A leiningen plugin that lets you
use tools.deps.alpha
deps.edn
dependencies in your leiningen project.
The Clojure 1.9.0 command line tools bring a host of new benefits to
the Clojure practitioner. In particular native support for
dependencies hosted in git repositories (and not deployed as maven
artifacts), faster startup times for project REPLs, and easier ways to
script with Clojure and define multi-project projects; all whilst
providing a purely declarative data format in the form of deps.edn
files.
However at its core deps.edn
and the CLI tools are just a simple
system that provide better facilities for resolving dependencies and
building a java classpath. They actively avoid being a build tool,
and consequently can't be used in isolation to build a project, :aot
compile it and uberjar
it.
Leiningen is the incumbent build tool for Clojure projects. It's well supported, with a thriving plugin ecosystem, and is the default choice in the Clojure world if you need to build an application or deploy a library. It's easy to get started with and is great if you have a pro-forma project; which doesn't need much custom build-scripting.
lein-tools-deps
teaches Leiningen to work with :dependencies
from
your deps.edn
files, which means you can get the best of both
worlds. You can use clj
and deps.edn
to take advantage of
deps.edn
sub-projects, located on the local filesystem
(:local/root
) and in git repositories (:git/url
) or make use of
standard maven dependencies (:mvn/version
).
lein-tools-deps
will let you replace your leiningen :dependencies
entirely with those from deps.edn
meaning you don't need to repeat
yourself. Likewise for deps.edn
projects if you need to start
:aot
compiling, uberjar
ing, or integrating with a :cljs-build
,
you now can.
Essentially lein-tools-deps
lets Clojure practitioners use both
Leiningen
and the clj
/ deps.edn
tools together in the same
project.
You certainly can do that, and I won't persuade you not to. Boot is arguably a better choice than Leiningen if you need more bespoke build scripting. However Leiningen projects because of their declarative constraints tend to be more uniform and familiar. Leiningen projects are harder to turn into unique snowflakes, which might be better or worse for you.
If you don't need anything fancy and want to just get started quickly,
I'd recommend Leiningen over Boot. If you don't need to :aot
, or to
build your Clojure at all, and your development environment and
prefered tools support it go lightweight and just use clj
and
deps.edn
.
If you want to integrate boot with tools.deps you can via @seancorfield's boot-tools-deps.
Simply add the following to your plugins and middleware vectors,
respectively, in your project.clj
:
:plugins [[lein-tools-deps "0.4.0"]]
:middleware [lein-tools-deps.plugin/resolve-dependencies-with-deps-edn]
Then set :lein-tools-deps/config
to specify which deps.edn
files to resolve, we recommend:
:lein-tools-deps/config {:config-files [:install :user :project]}
The keywords :install
, :user
and :project
will be resolved by the
plugin. You can also supply your own paths as strings, e.g.
:lein-tools-deps/config {:config-files [:install :user :project "../src/deps.edn"]}
You can now delete your :dependencies
vector from project.clj
.
Note: With
lein-tools-deps
0.3.0-SNAPSHOT
and earlier, the config value was a vector and looked like:tools/deps [:install :user :project]
, as of 0.4.0 it changed to the above map based syntax.
:config-files
A vector referencing an ordered collection of deps.edn
files that
will be used for dependency resolution. Each file should be either a
file path string or a special keyword (:install
:user
or
:project
).
:clojure-executables
A vector of strings identifying possible install locations for the
clojure
command line tool script. They will be tried in order, with
the first match being used. The default is currently set to
[/usr/local/bin/clojure]
. This is necessary as lein-tools-deps
uses the clojure
executable to determine some system specific
defaults, such as the location of the :install
:config-files
.
:resolve-aliases
A vector of deps.edn
alias names whose :extra-deps
, override-deps
and :default-deps
will be resolved with the same semantics as if they
had been used with the -R
option to the clj
tool.
:classpath-aliases
A vector of deps.edn
alias names whose :extra-paths
and
classpath-overrides
will be applied with the same semantics as if
they had been used with the -C
option to the clj
tool.
:aliases
A vector of deps.edn
alias names whose values are resolved in the same
way as for both :resolve-aliases
and classpath-aliases
above.
Equivalent to the -A
option of the clj
tool.
Dependencies can be specified on a per profile basis, in much the same way as leiningen dependencies, with any additional dependencies being concatenated to the already existing vector.
E.g.
:lein-tools-deps/config {:config-files ["foo.edn"]}
:profiles {:dev {:lein-tools-deps/config ["bar.edn" "baz.edn"]}}
results a logical :config-files
value of ["foo.edn" "bar.edn" "baz.edn"]
when the :dev
profile is used.
Aliases are resolved in a similar fashion.
You will need the following base dependencies installed:
If you're using lein-tools-deps
with Cursive on macOS you may run into some issues. Thankfully @mfikes has provided some workarounds.
VERY ALPHA
This is almost entirely untested, so don't rely on it yet. PRs & ideas for future development welcome.
Please see the issue tracker
Copyright © 2017 Rick Moynihan
Distributed under the Eclipse Public License either version 1.0 or (at your option) any later version.
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