mirror of
https://github.com/jart/cosmopolitan.git
synced 2025-10-25 10:40:57 +00:00
c89bc56f6a
You can now say the following in your redbean Lua code:
status,headers,payload = Fetch("https://foo.example")
The following Lua APIs have been introduced:
- Fetch(str) → str,{str:str},str
- GetHttpReason(int) → str
- GetHttpReason(int) → str
- ProgramSslFetchVerify(bool)
- ProgramSslClientVerify(bool)
The following flags have been introduced:
- `-j` enables client SSL verification
- `-k` disables Fetch() SSL verification
- `-t INT` may now be passed a negative value for keepalive
Lua exceptions now invoke Cosmopolitan's garbage collector when
unwinding the stack. So it's now safe to use _gc() w/ Lua 𝔱𝔥𝔯𝔬𝔴
See #97
|
||
|---|---|---|
| .. | ||
| test | ||
| aes.c | ||
| aes.h | ||
| aesni.c | ||
| aesni.h | ||
| asn1.h | ||
| asn1parse.c | ||
| asn1write.c | ||
| asn1write.h | ||
| base64.c | ||
| base64.h | ||
| bignum.c | ||
| bignum.h | ||
| bn_mul.h | ||
| ccm.c | ||
| ccm.h | ||
| certs.c | ||
| certs.h | ||
| chacha20.c | ||
| chacha20.h | ||
| chachapoly.c | ||
| chachapoly.h | ||
| check.h | ||
| cipher.c | ||
| cipher.h | ||
| cipher_internal.h | ||
| cipher_wrap.c | ||
| common.h | ||
| config.h | ||
| ctr_drbg.c | ||
| ctr_drbg.h | ||
| debug.c | ||
| debug.h | ||
| des.c | ||
| des.h | ||
| dhm.c | ||
| dhm.h | ||
| ecdh.c | ||
| ecdh.h | ||
| ecdsa.c | ||
| ecdsa.h | ||
| ecp.c | ||
| ecp.h | ||
| ecp_curves.c | ||
| ecp_internal.h | ||
| endian.h | ||
| entropy.c | ||
| entropy.h | ||
| entropy_poll.c | ||
| entropy_poll.h | ||
| error.c | ||
| error.h | ||
| everest.c | ||
| everest.h | ||
| gcm.c | ||
| gcm.h | ||
| getalertdescription.c | ||
| getciphersuitename.c | ||
| hkdf.c | ||
| hkdf.h | ||
| hmac_drbg.c | ||
| hmac_drbg.h | ||
| iana.h | ||
| isciphersuitegood.c | ||
| LICENSE | ||
| mbedtls.mk | ||
| md.c | ||
| md.h | ||
| md5.c | ||
| md5.h | ||
| md_internal.h | ||
| mdtype.c | ||
| memory_buffer_alloc.c | ||
| memory_buffer_alloc.h | ||
| nist_kw.c | ||
| nist_kw.h | ||
| oid.c | ||
| oid.h | ||
| param.c | ||
| pem.c | ||
| pem.h | ||
| pk.c | ||
| pk.h | ||
| pk_internal.h | ||
| pk_wrap.c | ||
| pkcs5.c | ||
| pkcs5.h | ||
| pkparse.c | ||
| pktype.c | ||
| pkwrite.c | ||
| platform.c | ||
| platform.h | ||
| poly1305.c | ||
| poly1305.h | ||
| rando.c | ||
| README.cosmo | ||
| rsa.c | ||
| rsa.h | ||
| rsa_internal.c | ||
| rsa_internal.h | ||
| san.c | ||
| san.h | ||
| sha1.c | ||
| sha1.h | ||
| sha256.c | ||
| sha256.h | ||
| sha512.c | ||
| sha512.h | ||
| sigalg.c | ||
| srtp.c | ||
| ssl.h | ||
| ssl_cache.c | ||
| ssl_cache.h | ||
| ssl_ciphersuites.c | ||
| ssl_ciphersuites.h | ||
| ssl_cli.c | ||
| ssl_cookie.c | ||
| ssl_cookie.h | ||
| ssl_internal.h | ||
| ssl_invasive.h | ||
| ssl_msg.c | ||
| ssl_srv.c | ||
| ssl_ticket.c | ||
| ssl_ticket.h | ||
| ssl_tls.c | ||
| ssl_tls13_keys.c | ||
| ssl_tls13_keys.h | ||
| version.h | ||
| x509.c | ||
| x509.h | ||
| x509_create.c | ||
| x509_crl.c | ||
| x509_crl.h | ||
| x509_crt.c | ||
| x509_crt.h | ||
| x509_csr.c | ||
| x509_csr.h | ||
| x509write_crt.c | ||
| x509write_csr.c | ||
| zeroize.c | ||
DESCRIPTION
Mbed TLS is a crypto library built by ARM that's been released
under a more permissive license than alternatives like OpenSSL
and is useful for interoperating with systems that require TLS
SOURCE
https://github.com/ARMmbed/mbedtls/archive/refs/tags/v2.26.0.tar.gz
LICENSE
Apache 2.o
LOCAL CHANGES
- Reduce build+test latency from 15 seconds to 5 seconds.
- Features have been added that enable this library to produce SSL
certificates that can be used by Google Chrome. This required we
add featurces for editing Subject Alternative Names and Extended
Key Usage X.509 extension fields since upstream mbedtls can only
do that currently for Netscape Navigator.
- Local changes needed to be made to test_suite_ssl.datax due to it
not taking into consideration disabled features like DTLS.
- Local changes needed to be made to test_suite_x509parse.datax due
to the features we added for subject alternative name parsing.
- We've slimmed things down to meet our own specific local needs.
For example, we don't need the PSA code since we don't target ARM
hardware. We also don't need algorithms like camellia, blowfish,
ripemd, arc4, ecjpake, etc. We want security code that's simple,
readable, and easy to maintain. For example, the formally verified
eliptic curve diffie-helman code was 38 files and most of it was
dead code which could be consolidated into one < 1 kLOC file.
- The only breaking API change that's been made is to redefine int
arrays of things like long lists of ciphersuites to be uint8_t or
uint16_t instead when appropriate.
- Exported test code so it (a) doesn't have python as a build time
dependency, (b) doesn't print to stdout on success, (c) bundles
its dependencies inside a zip container so the tests are able to
run hermetically if the binary is scp'd to some machine, and (d)
doesn't have large amounts of duplicated generated code.
- Make chacha20 26% faster.
- Make base64 100x faster.
- Make gcm faster.