PTLib  Version 2.10.10
object.h File Reference
#include "unix/ptlib/contain.h"
#include <stdio.h>
#include <stdarg.h>
#include <stdlib.h>
#include <string.h>
#include <string>
#include <iomanip>
#include <iostream>
#include <sstream>
#include <vector>
#include <list>
#include <map>
#include <algorithm>
#include <typeinfo>

Go to the source code of this file.

Classes

class  PTrace
 Class to encapsulate tracing functions. More...
 
class  PTrace::Block
 Class to trace Execution blocks. More...
 
class  PMemoryHeap
 Memory heap checking class. More...
 
struct  PMemoryHeap::State
 
class  PMemoryHeap::Wrapper
 
struct  PMemoryHeap::Header
 
class  PMemoryHeapIgnoreAllocationsForScope
 
class  PMemoryAllocationBreakpoint
 
struct  PAllocatorTemplate< GnuAllocator, Type >
 
struct  PFixedPoolAllocator< Type >
 
struct  PVariablePoolAllocator< Type >
 
class  PObject
 Ultimate parent class for all objects in the class library. More...
 
struct  PIntSameOrder< type >
 
struct  PIntReversedOrder< type >
 

Macros

#define P_REMOVE_VIRTUAL_INTERNAL_BASE(fn)   __inline virtual struct ptlib_virtual_function_changed_or_removed ****** fn { return 0; }
 
#define P_DEPRECATED
 
#define P_REMOVE_VIRTUAL_INTERNAL(type, fn, body)   P_REMOVE_VIRTUAL_INTERNAL_BASE(fn)
 
#define P_REMOVE_VIRTUAL_VOID(fn)   P_REMOVE_VIRTUAL_INTERNAL(void, fn, {})
 
#define P_REMOVE_VIRTUAL(type, fn, ret)   P_REMOVE_VIRTUAL_INTERNAL(type, fn, { return ret; })
 
#define PTrue   TRUE
 
#define PFalse   FALSE
 
#define P_USE_INLINES   0
 
#define PINLINE
 
#define P_USE_ASSERTS   1
 
#define __CLASS__   NULL
 
#define PAssert(b, msg)   PAssertFuncInline((b), __FILE__,__LINE__,__CLASS__,(msg))
 This macro is used to assert that a condition must be true. More...
 
#define PAssert2(b, cls, msg)   PAssertFuncInline((b), __FILE__,__LINE__,(cls),(msg))
 This macro is used to assert that a condition must be true. More...
 
#define PAssertOS(b)   PAssertFuncInline((b), __FILE__,__LINE__,__CLASS__,POperatingSystemError)
 This macro is used to assert that an operating system call succeeds. More...
 
#define PAssertNULL(ptr)
 This macro is used to assert that a pointer must be non-null. More...
 
#define PAssertAlways(msg)   PAssertFunc(__FILE__,__LINE__,__CLASS__,(msg))
 This macro is used to assert immediately. More...
 
#define PAssertAlways2(cls, msg)   PAssertFunc(__FILE__,__LINE__,(cls),(msg))
 This macro is used to assert immediately. More...
 
#define PError   (PGetErrorStream())
 This macro is used to access the platform specific error output stream. More...
 
#define PTRACING   1
 
#define PTRACE_PARAM(param)   param
 
#define PTRACE_BLOCK(name)   PTrace::Block __trace_block_instance(__FILE__, __LINE__, name)
 Trace an execution block. More...
 
#define PTRACE_LINE()
 Trace the execution of a line. More...
 
#define PTRACE(level, args)
 Output trace. More...
 
#define PTRACE_IF(level, cond, args)
 Output trace on condition. More...
 
#define PMEMORY_HEAP   1
 
#define malloc(s)   PMemoryHeap::Allocate(s, __FILE__, __LINE__, NULL)
 Override of system call for memory check system. More...
 
#define calloc(n, s)   PMemoryHeap::Allocate(n, s, __FILE__, __LINE__)
 Override of system call for memory check system. More...
 
#define realloc(p, s)   PMemoryHeap::Reallocate(p, s, __FILE__, __LINE__)
 Override of system call for memory check system. More...
 
#define free(p)   PMemoryHeap::Deallocate(p, NULL)
 Override of system call for memory check system. More...
 
#define cfree(p)   PMemoryHeap::Deallocate(p, NULL)
 Override of system call for memory check system. More...
 
#define PNEW   new (__FILE__, __LINE__)
 Macro for overriding system default new operator. More...
 
#define PSPECIAL_DELETE_FUNCTION
 
#define PNEW_AND_DELETE_FUNCTIONS
 
#define PMEMORY_IGNORE_ALLOCATIONS_FOR_SCOPE   PMemoryHeapIgnoreAllocationsForScope instance_PMemoryHeapIgnoreAllocationsForScope
 
#define PMEMORY_ALLOCATION_BREAKPOINT(point)   PMemoryAllocationBreakpoint PMemoryAllocationBreakpointInstance(point)
 
#define GCC_VERSION
 
#define PDECLARE_POOL_ALLOCATOR()
 
#define PDEFINE_POOL_ALLOCATOR(cls)
 
#define PCLASSINFO(cls, par)
 Declare all the standard PTLib class information. More...
 
#define PIsDescendant(ptr, cls)   (dynamic_cast<const cls *>(ptr) != NULL)
 
#define PIsDescendantStr(ptr, str)   ((ptr)->InternalIsDescendant(str))
 
#define PRemoveConst(cls, ptr)   (const_cast<cls*>(ptr))
 
#define PDownCast(cls, ptr)   PAssertCast<cls>(dynamic_cast<cls*>(ptr),__FILE__,__LINE__)
 
#define PDECLARE_CLASS(cls, par)   class cls : public par { PCLASSINFO(cls, par)
 Declare a class with PWLib class information. More...
 
#define PANSI_CHAR   1
 
#define PLITTLE_ENDIAN   2
 
#define PBIG_ENDIAN   3
 
#define PCHAR8   PANSI_CHAR
 
#define PARRAYSIZE(array)   ((PINDEX)(sizeof(array)/sizeof(array[0])))
 
#define PMIN(v1, v2)   ((v1) < (v2) ? (v1) : (v2))
 
#define PMAX(v1, v2)   ((v1) > (v2) ? (v1) : (v2))
 
#define PABS(v)   ((v) < 0 ? -(v) : (v))
 

Typedefs

typedef BOOL PBoolean
 
typedef PIntSameOrder< char > PChar8
 
typedef PIntSameOrder< char > PInt8
 
typedef PIntSameOrder< unsigned char > PUInt8
 

Enumerations

enum  PStandardAssertMessage {
  PLogicError, POutOfMemory, PNullPointerReference, PInvalidCast,
  PInvalidArrayIndex, PInvalidArrayElement, PStackEmpty, PUnimplementedFunction,
  PInvalidParameter, POperatingSystemError, PChannelNotOpen, PUnsupportedFeature,
  PInvalidWindow, PMaxStandardAssertMessage
}
 Standard assert messages for the PAssert macro. More...
 

Functions

void PAssertFunc (const char *file, int line, const char *className, PStandardAssertMessage msg)
 
void PAssertFunc (const char *file, int line, const char *className, const char *msg)
 
void PAssertFunc (const char *full_msg)
 
bool PAssertFuncInline (bool b, const char *file, int line, const char *className, PStandardAssertMessage msg)
 
bool PAssertFuncInline (bool b, const char *file, int line, const char *className, const char *msg)
 
ostream & PGetErrorStream ()
 Get the stream being used for error output. More...
 
void PSetErrorStream (ostream *strm)
 Set the stream to be used for error output. More...
 
void * runtime_malloc (size_t bytes)
 Allocate memory for the run time library. More...
 
void runtime_free (void *ptr)
 Free memory allocated by run time library. More...
 
void * operator new (size_t nSize, const char *file, int line)
 
void * operator new[] (size_t nSize, const char *file, int line)
 
void * operator new (size_t nSize)
 
void * operator new[] (size_t nSize)
 
void operator delete (void *ptr)
 
void operator delete[] (void *ptr)
 
template<class BaseClass >
BaseClass * PAssertCast (BaseClass *obj, const char *file, int line)
 

Macro Definition Documentation

#define __CLASS__   NULL
#define calloc (   n,
 
)    PMemoryHeap::Allocate(n, s, __FILE__, __LINE__)

Override of system call for memory check system.

This macro is used to allocate memory via the memory check system selected with the PMEMORY_CHECK compile time option. It will include the source file and line into the memory allocation to allow the PMemoryHeap class to keep track of the memory block.

#define cfree (   p)    PMemoryHeap::Deallocate(p, NULL)

Override of system call for memory check system.

This macro is used to deallocate memory via the memory check system selected with the PMEMORY_CHECK compile time option. It will include the source file and line into the memory allocation to allow the PMemoryHeap class to keep track of the memory block.

#define free (   p)    PMemoryHeap::Deallocate(p, NULL)

Override of system call for memory check system.

This macro is used to deallocate memory via the memory check system selected with the PMEMORY_CHECK compile time option. It will include the source file and line into the memory allocation to allow the PMemoryHeap class to keep track of the memory block.

Referenced by runtime_free(), and P_fd_set::~P_fd_set().

#define GCC_VERSION
Value:
(__GNUC__ * 10000 \
+ __GNUC_MINOR__ * 100 \
+ __GNUC_PATCHLEVEL__)
#define malloc (   s)    PMemoryHeap::Allocate(s, __FILE__, __LINE__, NULL)

Override of system call for memory check system.

This macro is used to allocate memory via the memory check system selected with the PMEMORY_CHECK compile time option. It will include the source file and line into the memory allocation to allow the PMemoryHeap class to keep track of the memory block.

Referenced by runtime_malloc().

#define P_DEPRECATED
#define P_REMOVE_VIRTUAL (   type,
  fn,
  ret 
)    P_REMOVE_VIRTUAL_INTERNAL(type, fn, { return ret; })
#define P_REMOVE_VIRTUAL_INTERNAL (   type,
  fn,
  body 
)    P_REMOVE_VIRTUAL_INTERNAL_BASE(fn)
#define P_REMOVE_VIRTUAL_INTERNAL_BASE (   fn)    __inline virtual struct ptlib_virtual_function_changed_or_removed ****** fn { return 0; }
#define P_REMOVE_VIRTUAL_VOID (   fn)    P_REMOVE_VIRTUAL_INTERNAL(void, fn, {})
#define P_USE_ASSERTS   1
#define P_USE_INLINES   0
#define PABS (   v)    ((v) < 0 ? -(v) : (v))
#define PANSI_CHAR   1
#define PARRAYSIZE (   array)    ((PINDEX)(sizeof(array)/sizeof(array[0])))
#define PAssert (   b,
  msg 
)    PAssertFuncInline((b), __FILE__,__LINE__,__CLASS__,(msg))

This macro is used to assert that a condition must be true.

If the condition is false then an assert function is called with the source file and line number the macro was instantiated on, plus the message described by the msg parameter. This parameter may be either a standard value from the PStandardAssertMessage enum or a literal string.

Referenced by PSafeColl< PArray< Base >, Base >::Append(), PFactory< AbstractClass, KeyType >::WorkerBase::Create(), PFactory< AbstractClass, KeyType >::GetInstance(), PBaseArray< char * >::operator[](), PArray< ParamValue >::operator[](), PThreadPool< Work_T >::RemoveWork(), PSafeDictionaryBase< PDictionary< Key, Base >, Key, Base >::SetAt(), PXMLObject::SetParent(), and PStack< T >::Top().

#define PAssert2 (   b,
  cls,
  msg 
)    PAssertFuncInline((b), __FILE__,__LINE__,(cls),(msg))

This macro is used to assert that a condition must be true.

If the condition is false then an assert function is called with the source file and line number the macro was instantiated on, plus the message described by the msg parameter. This parameter may be either a standard value from the PStandardAssertMessage enum or a literal string. The cls parameter specifies the class name that the error occurred in

#define PAssertAlways (   msg)    PAssertFunc(__FILE__,__LINE__,__CLASS__,(msg))

This macro is used to assert immediately.

The assert function is called with the source file and line number the macro was instantiated on, plus the message described by the msg parameter. This parameter may be either a standard value from the PStandardAssertMessage enum or a literal string.

Referenced by PConstantString< ParentString >::AssignContents().

#define PAssertAlways2 (   cls,
  msg 
)    PAssertFunc(__FILE__,__LINE__,(cls),(msg))

This macro is used to assert immediately.

The assert function is called with the source file and line number the macro was instantiated on, plus the message described by the msg parameter. This parameter may be either a standard value from the PStandardAssertMessage enum or a literal string.

#define PAssertNULL (   ptr)
Value:
(((ptr)!=NULL)?(ptr): \
(PAssertFunc(__FILE__,__LINE__, __CLASS__, PNullPointerReference),(ptr)))
#define __CLASS__
Definition: object.h:167
A reference was made through a NULL pointer.
Definition: object.h:153
void PAssertFunc(const char *file, int line, const char *className, PStandardAssertMessage msg)

This macro is used to assert that a pointer must be non-null.

If the pointer is NULL then an assert function is called with the source file and line number the macro was instantiated on, plus the message described by the PNullPointerReference value in the PStandardAssertMessage enum.

Note that this evaluates the expression defined by ptr twice. To prevent incorrect behaviour with this, the macro will assume that the ptr parameter is an L-Value.

Referenced by PList< PMultiPartInfo >::back(), PList< PMultiPartInfo >::front(), PXMLRPCStructBase::GetInitialiser(), PLDAPStructBase::GetInitialiser(), PList< T >::iterator_base::Next(), PNotifierTemplate< INT >::operator()(), PSmartPtr< T >::operator*(), PSafePtr< PMonitoredSockets >::operator*(), PSmartPtr< T >::operator->(), PSafePtr< PMonitoredSockets >::operator->(), PNotifierFunctionTemplate< ParmType >::PNotifierFunctionTemplate(), PList< T >::iterator_base::Prev(), PList< T >::iterator_base::Ptr(), and PFactory< AbstractClass, KeyType >::Register_Internal().

#define PAssertOS (   b)    PAssertFuncInline((b), __FILE__,__LINE__,__CLASS__,POperatingSystemError)

This macro is used to assert that an operating system call succeeds.

If the condition is false then an assert function is called with the source file and line number the macro was instantiated on, plus the message described by the POperatingSystemError value in the PStandardAssertMessage enum.

#define PBIG_ENDIAN   3
#define PCHAR8   PANSI_CHAR
#define PCLASSINFO (   cls,
  par 
)
Value:
public: \
typedef cls P_thisClass; \
static inline const char * Class() \
{ return #cls; } \
virtual PBoolean InternalIsDescendant(const char * clsName) const \
{ return strcmp(clsName, cls::Class()) == 0 || par::InternalIsDescendant(clsName); } \
virtual const char * GetClass(unsigned ancestor = 0) const \
{ return ancestor > 0 ? par::GetClass(ancestor-1) : cls::Class(); } \
virtual PObject::Comparison CompareObjectMemoryDirect(const PObject & obj) const \
{ return PObject::InternalCompareObjectMemoryDirect(this, dynamic_cast<const cls *>(&obj), sizeof(cls)); } \
#define PNEW_AND_DELETE_FUNCTIONS
Definition: object.h:902
Comparison
Result of the comparison operation performed by the Compare() function.
Definition: object.h:1184
BOOL PBoolean
Definition: object.h:102
Ultimate parent class for all objects in the class library.
Definition: object.h:1118
static Comparison InternalCompareObjectMemoryDirect(const PObject *obj1, const PObject *obj2, PINDEX size)
Internal function caled from CompareObjectMemoryDirect()

Declare all the standard PTLib class information.

This macro is used to provide the basic run-time typing capability needed by the library. All descendent classes from the PObject class require these functions for correct operation. Either use this macro or the PDECLARE_CLASS macro.

The use of the PDECLARE_CLASS macro is no longer recommended for reasons of compatibility with documentation systems.

#define PDECLARE_CLASS (   cls,
  par 
)    class cls : public par { PCLASSINFO(cls, par)

Declare a class with PWLib class information.

This macro is used to declare a new class with a single public ancestor. It starts the class declaration and then uses the PCLASSINFO macro to get all the run-time type functions.

The use of this macro is no longer recommended for reasons of compatibility with documentation systems.

#define PDECLARE_POOL_ALLOCATOR ( )
Value:
void * operator new(size_t nSize); \
void * operator new(size_t nSize, const char * file, int line); \
void operator delete(void * ptr); \
void operator delete(void * ptr, const char *, int)
#define PDEFINE_POOL_ALLOCATOR (   cls)
Value:
static PFixedPoolAllocator<cls> cls##_allocator; \
void * cls::operator new(size_t) { return cls##_allocator.allocate(1); } \
void * cls::operator new(size_t, const char *, int) { return cls##_allocator.allocate(1); } \
void cls::operator delete(void * ptr) { cls##_allocator.deallocate((cls *)ptr, 1); } \
void cls::operator delete(void * ptr, const char *, int) { cls##_allocator.deallocate((cls *)ptr, 1); }
void deallocate(Type *p, size_t v)
Definition: object.h:996
Type * allocate(size_t v)
Definition: object.h:991
Definition: object.h:1021
#define PDownCast (   cls,
  ptr 
)    PAssertCast<cls>(dynamic_cast<cls*>(ptr),__FILE__,__LINE__)
#define PError   (PGetErrorStream())

This macro is used to access the platform specific error output stream.

This is to be used in preference to assuming cerr is always available. On Unix platforms this {is} cerr but for MS-Windows this is another stream that uses the OutputDebugString() Windows API function. Note that a MS-DOS or Windows NT console application would still use cerr.

The PError stream would normally only be used for debugging information as a suitable display is not always available in windowed environments.

The macro is a wrapper for a global variable error stream. The internal variable is initialised to std::cerr for all but MS-Windows and NT GUI applications. An application could change this pointer to a std::ofstream variable of PError output is wished to be redirected to a file.

#define PFalse   FALSE
#define PINLINE
#define PIsDescendant (   ptr,
  cls 
)    (dynamic_cast<const cls *>(ptr) != NULL)

Referenced by PSafePtrCast().

#define PIsDescendantStr (   ptr,
  str 
)    ((ptr)->InternalIsDescendant(str))
#define PLITTLE_ENDIAN   2
#define PMAX (   v1,
  v2 
)    ((v1) > (v2) ? (v1) : (v2))
#define PMEMORY_ALLOCATION_BREAKPOINT (   point)    PMemoryAllocationBreakpoint PMemoryAllocationBreakpointInstance(point)
#define PMEMORY_HEAP   1
#define PMEMORY_IGNORE_ALLOCATIONS_FOR_SCOPE   PMemoryHeapIgnoreAllocationsForScope instance_PMemoryHeapIgnoreAllocationsForScope
#define PMIN (   v1,
  v2 
)    ((v1) < (v2) ? (v1) : (v2))
#define PNEW   new (__FILE__, __LINE__)

Macro for overriding system default new operator.

This macro is used to allocate memory via the memory check system selected with the PMEMORY_CHECK compile time option. It will include the source file and line into the memory allocation to allow the PMemoryHeap class to keep track of the memory block.

This macro could be used instead of the system new operator. Or you can place the line


  #define new PNEW

at the begining of the source file, after all declarations that use the PCLASSINFO macro.

Referenced by PBaseArray< char * >::Clone(), PASNIPAddress::Clone(), PList< PMultiPartInfo >::Clone(), PASNTimeTicks::Clone(), PASNCounter::Clone(), PASNGauge::Clone(), PSet< T >::Clone(), PQueue< PXML >::Clone(), PStack< T >::Clone(), PDictionary< PString, PNotifierList >::Clone(), PSortedList< T >::Clone(), PArray< ParamValue >::Clone(), POrdinalDictionary< K >::Clone(), PStringDictionary< K >::Clone(), PFactory< AbstractClass, KeyType >::Register(), POrdinalDictionary< K >::SetAt(), PStringDictionary< K >::SetAt(), POrdinalDictionary< K >::SetDataAt(), and PStringDictionary< K >::SetDataAt().

#define PNEW_AND_DELETE_FUNCTIONS
Value:
void * operator new(size_t nSize, const char * file, int line) \
{ return PMemoryHeap::Allocate(nSize, file, line, Class()); } \
void * operator new(size_t nSize) \
{ return PMemoryHeap::Allocate(nSize, NULL, 0, Class()); } \
void operator delete(void * ptr) \
{ PMemoryHeap::Deallocate(ptr, Class()); } \
void * operator new(size_t, void * placement) \
{ return placement; } \
void operator delete(void *, void *) \
{ } \
void * operator new[](size_t nSize, const char * file, int line) \
{ return PMemoryHeap::Allocate(nSize, file, line, Class()); } \
void * operator new[](size_t nSize) \
{ return PMemoryHeap::Allocate(nSize, NULL, 0, Class()); } \
void operator delete[](void * ptr) \
{ PMemoryHeap::Deallocate(ptr, Class()); } \
static void Deallocate(void *ptr, const char *className)
Free a memory block.
static void * Allocate(size_t nSize, const char *file, int line, const char *className)
Allocate a memory block.
#define PSPECIAL_DELETE_FUNCTION
Definition: object.h:893
#define PRemoveConst (   cls,
  ptr 
)    (const_cast<cls*>(ptr))
#define PSPECIAL_DELETE_FUNCTION
#define PTRACE (   level,
  args 
)
Value:
if (PTrace::CanTrace(level)) \
PTrace::Begin(level, __FILE__, __LINE__) << args << PTrace::End; \
else (void)0
static ostream & End(ostream &strm)
End a trace output.
static ostream & Begin(unsigned level, const char *fileName, int lineNum)
Begin a trace output.
static PBoolean CanTrace(unsigned level)
Determine if the level may cause trace output.

Output trace.

This macro outputs a trace of any information needed, using standard stream output operators. The output is only made if the trace level set by the SetLevel() function is greater than or equal to the level argument.

Referenced by PThreadPool< Work_T >::AddWork(), and PLoadPluginDirectory().

#define PTRACE_BLOCK (   name)    PTrace::Block __trace_block_instance(__FILE__, __LINE__, name)

Trace an execution block.

This macro creates a trace variable for tracking the entry and exit of program blocks. It creates an instance of the PTraceBlock class that will output a trace message at the line PTRACE_BLOCK() is called and then on exit from the scope it is defined in.

#define PTRACE_IF (   level,
  cond,
  args 
)
Value:
if ((PTrace::CanTrace(level) && (cond))) \
PTrace::Begin(level, __FILE__, __LINE__) << args << PTrace::End; \
else (void)0
static ostream & End(ostream &strm)
End a trace output.
static ostream & Begin(unsigned level, const char *fileName, int lineNum)
Begin a trace output.
static PBoolean CanTrace(unsigned level)
Determine if the level may cause trace output.

Output trace on condition.

This macro outputs a trace of any information needed, using standard stream output operators. The output is only made if the trace level set by the SetLevel() function is greater than or equal to the level argument and the conditional is true. Note the conditional is only evaluated if the trace level is sufficient.

#define PTRACE_LINE ( )
Value:
PTrace::Begin(1, __FILE__, __LINE__) << __FILE__ << '(' << __LINE__ << ')' << PTrace::End; \
else (void)0
static ostream & End(ostream &strm)
End a trace output.
static ostream & Begin(unsigned level, const char *fileName, int lineNum)
Begin a trace output.
static PBoolean CanTrace(unsigned level)
Determine if the level may cause trace output.

Trace the execution of a line.

This macro outputs a trace of a source file line execution.

#define PTRACE_PARAM (   param)    param
#define PTRACING   1
#define PTrue   TRUE
#define realloc (   p,
 
)    PMemoryHeap::Reallocate(p, s, __FILE__, __LINE__)

Override of system call for memory check system.

This macro is used to allocate memory via the memory check system selected with the PMEMORY_CHECK compile time option. It will include the source file and line into the memory allocation to allow the PMemoryHeap class to keep track of the memory block.

Typedef Documentation

typedef BOOL PBoolean
typedef PIntSameOrder<char> PChar8
typedef PIntSameOrder<char> PInt8
typedef PIntSameOrder<unsigned char> PUInt8

Enumeration Type Documentation

Standard assert messages for the PAssert macro.

Enumerator
PLogicError 

A logic error occurred.

POutOfMemory 

A new or malloc failed.

PNullPointerReference 

A reference was made through a NULL pointer.

PInvalidCast 

An invalid cast to descendant is required.

PInvalidArrayIndex 

An index into an array was negative.

PInvalidArrayElement 

A NULL array element object was accessed.

PStackEmpty 

A Pop() was made of a stack with no elements.

PUnimplementedFunction 

Funtion is not implemented.

PInvalidParameter 

Invalid parameter was passed to a function.

POperatingSystemError 

Error was returned by Operating System.

PChannelNotOpen 

Operation attempted when channel not open.

PUnsupportedFeature 

Feature is not supported.

PInvalidWindow 

Access through invalid window.

PMaxStandardAssertMessage 

Number of standard assert message.

Function Documentation

void operator delete ( void *  ptr)
void operator delete[] ( void *  ptr)
void* operator new ( size_t  nSize,
const char *  file,
int  line 
)
inline
void* operator new ( size_t  nSize)
void* operator new[] ( size_t  nSize,
const char *  file,
int  line 
)
inline
void* operator new[] ( size_t  nSize)
template<class BaseClass >
BaseClass* PAssertCast ( BaseClass *  obj,
const char *  file,
int  line 
)
inline

References PAssertFunc(), and PInvalidCast.

void PAssertFunc ( const char *  file,
int  line,
const char *  className,
PStandardAssertMessage  msg 
)

Referenced by PAssertCast(), and PAssertFuncInline().

void PAssertFunc ( const char *  file,
int  line,
const char *  className,
const char *  msg 
)
void PAssertFunc ( const char *  full_msg)
bool PAssertFuncInline ( bool  b,
const char *  file,
int  line,
const char *  className,
PStandardAssertMessage  msg 
)
inline

References PAssertFunc().

bool PAssertFuncInline ( bool  b,
const char *  file,
int  line,
const char *  className,
const char *  msg 
)
inline

References PAssertFunc().

ostream& PGetErrorStream ( )

Get the stream being used for error output.

This stream is used for all trace output using the various trace functions and macros.

void PSetErrorStream ( ostream *  strm)

Set the stream to be used for error output.

This stream is used for all error output using the PError macro.

Parameters
strmNew stream for error output
void runtime_free ( void *  ptr)
inline

Free memory allocated by run time library.

This version of free is used for data that is not allocated using the memory check system, ie was malloc'ed inside the C run time library.

Parameters
ptrMemory block to free

References free.

void* runtime_malloc ( size_t  bytes)
inline

Allocate memory for the run time library.

This version of free is used for data that is not to be allocated using the memory check system, ie will be free'ed inside the C run time library.

Parameters
bytesSize of block to allocate

References malloc.