Source code for the apgex phrase-matching engine. More...

#include "./apgex.h"
#include "../library/parserp.h"
#include "../library/tracep.h"

Include dependency graph for apgex.c:

Data Structures
struct	phrase_r
	For internal object use only. Defines a phrase as an offset into vpVecRelPhases. More...

struct	rule_r
	For internal object use only. Relative offsets to phrase information for rules. More...

struct	udt_r
	For internal object use only. Relative offsets to phrase information for UDTs. More...

struct	result_r
	For internal object use only. The phrase matching result in relative phrases. More...

struct	apgex
	For internal object use only. The phrase matching object context. More...

Macros
Internal Use Only Macros
#define	BUF_SIZE (PATH_MAX + 256)

#define	DOLLAR 36

#define	AMP 38

#define	ACCENT 96

#define	APOS 39

#define	LANGLE 60

#define	RANGLE 62

#define	UNDER 95

Functions
void *	vpApgexCtor (exception *spEx)
	The phrase-matching engine object constructor. More...

void	vApgexBkrCheck (exception *spEx)
	Back referencing check. More...

void	vApgexDtor (void *vpCtx)
	The phrase-matching engine object destructor. More...

void	vApgexPattern (void vpCtx, const char cpPattern, const char *cpFlags)
	Prepare a phrase-matching parser for the given pattern. More...

void	vApgexPatternFile (void vpCtx, const char cpFileName, const char *cpFlags)
	Reads the SABNF grammar defining the pattern from a file. More...

void	vApgexPatternParser (void vpCtx, void vpParser, const char *cpFlags)
	Define the SABNF pattern with a user-created parser. More...

apgex_result	sApgexExec (void vpCtx, apg_phrase spSource)
	Attempt a pattern match on the source array of APG alphabet characters. More...

apg_phrase	sApgexReplace (void vpCtx, apg_phrase spSource, apg_phrase *spReplacement)
	Replace the matched phrase with a specified phrase. More...

apg_phrase	sApgexReplaceFunc (void vpCtx, apg_phrase spSource, pfn_replace pfnFunc, void *vpUser)
	Replace the matched phrase with a user-generated phrase. More...

apg_phrase *	spApgexSplit (void vpCtx, apg_phrase spSource, aint uiLimit, aint *uipCount)
	Split a phrase into an array of sub-phrases. More...

abool	bApgexTest (void vpCtx, apg_phrase spSource)
	Report only success or failure on a pattern match. More...

void	vApgexEnableRules (void vpCtx, const char cpNames, abool bEnable)
	Enable or disable specified rule and/or UDT names for phrase capture. More...

void	vApgexSetLastIndex (void *vpCtx, aint uiLastIndex)
	Sets the index of the character in the source where the pattern-match search is to begin. More...

apgex_properties	sApgexProperties (void *vpCtx)
	Get a copy of the object's properties. More...

void *	vpApgexGetAst (void *vpCtx)
	Get a pointer to the AST object's context. More...

void *	vpApgexGetTrace (void *vpCtx)
	Get a pointer to the trace object's context. More...

void *	vpApgexGetParser (void *vpCtx)
	Get a pointer to the parser object's context. More...

void	vApgexDisplayProperties (void vpCtx, apgex_properties spProperties, const char *cpFileName)
	Display the object's properties. More...

void	vApgexDisplayPhrase (void vpCtx, apgex_phrase spPhrase, const char *cpFileName)
	Display the object's properties. More...

void	vApgexDisplayResult (void vpCtx, apgex_result spResult, const char *cpFileName)
	Display the complete results from a pattern match. More...

void	vApgexDisplayPatternErrors (void vpCtx, const char cpFileName)

void	vApgexDefineUDT (void vpCtx, const char cpName, parser_callback pfnUdt)
	Define the callback function for a User-Defined Terminal (UDT). More...

Tracing Macros
These macros handle the tracing calls. They are implemented as macros so that when tracing is not used all tracing code is removed - the macros are empty. To enable tracing the macro APG_TRACE must be defined when the application is compiled.
#define	TRACE_APGEX_HEADER(t) vTraceApgexHeader((t))

#define	TRACE_APGEX_FOOTER(t) vTraceApgexFooter((t))

#define	TRACE_APGEX_SEPARATOR(x) vTraceApgexSeparator((x)->vpTrace, (x)->uiLastIndex)

#define	TRACE_APGEX_CHECK(x)

#define	TRACE_APGEX_OUTPUT(x) vTraceApgexOutput((x))

Detailed Description

Source code for the apgex phrase-matching engine.

Must be compiled with the macro APG_AST defined. e.g. gcc -DAPG_AST ...

If the trace flag, "t" or "th", is set (see vApgexPattern()), then the macro APG_TRACE must also be defined.

Definition in file apgex.c.

Macro Definition Documentation

◆ ACCENT

#define ACCENT 96

Definition at line 47 of file apgex.c.

◆ AMP

#define AMP 38

Definition at line 46 of file apgex.c.

◆ APOS

#define APOS 39

Definition at line 48 of file apgex.c.

◆ BUF_SIZE

#define BUF_SIZE (PATH_MAX + 256)

Definition at line 44 of file apgex.c.

◆ DOLLAR

#define DOLLAR 36

Definition at line 45 of file apgex.c.

◆ LANGLE

#define LANGLE 60

Definition at line 49 of file apgex.c.

◆ RANGLE

#define RANGLE 62

Definition at line 50 of file apgex.c.

◆ TRACE_APGEX_CHECK

#define TRACE_APGEX_CHECK ( x )

Definition at line 209 of file apgex.c.

◆ TRACE_APGEX_FOOTER

#define TRACE_APGEX_FOOTER ( t ) vTraceApgexFooter((t))

Definition at line 207 of file apgex.c.

◆ TRACE_APGEX_HEADER

#define TRACE_APGEX_HEADER ( t ) vTraceApgexHeader((t))

Definition at line 206 of file apgex.c.

◆ TRACE_APGEX_OUTPUT

#define TRACE_APGEX_OUTPUT ( x ) vTraceApgexOutput((x))

Definition at line 210 of file apgex.c.

◆ TRACE_APGEX_SEPARATOR

#define TRACE_APGEX_SEPARATOR ( x ) vTraceApgexSeparator((x)->vpTrace, (x)->uiLastIndex)

Definition at line 208 of file apgex.c.

◆ UNDER

#define UNDER 95

Definition at line 51 of file apgex.c.

Function Documentation

◆ bApgexTest()

abool bApgexTest	(	void *	vpCtx,
		apg_phrase *	spSource
	)

Report only success or failure on a pattern match.

Similar to sApgexExec() in default mode, except that only success or failure is reported. The matched phrase is not returned.

Parameters

vpCtx	A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.
spSource	Pointer to the source or input string as an APG phrase.

Returns: True if a phrase match was found in the source, false otherwise.

Definition at line 752 of file apgex.c.

◆ sApgexExec()

apgex_result sApgexExec	(	void *	vpCtx,
		apg_phrase *	spSource
	)

Attempt a pattern match on the source array of APG alphabet characters.

Parameters

vpCtx	A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.
spSource	Pointer to the source or input string as an APG phrase.

Returns: An apgex_result structure. Note that the return is a structure and not a pointer to a structure. The spResult element in the result structure will be NULL if no match was found.

Definition at line 479 of file apgex.c.

◆ sApgexProperties()

apgex_properties sApgexProperties ( void * vpCtx )

Get a copy of the object's properties.

Parameters

vpCtx A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.

Returns: A apgex_properties structure (not a pointer to a structure). See which for the properties details.

Definition at line 888 of file apgex.c.

◆ sApgexReplace()

apg_phrase sApgexReplace	(	void *	vpCtx,
		apg_phrase *	spSource,
		apg_phrase *	spReplacement
	)

Replace the matched phrase with a specified phrase.

Parameters

vpCtx	A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.
spSource	Pointer to the source as a apg_phrase.
spReplacement	Pointer to the replacement phrase. In default mode, only the first matched phrase is replaced. In global or sticky mode, all possible matched phrases in those respective modes are replaced. The search begins at `uiLastIndex` which is always set to zero on return. The replacement phrase may have some special characters for dynamic replacement possibilities. no special characters Each matched phrase is simply replaced with the specified replacement string. $$ Escape sequence to insert a dollar sign, $, in the replacement string. $_ Replace $_ with the full, original source string. $& Replace $& with the current matched phrase. $` Replace $` with the left context of the current matched phrase. $' Replace $' with the right context of the current matched phrase. $<rulename> Replace $<rulename> with the matched phrase for the rule or UDT name "rulename".

Returns: The source phrase with replacements, if any, as an apg_phrase structure. Note that the return is a structure and not a pointer to a structure.

Definition at line 528 of file apgex.c.

◆ sApgexReplaceFunc()

apg_phrase sApgexReplaceFunc	(	void *	vpCtx,
		apg_phrase *	spSource,
		pfn_replace	pfnFunc,
		void *	vpUser
	)

Replace the matched phrase with a user-generated phrase.

Parameters

vpCtx	A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.
spSource	Pointer to the source as a apg_phrase.
pfnFunc	Pointer to the replacement function. See pfn_replace for the function prototype. The returned phrase from this function will be used as the replacement for the matched phrase. In default mode, only the first matched phrase is replaced. In global or sticky mode, all possible matched phrases in those respective modes are replaced. The search begins at `uiLastIndex` which is always set to zero on return.
vpUser	Pointer to user-supplied data. This pointer will be passed to the above function, pfnFunc.

Returns: The source phrase with replacements, if any, as an apg_phrase structure. Note that the return is a structure and not a pointer to a structure.

Definition at line 581 of file apgex.c.

◆ spApgexSplit()

apg_phrase* spApgexSplit	(	void *	vpCtx,
		apg_phrase *	spSource,
		aint	uiLimit,
		aint *	uipCount
	)

Split a phrase into an array of sub-phrases.

This function is modeled after the JavaScript function str.split([separator[, limit]]) when using a regular expression. The source phrase is searched for pattern matches.

If a single match is found, it's left context and right context become the two members of the array of sub-phrases returned.
If multiple matches are found the array of sub-phrases are those sub-phrases remaining after removing the matched characters.
If no match is found the array has a single member which is the original source phrase.
If the entire source phrase is matched a single, empty sub-phrase is returned (acpPhrase = NULL, uiLength = 0).
If the pattern is an empty string (pattern = ""\n), each character in the source phrase is returned as a separate sub-phrase.

Also,

The flags, "gy", are ignored.
The flags "thp" are honored.
All rules and UDTs are disabled, even if previously enabled with vApgexEnableRules().
uiLastIndex is set to 0, even if previously set with vApgexSetLastIndex();

Parameters

vpCtx	A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.
spSource	A pointer to the source to search for pattern matches. May not be NULL. If it is empty (uiLength = 0) the return will be a single empty phrase.
uiLimit	Places a limit on the number of pattern matches to find. If uiLimit = 0, all matches will be found. That is, uiLimit = 0 is shorthand for uiLimit = APG_MAX_AINT.
uipCount	The number of sub-phrases in the returned array.

Returns: Returns a pointer to the first sub-string in the array. The number of array members is returned in uipCount.

Definition at line 648 of file apgex.c.

◆ vApgexBkrCheck()

void vApgexBkrCheck ( exception * spEx )

Back referencing check.

The back referencing macro APG_BKR must be defined when compiling the apgex object. If not, a macro is defined in apg.h which calls this function, whose only purpose is to throw an exception reminding the user do define the macro.

Parameters

spEx	Pointer to a valid exception structure. If not valid application will silently exit with a BAD_CONTEXT exit code.

Definition at line 279 of file apgex.c.

◆ vApgexDefineUDT()

void vApgexDefineUDT	(	void *	vpCtx,
		const char *	cpName,
		parser_callback	pfnUdt
	)

Define the callback function for a User-Defined Terminal (UDT).

If there are any UDTs in the SABNF pattern grammar, each one of them must have a user-written callback function to do its pattern matching work. This function will define a callback function to the apgex object for a single UDT. This function must be called for each UDT appearing in the SABNF pattern grammar.

Parameters

vpCtx	A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.
cpName	Name of the UDT.
pfnUdt	The callback function for this UDT.

Definition at line 1222 of file apgex.c.

◆ vApgexDisplayPatternErrors()

void vApgexDisplayPatternErrors	(	void *	vpCtx,
		const char *	cpFileName
	)

Definition at line 1180 of file apgex.c.

◆ vApgexDisplayPhrase()

void vApgexDisplayPhrase	(	void *	vpCtx,
		apgex_phrase *	spPhrase,
		const char *	cpFileName
	)

Display the object's properties.

Parameters

vpCtx	A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.
spPhrase	Pointer to the apgex_phrase to display. This would be a one of the members of an apgex_result or apgex_rule.
cpFileName	The name of the file to write the display to. If NULL, `stdout` is used. If non-NULL any directories in the pathname must exist.

Definition at line 1098 of file apgex.c.

◆ vApgexDisplayProperties()

void vApgexDisplayProperties	(	void *	vpCtx,
		apgex_properties *	spProperties,
		const char *	cpFileName
	)

Display the object's properties.

Parameters

vpCtx	A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.
spProperties	Pointer to the properties to display. This would be a pointer to the return value of sApgexProperties().
cpFileName	The name of the file to write the display to. If NULL, `stdout` is used. If non-NULL any directories in the pathname must exist.

Definition at line 1028 of file apgex.c.

◆ vApgexDisplayResult()

void vApgexDisplayResult	(	void *	vpCtx,
		apgex_result *	spResult,
		const char *	cpFileName
	)

Display the complete results from a pattern match.

Parameters

vpCtx	A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.
spResult	Pointer to the pattern matched result, the return from sApgexExec();
cpFileName	The file to display the output to. If NULL, stdout is used.

Definition at line 1129 of file apgex.c.

◆ vApgexDtor()

void vApgexDtor ( void * vpCtx )

The phrase-matching engine object destructor.

Frees all memory allocated to the apgex object and for good measure zeros it out as insurance against reuse by a stale pointer.

Parameters

vpCtx A pointer to a valid apgex object context returned from vpApgexCtor(). Silently ignores a NULL pointer, but exits the application with BAD_CONTEXT exit code if the pointer is non-NULL and not a valid apgex object context pointer.

Definition at line 295 of file apgex.c.

◆ vApgexEnableRules()

void vApgexEnableRules	(	void *	vpCtx,
		const char *	cpNames,
		abool	bEnable
	)

Enable or disable specified rule and/or UDT names for phrase capture.

By default, all rules and UDTs are disabled. The result, which is equal to the start rule, is always captured, independent of these selections. However, the start rule, like all other rules, is captured independently and only if it is enabled here. Note that UDTs, if any, must always be defined with vApgexDefineUDT() prior to any matching function call. Disabling them simply means that matched phrases are not saved. They still must be defined for the parse to be performed.

Parameters

vpCtx	A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.
cpNames	The name or names of the rules/UDTs to enable or disable. All names are case insensitive. May not be NULL or empty. "--all" Enable/disable all rules and UDTs. "name[,name,...]" A comma-delimited list of one or more names to enabled/disabled. Rule and UDT names may be mixed and in any order. All names, including "--all", are case-insensitive. Only a single comma allowed between names - no spaces or other delimiters.
bEnable	If true, the named rules/UDTS are enabled, meaning that their phrase will be captured. If false, the rules/UDTS will be disabled, meaning that their respective phrases will not be captured

Returns: Exception is thrown if any name is not a valid rule name.

Definition at line 786 of file apgex.c.

◆ vApgexPattern()

void vApgexPattern	(	void *	vpCtx,
		const char *	cpPattern,
		const char *	cpFlags
	)

Prepare a phrase-matching parser for the given pattern.

Parameters

vpCtx	A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.
cpPattern	The complete SABNF grammar to define the strings to be matched. Must be a complete grammar including line end characters (\n, \r\n or \r) after each line including the last.
cpFlags	A string of flags that control the pattern-matching behavior. The flag characters may appear in any order and may appear multiple times. If "g" and "y" are both present, the first appearing will be honored. NULL or empty string - default mode The phrase matching starts at `uiLastIndex`^† and searches forward until a match is found or the end of the source string is reached. `uiLastIndex` is then always reset to zero. g - global mode The phrase matching starts at `uiLastIndex` and searches forward until a match is found or the end of the source string is reached. If a match is found, `uiLastIndex` is then set to the next character after the matched phrase. Multiple calls to sApgexExec() in global mode will find all matched phrases in the source string. `uiLastIndex` is set to zero when the end of the source string is reached. If no match is found, `uiLastIndex` is set to zero, regardless of its original value. y - sticky mode Sticky mode is similar to global mode except that there is no searching for a matched phrase. It is either found at `uiLastIndex` or the match fails. In detail, the phrase matching starts at `uiLastIndex`. If a phrase match is found, `uiLastIndex` is set to the next character beyond the end of the matched phrase or zero if the end of the source string has been reached. If no match is found no further searching of the source string is done and `uiLastIndex` is reset to zero. Note that multiple calls to sApgexExec() will match multiple consecutive phrases, but only if there are no unmatched characters in between. p - PPPT mode The parser will use Partially-Predictive Parsing Tables. PPPTs are for the purpose of speeding the parsing process at the expense of some added memory for the tables. Sometimes a lot of memory and in fact sometimes a prohibitive amount of memory. Since speed is often not a major concern in pattern matching, PPPTs are not used by default. Make sure you understand the memory consequences and the fact that some rules will not appear in the matched rules list if using the "p" flag. If the "p" flag is not set, compiling the application with the macro APG_NO_PPPT defined will reduce the code footprint and save some PPPT checking calls. t - trace mode A trace of the pattern-matching parser will be generated in ASCII format. By default, the trace is displayed on the standard output, `stdout`. To change the output file, get a pointer to the trace object with vpApgexGetTrace() and use vTraceSetOutput(). For additional trace configuration see also vTraceConfig() and vTraceConfigDisplay(). To use the "t" flag, the application must be compiled with the macro APG_TRACE defined. h - trace HTML mode A trace of the pattern-matching parser will be generated in HTML format. This flag must be preceded by the "t" flag or an exception is thrown.

^†By default, uiLastIndex begins at 0. However, it can be set to any valid value prior to the phrase matching attempt with a call to vApgexSetLastIndex()

Definition at line 378 of file apgex.c.

◆ vApgexPatternFile()

void vApgexPatternFile	(	void *	vpCtx,
		const char *	cpFileName,
		const char *	cpFlags
	)

Reads the SABNF grammar defining the pattern from a file.

Same as vApgexPattern() except the pattern grammar is read from a file.

Parameters

vpCtx	A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.
cpFileName	Name of the file with the SABNF grammar.
cpFlags	A string of flags. See vApgexPattern().

Definition at line 404 of file apgex.c.

◆ vApgexPatternParser()

void vApgexPatternParser	(	void *	vpCtx,
		void *	vpParser,
		const char *	cpFlags
	)

Define the SABNF pattern with a user-created parser.

The SABNF pattern is implicitly defined by a user-supplied parser. This parser is independent of the apgex context and it's destructor is never called, even by vApgexDtor(). The supplied parser may or may not have been created with the same memory object, vpMem. It is the user's responsibility to have a properly defined catch block to handle any exceptions thrown from the supplied parser. In this case, the apgex properties will have an empty string for the unknown pattern.

Parameters

vpCtx	A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.
vpParser	Pointer to a valid SABNF parser context.
cpFlags	A string of flags. See vApgexPattern().

Definition at line 444 of file apgex.c.

◆ vApgexSetLastIndex()

void vApgexSetLastIndex	(	void *	vpCtx,
		aint	uiLastIndex
	)

Sets the index of the character in the source where the pattern-match search is to begin.

uiLastIndex governs the starting point of the search in the next call to any of the pattern-matching functions. It is initialized to 0 by default. It's value on consecutive calls to a pattern-matching function are normally governed by the mode (default, global, sticky) rules. This function can be used prior to any pattern-matching call to override the default behavior.

Parameters

vpCtx	A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.
uiLastIndex	The source character index where the pattern match is to begin. Must be lest than the source length or an exception will be thrown.

Definition at line 874 of file apgex.c.

◆ vpApgexCtor()

void* vpApgexCtor ( exception * spEx )

The phrase-matching engine object constructor.

Parameters

spEx	Pointer to a valid exception structure initialized with XCTOR(). If not valid the application will silently exit with a BAD_CONTEXT exit code.

Returns: Returns a pointer to the apgex object context.

Definition at line 239 of file apgex.c.

◆ vpApgexGetAst()

void* vpApgexGetAst ( void * vpCtx )

Get a pointer to the AST object's context.

This function can be called after any of the phrase-matching functions.

The AST object will reflect the results of the last successful phrase match. If the last phrase match was unsuccessful the pointer is valid but the AST will have no records. Be sure to understand the meaning of the flags used and the result of the phrase-matching function called.

Following a successful phrase match, the AST object will have records for all rules and UDTs in the pattern but all call back functions will be NULL. Use vAstSetRuleCallback() and vAstSetUdtCallback() to set the translation functions specific to the application prior to translation with vAstTranslate().

See sApgexProperties() for alternate access to this pointer.

Parameters

vpCtx A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.

Returns: A pointer to the AST object's context. An exception is thrown if called with no pattern defined

Definition at line 957 of file apgex.c.

◆ vpApgexGetParser()

void* vpApgexGetParser ( void * vpCtx )

Get a pointer to the parser object's context.

This function can be called after any of the pattern-defining functions.

See sApgexProperties() for alternate access to this pointer.

Parameters

vpCtx A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.

Returns: A pointer to the parser object's context. An exception is thrown if called with no pattern defined

Definition at line 1009 of file apgex.c.

◆ vpApgexGetTrace()

void* vpApgexGetTrace ( void * vpCtx )

Get a pointer to the trace object's context.

This function can be called after any of the pattern-defining functions.

The trace context pointer can be used to configure the trace prior to any of the phrase-matching functions.

See sApgexProperties() for alternate access to this pointer.

Parameters

vpCtx A pointer to a valid apgex object context returned from vpApgexCtor(). If not valid the application will silently exit with a BAD_CONTEXT exit code.

Returns: A pointer to the trace object's context if the "t" flag was specified. NULL otherwise. An exception is thrown if called with no pattern defined

Definition at line 984 of file apgex.c.

Data Structures

Macros

Functions

Tracing Macros

Detailed Description

Macro Definition Documentation

◆ ACCENT

◆ AMP

◆ APOS

◆ BUF_SIZE

◆ DOLLAR

◆ LANGLE

◆ RANGLE

◆ TRACE_APGEX_CHECK

◆ TRACE_APGEX_FOOTER

◆ TRACE_APGEX_HEADER

◆ TRACE_APGEX_OUTPUT

◆ TRACE_APGEX_SEPARATOR

◆ UNDER

Function Documentation

◆ bApgexTest()

◆ sApgexExec()

◆ sApgexProperties()

◆ sApgexReplace()

◆ sApgexReplaceFunc()

◆ spApgexSplit()

◆ vApgexBkrCheck()

◆ vApgexDefineUDT()

◆ vApgexDisplayPatternErrors()

◆ vApgexDisplayPhrase()

◆ vApgexDisplayProperties()

◆ vApgexDisplayResult()

◆ vApgexDtor()

◆ vApgexEnableRules()

◆ vApgexPattern()

◆ vApgexPatternFile()

◆ vApgexPatternParser()

◆ vApgexSetLastIndex()

◆ vpApgexCtor()

◆ vpApgexGetAst()

◆ vpApgexGetParser()

◆ vpApgexGetTrace()