dgDebugExtra.h File Reference

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Defines

• #define dgd_file   (char*)__FILE__ << "(" << __LINE__ <<") "

  Expands to constant string in format "filename(line)".
  
  

• #define dgd_expand(s)   #s " = " << DGD::dgd << (s)

  Expands into expression in form "s = " << s.
  
  

• #define dgd_expandp(s)   #s " = " << DGD::dgd << DGD::ptr(s)

  Expands into expression in form "s = " << *s assuming that the parameter is a pointer or iterator.
  
  

• #define dgd_for(b, e)   DGD::dgd << DGD::dgd_make_sequence((b),(e))

  Expands into expression which is able to dump a sequence denoted by iterators b and e.
  
  

• #define dgd_fors(b, e, s)   DGD::dgd << DGD::dgd_make_sequence((b),(e),(s))

  Expands into expression which is able to dump a sequence denoted by iterators b and e.
  
  

• #define dgd_do(b)   DGD::dgd << DGD::dgd_make_circle((b))

  Expands into expression which is able to dump a circle denoted by circulator b.
  
  

• #define dgd_dos(b, s)   DGD::dgd << DGD::dgd_make_circle((b),(s))

  Expands into expression which is able to dump a circle denoted by circulator b.
  
  

• #define dgd_channel(name)   ((DGD::Debug::debug_factory->operator[](#name)))

  Expands into channel pointer given channel name.
  
  

• #define dgd_trace(name, arg)

  Trace expand.
  
  

• #define dgd_flush_all

  Flush all channels and files.
  
  

• #define dgd_start_scope(c, text)

  Start global indented output scope.
  
  

• #define dgd_scope(c, text)

  Start local indented output scope.
  
  

• #define dgd_echo(text)

  Echo expand.
  
  

• #define dgd_end_scope(c)

  Close the current scope.
  
  

• #define dgd_end_scope_text(c, text)

  Close the current scope, output the given text before closing.
  
  

Detailed Description

Define Documentation

#define dgd_file   (char*)__FILE__ << "(" << __LINE__ <<") "

Expands to constant string in format "filename(line)".

#define dgd_expand (  s   )     #s " = " << DGD::dgd << (s)

Expands into expression in form "s = " << s. For example dgd_expand(a+b) will expand into "a+b = " << (a+b) Parameters: s  any expression

#define dgd_expandp (  s   )     #s " = " << DGD::dgd << DGD::ptr(s)

Expands into expression in form "s = " << *s assuming that the parameter is a pointer or iterator. Parameters: s  any pointer or iterator expression

#define dgd_for (  b, e   )     DGD::dgd << DGD::dgd_make_sequence((b),(e))

Expands into expression which is able to dump a sequence denoted by iterators b and e. All elements of the dumped sequence are separated by spaces. Iterators b and e must be of same type and the value type of the sequence must have operator << ().

#define dgd_fors (  b, e, s   )     DGD::dgd << DGD::dgd_make_sequence((b),(e),(s))

Expands into expression which is able to dump a sequence denoted by iterators b and e. All elements of the dumped sequence are separated by string s. Iterators b and e must be of same type and the value type of the sequence must have operator << ().

#define dgd_do (  b   )     DGD::dgd << DGD::dgd_make_circle((b))

Expands into expression which is able to dump a circle denoted by circulator b. All elements of the dumped circle are separated by spaces. The value type of the circle must have operator << ().

#define dgd_dos (  b, s   )     DGD::dgd << DGD::dgd_make_circle((b),(s))

Expands into expression which is able to dump a circle denoted by circulator b. All elements of the dumped circle are separated by s. The value type of the circle must have operator << ().

#define dgd_channel (  name   )     ((DGD::Debug::debug_factory->operator[](#name)))

Expands into channel pointer given channel name. Parameters: name  channel name. Note that there is no need in quoting the name each time the macro is used.

#define dgd_trace (  name, arg   )

Trace expand. Expands into expression equivalent to: DGD::channel& cnl = *DGD::Debug::debug_factory->operator[]( "name" ); cnl << arg; Existence of the Debug factory and channel is checked before any output operation, as well as closed channel output.

#define dgd_flush_all

Flush all channels and files.

#define dgd_start_scope (  c, text   )

Start global indented output scope. This macro in conjunction with dgd_end_scope, dgd_echo, dgd_scope and dgd_end_scope_text is used to simplify use of DGD channels. Here indented scope is a indented "{...}" block. This macro creates local channel pointer and starts the indented scope. The indented scope must be ended with dgd_end_scope or dgd_end_scope_text. The global scope can contain any number of local scopes opened by dgd_scope.

#define dgd_scope (  c, text   )

Start local indented output scope. This macro starts local indented scope. See also: dgd_start_scope dgd_end_scope

#define dgd_echo (  text   )

Echo expand. This macro is similar to dgd_trace, but it can be called inside indented scope only. See also: dgd_start_scope dgd_scope dgd_end_scope

#define dgd_end_scope (  c   )

Close the current scope.

#define dgd_end_scope_text (  c, text   )

Close the current scope, output the given text before closing.

Generated on Thu Aug 10 16:48:28 2006 for DGD Library by 1.3