static int lineCountIndent(FILE *file, struct gcontext *gc) {
int ch;
while ( (ch=getc(file))!=EOF && ch!='\n' && ch!='\r' );
if ( ch!=EOF )
++gc->lineno;
if ( ch=='\r' ) {
ch = getc(file);
if ( ch!='\n' )
ungetc(ch,file);
}
return( gc->found_indent = countIndent(file));
}
void LoadGroupList(void) {
char *groupfilename;
FILE *groups;
struct gcontext gc;
groupfilename = getPfaEditGroups();
if ( groupfilename==NULL )
return;
groups = fopen(groupfilename,"r");
if ( groups==NULL )
return;
memset(&gc,0,sizeof(gc));
gc.found_indent = countIndent(groups);
group_root = _LoadGroupList(groups,NULL,0,&gc);
if ( !feof(groups))
LogError( _("Unparsed characters found after end of groups file (last line parsed was %d).\n"), gc.lineno );
fclose(groups);
}
QString toSQLParse::indent(const QString &str/*SQLITEMAN, toSyntaxAnalyzer &syntax*/)
{
stringTokenizer tokenizer(str/*SQLITEMAN, syntax*/);
std::list<toSQLParse::statement> blk = parse(tokenizer);
int pos = 0;
int level = countIndent(str, pos);
QString ret;
for (std::list<toSQLParse::statement>::iterator i = blk.begin();
i != blk.end();
i++)
{
ret += indentStatement(*i, level/*SQLITEMAN, syntax*/);
}
pos = ret.length();
while (pos > 0 && ret[pos - 1].isSpace())
{
pos--;
}
return ret.mid(0, pos) + ("\n");
}
