby->nodeType = t_gsp_groupBy;
groupby->fragment.startToken = NULL;
groupby->fragment.endToken = NULL;
groupby->fragment.text = NULL;
groupby->items = NULL;
groupby->pNext = NULL;
groupby->pPrev = NULL;
groupby->havingClause = NULL;
groupby->stBy = NULL;
groupby->stGroup = NULL;
groupby->stHaving = NULL;
collectMallocMemroy(parser, groupby);
collectMallocMemroy(parser, content->buffer);
gsp_setNodeText(parser, (gsp_node*)groupby, content->buffer, FALSE);
currentToken = groupby->fragment.startToken;
while(currentToken!=groupby->fragment.endToken){
if(startsWithIgnoreCase(currentToken->pStr, "HAVING ")){
havingToken = currentToken;
break;
}
currentToken = currentToken->pNext;
}
groupby->stHaving = havingToken;
if(select->orderbyClause!=NULL){
endToken = select->orderbyClause->fragment.startToken->pPrev;
}
else if(select->whereCondition!=NULL){
endToken = select->whereCondition->fragment.endToken;
}
else if(select->fromTableList!=NULL){
endToken = (gsp_list_last(select->fromTableList))->fragment.endToken;
}
else{
endToken = select->fragment.endToken;
}
if(endToken->pNext == NULL)
isEndTerminate = TRUE;
adjustNodeTokensPosition((gsp_node*)groupby, endToken);
currentNode = (gsp_node *)select;
{
gsp_node *node = currentNode->pNext;
while(node!=NULL){
gsp_node *temp = node->pNext;
if(gsp_isInnerNode(node, currentNode)){
if(node->fragment.endToken == endToken)
node->fragment.endToken = groupby->fragment.endToken;
}
node = temp;
}
node = (gsp_node*)currentNode->pPrev;
while(node!=NULL){
gsp_node *temp = node->pPrev;
if(gsp_isInnerNode(node, currentNode)){
if(node->fragment.endToken == endToken)
node->fragment.endToken = groupby->fragment.endToken;
}
node = temp;
}
if(isEndTerminate)
currentNode->fragment.endToken = groupby->fragment.endToken;
}
if(havingToken!=NULL){
gsp_expr *havingClause = (gsp_expr *)malloc(sizeof(gsp_expr));
havingClause->nodeType = t_gsp_expr;
currentToken = havingToken->pNext;
while(currentToken!=NULL && strlen(trimString(currentToken->pStr))==0){
currentToken = currentToken->pNext;
}
havingClause->fragment.startToken = currentToken;
havingClause->fragment.endToken = groupby->fragment.endToken;
havingClause->fragment.text = NULL;
havingClause->pNext = (gsp_node*)groupby;
havingClause->pPrev = (gsp_node*)select;
collectMallocMemroy(parser, havingClause);
}
select->groupByClause = groupby;
CStringDeleteWithoutBuffer(content);
}
}
void gsp_addOrderBy( gsp_sqlparser *parser, gsp_selectStatement* select, char* text )
{
gsp_orderBy *orderby = select->orderbyClause;
if(orderby!=NULL && orderby->items!=NULL){
gsp_list *items = orderby->items;
gsp_orderByItem *lastItem = (gsp_orderByItem *)gsp_list_last(items);
gsp_listcell *lastCell = items->tail;
gsp_sourcetoken *endToken = lastItem->fragment.endToken;
gsp_orderByItem *item = (gsp_orderByItem *)malloc(sizeof(gsp_orderByItem));
gsp_listcell *cell = (gsp_listcell *)malloc(sizeof(gsp_listcell));
CString* content = CStringNew();
CStringAppend(content, "," );
CStringAppend(content, text );
collectMallocMemroy(parser, item);
collectMallocMemroy(parser, cell);
collectMallocMemroy(parser, content->buffer);
cell->node = (gsp_node*)item;
cell->pNext = lastCell->pNext;
cell->pPrev = lastCell->pPrev;
cell->nodeType = lastCell->nodeType;
cell->fragment.startToken = NULL;
cell->fragment.endToken = NULL;
cell->fragment.text = NULL;
cell->nextCell = NULL;
lastCell->nextCell = cell;
items->tail = cell;
items->length+=1;
item->pNext = NULL;
item->pPrev = NULL;
item->sortToken = NULL;
item->nodeType = t_gsp_orderByItem;
item->fragment.startToken = NULL;
item->fragment.endToken = NULL;
item->fragment.text = NULL;
gsp_setNodeText(parser, (gsp_node*)item, content->buffer, FALSE);
adjustNodeTokensPosition((gsp_node*)item, endToken);
item->pPrev = (gsp_node *)lastItem;
item->pNext = lastItem->pNext;
lastItem->pNext = (gsp_node*)item;
if(item->pNext!=NULL)
item->pNext->pPrev = (gsp_node*)item;
{
gsp_node *currentNode = (gsp_node*)orderby;
gsp_node *node = currentNode->pNext;
while(node!=NULL){
gsp_node *temp = node->pNext;
if(gsp_isInnerNode(node, currentNode)){
if(node->nodeType == t_gsp_orderByItem
|| node->nodeType == t_gsp_objectname
||node->nodeType == t_gsp_expr)
continue;
if(node->fragment.endToken == endToken)
node->fragment.endToken = item->fragment.endToken;
}
node = temp;
}
node = (gsp_node*)currentNode->pPrev;
while(node!=NULL){
gsp_node *temp = node->pPrev;
if(gsp_isInnerNode(node, currentNode)){
if(node->nodeType == t_gsp_orderByItem
|| node->nodeType == t_gsp_objectname
||node->nodeType == t_gsp_expr)
continue;
if(node->fragment.endToken == endToken)
node->fragment.endToken = item->fragment.endToken;
}
node = temp;
}
currentNode->fragment.endToken = item->fragment.endToken;
}
CStringDeleteWithoutBuffer(content);
}
else{
gsp_sourcetoken *endToken;
gsp_node* currentNode;
CString* content = CStringNew();
BOOL isEndTerminate = FALSE;
if(!startsWithIgnoreCase(trimString(text), "ORDER ")){
CStringAppend(content, " ORDER BY ");
}
else
CStringAppend(content, " ");
CStringAppend(content, text);
orderby = (gsp_orderBy *)malloc(sizeof(gsp_orderBy));
orderby->nodeType = t_gsp_orderBy;
orderby->fragment.startToken = NULL;
orderby->fragment.endToken = NULL;
orderby->fragment.text = NULL;
orderby->items = NULL;
orderby->pNext = NULL;
orderby->pPrev = NULL;
collectMallocMemroy(parser, orderby);
collectMallocMemroy(parser, content->buffer);
gsp_setNodeText(parser, (gsp_node*)orderby, content->buffer, FALSE);
if(select->groupByClause!=NULL){
if(select->groupByClause->havingClause!=NULL){
endToken = select->groupByClause->havingClause->fragment.endToken;
}
else{
endToken = select->groupByClause->fragment.endToken;
}
}
else if(select->whereCondition!=NULL){
endToken = select->whereCondition->fragment.endToken;
}
else if(select->fromTableList!=NULL){
endToken = (gsp_list_last(select->fromTableList))->fragment.endToken;
}
else{
endToken = select->fragment.endToken;
}
if(endToken->pNext == NULL)
isEndTerminate = TRUE;
adjustNodeTokensPosition((gsp_node*)orderby, endToken);
currentNode = (gsp_node *)select;
{
gsp_node *node = currentNode->pNext;
while(node!=NULL){
gsp_node *temp = node->pNext;
if(gsp_isInnerNode(node, currentNode)){
if(node->fragment.endToken == endToken)
node->fragment.endToken = orderby->fragment.endToken;
}
node = temp;
}
node = (gsp_node*)currentNode->pPrev;
while(node!=NULL){
gsp_node *temp = node->pPrev;
if(gsp_isInnerNode(node, currentNode)){
if(node->fragment.endToken == endToken)
node->fragment.endToken = orderby->fragment.endToken;
}
node = temp;
}
if(isEndTerminate)
currentNode->fragment.endToken = orderby->fragment.endToken;
}
select->orderbyClause = orderby;
CStringDeleteWithoutBuffer(content);
}
}
void gsp_addResultColumn(gsp_sqlparser *parser, gsp_base_statement* stmt, char* text){
gsp_selectStatement* select = NULL;
gsp_updateStatement* update = NULL;
gsp_list *resultColumnList = NULL;
if(stmt->nodeType == t_gsp_selectStatement){
select = (gsp_selectStatement*)stmt;
resultColumnList = select->resultColumnList;
}
else if(stmt->nodeType == t_gsp_updateStatement){
update = (gsp_updateStatement*)stmt;
resultColumnList = update->resultColumnList;
}
if(resultColumnList!=NULL){
gsp_list *items = resultColumnList;
gsp_resultColumn *item = (gsp_resultColumn *)malloc(sizeof(gsp_resultColumn));
gsp_listcell *cell = (gsp_listcell *)malloc(sizeof(gsp_listcell));
gsp_resultColumn *lastItem = NULL;
gsp_listcell *lastCell = NULL;
gsp_sourcetoken *endToken = NULL;
CString* content = CStringNew();
if(items->length>0)
CStringAppend(content, "," );
else
CStringAppend(content, " " );
CStringAppend(content, text );
collectMallocMemroy(parser, item);
collectMallocMemroy(parser, cell);
collectMallocMemroy(parser, content->buffer);
if(items->length>0){
lastItem = (gsp_resultColumn *)gsp_list_last(items);
lastCell = items->tail;
endToken = lastItem->fragment.endToken;
}
else{
if(select!=NULL)
endToken = select->selectToken;
else if(update!=NULL)
endToken = update->updateToken;
}
cell->node = (gsp_node*)item;
if(lastCell!=NULL){
cell->pNext = lastCell->pNext;
cell->pPrev = lastCell->pPrev;
cell->nodeType = lastCell->nodeType;
}
else{
cell->pPrev = (gsp_node*)items;
cell->pNext = NULL;
cell->nodeType = t_gsp_listcell;
}
cell->fragment.startToken = NULL;
cell->fragment.endToken = NULL;
cell->fragment.text = NULL;
cell->nextCell = NULL;
if(lastCell!=NULL){
lastCell->nextCell = cell;
}
else{
items->head = cell;
}
items->tail = cell;
items->length+=1;
item->pNext = NULL;
item->pPrev = NULL;
item->aliasClause = NULL;
item->expr = NULL;
item->nodeType = t_gsp_resultColumn;
item->fragment.startToken = NULL;
item->fragment.endToken = NULL;
item->fragment.text = NULL;
gsp_setNodeText(parser, (gsp_node*)item, content->buffer, FALSE);
adjustNodeTokensPosition((gsp_node*)item, endToken);
if(lastItem!=NULL){
item->pPrev = (gsp_node *)lastItem;
item->pNext = lastItem->pNext;
lastItem->pNext = (gsp_node*)item;
if(item->pNext!=NULL)
item->pNext->pPrev = (gsp_node*)item;
}
{
gsp_node *currentNode = (gsp_node*)items;
gsp_node *node = currentNode->pNext;
while(node!=NULL){
gsp_node *temp = node->pNext;
if(gsp_isInnerNode(node, currentNode)){
if(node->nodeType == t_gsp_resultColumn
|| node->nodeType == t_gsp_objectname
|| node->nodeType == t_gsp_functionCall
||node->nodeType == t_gsp_expr)
continue;
if(node->fragment.endToken == endToken)
node->fragment.endToken = item->fragment.endToken;
}
node = temp;
}
node = (gsp_node*)currentNode->pPrev;
while(node!=NULL){
gsp_node *temp = node->pPrev;
if(gsp_isInnerNode(node, currentNode)){
if(node->nodeType == t_gsp_resultColumn
|| node->nodeType == t_gsp_objectname
|| node->nodeType == t_gsp_functionCall
||node->nodeType == t_gsp_expr)
continue;
if(node->fragment.endToken == endToken)
node->fragment.endToken = item->fragment.endToken;
}
node = temp;
}
}
CStringDeleteWithoutBuffer(content);
}
}
