/usr/include/ctpp2/CTPP2Parser.hpp is in libctpp2-dev 2.8.3-17.
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* Copyright (c) 2004 - 2011 CTPP Team
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
* 4. Neither the name of the CTPP Team nor the names of its contributors
* may be used to endorse or promote products derived from this software
* without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND
* ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
* ARE DISCLAIMED. IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE LIABLE
* FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
* DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
* OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
* HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
* LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
* OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
* SUCH DAMAGE.
*
* CTPP2Parser.hpp
*
* $CTPP$
*/
#ifndef _CTPP2_PARSER_HPP__
#define _CTPP2_PARSER_HPP__ 1
#include "CTPP2CharIterator.hpp"
#include "CTPP2Compiler.hpp"
#include "CDT.hpp"
/**
@file CTPP2Parser.hpp
@brief CTPP2 syntax parser
*/
namespace CTPP // C++ Template Engine
{
// FWD
class StaticData;
class StaticText;
class CTPP2SourceLoader;
/**
@class CTPP2Parser CTPP2Parser.hpp <CTPP2Parser.hpp>
@brief CTPP2 source code parser
*/
class CTPP2DECL CTPP2Parser
{
public:
/** Type for include map */
typedef STLW::map<STLW::string, STLW::string> IncludeMapType;
/**
@brief Constructor
@param pISourceLoader - source loader
@param pICTPP2Compiler - compiler object
@param sISourceName - template source name
@param bIInForeach - foreach flag
@param iIRecursionLevel - recursion level
*/
CTPP2Parser(CTPP2SourceLoader * pISourceLoader,
CTPP2Compiler * pICTPP2Compiler,
const::STLW::string & sISourceName,
const bool & bIInForeach = false,
const INT_32 iIRecursionLevel = 0);
/**
@brief Compile CTPP2 template
@param iHalt - if set to 1, add to end of code HLT instruction
@return 0 if success, -1 if any error occured
*/
INT_32 Compile(const UINT_32 & iHalt = 1);
/**
@brief A destructor
*/
~CTPP2Parser() throw();
private:
typedef STLW::map<STLW::string, UINT_32> BlockArgMapType;
typedef STLW::map<STLW::string, UINT_32> BlockArgSizeMapType;
enum eCTPP2Operator { UNDEF = 0,
TMPL_var = 1,
TMPL_if = 2,
TMPL_unless = 3,
TMPL_else = 4,
TMPL_elsif = 5,
// TMPL_loop = 6, // Obsolete
TMPL_foreach = 7,
TMPL_include = 8,
TMPL_call = 9,
TMPL_udf = 10,
TMPL_comment = 11,
TMPL_break = 12,
TMPL_block = 13,
TMPL_verbose = 14 };
enum eCTPP2ExprOperator { EXPR_UNDEF = 0,
EXPR_INT_VALUE = 1,
EXPR_FLOAT_VALUE = 2,
EXPR_STRING_VALUE = 3,
EXPR_VARIABLE = 4,
EXPR_FUNCTION = 5,
EXPR_BRANCH = 6 };
enum eCTPP2Relation { R_UNDEF = 0,
R_EQ = 1,
R_NE = 2,
R_GT = 3,
R_LT = 4,
R_GE = 5,
R_LE = 6,
R_N_EQ = 7,
R_N_NE = 8,
R_N_GT = 9,
R_N_LT = 10,
R_N_GE = 11,
R_N_LE = 12 };
enum eCTPP2ArOp { OP_UNDEF = 0,
OP_PLUS = 1,
OP_MINUS = 2,
OP_DIV = 3,
OP_MUL = 4,
OP_IDIV = 5,
OP_MOD = 6,
OP_UNPLUS = 7,
OP_UNMINUS = 8,
OP_NOT = 9,
OP_LAND = 10,
OP_LOR = 11 };
/**
@struct CTPP2Keyword CTPP2Parser.hpp <CTPP2Parser.hpp>
@brief CTPP2 reserverd words
*/
struct CTPP2Keyword
{
/** keyword */
CCHAR_P keyword;
/** keyword length */
UINT_32 keyword_length;
/** keyword corresponding operator */
eCTPP2Operator keyword_operator;
};
/** Keywords table */
static CTPP2Keyword aKeywords[];
/**
@struct CTPP2Relation CTPP2Parser.hpp <CTPP2Parser.hpp>
@brief CTPP2 Relation
*/
struct CTPP2Relation
{
/** keyword */
CCHAR_P keyword;
/** keyword length */
UINT_32 keyword_length;
/** keyword corresponding operator */
eCTPP2Relation keyword_operator;
};
/** Relations */
static CTPP2Relation aCTPP2Relations [];
/** Current operator */
eCTPP2Operator eBreakFound;
/** Temp. buffer */
STLW::string sTMPBuf;
/** Parsed integer value */
INT_64 iIntData;
/** Parsed floating value */
W_FLOAT dFloatData;
/** Type of parsed value */
INT_32 iParsedNumberType;
/** Source loader object */
CTPP2SourceLoader * pSourceLoader;
/** Compiler */
CTPP2Compiler * pCTPP2Compiler;
/** Syscalls */
StaticText & oSyscalls;
/** Static data segment */
StaticData & oStaticData;
/** Static text segment */
StaticText & oStaticText;
/** Template source name */
STLW::string sSourceName;
/** Template source name ID */
UINT_32 iSourceNameId;
/** Foreach flag */
bool bInForeach;
/** Recursion level */
INT_32 iRecursionLevel;
/** Complex variable flag */
bool bInsideComplexVariable;
/** enable/disable verbose mode */
bool bVerboseMode;
/** Block flag */
bool bInBlock;
/** Current block arguments */
BlockArgMapType mCurrentBlock;
/** Map of number of arguments of blocks */
BlockArgSizeMapType mBlockArgSizes;
/** JMP points for TMPL_break */
STLW::vector<STLW::vector<INT_32> > vBreakJMPPoints;
// Simple tokens: open and close tags, operators, variables, strings and numbers //////////////////////////////////////////////////////////////////////////////////
/**
@brief Open tag ([Tt][Mm][Pp][Ll])
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsOpenTag(CCharIterator szData, CCharIterator szEnd);
/**
@brief Close tag (/[Tt][Mm][Pp][Ll])
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsCloseTag(CCharIterator szData, CCharIterator szEnd);
/**
@brief Operator (var | if | else | unless | foreach | udf | comment | call | break)
@param szData - current stream position
@param szEnd - end of stream position
@param oOperatorType - operator type
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsOperator(CCharIterator szData, CCharIterator szEnd, eCTPP2Operator & oOperatorType);
/**
@brief Function [a-zA-Z_][a-zA-Z0-9_]( Expr [, Expr2 ... ] )
@param szData - current stream position
@param szEnd - end of stream position
@param sFuncEnd - end of function name
@param iFunctionParams - number of function parameters
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsFunc(CCharIterator szData, CCharIterator szEnd, CCharIterator & sFuncEnd, UINT_32 & iFunctionParams);
/**
@brief CTPP2 function a-zA-Z_[a-zA-Z0-9_]
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsFuncName(CCharIterator szData, CCharIterator szEnd);
/**
@brief CTPP2 iterator [a-zA-Z_][a-zA-Z0-9_]
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsIterator(CCharIterator szData, CCharIterator szEnd);
/**
@brief CTPP2 variable a-zA-Z_[a-zA-Z0-9_|.|:]
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsVar(CCharIterator szData, CCharIterator szEnd);
/**
@brief CTPP2 string "blah-blah \" clah-clah " | 'blah-blah \' clah-clah '
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsString(CCharIterator szData, CCharIterator szEnd);
/**
@brief Number [-]0-9[. [0-9] ] [E [+-] 0-9]
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsNum(CCharIterator szData, CCharIterator szEnd);
/**
@brief Parse Float value
@param szData - current stream position
@param szEnd - end of stream position
*/
void ParseFloat(CCharIterator & szData, CCharIterator & szEnd);
/**
@brief Foreach operator keyword (as)
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsForeachKeyword(CCharIterator szData, CCharIterator szEnd);
/**
@brief White space (Tab | ' ')
@param szData - current stream position
@param szEnd - end of stream position
@param iSkipFirst - if set to 0, does not check existence of first space
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsWhiteSpace(CCharIterator szData, CCharIterator szEnd, const UINT_32 & iSkipFirst = 1);
// Expressions ////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
/**
@brief Expression ( Function ( expression ) | string | variable | number )
@param szData - current stream position
@param szEnd - end of stream position
@param eResultOperator - Result operand of expression
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsExpr(CCharIterator szData, CCharIterator szEnd, eCTPP2ExprOperator & eResultOperator);
/**
@brief LogicalOrExpr = LogicalAndExpr { "||" LogicalAndExpr }
@param szData - current stream position
@param szEnd - end of stream position
@param eResultOperator - expression type
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator LogicalOrExpr(CCharIterator szData, CCharIterator szEnd, eCTPP2ExprOperator & eResultOperator);
/**
@brief LogicalAndExpr = RelExpr { "&&" RelExpr }
@param szData - current stream position
@param szEnd - end of stream position
@param eResultOperator - expression type
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator LogicalAndExpr(CCharIterator szData, CCharIterator szEnd, eCTPP2ExprOperator & eResultOperator);
/**
@brief RelExpr = SimpleExpr [Relation SimpleExpr]
@param szData - current stream position
@param szEnd - end of stream position
@param eResultOperator - expression type
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator RelExpr(CCharIterator szData, CCharIterator szEnd, eCTPP2ExprOperator & eResultOperator);
/**
@brief SimpleExpr = [UNPLUS | UNMINUS] Term {AddOp Term}
@param szData - current stream position
@param szEnd - end of stream position
@param eResultOperator - expression type
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsSimpleExpr(CCharIterator szData, CCharIterator szEnd, eCTPP2ExprOperator & eResultOperator);
/**
@brief Term = Factor {MulOp Factor}
@param szData - current stream position
@param szEnd - end of stream position
@param eResultOperator - expression type
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsTerm(CCharIterator szData, CCharIterator szEnd, eCTPP2ExprOperator & eResultOperator);
/**
@brief Factor = Function "(" [ Expr {"," Expr} ] ")" | number | character | string | "(" Expr ")" | NOT Factor
@param szData - current stream position
@param szEnd - end of stream position
@param eResultOperator - expression type
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsFactor(CCharIterator szData, CCharIterator szEnd, eCTPP2ExprOperator & eResultOperator);
/**
@brief Relation = N_EQ | N_NE | N_GT | N_LT | N_GE | N_LE | EQ | NE | GT | LT | GE | LE
@param szData - current stream position
@param szEnd - end of stream position
@param eRelation - relation id [out]
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsRelation(CCharIterator szData, CCharIterator szEnd, eCTPP2Relation & eRelation);
/**
@brief UnaryOp = UNPLUS | UNMINUS
@param szData - current stream position
@param szEnd - end of stream position
@param eArOp - type of arithmetic operation
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsUnaryOp(CCharIterator szData, CCharIterator szEnd, eCTPP2ArOp & eArOp);
/**
@brief AddOp = ADD | SUB
@param szData - current stream position
@param szEnd - end of stream position
@param eArOp - type of arithmetic operation
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsAddOp(CCharIterator szData, CCharIterator szEnd, eCTPP2ArOp & eArOp);
/**
@brief LogicalOp = && | ||
@param szData - current stream position
@param szEnd - end of stream position
@param eArOp - type of arithmetic operation
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsLogicalOp(CCharIterator szData, CCharIterator szEnd, eCTPP2ArOp & eArOp);
/**
@brief MulOp = MUL | DIV | IDIV | MOD
@param szData - current stream position
@param szEnd - end of stream position
@param eArOp - type of arithmetic operation
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsMulOp(CCharIterator szData, CCharIterator szEnd, eCTPP2ArOp & eArOp);
// Operator expressions ///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
/**
@brief CTPP2 branch expression; <TMPL_if IfExpr>
@param szData - current stream position
@param szEnd - end of stream position
@param eResultOperator - Result operand of expression
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsIfExpr(CCharIterator szData, CCharIterator szEnd, eCTPP2ExprOperator & eResultOperator);
/**
@brief CTPP2 reverse branch expression; <TMPL_unless UnlessExpr>
@param szData - current stream position
@param szEnd - end of stream position
@param eResultOperator - Result operand of expression
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsUnlessExpr(CCharIterator szData, CCharIterator szEnd, eCTPP2ExprOperator & eResultOperator);
/**
@brief Foreach expression <TMPL_loop ForeachExpr>
@param szData - current stream position
@param szEnd - end of stream position
@param iRetPoint - return point instruction number [out]
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IsForeachExpr(CCharIterator szData, CCharIterator szEnd, UINT_32 & iRetPoint);
// Operators //////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
/**
@brief Variable/Function/Exression output operator<TMPL_var Expr>
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator VarOperator(CCharIterator szData, CCharIterator szEnd);
/**
@brief Branch operator <TMPL_if IfExpr> blah-blah-blah [ <TMPL_else> clah-clah-clah ] </TMPL_if>
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IfOperator(CCharIterator szData, CCharIterator szEnd);
/**
@brief Reverse branch operator <TMPL_unless IfExpr> blah-blah-blah [ <TMPL_else> clah-clah-clah ] </TMPL_unless>
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator UnlessOperator(CCharIterator szData, CCharIterator szEnd);
/**
@brief Foreach operator <TMPL_foreach var_array as var> blah-blah-blah </TMPL_foreach>
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator ForeachOperator(CCharIterator szData, CCharIterator szEnd);
/**
@brief Include operator <TMPL_include Expr>
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator IncludeOperator(CCharIterator szData, CCharIterator szEnd);
/**
@brief Call operator <TMPL_call Expr>
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator CallOperator(CCharIterator szData, CCharIterator szEnd);
/**
@brief Comment <TMPL_comment> ..... </TMPL_comment>
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator CommentOperator(CCharIterator szData, CCharIterator szEnd);
/**
@brief Block of code <TMPL_block "blockname"> ..... </TMPL_block>
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator BlockOperator(CCharIterator szData, CCharIterator szEnd);
/**
@brief Ignore spaces <TMPL_verbose> ..... </TMPL_verbose>
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator VerboseOperator(CCharIterator szData, CCharIterator szEnd);
/**
@brief Break operator; <TMPL_break>
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator BreakOperator(CCharIterator szData, CCharIterator szEnd);
// Other stuff ////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
/**
@brief Parse CTPP2 template
@param szData - template start
@param szEnd - template end
@return 0 if success, -1 if any error occured
*/
CCharIterator Parse(CCharIterator szData, CCharIterator szEnd);
/**
@brief Store comparison result (if branch)
@param szData - current position in stream
@param eResultOperator - type of parsed expression
@return instruction pointer to JMP or JXX instrution
*/
UINT_32 StoreIfComparisonResult(CCharIterator szData, const eCTPP2ExprOperator & eResultOperator);
/**
@brief Store comparison result (unless branch)
@param szData - current position in stream
@param eResultOperator - type of parsed expression
@return instruction pointer to JMP or JXX instrution
*/
UINT_32 StoreUnlessComparisonResult(CCharIterator szData, const eCTPP2ExprOperator & eResultOperator);
/**
@brief Get printable operator name
@param oOperator operator type
@return printable operator name
*/
CCHAR_P GetOperatorName(const eCTPP2Operator & oOperator);
/**
@brief Check trailing newline flag
@param szData - current stream position
@param szEnd - end of stream position
@return true, if flag found
*/
bool CheckTrailingFlag(CCharIterator & szData, CCharIterator szEnd);
/**
@brief Remove trailing newline(s)
@param szData - current stream position
@param szEnd - end of stream position
*/
void RemoveTrailingNewLines(CCharIterator & szData, CCharIterator szEnd);
/**
@brief Parse block arguments
@param szData - current stream position
@param szEnd - end of stream position
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator BlockArgs(CCharIterator szData, CCharIterator szEnd);
/**
@brief Parse call arguments
@param szData - current stream position
@param szEnd - end of stream position
@param iArgCount - number of arguments
@return NULL if sequence not found or pointer to end of sequence
*/
CCharIterator CallArgs(CCharIterator szData, CCharIterator szEnd, UINT_32 & iArgCount);
/**
@brief Set information about blocks
@param mIBlockArgSizes - block argument sizes
*/
void SetBlockArgSizeMap(const BlockArgSizeMapType & mIBlockArgSizes);
/**
@brief Get information about blocks
@return mIBlockArgSizes - block argument sizes
*/
BlockArgSizeMapType GetBlockArgSizeMap() const;
};
} // namespace CTPP
#endif // _CTPP2_PARSER_H__
// End.
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