src/object/hiDouble.cpp · LearningTogether/pythonvm

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pythonvm

src

object

hiDouble.cpp

hiDouble.cpp 4.88 KB

#include "object/klass.hpp"
#include "object/hiDict.hpp"
#include "object/hiString.hpp"
#include "object/hiInteger.hpp"
#include "object/hiDouble.hpp"
#include "runtime/universe.hpp"

#include <stdio.h>

DoubleKlass* DoubleKlass::instance = NULL;

DoubleKlass::DoubleKlass() {
}

void DoubleKlass::initialize() {
 set_klass_dict(new HiDict());
 set_name(new HiString("int"));
 (new HiTypeObject())->set_own_klass(this);
 add_super(ObjectKlass::get_instance());
}

HiDouble::HiDouble(double x) {
 _value = x;
 set_klass(DoubleKlass::get_instance());
}

DoubleKlass* DoubleKlass::get_instance() {
 if (instance == NULL)
 instance = new DoubleKlass();

return instance;
}

void DoubleKlass::print(HiObject* obj) {
 HiDouble* dbl_obj = (HiDouble*) obj;
 assert(dbl_obj && ((char *)dbl_obj->klass()) == ((char *)this));
 printf("%.12g", dbl_obj->value());
}

HiObject* DoubleKlass::allocate_instance(HiObject* callable, 
 ArrayList<HiObject*>* args) {
 if (!args || args->length() == 0)
 return new HiDouble(0);
 else
 return NULL;
}

size_t DoubleKlass::size() {
 return sizeof(HiDouble);
}

void DoubleKlass::oops_do(OopClosure* f, HiObject* obj) {
 // do nothing
 // only overwrite warning message in Klass
}

HiObject* DoubleKlass::greater(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

if (ix->value() > iy->value())
 return Universe::HiTrue;
 else
 return Universe::HiFalse;
}

HiObject* DoubleKlass::less(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 assert(ix && (ix->klass() == (Klass *)this));

if (x->klass() != y->klass()) {
 if (Klass::compare_klass(x->klass(), y->klass()) < 0)
 return Universe::HiTrue;
 else
 return Universe::HiFalse;
 }

HiDouble* iy = (HiDouble*)y;
 assert(iy && (iy->klass() == (Klass *)this));

if (ix->value() < iy->value())
 return Universe::HiTrue;
 else
 return Universe::HiFalse;
}

HiObject* DoubleKlass::equal(HiObject* x, HiObject* y) {
 if (x->klass() != y->klass())
 return Universe::HiFalse;

HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

if (ix->value() == iy->value())
 return Universe::HiTrue;
 else
 return Universe::HiFalse;
}

HiObject* DoubleKlass::not_equal(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

if (ix->value() != iy->value())
 return Universe::HiTrue;
 else
 return Universe::HiFalse;
}

HiObject* DoubleKlass::ge(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

if (ix->value() >= iy->value())
 return Universe::HiTrue;
 else
 return Universe::HiFalse;
}

HiObject* DoubleKlass::le(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

if (ix->value() <= iy->value())
 return Universe::HiTrue;
 else
 return Universe::HiFalse;
}

HiObject* DoubleKlass::add(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

return new HiDouble(ix->value() + iy->value());
}

HiObject* DoubleKlass::sub(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

return new HiDouble(ix->value() - iy->value());
}

HiObject* DoubleKlass::mul(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

return new HiDouble(ix->value() * iy->value());
}

HiObject* DoubleKlass::div(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 assert(ix && (ix->klass() == (Klass *)this));

if (y->klass() == (Klass*)this) {
 return new HiDouble(ix->value() / 
 ((HiDouble*)y)->value());
 }
 else if (y->klass() == IntegerKlass::get_instance()) {
 return new HiDouble(ix->value() / 
 ((HiInteger*)y)->value());
 }
 else {
 //Error
 }

return NULL;
}

HiObject* DoubleKlass::mod(HiObject* x, HiObject* y) {
 return new HiDouble(0.0);
}

一键复制编辑原始数据按行查看历史

hinus 提交于 2018年10月08日 22:43 +08:00 . Summary: double & sin, sqrt

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#include "object/klass.hpp"
#include "object/hiDict.hpp"
#include "object/hiString.hpp"
#include "object/hiInteger.hpp"
#include "object/hiDouble.hpp"
#include "runtime/universe.hpp"

#include <stdio.h>

DoubleKlass* DoubleKlass::instance = NULL;

DoubleKlass::DoubleKlass() {
}

void DoubleKlass::initialize() {
 set_klass_dict(new HiDict());
 set_name(new HiString("int"));
 (new HiTypeObject())->set_own_klass(this);
 add_super(ObjectKlass::get_instance());
}

HiDouble::HiDouble(double x) {
 _value = x;
 set_klass(DoubleKlass::get_instance());
}

DoubleKlass* DoubleKlass::get_instance() {
 if (instance == NULL)
 instance = new DoubleKlass();

 return instance;
}

void DoubleKlass::print(HiObject* obj) {
 HiDouble* dbl_obj = (HiDouble*) obj;
 assert(dbl_obj && ((char *)dbl_obj->klass()) == ((char *)this));
 printf("%.12g", dbl_obj->value());
}

HiObject* DoubleKlass::allocate_instance(HiObject* callable, 
 ArrayList<HiObject*>* args) {
 if (!args || args->length() == 0)
 return new HiDouble(0);
 else
 return NULL;
}

size_t DoubleKlass::size() {
 return sizeof(HiDouble);
}

void DoubleKlass::oops_do(OopClosure* f, HiObject* obj) {
 // do nothing
 // only overwrite warning message in Klass
}

HiObject* DoubleKlass::greater(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

 assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

 if (ix->value() > iy->value())
 return Universe::HiTrue;
 else
 return Universe::HiFalse;
}

HiObject* DoubleKlass::less(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 assert(ix && (ix->klass() == (Klass *)this));

 if (x->klass() != y->klass()) {
 if (Klass::compare_klass(x->klass(), y->klass()) < 0)
 return Universe::HiTrue;
 else
 return Universe::HiFalse;
 }

 HiDouble* iy = (HiDouble*)y;
 assert(iy && (iy->klass() == (Klass *)this));

 if (ix->value() < iy->value())
 return Universe::HiTrue;
 else
 return Universe::HiFalse;
}

HiObject* DoubleKlass::equal(HiObject* x, HiObject* y) {
 if (x->klass() != y->klass())
 return Universe::HiFalse;

 HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

 assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

 if (ix->value() == iy->value())
 return Universe::HiTrue;
 else
 return Universe::HiFalse;
}

HiObject* DoubleKlass::not_equal(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

 assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

 if (ix->value() != iy->value())
 return Universe::HiTrue;
 else
 return Universe::HiFalse;
}

HiObject* DoubleKlass::ge(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

 assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

 if (ix->value() >= iy->value())
 return Universe::HiTrue;
 else
 return Universe::HiFalse;
}

HiObject* DoubleKlass::le(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

 assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

 if (ix->value() <= iy->value())
 return Universe::HiTrue;
 else
 return Universe::HiFalse;
}

HiObject* DoubleKlass::add(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

 assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

 return new HiDouble(ix->value() + iy->value());
}

HiObject* DoubleKlass::sub(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

 assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

 return new HiDouble(ix->value() - iy->value());
}

HiObject* DoubleKlass::mul(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 HiDouble* iy = (HiDouble*) y;

 assert(ix && (ix->klass() == (Klass *)this));
 assert(iy && (iy->klass() == (Klass *)this));

 return new HiDouble(ix->value() * iy->value());
}

HiObject* DoubleKlass::div(HiObject* x, HiObject* y) {
 HiDouble* ix = (HiDouble*) x;
 assert(ix && (ix->klass() == (Klass *)this));

 if (y->klass() == (Klass*)this) {
 return new HiDouble(ix->value() / 
 ((HiDouble*)y)->value());
 }
 else if (y->klass() == IntegerKlass::get_instance()) {
 return new HiDouble(ix->value() / 
 ((HiInteger*)y)->value());
 }
 else {
 //Error
 }

 return NULL;
}

HiObject* DoubleKlass::mod(HiObject* x, HiObject* y) {
 return new HiDouble(0.0);
}