#include <iostream>
#include <vector>
#include <cstdio>
#include <utility>
#include <list>
#include <math.h>
#include <sstream>
#include "streammanager.h"
#include "debug.h"
#include "expression.h"
#include "docexpression.h"
#include "commentexpression.h"
#include "emptyexpression.h"
#include "constexpression.h"
#include "stringconstexpression.h"
#include "numericconstexpression.h"
#include "sequenceexpression.h"
#include "forexpression.h"
#include "varstepexpression.h"
#include "varexpression.h"
#include "nodeconstructexpression.h"
#include "ifexpression.h"
#include "whereexpression.h"
#include "signoffexpression.h"
#include "operandexpression.h"
#include "condexpression.h"
#include "andcondexpression.h"
#include "orcondexpression.h"
#include "notcondexpression.h"
#include "existscondexpression.h"
#include "emptycondexpression.h"
#include "varstepcondexpression.h"
#include "condoperandexpression.h"
#include "truecondexpression.h"
#include "falsecondexpression.h"
#include "pathexpression.h"
#include "pathsteptagexpression.h"
#include "pathstepstarexpression.h"
#include "pathstepnodeexpression.h"
#include "pathsteptextexpression.h"
#include "aggregatefunctexpression.h"
#include "aggregatefunctsumexpression.h"
#include "aggregatefunctavgexpression.h"
#include "aggregatefunctminexpression.h"
#include "aggregatefunctmaxexpression.h"
#include "aggregatefunctcountexpression.h"
#include "aggregatefunctstddevsampexpression.h"
#include "aggregatefunctstddevpopexpression.h"
#include "aggregatefunctvarsampexpression.h"
#include "aggregatefunctvarpopexpression.h"
#include "aggregatefunctmedianexpression.h"
#include "roundingexpression.h"
#include "functabsexpression.h"
#include "functceilingexpression.h"
#include "functcoverexpression.h"
#include "functfloorexpression.h"
#include "functroundexpression.h"
#include "functroundhalftoevenexpression.h"
#include "functtruncateexpression.h"
#include "typeenums.h"
#include "parseexception.h"
#include "varname.h"
#include "miscfunctions.h"
Go to the source code of this file.
Functions | |
| seq | insertExp (new EmptyExpression()) |
| XMLExpr | free ((char *)$1) |
| if (is_lop_aggfunct &&is_rop_string||is_rop_aggfunct &&is_lop_string||is_lop_rounding &&is_rop_string||is_rop_rounding &&is_lop_string||is_lop_string &&is_rop_numeric||is_rop_string &&is_lop_numeric) | |
| p | addPathStep ($2) |
| int | parse_query (DocExpression *_doc) |
| Input (X)Query parsing. | |
| Expression * | make_for_expression (var_list_type *var_list, Expression *sub_expression) |
| Returns constructed for-clauses (with return-clause) from comma-separated short cutted ForExpression. | |
| void | ensure_wellformedness (const char *start_tag, const char *end_tag) |
| Returns if the input (X)Query is wellformed in respect to the XML definition. | |
Variables | |
| Query | __pad0__ |
| Query | doc |
| StartTag | __pad1__ = seq |
| EndTag | __pad2__ |
| BachelorTag | __pad3__ |
| XMLExpr | __pad4__ |
| NestedXMLExpr | __pad5__ |
| ElementContents | __pad6__ |
| QExpr | __pad7__ |
| QExprSingle | __pad8__ |
| StringConst | __pad9__ |
| NumericConst | __pad10__ |
| FWRExpr | __pad11__ |
| ReturnQExpr | __pad12__ |
| ForClause | __pad13__ |
| WhereClause | __pad14__ |
| Condition | __pad15__ |
| ComparisonExpr | __pad16__ |
| EXP_TYPE | rop_type = $3->getOperandType() |
| bool | is_lop_aggfunct = lop_type==et_operandaggregatefunct |
| bool | is_rop_aggfunct = rop_type==et_operandaggregatefunct |
| bool | is_lop_rounding = lop_type==et_operandrounding |
| bool | is_rop_rounding = rop_type==et_operandrounding |
| lop_type = $1->getType() | |
| bool | is_lop_string = lop_type==et_stringconst |
| bool | is_rop_string = rop_type==et_stringconst |
| bool | is_lop_numeric = lop_type==et_numericconst |
| bool | is_rop_numeric = rop_type==et_numericconst |
| OperandExpr | __pad17__ = new CondOperandExpression($1, $2, $3) |
| ExprAppendix | __pad18__ |
| RelOp | __pad19__ |
| AggregateFunct | __pad20__ |
| Rounding | __pad21__ |
| PathStepExpr | __pad22__ |
| ChildAxis | __pad23__ |
| DescendantAxis | __pad24__ |
| NodeTest | __pad25__ |
| QName | __pad26__ |
| PathExpr | __pad27__ |
| IfExpr | __pad28__ |
| IfExpr | VarExpr |
| VarRef | __pad29__ |
| VarAxisExpr | __pad30__ |
| delete | var = new VarStepExpression(var->getId(), $5) |
PARSER.
Definition in file query_parser.y.
| void ensure_wellformedness | ( | const char * | start_tag, | |
| const char * | end_tag | |||
| ) |
Returns if the input (X)Query is wellformed in respect to the XML definition.
Returns if the input (X)Query is wellformed in respect to the XML definition.
| [in] | start_tag | Pointer to a char object (opening tag of an XML element). |
| [in] | end_tag | Pointer to a char object (closing tag of an XML element). |
| void |
Definition at line 132187 of file query_parser.y.
| Expression * make_for_expression | ( | var_list_type * | var_list, | |
| Expression * | sub_expression | |||
| ) |
Returns constructed for-clauses (with return-clause) from comma-separated short cutted ForExpression.
Returns constructed for-clauses (with return-clause) from comma-separated short cutted ForExpression.
| [in] | var_list | Pointer to the underlying list for parsing comma-separated short cutted ForExpression. |
| [in] | sub_expression | Pointer to a Expression object (return-clause). |
| Expression* | Pointer to a Expression object. |
Definition at line 132165 of file query_parser.y.
| int parse_query | ( | DocExpression * | _doc | ) |
Input (X)Query parsing.
Input (X)Query parsing.
| [in] | _doc | Pointer to a DocExpression object. |
| int | 0 if input (X)Query has been parsed correctly, 1 otherwise. |
Definition at line 132142 of file query_parser.y.
Referenced by Executor::parseQuery().
1.5.9