sawp 0.12 is available and addresses future compilation failures in
dependent crates.
Updated modbus test case to expect 12 bytes needed instead of 15. This
aligns with expectations as the test case slices 3 bytes off the end of
a 12 byte message so needing 12 bytes is correct.
Ticket #5989
Minimal modifications required on the Suricata side, mainly for fields
becoming private and needing an accessor instead.
Note: As the kerberos parser still depends on der-parser 6.0, we still
have to depend on that so it is depended on, but renamed to
der-parser6. There is not an udpated kerberos-parser yet that uses
der-parser 8.2.0.
Ticket: #5991
Updating snmp-parser required directly depending on the asn1-rs crate
for the Oid type, as snmp-parser does not re-export this type anymore.
Ticket: #5992
Use the lzma-rs crate for decompressing swf/lzma files instead of
the lzma decompressor in libhtp. This decouples suricata from libhtp
except for actual http parsing, and means libhtp no longer has to
export a lzma decompression interface.
Ticket: #5638
kerberos parser crate is also used by other procotols : nfs and
smb. These protocols use an older der_parser crate version.
Upgrading der_parser will simplify the code further.
The format of initial packet for quic ietf, ie quic v1,
is described in rfc 9000, section 17.2.2
Parse more frames and logs interesting extensions from crypto frame
Do not try to parse encrypted data, ie after we have seen
a crypto frame in each direction.
Use sni from crypto frame with tls for detection already implemented
Ticket: #4967
Rename the Rust lib to simply "suricata" instead of "suricata_rust".
This allows Rust plugin/library code to use it under the name "suricata"
which is what should be expected.
The name was only "suricata_rust" to prevent on-disk conflict with the C
code, so just rename the file on disk, which doesn't affect how the code
is interacted with from an API layer.
The function macro existed so it would only be enabled on Rust
versions that supported. Now that our MSRV is 1.41, which is
greater than 1.38 we can assume we always have support for
this macro.
Add new methods to set a value as a base64 encoded string of
a byte array. This uses the Rust base64 crate and encodes
directly into the JsonBuilder buffer with no intermediate
buffer required.
jb_set_base64: set a field on an object
jb_append_base64: append a value to an array
Currently has one derive, AppLayerEvent to be used like:
#[derive(AppLayerEvent)]
pub enum DNSEvent {
MalformedData,
NotRequest,
NotResponse,
ZFlagSet,
}
Code will be generated to:
- Convert enum to a c type string
- Convert string to enum variant
- Convert id to enum variant
Adds a new rust modbus app layer parser and detection module.
Moves the C module to rust but leaves the test cases in place to
regression test the new rust module.
So that lexical-core, needed by nom, and using bitflags
is used with version 0.7.5 instead of version 0.7.0
which fixed the fact that BITS is now a reserved keyword
in nightly version
Add a Rust module that exposes Rust implementations of
sha256, sha1 and md5 from the RustCrypto project.
This is an experiment in replacing the libnss hash functions with
pure Rust versions that will allow us to remove nss as a compile
time option.
Initial tests are good, even with a 10% or so performance
improvement when being called from C.
Also trying a module naming scheme where modules under the ffi
modules are purely for exports to C, as it doesn't make any
sense to use this new hashing module directly from Rust.
Borrow a macro from https://github.com/popzxc/stdext-rs that
will give us the Rust function name in SCLog messages in Rust.
As this trick only works on Rust 1.38 and newer, keep the old
macro around and set a feature based on a Rust version test
done during ./configure.
This module uses the `der-parser` crate to parse ASN1 objects in order to replace src/util-decode-asn1.c
It also handles the parsing of the asn1 keyword rules and detection checks performed in src/detect-asn1.c