go/src/crypto/aes/_asm/standard/asm_amd64.go

func main() { … }

func encryptBlockAsm() { … }

func decryptBlockAsm() { … }

// Note that round keys are stored in uint128 format, not uint32
func expandKeyAsm() { … }

func Lexp_enc256() { … }

func Lexp_enc192() { … }

func Lexp_enc128() { … }

func Lexp_dec() { … }

func Lexp_dec_loop() { … }

func _expand_key_128() { … }

func _expand_key_192a() { … }

func _expand_key_192b() { … }

func _expand_key_256a() { … }

func _expand_key_256b() { … }

const ThatPeskyUnicodeDot …

// removePeskyUnicodeDot strips the dot from the relevant TEXT directives such that they
// can exist as internal assembly functions
//
// Avo v0.6.0 does not support the generation of internal assembly functions. Go's unicode
// dot tells the compiler to link a TEXT symbol to a function in the current Go package
// (or another package if specified). Avo unconditionally prepends the unicode dot to all
// TEXT symbols, making it impossible to emit an internal function without this hack.
//
// There is a pending PR to add internal functions to Avo:
// https://github.com/mmcloughlin/avo/pull/443
//
// If merged it should allow the usage of InternalFunction("NAME") for the specified functions
func removePeskyUnicodeDot(internalFunctions []string, target string) { … }