base_assert.hpp

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#pragma once
#include "../tunit_export.hpp"
#define __XTD_TUNIT_INTERNAL__
#include "__default_insert_basic_ostream_operator.hpp"
#include "__tunit_join__items.hpp"
#define __XTD_TUNIT_INTERNAL__
#include "abort_error.hpp"
#include "assert_error.hpp"
#include "ignore_error.hpp"
#include <xtd/math>
#include <xtd/static>
#include <xtd/types>
#include <xtd/typeof>
#include <xtd/string>
#include <xtd/diagnostics/stack_frame>

namespace xtd {
  namespace tunit {
    class tunit_export_ base_assert static_ {
    public:
      
      static void abort(const xtd::diagnostics::stack_frame& stack_frame = xtd::diagnostics::stack_frame::current());
      static void abort(const xtd::string& message, const xtd::diagnostics::stack_frame& stack_frame = xtd::diagnostics::stack_frame::current());
      
      static void fail(const xtd::diagnostics::stack_frame& stack_frame = xtd::diagnostics::stack_frame::current());
      static void fail(const xtd::string& message, const xtd::diagnostics::stack_frame& stack_frame = xtd::diagnostics::stack_frame::current());
      
      static void ignore(const xtd::diagnostics::stack_frame& stack_frame = xtd::diagnostics::stack_frame::current());
      static void ignore(const xtd::string& message, const xtd::diagnostics::stack_frame& stack_frame = xtd::diagnostics::stack_frame::current());
      
      static void succeed(const xtd::diagnostics::stack_frame& stack_frame = xtd::diagnostics::stack_frame::current());
      static void succeed(const xtd::string& message, const xtd::diagnostics::stack_frame& stack_frame = xtd::diagnostics::stack_frame::current());
      
    protected:
      
      static void error();
      static void error(const xtd::string& message);
      static void error(const xtd::string& actual, const xtd::string& expected, const xtd::string& message, const xtd::diagnostics::stack_frame& stack_frame = xtd::diagnostics::stack_frame::current());
      
      static void fail(const xtd::string& actual, const xtd::string& expected, const xtd::string& message, const xtd::diagnostics::stack_frame& stack_frame = xtd::diagnostics::stack_frame::current());
      
      template<class value_t>
      static xtd::string to_string(const value_t& value) {return __tunit_to_string(value);}
      template<class value_t>
      static xtd::string to_string(const value_t* value) {return __tunit_to_string(value);}
      
      template<class collection_t>
      static xtd::string join_items(const collection_t& collection) {return __tunit_join__items(collection);}
      static xtd::string join_items(const xtd::string& str);
      
      
      template<class value_a_t, class value_b_t>
      static bool equals(const value_a_t& value_a, const value_b_t& value_b) {
        return value_a == value_b;
      }

      template<class char_t>
      static bool equals(const char_t* value_a, const string& value_b) {
        return xtd::string {value_a} == value_b;
      }

      template<class char_t>
      static bool equals(const string&  value_a, const char_t* value_b) {
        return value_a == xtd::string {value_b};
      }

      static bool equals(long double value_a, long double value_b) {
        return equals(value_a, value_b, 0.0001l);
      }

      static bool equals(double value_a, double value_b) {
        return equals(value_a, value_b, 0.0001);
      }

      static bool equals(float value_a, float value_b) {
        return equals(value_a, value_b, 0.0001f);
      }

      static bool equals(double value_a, double value_b, double tolerance) {
        return value_a == value_b ? true : xtd::math::abs(value_a - value_b) <= (xtd::math::abs(tolerance) * xtd::math::max(xtd::math::abs(value_a), xtd::math::abs(value_b)));
      }

      static bool equals(long double value_a, long double value_b, long double tolerance) {
        return value_a == value_b ? true : xtd::math::abs(value_a - value_b) <= (xtd::math::abs(tolerance) * xtd::math::max(xtd::math::abs(value_a), xtd::math::abs(value_b)));
      }

      static bool equals(float value_a, float value_b, float tolerance) {
        return value_a == value_b ? true : xtd::math::abs(value_a - value_b) <= (xtd::math::abs(tolerance) * xtd::math::max(xtd::math::abs(value_a), xtd::math::abs(value_b)));
      }

      
    private:
      static bool is_debug() noexcept;
    };
  }
}