void CheckBoxMenu::drawInner()
{
GUI_SetColor(CHECKBOX_INNER_COLOR);
GUI_FillRect(x0+CheckBox_A_margin+CheckBox_A_padding,
y0+CheckBox_A_margin+CheckBox_A_padding,
x0+CheckBox_A_margin+CheckBox_A_padding+getAS(),
y0+CheckBox_A_margin+CheckBox_A_padding+getAS());
}
void CheckBoxMenu::clearInner()
{
GUI_SetColor(MENU_TEXT_BK_NORMAL_COLOR);
GUI_FillRect(x0+CheckBox_A_margin+CheckBox_A_padding,
y0+CheckBox_A_margin+CheckBox_A_padding,
x0+CheckBox_A_margin+CheckBox_A_padding+getAS(),
y0+CheckBox_A_margin+CheckBox_A_padding+getAS());
}
static void parseFunction(ParseResult info, HeapTuple procTup)
{
/* The user's function definition must be the fully
* qualified name of a java method short of parameter
* signature.
*/
char* ip;
char* ep;
char* bp = getAS(procTup, &ep);
info->buffer = bp;
/* The AS clause can have two formats
*
* <class name> "." <method name> [ "(" <parameter decl> ["," <parameter decl> ... ] ")" ]
* or
* "UDT" "[" <class name> "]" <UDT function type>
* where <UDT function type> is one of "input", "output", "receive" or "send"
*/
if(ep - bp >= 4 && strncasecmp(bp, "udt[", 4) == 0)
{
parseUDT(info, bp + 4, ep);
return;
}
info->isUDT = false;
/* Scan backwards from ep.
*/
ip = ep - 1;
if(*ip == ')')
{
/* We have an explicit parameter type declaration
*/
*ip-- = 0;
while(ip > bp && *ip != '(')
--ip;
if(ip == bp)
{
ereport(ERROR, (
errcode(ERRCODE_SYNTAX_ERROR),
errmsg("Unbalanced parenthesis")));
}
info->parameters = ip + 1;
*ip-- = 0;
}
/* Find last '.' occurrence.
*/
while(ip > bp && *ip != '.')
--ip;
if(ip == bp)
{
ereport(ERROR, (
errcode(ERRCODE_SYNTAX_ERROR),
errmsg("Did not find <fully qualified class>.<method name>")));
}
info->methodName = ip + 1;
*ip = 0;
/* Check if we have a return type declaration
*/
while(--ip > bp)
{
if(*ip == '=')
{
info->className = ip + 1;
*ip = 0;
break;
}
}
if(info->className != 0)
info->returnType = bp;
else
info->className = bp;
elog(DEBUG3, "className = '%s', methodName = '%s', parameters = '%s', returnType = '%s'",
info->className == 0 ? "null" : info->className,
info->methodName == 0 ? "null" : info->methodName,
info->parameters == 0 ? "null" : info->parameters,
info->returnType == 0 ? "null" : info->returnType);
}
