justinwongcn/moonpgp/compress

README
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AeadMode
U
CipherAlgo
U
CompressedAlgo
U
DecryptResult
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DecryptionBuilder
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EncryptionBuilder
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HashId
U
KeyGenBuilder
U
KeyRing
U
Pgp
U
PgpError
U
PrivateKey
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PublicKey
U
RevocationReason
U
SecretSubkeyCert
U
SessionKey
U
SubkeyCert
U
UserIdBinding
U
VerifyStatus
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DEFAULT_MAX_DECOMPRESSED_BYTES
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build_pgp_mime_signed
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decrypt_and_verify
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decrypt_binary_with_password
V
decrypt_binary_with_private_key
V
decrypt_to_session_key
V
decrypt_with_password
V
decrypt_with_private_key
V
encrypt_to_recipients
V
encrypt_to_session_key
V
encrypt_with_password
V
encrypt_with_password_argon2
V
encrypt_with_password_v6
V
generate_ed25519_key
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generate_ed25519_v6_key
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generate_ed25519_v6_key_with_signing_subkey
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generate_key
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generate_revocation_certificate
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generate_session_key
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pgp
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recover_session_key_with_key
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recover_session_key_with_password
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revoke_key
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revoke_subkey
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sign_and_encrypt
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sign_cleartext
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sign_cleartext_with
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sign_detached
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sign_inline
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verify_cleartext
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verify_detached
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verify_inline
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verify_key_signature
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verify_pgp_mime_signed

justinwongcn/moonpgp/compress does not have a README file

CompressedAlgo

pub(all) enum CompressedAlgo {
  Uncompressed
  Zip
  Zlib
  BZip2
} derive(Eq, @moonbitlang/core/debug.Debug
Debug)

Compression algorithms for the Compressed Data packet (RFC 9580 §9.4).

CompressedAlgo::equal

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fn CompressedAlgo::equal(CompressedAlgo, CompressedAlgo) -> Bool

CompressedAlgo::not_equal

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fn CompressedAlgo::not_equal(x : CompressedAlgo, y : CompressedAlgo) -> Bool

CompressedAlgo::number

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fn CompressedAlgo::number(self : CompressedAlgo) -> Int

CompressedAlgo::to_repr

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fn CompressedAlgo::to_repr(CompressedAlgo) -> @moonbitlang/core/debug.Repr
Repr

bzip2_decompress

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fn bzip2_decompress(data : BytesView) -> Bytes raise

Decompress a full bzip2 stream without an explicit cap. Callers inside the packet walk always use the capped form; this variant exists for parity with zip_decompress / zlib_decompress.

bzip2_decompress_capped

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fn bzip2_decompress_capped(data : BytesView, max_out : Int) -> Bytes raise

Decompress a full bzip2 stream under a hard output cap. All bounds follow the reference decoder: at most level * 100000 octets per block, the MTF/RLE2 stream within the block, and the total decompressed size within max_out (the M4 policy, as for zlib).

compressed_algo_of_number

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fn compressed_algo_of_number(n : Int) -> CompressedAlgo?

zip_compress

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fn zip_compress(data : BytesView) -> Bytes

Raw DEFLATE (RFC 1951) — the ZIP algorithm of the Compressed packet.

zip_decompress

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fn zip_decompress(data : BytesView) -> Bytes raise

Raw DEFLATE decompression. The decompression end must be complete: incoming mail may arrive compressed with dynamic Huffman tables.

zip_decompress_capped

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fn zip_decompress_capped(data : BytesView, max_out : Int) -> Bytes raise

Raw DEFLATE decompression with a hard output cap (M4): flate's limited inflater stops (raising) once the cap is exceeded, so the bomb never materializes.

zlib_compress

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fn zlib_compress(data : BytesView) -> Bytes

ZLIB (RFC 1950) wrapper — algorithm 2 of the Compressed packet.

zlib_decompress

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fn zlib_decompress(data : BytesView) -> Bytes raise

zlib_decompress_capped

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fn zlib_decompress_capped(data : BytesView, max_out : Int) -> Bytes raise

ZLIB decompression with a hard output cap (M4): the streaming decoder runs with bounded output windows, so total allocation stays at the cap instead of materializing the payload first. Checksum and framing stay with the decoder.