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#include "stdafx.h"
#include "Size.h"
Size::Size() {}
Size::Size(nat s) : s32(s), s64(s) {}
Size::Size(nat s32, nat s64) : s32(s32), s64(s64) {}
Size::Size(nat size32, nat align32, nat size64, nat align64) : s32(size32, align32), s64(size64, align64) {}
Size Size::sPtr = Size(4, 8);
Size Size::sChar = Size(1);
Size Size::sByte = Size(1);
Size Size::sInt = Size(4);
Size Size::sNat = Size(4);
Size Size::sLong = Size(8);
Size Size::sWord = Size(8);
Size Size::sFloat = Size(4);
Size Size::sDouble = Size(8);
nat Size::current() const {
switch (sizeof(void *)) {
case 4:
return roundUp(s32.size, s32.align);
case 8:
return roundUp(s64.size, s64.align);
default:
assert(false, "Only 32 and 64-bit platforms are supported now.");
return 0;
}
}
Size Size::align() const {
Size s;
s.s32.align = s32.align;
s.s64.align = s64.align;
return s;
}
Size &Size::operator +=(const Size &o) {
s32 += o.s32;
s64 += o.s64;
return *this;
}
Size Size::operator +(const Size &o) const {
Size t = *this;
t += o;
return t;
}
Size &Size::operator *=(nat o) {
s32 *= o;
s64 *= o;
return *this;
}
Size Size::operator *(nat o) const {
Size t = *this;
t *= o;
return t;
}
bool Size::operator ==(const Size &o) const {
return s32.size == o.s32.size && s64.size == o.s64.size;
}
bool Size::operator !=(const Size &o) const {
return !(*this == o);
}
wostream &operator <<(wostream &to, const Size &s) {
if (s.s32.size == s.s64.size && s.s32.align == s.s64.align)
to << s.s32;
else
to << s.s32 << "/" << s.s64;
return to;
}
bool Size::operator <(const Size &o) const {
return s32.size < o.s32.size;
}
bool Size::operator >(const Size &o) const {
return s32.size > o.s32.size;
}
bool Size::operator >=(const Size &o) const {
return s32.size >= o.s32.size;
}
bool Size::operator <=(const Size &o) const {
return s32.size <= o.s32.size;
}
Offset::Offset() : o32(0), o64(0) {}
Offset::Offset(int s) : o32(s), o64(s) {}
Offset::Offset(Size s) : o32(int(s.s32.size)), o64(int(s.s64.size)) {}
Offset::Offset(int o32, int o64) : o32(o32), o64(o64) {}
Offset Offset::sPtr = Offset(4, 8);
Offset Offset::sChar = Offset(1);
Offset Offset::sByte = Offset(1);
Offset Offset::sInt = Offset(4);
Offset Offset::sNat = Offset(4);
Offset Offset::sLong = Offset(8);
Offset Offset::sWord = Offset(8);
int Offset::current() const {
switch (sizeof(void *)) {
case 4:
return o32;
case 8:
return o64;
default:
assert(false, "Only 32 and 64-bit platforms are supported now.");
return 0;
}
}
Offset &Offset::operator +=(const Offset &o) {
o32 += o.o32;
o64 += o.o64;
return *this;
}
Offset &Offset::operator -=(const Offset &o) {
o32 -= o.o32;
o64 -= o.o64;
return *this;
}
Offset &Offset::operator +=(const Size &o) {
o32 += o.s32.size;
o64 += o.s64.size;
return *this;
}
Offset &Offset::operator -=(const Size &o) {
o32 -= o.s32.size;
o64 -= o.s64.size;
return *this;
}
Offset &Offset::operator *=(int o) {
o32 *= o;
o64 *= o;
return *this;
}
Offset Offset::operator *(int o) const {
Offset z = *this;
z *= o;
return z;
}
Offset Offset::operator -() const {
return Offset(-o32, -o64);
}
bool Offset::operator ==(const Offset &o) const {
return o32 == o.o32 && o64 == o.o64;
}
bool Offset::operator !=(const Offset &o) const {
return !(*this == o);
}
wostream &operator <<(wostream &to, const Offset &s) {
if (s.o32 == s.o64)
to << toHex(s.o32, true);
else
to << toHex(s.o32, true) << "/" << toHex(s.o64, true);
return to;
}
bool Offset::operator <(const Offset &o) const {
return o32 < o.o32;
}
bool Offset::operator >(const Offset &o) const {
return o32 > o.o32;
}
bool Offset::operator >=(const Offset &o) const {
return o32 >= o.o32;
}
bool Offset::operator <=(const Offset &o) const {
return o32 <= o.o32;
}
String Offset::format(bool sign) const {
std::wostringstream o;
if (sign) {
if (*this < Offset())
o << L"-";
else
o << L"+";
}
o << abs();
return o.str();
}
Offset Offset::abs() const {
return Offset(::abs(o32), ::abs(o64));
}
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