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binop_shift.go
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/
binop_shift.go
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/*
* Copyright (c) 2022 The GoPlus Authors (goplus.org). All rights reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package igop
import (
"reflect"
"github.com/visualfc/xtype"
"golang.org/x/tools/go/ssa"
)
func makeBinOpSHL(pfn *function, instr *ssa.BinOp) func(fr *frame) {
ir := pfn.regIndex(instr)
ix, kx, vx := pfn.regIndex3(instr.X)
iy, ky, vy := pfn.regIndex3(instr.Y)
xtyp := pfn.Interp.preToType(instr.X.Type())
ytyp := pfn.Interp.preToType(instr.Y.Type())
xkind := xtyp.Kind()
ykind := ytyp.Kind()
if kx == kindConst && ky == kindConst {
t := xtype.TypeOfType(xtyp)
switch xkind {
case reflect.Int:
x := xtype.Int(vx)
switch ykind {
case reflect.Int:
v := xtype.Make(t, x<<xtype.Int(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int8:
v := xtype.Make(t, x<<xtype.Int8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int16:
v := xtype.Make(t, x<<xtype.Int16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int32:
v := xtype.Make(t, x<<xtype.Int32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int64:
v := xtype.Make(t, x<<xtype.Int64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint:
v := xtype.Make(t, x<<xtype.Uint(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint8:
v := xtype.Make(t, x<<xtype.Uint8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint16:
v := xtype.Make(t, x<<xtype.Uint16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint32:
v := xtype.Make(t, x<<xtype.Uint32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint64:
v := xtype.Make(t, x<<xtype.Uint64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uintptr:
v := xtype.Make(t, x<<xtype.Uintptr(vy))
return func(fr *frame) { fr.setReg(ir, v) }
}
case reflect.Int8:
x := xtype.Int8(vx)
switch ykind {
case reflect.Int:
v := xtype.Make(t, x<<xtype.Int(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int8:
v := xtype.Make(t, x<<xtype.Int8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int16:
v := xtype.Make(t, x<<xtype.Int16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int32:
v := xtype.Make(t, x<<xtype.Int32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int64:
v := xtype.Make(t, x<<xtype.Int64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint:
v := xtype.Make(t, x<<xtype.Uint(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint8:
v := xtype.Make(t, x<<xtype.Uint8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint16:
v := xtype.Make(t, x<<xtype.Uint16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint32:
v := xtype.Make(t, x<<xtype.Uint32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint64:
v := xtype.Make(t, x<<xtype.Uint64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uintptr:
v := xtype.Make(t, x<<xtype.Uintptr(vy))
return func(fr *frame) { fr.setReg(ir, v) }
}
case reflect.Int16:
x := xtype.Int16(vx)
switch ykind {
case reflect.Int:
v := xtype.Make(t, x<<xtype.Int(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int8:
v := xtype.Make(t, x<<xtype.Int8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int16:
v := xtype.Make(t, x<<xtype.Int16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int32:
v := xtype.Make(t, x<<xtype.Int32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int64:
v := xtype.Make(t, x<<xtype.Int64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint:
v := xtype.Make(t, x<<xtype.Uint(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint8:
v := xtype.Make(t, x<<xtype.Uint8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint16:
v := xtype.Make(t, x<<xtype.Uint16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint32:
v := xtype.Make(t, x<<xtype.Uint32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint64:
v := xtype.Make(t, x<<xtype.Uint64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uintptr:
v := xtype.Make(t, x<<xtype.Uintptr(vy))
return func(fr *frame) { fr.setReg(ir, v) }
}
case reflect.Int32:
x := xtype.Int32(vx)
switch ykind {
case reflect.Int:
v := xtype.Make(t, x<<xtype.Int(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int8:
v := xtype.Make(t, x<<xtype.Int8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int16:
v := xtype.Make(t, x<<xtype.Int16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int32:
v := xtype.Make(t, x<<xtype.Int32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int64:
v := xtype.Make(t, x<<xtype.Int64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint:
v := xtype.Make(t, x<<xtype.Uint(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint8:
v := xtype.Make(t, x<<xtype.Uint8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint16:
v := xtype.Make(t, x<<xtype.Uint16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint32:
v := xtype.Make(t, x<<xtype.Uint32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint64:
v := xtype.Make(t, x<<xtype.Uint64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uintptr:
v := xtype.Make(t, x<<xtype.Uintptr(vy))
return func(fr *frame) { fr.setReg(ir, v) }
}
case reflect.Int64:
x := xtype.Int64(vx)
switch ykind {
case reflect.Int:
v := xtype.Make(t, x<<xtype.Int(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int8:
v := xtype.Make(t, x<<xtype.Int8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int16:
v := xtype.Make(t, x<<xtype.Int16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int32:
v := xtype.Make(t, x<<xtype.Int32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int64:
v := xtype.Make(t, x<<xtype.Int64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint:
v := xtype.Make(t, x<<xtype.Uint(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint8:
v := xtype.Make(t, x<<xtype.Uint8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint16:
v := xtype.Make(t, x<<xtype.Uint16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint32:
v := xtype.Make(t, x<<xtype.Uint32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint64:
v := xtype.Make(t, x<<xtype.Uint64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uintptr:
v := xtype.Make(t, x<<xtype.Uintptr(vy))
return func(fr *frame) { fr.setReg(ir, v) }
}
case reflect.Uint:
x := xtype.Uint(vx)
switch ykind {
case reflect.Int:
v := xtype.Make(t, x<<xtype.Int(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int8:
v := xtype.Make(t, x<<xtype.Int8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int16:
v := xtype.Make(t, x<<xtype.Int16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int32:
v := xtype.Make(t, x<<xtype.Int32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int64:
v := xtype.Make(t, x<<xtype.Int64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint:
v := xtype.Make(t, x<<xtype.Uint(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint8:
v := xtype.Make(t, x<<xtype.Uint8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint16:
v := xtype.Make(t, x<<xtype.Uint16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint32:
v := xtype.Make(t, x<<xtype.Uint32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint64:
v := xtype.Make(t, x<<xtype.Uint64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uintptr:
v := xtype.Make(t, x<<xtype.Uintptr(vy))
return func(fr *frame) { fr.setReg(ir, v) }
}
case reflect.Uint8:
x := xtype.Uint8(vx)
switch ykind {
case reflect.Int:
v := xtype.Make(t, x<<xtype.Int(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int8:
v := xtype.Make(t, x<<xtype.Int8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int16:
v := xtype.Make(t, x<<xtype.Int16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int32:
v := xtype.Make(t, x<<xtype.Int32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int64:
v := xtype.Make(t, x<<xtype.Int64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint:
v := xtype.Make(t, x<<xtype.Uint(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint8:
v := xtype.Make(t, x<<xtype.Uint8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint16:
v := xtype.Make(t, x<<xtype.Uint16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint32:
v := xtype.Make(t, x<<xtype.Uint32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint64:
v := xtype.Make(t, x<<xtype.Uint64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uintptr:
v := xtype.Make(t, x<<xtype.Uintptr(vy))
return func(fr *frame) { fr.setReg(ir, v) }
}
case reflect.Uint16:
x := xtype.Uint16(vx)
switch ykind {
case reflect.Int:
v := xtype.Make(t, x<<xtype.Int(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int8:
v := xtype.Make(t, x<<xtype.Int8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int16:
v := xtype.Make(t, x<<xtype.Int16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int32:
v := xtype.Make(t, x<<xtype.Int32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int64:
v := xtype.Make(t, x<<xtype.Int64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint:
v := xtype.Make(t, x<<xtype.Uint(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint8:
v := xtype.Make(t, x<<xtype.Uint8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint16:
v := xtype.Make(t, x<<xtype.Uint16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint32:
v := xtype.Make(t, x<<xtype.Uint32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint64:
v := xtype.Make(t, x<<xtype.Uint64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uintptr:
v := xtype.Make(t, x<<xtype.Uintptr(vy))
return func(fr *frame) { fr.setReg(ir, v) }
}
case reflect.Uint32:
x := xtype.Uint32(vx)
switch ykind {
case reflect.Int:
v := xtype.Make(t, x<<xtype.Int(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int8:
v := xtype.Make(t, x<<xtype.Int8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int16:
v := xtype.Make(t, x<<xtype.Int16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int32:
v := xtype.Make(t, x<<xtype.Int32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int64:
v := xtype.Make(t, x<<xtype.Int64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint:
v := xtype.Make(t, x<<xtype.Uint(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint8:
v := xtype.Make(t, x<<xtype.Uint8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint16:
v := xtype.Make(t, x<<xtype.Uint16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint32:
v := xtype.Make(t, x<<xtype.Uint32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint64:
v := xtype.Make(t, x<<xtype.Uint64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uintptr:
v := xtype.Make(t, x<<xtype.Uintptr(vy))
return func(fr *frame) { fr.setReg(ir, v) }
}
case reflect.Uint64:
x := xtype.Uint64(vx)
switch ykind {
case reflect.Int:
v := xtype.Make(t, x<<xtype.Int(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int8:
v := xtype.Make(t, x<<xtype.Int8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int16:
v := xtype.Make(t, x<<xtype.Int16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int32:
v := xtype.Make(t, x<<xtype.Int32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int64:
v := xtype.Make(t, x<<xtype.Int64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint:
v := xtype.Make(t, x<<xtype.Uint(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint8:
v := xtype.Make(t, x<<xtype.Uint8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint16:
v := xtype.Make(t, x<<xtype.Uint16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint32:
v := xtype.Make(t, x<<xtype.Uint32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint64:
v := xtype.Make(t, x<<xtype.Uint64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uintptr:
v := xtype.Make(t, x<<xtype.Uintptr(vy))
return func(fr *frame) { fr.setReg(ir, v) }
}
case reflect.Uintptr:
x := xtype.Uintptr(vx)
switch ykind {
case reflect.Int:
v := xtype.Make(t, x<<xtype.Int(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int8:
v := xtype.Make(t, x<<xtype.Int8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int16:
v := xtype.Make(t, x<<xtype.Int16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int32:
v := xtype.Make(t, x<<xtype.Int32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Int64:
v := xtype.Make(t, x<<xtype.Int64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint:
v := xtype.Make(t, x<<xtype.Uint(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint8:
v := xtype.Make(t, x<<xtype.Uint8(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint16:
v := xtype.Make(t, x<<xtype.Uint16(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint32:
v := xtype.Make(t, x<<xtype.Uint32(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uint64:
v := xtype.Make(t, x<<xtype.Uint64(vy))
return func(fr *frame) { fr.setReg(ir, v) }
case reflect.Uintptr:
v := xtype.Make(t, x<<xtype.Uintptr(vy))
return func(fr *frame) { fr.setReg(ir, v) }
}
}
}
if xtyp.PkgPath() == "" {
switch xkind {
case reflect.Int:
if kx == kindConst {
x := vx.(int)
switch ykind {
case reflect.Int:
return func(fr *frame) { fr.setReg(ir, x<<fr.int(iy)) }
case reflect.Int8:
return func(fr *frame) { fr.setReg(ir, x<<fr.int8(iy)) }
case reflect.Int16:
return func(fr *frame) { fr.setReg(ir, x<<fr.int16(iy)) }
case reflect.Int32:
return func(fr *frame) { fr.setReg(ir, x<<fr.int32(iy)) }
case reflect.Int64:
return func(fr *frame) { fr.setReg(ir, x<<fr.int64(iy)) }
case reflect.Uint:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint(iy)) }
case reflect.Uint8:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint8(iy)) }
case reflect.Uint16:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint16(iy)) }
case reflect.Uint32:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint32(iy)) }
case reflect.Uint64:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint64(iy)) }
case reflect.Uintptr:
return func(fr *frame) { fr.setReg(ir, x<<fr.uintptr(iy)) }
}
} else if ky == kindConst {
switch ykind {
case reflect.Int:
y := xtype.Int(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<y) }
case reflect.Int8:
y := xtype.Int8(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<y) }
case reflect.Int16:
y := xtype.Int16(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<y) }
case reflect.Int32:
y := xtype.Int32(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<y) }
case reflect.Int64:
y := xtype.Int64(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<y) }
case reflect.Uint:
y := xtype.Uint(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<y) }
case reflect.Uint8:
y := xtype.Uint8(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<y) }
case reflect.Uint16:
y := xtype.Uint16(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<y) }
case reflect.Uint32:
y := xtype.Uint32(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<y) }
case reflect.Uint64:
y := xtype.Uint64(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<y) }
case reflect.Uintptr:
y := xtype.Uintptr(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<y) }
}
} else {
switch ykind {
case reflect.Int:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<fr.int(iy)) }
case reflect.Int8:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<fr.int8(iy)) }
case reflect.Int16:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<fr.int16(iy)) }
case reflect.Int32:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<fr.int32(iy)) }
case reflect.Int64:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<fr.int64(iy)) }
case reflect.Uint:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<fr.uint(iy)) }
case reflect.Uint8:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<fr.uint8(iy)) }
case reflect.Uint16:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<fr.uint16(iy)) }
case reflect.Uint32:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<fr.uint32(iy)) }
case reflect.Uint64:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<fr.uint64(iy)) }
case reflect.Uintptr:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int)<<fr.uintptr(iy)) }
}
}
case reflect.Int8:
if kx == kindConst {
x := vx.(int8)
switch ykind {
case reflect.Int:
return func(fr *frame) { fr.setReg(ir, x<<fr.int(iy)) }
case reflect.Int8:
return func(fr *frame) { fr.setReg(ir, x<<fr.int8(iy)) }
case reflect.Int16:
return func(fr *frame) { fr.setReg(ir, x<<fr.int16(iy)) }
case reflect.Int32:
return func(fr *frame) { fr.setReg(ir, x<<fr.int32(iy)) }
case reflect.Int64:
return func(fr *frame) { fr.setReg(ir, x<<fr.int64(iy)) }
case reflect.Uint:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint(iy)) }
case reflect.Uint8:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint8(iy)) }
case reflect.Uint16:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint16(iy)) }
case reflect.Uint32:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint32(iy)) }
case reflect.Uint64:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint64(iy)) }
case reflect.Uintptr:
return func(fr *frame) { fr.setReg(ir, x<<fr.uintptr(iy)) }
}
} else if ky == kindConst {
switch ykind {
case reflect.Int:
y := xtype.Int(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<y) }
case reflect.Int8:
y := xtype.Int8(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<y) }
case reflect.Int16:
y := xtype.Int16(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<y) }
case reflect.Int32:
y := xtype.Int32(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<y) }
case reflect.Int64:
y := xtype.Int64(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<y) }
case reflect.Uint:
y := xtype.Uint(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<y) }
case reflect.Uint8:
y := xtype.Uint8(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<y) }
case reflect.Uint16:
y := xtype.Uint16(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<y) }
case reflect.Uint32:
y := xtype.Uint32(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<y) }
case reflect.Uint64:
y := xtype.Uint64(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<y) }
case reflect.Uintptr:
y := xtype.Uintptr(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<y) }
}
} else {
switch ykind {
case reflect.Int:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<fr.int(iy)) }
case reflect.Int8:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<fr.int8(iy)) }
case reflect.Int16:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<fr.int16(iy)) }
case reflect.Int32:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<fr.int32(iy)) }
case reflect.Int64:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<fr.int64(iy)) }
case reflect.Uint:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<fr.uint(iy)) }
case reflect.Uint8:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<fr.uint8(iy)) }
case reflect.Uint16:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<fr.uint16(iy)) }
case reflect.Uint32:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<fr.uint32(iy)) }
case reflect.Uint64:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<fr.uint64(iy)) }
case reflect.Uintptr:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int8)<<fr.uintptr(iy)) }
}
}
case reflect.Int16:
if kx == kindConst {
x := vx.(int16)
switch ykind {
case reflect.Int:
return func(fr *frame) { fr.setReg(ir, x<<fr.int(iy)) }
case reflect.Int8:
return func(fr *frame) { fr.setReg(ir, x<<fr.int8(iy)) }
case reflect.Int16:
return func(fr *frame) { fr.setReg(ir, x<<fr.int16(iy)) }
case reflect.Int32:
return func(fr *frame) { fr.setReg(ir, x<<fr.int32(iy)) }
case reflect.Int64:
return func(fr *frame) { fr.setReg(ir, x<<fr.int64(iy)) }
case reflect.Uint:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint(iy)) }
case reflect.Uint8:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint8(iy)) }
case reflect.Uint16:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint16(iy)) }
case reflect.Uint32:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint32(iy)) }
case reflect.Uint64:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint64(iy)) }
case reflect.Uintptr:
return func(fr *frame) { fr.setReg(ir, x<<fr.uintptr(iy)) }
}
} else if ky == kindConst {
switch ykind {
case reflect.Int:
y := xtype.Int(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<y) }
case reflect.Int8:
y := xtype.Int8(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<y) }
case reflect.Int16:
y := xtype.Int16(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<y) }
case reflect.Int32:
y := xtype.Int32(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<y) }
case reflect.Int64:
y := xtype.Int64(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<y) }
case reflect.Uint:
y := xtype.Uint(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<y) }
case reflect.Uint8:
y := xtype.Uint8(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<y) }
case reflect.Uint16:
y := xtype.Uint16(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<y) }
case reflect.Uint32:
y := xtype.Uint32(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<y) }
case reflect.Uint64:
y := xtype.Uint64(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<y) }
case reflect.Uintptr:
y := xtype.Uintptr(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<y) }
}
} else {
switch ykind {
case reflect.Int:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<fr.int(iy)) }
case reflect.Int8:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<fr.int8(iy)) }
case reflect.Int16:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<fr.int16(iy)) }
case reflect.Int32:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<fr.int32(iy)) }
case reflect.Int64:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<fr.int64(iy)) }
case reflect.Uint:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<fr.uint(iy)) }
case reflect.Uint8:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<fr.uint8(iy)) }
case reflect.Uint16:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<fr.uint16(iy)) }
case reflect.Uint32:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<fr.uint32(iy)) }
case reflect.Uint64:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<fr.uint64(iy)) }
case reflect.Uintptr:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int16)<<fr.uintptr(iy)) }
}
}
case reflect.Int32:
if kx == kindConst {
x := vx.(int32)
switch ykind {
case reflect.Int:
return func(fr *frame) { fr.setReg(ir, x<<fr.int(iy)) }
case reflect.Int8:
return func(fr *frame) { fr.setReg(ir, x<<fr.int8(iy)) }
case reflect.Int16:
return func(fr *frame) { fr.setReg(ir, x<<fr.int16(iy)) }
case reflect.Int32:
return func(fr *frame) { fr.setReg(ir, x<<fr.int32(iy)) }
case reflect.Int64:
return func(fr *frame) { fr.setReg(ir, x<<fr.int64(iy)) }
case reflect.Uint:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint(iy)) }
case reflect.Uint8:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint8(iy)) }
case reflect.Uint16:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint16(iy)) }
case reflect.Uint32:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint32(iy)) }
case reflect.Uint64:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint64(iy)) }
case reflect.Uintptr:
return func(fr *frame) { fr.setReg(ir, x<<fr.uintptr(iy)) }
}
} else if ky == kindConst {
switch ykind {
case reflect.Int:
y := xtype.Int(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<y) }
case reflect.Int8:
y := xtype.Int8(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<y) }
case reflect.Int16:
y := xtype.Int16(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<y) }
case reflect.Int32:
y := xtype.Int32(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<y) }
case reflect.Int64:
y := xtype.Int64(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<y) }
case reflect.Uint:
y := xtype.Uint(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<y) }
case reflect.Uint8:
y := xtype.Uint8(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<y) }
case reflect.Uint16:
y := xtype.Uint16(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<y) }
case reflect.Uint32:
y := xtype.Uint32(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<y) }
case reflect.Uint64:
y := xtype.Uint64(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<y) }
case reflect.Uintptr:
y := xtype.Uintptr(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<y) }
}
} else {
switch ykind {
case reflect.Int:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<fr.int(iy)) }
case reflect.Int8:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<fr.int8(iy)) }
case reflect.Int16:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<fr.int16(iy)) }
case reflect.Int32:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<fr.int32(iy)) }
case reflect.Int64:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<fr.int64(iy)) }
case reflect.Uint:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<fr.uint(iy)) }
case reflect.Uint8:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<fr.uint8(iy)) }
case reflect.Uint16:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<fr.uint16(iy)) }
case reflect.Uint32:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<fr.uint32(iy)) }
case reflect.Uint64:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<fr.uint64(iy)) }
case reflect.Uintptr:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int32)<<fr.uintptr(iy)) }
}
}
case reflect.Int64:
if kx == kindConst {
x := vx.(int64)
switch ykind {
case reflect.Int:
return func(fr *frame) { fr.setReg(ir, x<<fr.int(iy)) }
case reflect.Int8:
return func(fr *frame) { fr.setReg(ir, x<<fr.int8(iy)) }
case reflect.Int16:
return func(fr *frame) { fr.setReg(ir, x<<fr.int16(iy)) }
case reflect.Int32:
return func(fr *frame) { fr.setReg(ir, x<<fr.int32(iy)) }
case reflect.Int64:
return func(fr *frame) { fr.setReg(ir, x<<fr.int64(iy)) }
case reflect.Uint:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint(iy)) }
case reflect.Uint8:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint8(iy)) }
case reflect.Uint16:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint16(iy)) }
case reflect.Uint32:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint32(iy)) }
case reflect.Uint64:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint64(iy)) }
case reflect.Uintptr:
return func(fr *frame) { fr.setReg(ir, x<<fr.uintptr(iy)) }
}
} else if ky == kindConst {
switch ykind {
case reflect.Int:
y := xtype.Int(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<y) }
case reflect.Int8:
y := xtype.Int8(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<y) }
case reflect.Int16:
y := xtype.Int16(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<y) }
case reflect.Int32:
y := xtype.Int32(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<y) }
case reflect.Int64:
y := xtype.Int64(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<y) }
case reflect.Uint:
y := xtype.Uint(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<y) }
case reflect.Uint8:
y := xtype.Uint8(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<y) }
case reflect.Uint16:
y := xtype.Uint16(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<y) }
case reflect.Uint32:
y := xtype.Uint32(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<y) }
case reflect.Uint64:
y := xtype.Uint64(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<y) }
case reflect.Uintptr:
y := xtype.Uintptr(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<y) }
}
} else {
switch ykind {
case reflect.Int:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<fr.int(iy)) }
case reflect.Int8:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<fr.int8(iy)) }
case reflect.Int16:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<fr.int16(iy)) }
case reflect.Int32:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<fr.int32(iy)) }
case reflect.Int64:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<fr.int64(iy)) }
case reflect.Uint:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<fr.uint(iy)) }
case reflect.Uint8:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<fr.uint8(iy)) }
case reflect.Uint16:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<fr.uint16(iy)) }
case reflect.Uint32:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<fr.uint32(iy)) }
case reflect.Uint64:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<fr.uint64(iy)) }
case reflect.Uintptr:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(int64)<<fr.uintptr(iy)) }
}
}
case reflect.Uint:
if kx == kindConst {
x := vx.(uint)
switch ykind {
case reflect.Int:
return func(fr *frame) { fr.setReg(ir, x<<fr.int(iy)) }
case reflect.Int8:
return func(fr *frame) { fr.setReg(ir, x<<fr.int8(iy)) }
case reflect.Int16:
return func(fr *frame) { fr.setReg(ir, x<<fr.int16(iy)) }
case reflect.Int32:
return func(fr *frame) { fr.setReg(ir, x<<fr.int32(iy)) }
case reflect.Int64:
return func(fr *frame) { fr.setReg(ir, x<<fr.int64(iy)) }
case reflect.Uint:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint(iy)) }
case reflect.Uint8:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint8(iy)) }
case reflect.Uint16:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint16(iy)) }
case reflect.Uint32:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint32(iy)) }
case reflect.Uint64:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint64(iy)) }
case reflect.Uintptr:
return func(fr *frame) { fr.setReg(ir, x<<fr.uintptr(iy)) }
}
} else if ky == kindConst {
switch ykind {
case reflect.Int:
y := xtype.Int(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<y) }
case reflect.Int8:
y := xtype.Int8(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<y) }
case reflect.Int16:
y := xtype.Int16(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<y) }
case reflect.Int32:
y := xtype.Int32(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<y) }
case reflect.Int64:
y := xtype.Int64(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<y) }
case reflect.Uint:
y := xtype.Uint(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<y) }
case reflect.Uint8:
y := xtype.Uint8(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<y) }
case reflect.Uint16:
y := xtype.Uint16(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<y) }
case reflect.Uint32:
y := xtype.Uint32(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<y) }
case reflect.Uint64:
y := xtype.Uint64(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<y) }
case reflect.Uintptr:
y := xtype.Uintptr(vy)
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<y) }
}
} else {
switch ykind {
case reflect.Int:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<fr.int(iy)) }
case reflect.Int8:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<fr.int8(iy)) }
case reflect.Int16:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<fr.int16(iy)) }
case reflect.Int32:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<fr.int32(iy)) }
case reflect.Int64:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<fr.int64(iy)) }
case reflect.Uint:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<fr.uint(iy)) }
case reflect.Uint8:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<fr.uint8(iy)) }
case reflect.Uint16:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<fr.uint16(iy)) }
case reflect.Uint32:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<fr.uint32(iy)) }
case reflect.Uint64:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<fr.uint64(iy)) }
case reflect.Uintptr:
return func(fr *frame) { fr.setReg(ir, fr.reg(ix).(uint)<<fr.uintptr(iy)) }
}
}
case reflect.Uint8:
if kx == kindConst {
x := vx.(uint8)
switch ykind {
case reflect.Int:
return func(fr *frame) { fr.setReg(ir, x<<fr.int(iy)) }
case reflect.Int8:
return func(fr *frame) { fr.setReg(ir, x<<fr.int8(iy)) }
case reflect.Int16:
return func(fr *frame) { fr.setReg(ir, x<<fr.int16(iy)) }
case reflect.Int32:
return func(fr *frame) { fr.setReg(ir, x<<fr.int32(iy)) }
case reflect.Int64:
return func(fr *frame) { fr.setReg(ir, x<<fr.int64(iy)) }
case reflect.Uint:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint(iy)) }
case reflect.Uint8:
return func(fr *frame) { fr.setReg(ir, x<<fr.uint8(iy)) }
case reflect.Uint16: