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// Copyright 2020 The Go Authors. All rights reserved. // Use of this source code is governed by a BSD-style // license that can be found in the LICENSE file. package abi import ( "internal/goarch" "unsafe" ) // RegArgs is a struct that has space for each argument // and return value register on the current architecture. // // Assembly code knows the layout of the first two fields // of RegArgs. // // RegArgs also contains additional space to hold pointers // when it may not be safe to keep them only in the integer // register space otherwise. type RegArgs struct { // Values in these slots should be precisely the bit-by-bit // representation of how they would appear in a register. // // This means that on big endian arches, integer values should // be in the top bits of the slot. Floats are usually just // directly represented, but some architectures treat narrow // width floating point values specially (e.g. they're promoted // first, or they need to be NaN-boxed). Ints [IntArgRegs]uintptr // untyped integer registers Floats [FloatArgRegs]uint64 // untyped float registers // Fields above this point are known to assembly. // Ptrs is a space that duplicates Ints but with pointer type, // used to make pointers passed or returned in registers // visible to the GC by making the type unsafe.Pointer. Ptrs [IntArgRegs]unsafe.Pointer // ReturnIsPtr is a bitmap that indicates which registers // contain or will contain pointers on the return path from // a reflectcall. The i'th bit indicates whether the i'th // register contains or will contain a valid Go pointer. ReturnIsPtr IntArgRegBitmap } func (r *RegArgs) Dump() { print("Ints:") for _, x := range r.Ints { print(" ", x) } println() print("Floats:") for _, x := range r.Floats { print(" ", x) } println() print("Ptrs:") for _, x := range r.Ptrs { print(" ", x) } println() } // IntRegArgAddr returns a pointer inside of r.Ints[reg] that is appropriately // offset for an argument of size argSize. // // argSize must be non-zero, fit in a register, and a power-of-two. // // This method is a helper for dealing with the endianness of different CPU // architectures, since sub-word-sized arguments in big endian architectures // need to be "aligned" to the upper edge of the register to be interpreted // by the CPU correctly. func (r *RegArgs) IntRegArgAddr(reg int, argSize uintptr) unsafe.Pointer { if argSize > goarch.PtrSize || argSize == 0 || argSize&(argSize-1) != 0 { panic("invalid argSize") } offset := uintptr(0) if goarch.BigEndian { offset = goarch.PtrSize - argSize } return unsafe.Pointer(uintptr(unsafe.Pointer(&r.Ints[reg])) + offset) } // IntArgRegBitmap is a bitmap large enough to hold one bit per // integer argument/return register. type IntArgRegBitmap [(IntArgRegs + 7) / 8]uint8 // Set sets the i'th bit of the bitmap to 1. func (b *IntArgRegBitmap) Set(i int) { b[i/8] |= uint8(1) << (i % 8) } // Get returns whether the i'th bit of the bitmap is set. // // nosplit because it's called in extremely sensitive contexts, like // on the reflectcall return path. // //go:nosplit func (b *IntArgRegBitmap) Get(i int) bool { return b[i/8]&(uint8(1)<<(i%8)) != 0 }