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build: go 1.24

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We were running behind and there were quite some deprecations to update.
This was mostly in the upstream copy/pasta package but seems quite
minimal.
This commit is contained in:
decentral1se
2025-03-16 12:04:32 +01:00
parent a2b678caf6
commit 1723025fbf
822 changed files with 25433 additions and 197407 deletions
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55
vendor/github.com/ProtonMail/go-crypto/ocb/ocb.go generated vendored
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@ -109,8 +109,10 @@ func (o *ocb) Seal(dst, nonce, plaintext, adata []byte) []byte {
if len(nonce) > o.nonceSize {
panic("crypto/ocb: Incorrect nonce length given to OCB")
}
ret, out := byteutil.SliceForAppend(dst, len(plaintext)+o.tagSize)
o.crypt(enc, out, nonce, adata, plaintext)
sep := len(plaintext)
ret, out := byteutil.SliceForAppend(dst, sep+o.tagSize)
tag := o.crypt(enc, out[:sep], nonce, adata, plaintext)
copy(out[sep:], tag)
return ret
}
@ -122,12 +124,10 @@ func (o *ocb) Open(dst, nonce, ciphertext, adata []byte) ([]byte, error) {
return nil, ocbError("Ciphertext shorter than tag length")
}
sep := len(ciphertext) - o.tagSize
ret, out := byteutil.SliceForAppend(dst, len(ciphertext))
ret, out := byteutil.SliceForAppend(dst, sep)
ciphertextData := ciphertext[:sep]
tag := ciphertext[sep:]
o.crypt(dec, out, nonce, adata, ciphertextData)
if subtle.ConstantTimeCompare(ret[sep:], tag) == 1 {
ret = ret[:sep]
tag := o.crypt(dec, out, nonce, adata, ciphertextData)
if subtle.ConstantTimeCompare(tag, ciphertext[sep:]) == 1 {
return ret, nil
}
for i := range out {
@ -137,7 +137,8 @@ func (o *ocb) Open(dst, nonce, ciphertext, adata []byte) ([]byte, error) {
}
// On instruction enc (resp. dec), crypt is the encrypt (resp. decrypt)
// function. It returns the resulting plain/ciphertext with the tag appended.
// function. It writes the resulting plain/ciphertext into Y and returns
// the tag.
func (o *ocb) crypt(instruction int, Y, nonce, adata, X []byte) []byte {
//
// Consider X as a sequence of 128-bit blocks
@ -194,13 +195,14 @@ func (o *ocb) crypt(instruction int, Y, nonce, adata, X []byte) []byte {
byteutil.XorBytesMut(offset, o.mask.L[bits.TrailingZeros(uint(i+1))])
blockX := X[i*blockSize : (i+1)*blockSize]
blockY := Y[i*blockSize : (i+1)*blockSize]
byteutil.XorBytes(blockY, blockX, offset)
switch instruction {
case enc:
byteutil.XorBytesMut(checksum, blockX)
byteutil.XorBytes(blockY, blockX, offset)
o.block.Encrypt(blockY, blockY)
byteutil.XorBytesMut(blockY, offset)
byteutil.XorBytesMut(checksum, blockX)
case dec:
byteutil.XorBytes(blockY, blockX, offset)
o.block.Decrypt(blockY, blockY)
byteutil.XorBytesMut(blockY, offset)
byteutil.XorBytesMut(checksum, blockY)
@ -216,31 +218,24 @@ func (o *ocb) crypt(instruction int, Y, nonce, adata, X []byte) []byte {
o.block.Encrypt(pad, offset)
chunkX := X[blockSize*m:]
chunkY := Y[blockSize*m : len(X)]
byteutil.XorBytes(chunkY, chunkX, pad[:len(chunkX)])
// P_* || bit(1) || zeroes(127) - len(P_*)
switch instruction {
case enc:
paddedY := append(chunkX, byte(128))
paddedY = append(paddedY, make([]byte, blockSize-len(chunkX)-1)...)
byteutil.XorBytesMut(checksum, paddedY)
byteutil.XorBytesMut(checksum, chunkX)
checksum[len(chunkX)] ^= 128
byteutil.XorBytes(chunkY, chunkX, pad[:len(chunkX)])
// P_* || bit(1) || zeroes(127) - len(P_*)
case dec:
paddedX := append(chunkY, byte(128))
paddedX = append(paddedX, make([]byte, blockSize-len(chunkY)-1)...)
byteutil.XorBytesMut(checksum, paddedX)
byteutil.XorBytes(chunkY, chunkX, pad[:len(chunkX)])
// P_* || bit(1) || zeroes(127) - len(P_*)
byteutil.XorBytesMut(checksum, chunkY)
checksum[len(chunkY)] ^= 128
}
byteutil.XorBytes(tag, checksum, offset)
byteutil.XorBytesMut(tag, o.mask.lDol)
o.block.Encrypt(tag, tag)
byteutil.XorBytesMut(tag, o.hash(adata))
copy(Y[blockSize*m+len(chunkY):], tag[:o.tagSize])
} else {
byteutil.XorBytes(tag, checksum, offset)
byteutil.XorBytesMut(tag, o.mask.lDol)
o.block.Encrypt(tag, tag)
byteutil.XorBytesMut(tag, o.hash(adata))
copy(Y[blockSize*m:], tag[:o.tagSize])
}
return Y
byteutil.XorBytes(tag, checksum, offset)
byteutil.XorBytesMut(tag, o.mask.lDol)
o.block.Encrypt(tag, tag)
byteutil.XorBytesMut(tag, o.hash(adata))
return tag[:o.tagSize]
}
// This hash function is used to compute the tag. Per design, on empty input it