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integer.hpp
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144 lines (124 loc) · 4.59 KB
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#ifndef CMCPP_INTEGER_HPP
#define CMCPP_INTEGER_HPP
#include "context.hpp"
#include "util.hpp"
namespace cmcpp
{
namespace integer
{
template <typename T>
void store(LiftLowerContext &cx, const T &v, offset ptr, uint32_t size = ValTrait<T>::size)
{
std::memcpy(&cx.opts.memory[ptr], &v, size);
}
template <typename T>
WasmValVector lower_flat_signed(const T &v, uint32_t core_bits)
{
using WasmValType = WasmValTypeTrait<ValTrait<T>::flat_types[0]>::type;
WasmValType retVal = v;
return {v};
}
template <typename T>
T load(const LiftLowerContext &cx, offset ptr, uint32_t size = ValTrait<T>::size)
{
T retVal;
std::memcpy(&retVal, &cx.opts.memory[ptr], size);
return retVal;
}
template <typename T>
T lift_flat_unsigned(const CoreValueIter &vi, uint32_t core_width, uint32_t t_width)
{
using WasmValType = WasmValTypeTrait<ValTrait<T>::flat_types[0]>::type;
auto retVal = std::get<WasmValType>(vi.next(ValTrait<T>::flat_types[0]));
assert(ValTrait<WasmValType>::LOW_VALUE <= retVal && retVal <= ValTrait<WasmValType>::HIGH_VALUE);
return retVal;
}
template <typename T>
T lift_flat_signed(const CoreValueIter &vi, uint32_t core_width, uint32_t t_width)
{
using WasmValType = WasmValTypeTrait<ValTrait<T>::flat_types[0]>::type;
auto retVal = static_cast<T>(std::get<WasmValType>(vi.next(ValTrait<T>::flat_types[0])));
assert(ValTrait<T>::LOW_VALUE <= retVal && retVal <= ValTrait<T>::HIGH_VALUE);
return retVal;
}
}
// Boolean ------------------------------------------------------------------
template <Boolean T>
inline void store(LiftLowerContext &cx, const T &v, uint32_t ptr)
{
integer::store<T>(cx, v, ptr);
}
template <Boolean T>
inline WasmValVector lower_flat(LiftLowerContext &cx, const T &v)
{
using WasmValType = WasmValTypeTrait<ValTrait<T>::flat_types[0]>::type;
return {static_cast<WasmValType>(v)};
}
template <Boolean T>
inline T load(const LiftLowerContext &cx, uint32_t ptr)
{
return convert_int_to_bool(integer::load<uint8_t>(cx, ptr));
}
template <Boolean T>
inline T lift_flat(const LiftLowerContext &cx, const CoreValueIter &vi)
{
return convert_int_to_bool(vi.next<int32_t>());
}
// Char ------------------------------------------------------------------
template <Char T>
inline void store(LiftLowerContext &cx, const T &v, uint32_t ptr)
{
integer::store<T>(cx, char_to_i32(cx, v), ptr);
}
template <Char T>
inline WasmValVector lower_flat(LiftLowerContext &cx, const T &v)
{
using WasmValType = WasmValTypeTrait<ValTrait<T>::flat_types[0]>::type;
return {static_cast<WasmValType>(char_to_i32(cx, v))};
}
template <Char T>
inline T load(const LiftLowerContext &cx, uint32_t ptr)
{
return convert_i32_to_char(cx, integer::load<uint32_t>(cx, ptr));
}
template <Char T>
inline T lift_flat(const LiftLowerContext &cx, const CoreValueIter &vi)
{
return convert_i32_to_char(cx, vi.next<int32_t>());
}
// Integer ------------------------------------------------------------------
template <Integer T>
inline void store(LiftLowerContext &cx, const T &v, uint32_t ptr)
{
integer::store<T>(cx, v, ptr);
}
template <SignedInteger T>
inline WasmValVector lower_flat(LiftLowerContext &cx, const T &v)
{
using WasmValType = WasmValTypeTrait<ValTrait<T>::flat_types[0]>::type;
return integer::lower_flat_signed(v, ValTrait<WasmValType>::size * 8);
}
template <UnsignedInteger T>
inline WasmValVector lower_flat(LiftLowerContext &cx, const T &v)
{
using WasmValType = WasmValTypeTrait<ValTrait<T>::flat_types[0]>::type;
WasmValType fv = v;
return {fv};
}
template <Integer T>
inline T load(const LiftLowerContext &cx, uint32_t ptr)
{
return integer::load<T>(cx, ptr);
}
template <UnsignedInteger T>
inline T lift_flat(const LiftLowerContext &cx, const CoreValueIter &vi)
{
return integer::lift_flat_unsigned<T>(vi, ValTrait<T>::size * 8, 8);
}
template <SignedInteger T>
inline T lift_flat(const LiftLowerContext &cx, const CoreValueIter &vi)
{
return integer::lift_flat_signed<T>(vi, ValTrait<T>::size * 8, 8);
}
}
#endif