SPUC  3.0
Macros
get_type_info.h File Reference
#include <typeinfo>
#include <cxxabi.h>
Include dependency graph for get_type_info.h:

Macros

#define DEMG(x)   abi::__cxa_demangle(typeid(x).name(),0,0,&status)
 
#define TYPE_NAME(x)   std::cout << "Type of " << #x << " is " << abi::__cxa_demangle(typeid(x).name(),0,0,&status) << "\n";
 
#define TYPE_SHORT(x)   std::cout << #x << " type " << abi::__cxa_demangle(typeid(x).name(),0,0,&status) << " ";
 
#define TYPE_TEMPLATE_LSHIFT(x, y)   std::cout << "Type of \"" << DEMG(x) << x << " << " << y; std::cout << "\" is " << DEMG(x << int_size<y>()) << "\n";
 
#define TYPE_TEMPLATE_RSHIFT(x, y)   std::cout << "Type of \"" << DEMG(x) << x << " >> " << y; std::cout << "\" is " << DEMG(x >> int_size<y>()) << "\n";
 
#define TYPE_NAME_SHIFT(x, y, OP)   std::cout << "Type of \"" << DEMG(x) << " "; std::cout << #OP << " " << y << "\" is " << DEMG(x OP y) << "\n";
 
#define TYPE_NAME_FUNC_INTARG1(x, OP, y)   std::cout << "Type of " << #OP << "(" << DEMG(x) << "," << y << ") is " << DEMG(OP(x,y)) << "\n";
 
#define TYPE_NAME_OP(x, y, OP)
 
#define TYPE_NAME_FUNC2(x, y, OP)
 
#define TYPE_NAME_FUNC(x, OP)
 
#define UTYPE_NAME_OP(x, y, OP)   std::cout << "Type of " << DEMG(x) << #OP << DEMG(y) << " is ***undefined*******\n";
 
#define UTYPE_NAME_FUNC2(x, y, OP)   std::cout << "Type of " << #OP << "(" << DEMG(x) << "," << DEMG(y) << ") is ***undefined****\n";
 
#define UTYPE_NAME_FUNC(x, OP)   std::cout << "Type of " << #OP << "(" << DEMG(x) << ") is ***undefined******\n";
 
#define MIXED_TYPES(a, b, c)
 
#define THIS_MIXED_TYPES(a, b, c)
 
#define DMIXED_TYPES(a, b, c)
 
#define DMIXED_THIS_TYPES(a, b, c)
 
#define FUNC_TYPES(a, b, c)
 
#define TO_INT_TYPES(a)
 
#define VALUE_TEMPLATE_LSHIFT(x, y)   std::cout << "Value of \"" << DEMG(x) << x << " << " << y; std::cout << "\" is " << (x << int_size<y>()) << "\n";
 
#define VALUE_TEMPLATE_RSHIFT(x, y)   std::cout << "Value of \"" << DEMG(x) << x << " >> " << y; std::cout << "\" is " << (x >> int_size<y>()) << "\n";
 
#define VALUE_NAME_FUNC_INTARG1(a, F, b)   F(a,b)
 
#define VALUE_NAME_SHIFT(x, y, OP)   std::cout << "Value of \"" << DEMG(x) << x << " "; std::cout << #OP << " " << y << "\" is " << (x OP y) << "\n";
 
#define VALUE_NAME_FUNC(x, OP)   std::cout << "Value of " << #OP << "(" << DEMG(x) << x << ") is " << OP(x) << "\n";
 
#define VALUE_NAME_OP(x, y, OP)
 
#define VALUE_NAME_FUNC2(x, y, OP)   std::cout << "Value of " << #OP << "(" << DEMG(x) << x << "," << DEMG(y) << y << ") is " << OP(x,y) << "\n";
 
#define MIXED_VALUES(a, b, c)
 
#define THIS_MIXED_VALUES(a, b, c)
 
#define DMIXED_VALUES(a, b, c)
 
#define DMIXED_THIS_VALUES(a, b, c)
 
#define FUNC_VALUES(a, b, c)
 
#define FUNC2_VALUES(a, b, c)
 
#define FUNC2_TYPES(a, b, c)
 

Macro Definition Documentation

#define DEMG (   x)    abi::__cxa_demangle(typeid(x).name(),0,0,&status)
#define DMIXED_THIS_TYPES (   a,
  b,
  c 
)
Value:
TYPE_NAME_OP( a, b, += ); \
TYPE_NAME_OP( b, a, += ); \
TYPE_NAME_OP( a, b, -= ); \
TYPE_NAME_OP( b, a, -= ); \
TYPE_NAME_OP( b, a, *= ); \
TYPE_NAME_OP( a, b, *= ); \
TYPE_NAME_OP
#define TYPE_NAME_OP(x, y, OP)
Definition: get_type_info.h:12
#define DMIXED_THIS_VALUES (   a,
  b,
  c 
)
Value:
VALUE_NAME_OP( a, b, += ); \
VALUE_NAME_OP( b, a, += ); \
VALUE_NAME_OP( a, b, -= ); \
VALUE_NAME_OP( b, a, -= ); \
VALUE_NAME_OP( b, a, *= ); \
VALUE_NAME_OP( a, b, *= ); \
VALUE_NAME_OP
#define VALUE_NAME_OP(x, y, OP)
Definition: get_type_info.h:104

Referenced by main().

#define DMIXED_TYPES (   a,
  b,
  c 
)
Value:
TYPE_NAME_OP( a, b, + ); \
TYPE_NAME_OP( b, a, + ); \
TYPE_NAME_OP( a, b, - ); \
TYPE_NAME_OP( b, a, - ); \
TYPE_NAME_OP( b, a, * ); \
TYPE_NAME_OP( a, b, * ); \
TYPE_NAME_OP
#define TYPE_NAME_OP(x, y, OP)
Definition: get_type_info.h:12

Referenced by main().

#define DMIXED_VALUES (   a,
  b,
  c 
)
Value:
VALUE_NAME_OP( a, b, + ); \
VALUE_NAME_OP( b, a, + ); \
VALUE_NAME_OP( a, b, - ); \
VALUE_NAME_OP( b, a, - ); \
VALUE_NAME_OP( b, a, * ); \
VALUE_NAME_OP( a, b, * ); \
VALUE_NAME_OP
#define VALUE_NAME_OP(x, y, OP)
Definition: get_type_info.h:104

Referenced by main().

#define FUNC2_TYPES (   a,
  b,
  c 
)
Value:
TYPE_NAME_SHIFT( a, b, >>=); \
TYPE_NAME_SHIFT( a, c, >>=); \
TYPE_NAME_SHIFT( a, b, <<=); \
TYPE_NAME_SHIFT( a, c, <<=); \
TYPE_NAME_SHIFT
#define TYPE_NAME_SHIFT(x, y, OP)
Definition: get_type_info.h:10
#define FUNC2_VALUES (   a,
  b,
  c 
)
Value:
VALUE_NAME_SHIFT( a, b, >>=); \
VALUE_NAME_SHIFT( a, c, >>=); \
VALUE_NAME_SHIFT( a, b, <<=); \
VALUE_NAME_SHIFT( a, c, <<=); \
VALUE_NAME_SHIFT
#define VALUE_NAME_SHIFT(x, y, OP)
Definition: get_type_info.h:100
#define FUNC_TYPES (   a,
  b,
  c 
)
Value:
TYPE_NAME_FUNC( a, - ); \
TYPE_NAME_SHIFT( a, b, >>); \
TYPE_NAME_SHIFT( a, c, >>); \
TYPE_NAME_SHIFT( a, b, <<); \
TYPE_NAME_SHIFT( a, c, <<); \
TYPE_NAME_SHIFT
#define TYPE_NAME_SHIFT(x, y, OP)
Definition: get_type_info.h:10
TYPE_NAME_FUNC
#define TYPE_NAME_FUNC(x, OP)
Definition: get_type_info.h:34
#define FUNC_VALUES (   a,
  b,
  c 
)
Value:
VALUE_NAME_FUNC( a, - ); \
VALUE_NAME_SHIFT( a, b, >>); \
VALUE_NAME_SHIFT( a, c, >>); \
VALUE_NAME_SHIFT( a, b, <<); \
VALUE_NAME_SHIFT( a, c, <<);
VALUE_NAME_FUNC
#define VALUE_NAME_FUNC(x, OP)
Definition: get_type_info.h:101
VALUE_NAME_SHIFT
#define VALUE_NAME_SHIFT(x, y, OP)
Definition: get_type_info.h:100

Referenced by main().

#define MIXED_TYPES (   a,
  b,
  c 
)
Value:
TYPE_NAME_OP( a, b, + ); \
TYPE_NAME_OP( a, b, - ); \
TYPE_NAME_OP( a, b, * ); \
TYPE_NAME_OP
#define TYPE_NAME_OP(x, y, OP)
Definition: get_type_info.h:12

Referenced by main().

#define MIXED_VALUES (   a,
  b,
  c 
)
Value:
VALUE_NAME_OP( a, b, + ); \
VALUE_NAME_OP( a, b, - ); \
VALUE_NAME_OP( a, b, * ); \
VALUE_NAME_OP
#define VALUE_NAME_OP(x, y, OP)
Definition: get_type_info.h:104

Referenced by main().

#define THIS_MIXED_TYPES (   a,
  b,
  c 
)
Value:
TYPE_NAME_OP( a, b, += ); \
TYPE_NAME_OP( a, b, -= ); \
TYPE_NAME_OP( a, b, *= ); \
TYPE_NAME_OP
#define TYPE_NAME_OP(x, y, OP)
Definition: get_type_info.h:12
#define THIS_MIXED_VALUES (   a,
  b,
  c 
)
Value:
VALUE_NAME_OP( a, b, += ); \
VALUE_NAME_OP( a, b, -= ); \
VALUE_NAME_OP( a, b, *= ); \
VALUE_NAME_OP
#define VALUE_NAME_OP(x, y, OP)
Definition: get_type_info.h:104

Referenced by main().

#define TO_INT_TYPES (   a)

Referenced by main().

#define TYPE_NAME (   x)    std::cout << "Type of " << #x << " is " << abi::__cxa_demangle(typeid(x).name(),0,0,&status) << "\n";
#define TYPE_NAME_FUNC (   x,
  OP 
)
Value:
if (typeid( OP (x) ) == typeid (double)) \
std::cout << "Type of " << #OP << "(" << DEMG(x) << ") is double\n"; \
else if (typeid( OP (x) ) == typeid (int16_t)) \
std::cout << "Type of " << #OP << "(" << DEMG(x) << ") is int16_t\n"; \
else if (typeid( OP (x) ) == typeid (int32_t)) \
std::cout << "Type of " << #OP << "(" << DEMG(x) << ") is int32_t\n"; \
else if (typeid( OP (x) ) == typeid (int64_t)) \
std::cout << "Type of " << #OP << "(" << DEMG(x) << ") is int64_t\n"; \
else \
std::cout << "Type of " << #OP << "(" << DEMG(x) << ") is " << DEMG(OP(x)) << "\n";
DEMG
#define DEMG(x)
Definition: get_type_info.h:4
#define TYPE_NAME_FUNC2 (   x,
  y,
  OP 
)
Value:
if (typeid( OP(x,y) ) == typeid (double)) \
std::cout << "Type of " << #OP << "(" << DEMG(x) << "," << DEMG(y) << ") is double\n"; \
else \
std::cout << "Type of " << #OP << "(" << DEMG(x) << "," << DEMG(y) << ") is " << DEMG(OP(x,y)) << "\n";
DEMG
#define DEMG(x)
Definition: get_type_info.h:4
#define TYPE_NAME_FUNC_INTARG1 (   x,
  OP,
  y 
)    std::cout << "Type of " << #OP << "(" << DEMG(x) << "," << y << ") is " << DEMG(OP(x,y)) << "\n";
#define TYPE_NAME_OP (   x,
  y,
  OP 
)
Value:
std::cout << "Type of "; \
if (typeid( x OP y ) == typeid (double)) { \
if(typeid(x) == typeid(double)) std::cout << "double"; else std::cout << DEMG(x); \
std::cout << #OP ; \
if(typeid(y) == typeid(double)) std::cout << "double"; else std::cout << DEMG(y); \
std::cout << " is double\n"; \
} else { \
if(typeid(x) == typeid(double)) std::cout << "double"; else std::cout << DEMG(x); \
std::cout << " " << #OP << " "; \
if(typeid(y) == typeid(double)) std::cout << "double"; else std::cout << DEMG(y); \
std::cout << " is " << DEMG(x OP y) << "\n"; \
} \
DEMG
#define DEMG(x)
Definition: get_type_info.h:4
#define TYPE_NAME_SHIFT (   x,
  y,
  OP 
)    std::cout << "Type of \"" << DEMG(x) << " "; std::cout << #OP << " " << y << "\" is " << DEMG(x OP y) << "\n";
#define TYPE_SHORT (   x)    std::cout << #x << " type " << abi::__cxa_demangle(typeid(x).name(),0,0,&status) << " ";
#define TYPE_TEMPLATE_LSHIFT (   x,
  y 
)    std::cout << "Type of \"" << DEMG(x) << x << " << " << y; std::cout << "\" is " << DEMG(x << int_size<y>()) << "\n";
#define TYPE_TEMPLATE_RSHIFT (   x,
  y 
)    std::cout << "Type of \"" << DEMG(x) << x << " >> " << y; std::cout << "\" is " << DEMG(x >> int_size<y>()) << "\n";
#define UTYPE_NAME_FUNC (   x,
  OP 
)    std::cout << "Type of " << #OP << "(" << DEMG(x) << ") is ***undefined******\n";
#define UTYPE_NAME_FUNC2 (   x,
  y,
  OP 
)    std::cout << "Type of " << #OP << "(" << DEMG(x) << "," << DEMG(y) << ") is ***undefined****\n";
#define UTYPE_NAME_OP (   x,
  y,
  OP 
)    std::cout << "Type of " << DEMG(x) << #OP << DEMG(y) << " is ***undefined*******\n";
#define VALUE_NAME_FUNC (   x,
  OP 
)    std::cout << "Value of " << #OP << "(" << DEMG(x) << x << ") is " << OP(x) << "\n";
#define VALUE_NAME_FUNC2 (   x,
  y,
  OP 
)    std::cout << "Value of " << #OP << "(" << DEMG(x) << x << "," << DEMG(y) << y << ") is " << OP(x,y) << "\n";
#define VALUE_NAME_FUNC_INTARG1 (   a,
  F,
  b 
)    F(a,b)
#define VALUE_NAME_OP (   x,
  y,
  OP 
)
Value:
std::cout << "Value of \""; \
if (typeid(x) == typeid (double)) std::cout << " double "; \
else { std::cout << DEMG(x); }; \
std::cout << x << " " << #OP << " "; \
if (typeid(y) == typeid (double)) std::cout << " double "; \
else { std::cout << DEMG(y); }; \
std::cout << y << " is " << ( x OP y) << "\n"; \
DEMG
#define DEMG(x)
Definition: get_type_info.h:4

Referenced by main().

#define VALUE_NAME_SHIFT (   x,
  y,
  OP 
)    std::cout << "Value of \"" << DEMG(x) << x << " "; std::cout << #OP << " " << y << "\" is " << (x OP y) << "\n";

Referenced by main().

#define VALUE_TEMPLATE_LSHIFT (   x,
  y 
)    std::cout << "Value of \"" << DEMG(x) << x << " << " << y; std::cout << "\" is " << (x << int_size<y>()) << "\n";
#define VALUE_TEMPLATE_RSHIFT (   x,
  y 
)    std::cout << "Value of \"" << DEMG(x) << x << " >> " << y; std::cout << "\" is " << (x >> int_size<y>()) << "\n";
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