e4d4cd55d3
mbox messages might end up in the parser by mistake, for example by being present in a Maildir store. |
||
---|---|---|
benches | ||
debian | ||
fuzz | ||
melib | ||
samples | ||
scripts | ||
src | ||
testing | ||
tests | ||
.gdbinit | ||
.gitignore | ||
build.rs | ||
Cargo.lock | ||
Cargo.toml | ||
CHANGELOG.md | ||
COPYING | ||
Makefile | ||
meli-themes.5 | ||
meli.1 | ||
meli.conf.5 | ||
README.md | ||
rustfmt.toml |
meli
For a quick start, build and install locally:
PREFIX=~/.local make install
Available subcommands:
- meli (builds meli with optimizations in
$CARGO_TARGET_DIR
) - install (installs binary in
$BINDIR
and documentation to$MANDIR
) - uninstall Secondary subcommands:
- clean (cleans build artifacts)
- check-deps (checks dependencies)
- install-bin (installs binary to
$BINDIR
) - install-doc (installs manpages to
$MANDIR
) - help (prints this information)
- dist (creates release tarball named
meli-VERSION.tar.gz
in this directory) - deb-dist (builds debian package in the parent directory)
- distclean (cleans distribution build artifacts)
The Makefile should be portable and not require a specific make
version.
Documentation
After installing meli, see meli(1)
and meli.conf(5)
for documentation.
Building
meli requires rust 1.39 and rust's package manager, Cargo. Information on how to get it on your system can be found here: https://doc.rust-lang.org/cargo/getting-started/installation.html
With Cargo available, the project can be built with
make meli
The resulting binary will then be found under target/release/meli
Run:
make install
to install the binary and man pages. This requires root, so I suggest you override the default paths and install it in your $HOME
:
make PREFIX=$HOME/.local install
See meli(1)
and meli.conf(5)
for documentation.
You can build and run meli with one command:
cargo run --release
While the project is in early development, meli will only be developed for the linux kernel and respected linux distributions. Support for more UNIX-like OSes is on the roadmap.
Building in Debian
Building with Debian's packaged cargo might require the installation of these
two packages: librust-openssl-sys-dev librust-libdbus-sys-dev
A *.deb
package can be built with make deb-dist
Using notmuch
To use the optional notmuch backend feature, you must have libnotmuch5
installed in your system. In Debian-like systems, install the libnotmuch5
packages. meli detects the library's presence on runtime.
Building with JMAP
To build with JMAP support, prepend the environment variable MELI_FEATURES='jmap'
to your make invocation:
MELI_FEATURES="jmap" make
or if building directly with cargo, use the flag `--features="jmap"'.
Development
Development builds can be built and/or run with
cargo build
cargo run
There is a debug/tracing log feature that can be enabled by using the flag
--feature debug-tracing
after uncommenting the features in Cargo.toml
. The logs
are printed in stderr, thus you can run meli with a redirection (i.e 2> log
)
Code style follows the default rustfmt profile.
Configuration
meli by default looks for a configuration file in this location: $XDG_CONFIG_HOME/meli/config.toml
You can run meli with arbitrary configuration files by setting the $MELI_CONFIG
environment variable to their locations, ie:
MELI_CONFIG=./test_config cargo run
Testing
How to run specific tests:
cargo test -p {melib, meli} (-- --nocapture) (--test test_name)
Profiling
perf record -g target/debug/bin
perf script | stackcollapse-perf | rust-unmangle | flamegraph > perf.svg
Running fuzz targets
Note: cargo-fuzz
requires the nightly toolchain.
cargo +nightly fuzz run envelope_parse -- -dict=fuzz/envelope_tokens.dict