test_packing.cpp File Reference

#include <application/hoople_main.h>
#include <basis/astring.h>
#include <basis/byte_array.h>
#include <basis/functions.h>
#include <basis/guards.h>
#include <loggers/critical_events.h>
#include <mathematics/chaos.h>
#include <mathematics/double_plus.h>
#include <structures/static_memory_gremlin.h>
#include <unit_test/unit_base.h>
#include <math.h>

Include dependency graph for test_packing.cpp:

Go to the source code of this file.

Macros
#define	GENERATE_TEST_NAME(group, message)    (astring(group) + " test group: " + message)
#define	TRY_ON(type, value, group)
#define	TRY_ON_OBSCURE(type, value, group)
#define	TRY_ON_F(type, value, group)
#define	TEST   "first"
#define	TEST   "second"
#define	TEST   "third"
#define	TEST   "fourth"

Functions
	HOOPLE_MAIN (test_object_packing,)

Macro Definition Documentation

GENERATE_TEST_NAME

#define GENERATE_TEST_NAME	(		group,
			message
	)		(astring(group) + " test group: " + message)

Definition at line 33 of file test_packing.cpp.

TEST [1/4]

#define TEST   "first"

TEST [2/4]

#define TEST   "second"

TEST [3/4]

#define TEST   "third"

TEST [4/4]

#define TEST   "fourth"

TRY_ON

#define TRY_ON	(		type,
			value,
			group
	)

Value:

  { \
  byte_array temp_array; \
  attach(temp_array, type(value)); \
  type output; \
/*log(astring(astring::SPRINTF, "parms are: type=%s value=%s group=%s", #type, #value, #group));*/ \
  ASSERT_TRUE(detach(temp_array, output), \
    GENERATE_TEST_NAME(group, "should unpack " #type " okay")); \
  ASSERT_TRUE(output == type(value), \
    GENERATE_TEST_NAME(group, #type " value should match")); \
  ASSERT_FALSE(temp_array.length(), \
    GENERATE_TEST_NAME(group, #type " detached should be empty")); \
}

Definition at line 36 of file test_packing.cpp.

TRY_ON_F

#define TRY_ON_F	(		type,
			value,
			group
	)

Value:

  { \
  byte_array temp_array; \
  attach(temp_array, type(value)); \
  type output; \
/*log(astring(astring::SPRINTF, "parms are: type=%s value=%s group=%s", #type, #value, #group));*/ \
  ASSERT_TRUE(detach(temp_array, output), \
      GENERATE_TEST_NAME(group, "should unpack " #type " fine")); \
/*  double_plus<type> a(output); \
  double_plus<type> b(value); */ \
  /*double diff = maximum(output, value) - minimum(output, value);*/ \
  int exponent_1, exponent_2; \
  double mantissa_1 = frexp(output, &exponent_1); \
  double mantissa_2 = frexp(output, &exponent_2); \
  ASSERT_FALSE( (mantissa_1 != mantissa_2) || (exponent_1 != exponent_2), \
      GENERATE_TEST_NAME(group, #type " value should match just so")); \
  ASSERT_FALSE(temp_array.length(), \
      GENERATE_TEST_NAME(group, #type " detached should have no data left")); \
}

Definition at line 62 of file test_packing.cpp.

TRY_ON_OBSCURE

#define TRY_ON_OBSCURE	(		type,
			value,
			group
	)

Value:

  { \
  byte_array temp_array; \
  obscure_attach(temp_array, type(value)); \
  type output; \
/*log(astring(astring::SPRINTF, "parms are: type=%s value=%s group=%s", #type, #value, #group));*/ \
  ASSERT_TRUE(obscure_detach(temp_array, output), \
    GENERATE_TEST_NAME(group, "should obscure unpack " #type " okay")); \
  ASSERT_TRUE(output == type(value), \
    GENERATE_TEST_NAME(group, #type " value should obscure match")); \
  ASSERT_FALSE(temp_array.length(), \
    GENERATE_TEST_NAME(group, #type " obscure detached should be empty")); \
}

Definition at line 49 of file test_packing.cpp.

Function Documentation

HOOPLE_MAIN()

HOOPLE_MAIN

(

test_object_packing

)