- Add clojure-mode refactorings and which-key prefixes in default layer
configuration.
- Improve discoverability of the refactoring features which are not enabled
by default. When clj-refactor is installed, "SPC mr?" runs
cljr-describe-refactoring
- Refactor out repeated dolist clauses into `forall-clojure-modes` macro
which executes body forms for all clojure derived modes, and adds missing
functionality of parinfer, fancify-symbols and evil-cleverparens to
cider-repl-mode and cider-clojure-interaction-mode.
Document how to use the newly introduced variables to enable sayid and
clj-refactor.
Also update the documentation on adding CIDER-related dependencies. CIDER 0.10
is three years old now, so I think the case where cider middleware isn't
injected automatically is getting rare. However there is still a good use case
for running your Clojure process outside of Emacs/CIDER, meaning you don't get
to benefit from `cider-jack-in`'s magic insjections, so I have focused more on
that case, adding information for clj-refactor's and sayid's middleware, as well
as CIDER's.
Fix issue #9271: Setting clojure-enable-fancify-symbols to t causes
the following to the be printed repeatedly in the message buffer:
invalid face reference: t
The problem is that the clojure/fancify-symbols function adds font-lock
keywords with highlight forms containing face-name expressions that
evaluate to the return value of compose-region, which apparently is t;
this value is interpreted as a face name.
The solution to this problem is that the face-name expressions should
evaluate to nil, which will be interpreted as an empty list of properties
instead of a face name.
* layers/+lang/clojure/funcs.el (clojure/fancify-symbols): Define keywords
using face-name expressions that evaluate to nil.
The function `cider-current-repl-buffer` does not exist anymore in cider after PR [#2324](https://github.com/clojure-emacs/cider/pull/2324) was merged.
It broke the usage of functions in the clojure layer that sent used `spacemacs//cider-eval-in-repl-no-focus`, which sends forms to be evaluated in the repl buffer without focusing on it.
The fix is to use `cider-current-repl` instead of `cider-current-repl-buffer`
Replace push with add-to-list in layer init functions and related code.
Modify spacemacs|add-toggle to check for and update an existing toggle in
spacemacs-toggles and only create a new toggle if none already existed.
Replace a conditional push onto erc-packages with use of :toggle.
When initializing which-key, set which-key-replacement-alist to its default
or customized setting before adding all the Spacemacs replacements. We
want to keep the stock replacements but avoid adding duplicates of the
Spacemacs replacements.
Replace the emacs-lisp-mode-hook lambda with a named function to avoid
adding duplicate hooks (which can add duplicate definitions of the
evil-surround pair).
This reverts commit 29c78ce841 and all other fixes
that have been made afterwards.
The motivation is that use-package is seen by many as a replacement for
`require`. Is use-package always defer the loading of packages then is breaks
this use case, this does not respect POLA so even if it was making Spacemacs
loading faster (up to 3s faster on some startup on my machine) we just cannot
use it, it would be irresponsible. Spacemacs should be easy to use, loading
performance will come with time but it is not a priority.
clojurescript-mode, clojurec-mode and clojurex-mode are used for .cljs, .cljc
and cljx files respectively, which should always be balanced and thus have safe
structural editing enabled.
I feel like we should start from scratch on this one and carefully choose the
defaults.
Also this settings is a very personal setting so if we make some buffers
useless we must have a consensus on it. Marking all special buffers starting
with `*` as useless is too aggressive and make Spacemacs less POLA since two
consecutive press on SPC TAB may not revert to the original buffer.
Delete layer evil-cleverparens and move the package to spacemacs-evil layer.
The feature is called "Safe structurral editing" for lisp dialects. Support for
it is added via pre-init functions in each of the concerned layer and proper
documentation is added to their README.org files.
This also removes the recently added package evil-smartparens. The goal is
to choose the best package for evil safe structural editing. For now we use
evil-cleverparens as we supported it first, if evil-smartparens is shown to be
a better package we will be able to switch to it.
The function `clojure-toggle-keyword-string` will convert a string to a keyword,
or keyword to a string.
The keybinding is added under the Clojure refactor menu, in the
"cycle/clean/convert" section.
`SPC m r c :`
As this is a `clojure-mode` function, it is defined in the clojure-mode
refactoring keybinding section of packages.el.
Clojure layer attempted to provide `C-j` and `C-k` keybindings
to the cider-repl-mode but there was a bug.
This fixes the bug and adds those keybindings to the documentation.
By convention, code markup (`~`) is reserved for keybindings in Org-based
documentation in Spacemacs. Verbatim markup (`=`) is reserved for code and
other code-like things. So change several readmes to reflect this convention.
Use verbatim markup for things like (non-exhaustive list):
- Emacs Lisp functions, modes, buffers, etc.
- Environment variables
- Directory paths
- Code in general
"Sayid (siy EED) is a tool for debugging and profiling clojure code."
(https://bpiel.github.io/sayid/) it allows viewing the results of each line of
code in a clojure function, without editing the code at all.
This commit evilifies the plugin and adds its commands to the "debug" submenu
of the main clojure mode menu.
Added a Spacemacs style keybinding for the function cider-eval-defun-to-comment
This function evaluates and expression and displays the result as a comment
on the following line.
The CIDER keybinding is `C-C M-;` so the Spacemacs binding uses the `;`
convention, which is also the general character for comments in Emacs.
As this is an evaluation function, the keybinding is placed under the evaluation
part of the major mode menu.
Included documentation in the README.org file
SPC m g C is only used in Clojure whereas SPC m g c is used in various layers.
This is simpler to just move create tags to SPC m g C and move the clojure
bindings to SPC m g c (since it is not used in the clojure layer).
Cycle collection type was recently removed from `clj-refactor` as the
feature was migrated and rewritten in `clojure-mode`. The new feature
lets the user convert a collection into a specific collection type
instead of cycling through them.
To added shortcuts correspond to the shortcuts of this feature in
`clojure-mode` and placed in the refactor submenu.
Enabling a company backend for a specific mode was a tedious tasks with code
scattered at different locations, one for local variable definitions, one for
company hook function definitions and another where the backends were pushed to
the local variables (which was problematic, since we ended up pushing the same
backends over and over again with `SPC f e R`, pushes have been replaced by
add-to-list calls in the new macro).
All these steps are now put together at one place with the new macro
spacemacs|add-company-backends, check its docstring for more info on its
arguments.
This macro also allows to define arbitrary buffer local variables to tune
company for specific modes (similar to layer variables via a keyword :variables)
The code related to company backends management has been moved to the
auto-completion layer in the funcs.el file. A nice side effect of this move is
that it enforces correct encapsulation of company backends related code. We can
now easily detect if there is some configuration leakage when the
auto-completion layer is not used. But we loose macro expansion at file loading
time (not sue it is a big concern though).
The function spacemacs|enable-auto-complete was never used so it has been
deleted which led to the deletion of the now empty file core-auto-completion.el.
The example in LAYERS.org regarding auto-completion is now out of date and has
been deleted. An example to setup auto-completion is provided in the README.org
file of the auto-completion layer.
Moved to develop branch, original pull request -
https://github.com/syl20bnr/spacemacs/pull/7003
As an absolute beginner, this took a while to figure out, and eventually required reading through Cider's source files.
Currently, there must be a build.boot file present - an empty one works - if you want to start a repl through cider with boot.
https://github.com/clojure-emacs/cider/issues/1835
Hook semantic is to be used with run-hooks API and run all hooks
sequentially, jump list semantic is different since the running
functions are not guaranteed to be executed so we prefer using regular
list API to manage jump-lists.
- Add option to disable by default
- Use local-vars hook to allow per-project enable/disable
- Don’t enable helm-gtags-mode (no need)
- Move emacs bindings from helm-gtags-mode-map to ggtags-mode-map
This commit defines:
- spacemacs-default-jump-handlers: a list of functions that can jump to
definition in ALL modes.
- spacemacs-jump-handlers-MODE: a list of functions that can jump to
definition in MODE.
- spacemacs-jump-handlers: a buffer-local list of functions that can
jump to definition. This is made up of the values of the two previous
variables whenever a given major mode is activated.
- spacemacs/jump-to-definition: a function that tries each function in
spacemacs-jump-handlers in order, and stops when one of them takes us
somewhere new.
- spacemacs|define-jump-handlers: a macro that
* defines spacemacs-jump-handlers-MODE, possibly filled with initial
functions
* defines a function that is added to the hook of the given MODE
* binds “SPC m g g” of that MODE to spacemacs/jump-to-definition
This is an attempt to harmonize all the different approaches to jumping.
Specifically,
- Existing intelligent jump packages that work for only a single mode
should go to the beginning of spacemacs-jump-handlers-MODE. E.g.
anaconda for python, ensime for scala, etc.
- Packages like gtags that work for several modes (but potentially not
all) and which is dumber than the intelligent jumpers should go the
the END of spacemacs-jump-handlers-MODE.
- Packages like dumb-jump that work for all modes should go to
spacemacs-default-jump-handlers.
In all cases the order of the jump handlers in each list should be from
most to least intelligent.
Fixes#6619
Helm-flx, which is included as a core package, requires a minimum Emacs
version of 24.4. As it stands attempting to install Spacemacs on Emacs
24.3 or below will break on helm-flx.
clojure-defun-style-default-indent has been deprecated in favor of
clojure-indent-style. This is no longer a toggle but one of three
keywords. As it affects the way code is indented, and you should not
need to change your indentation style multiple times while editing, it
should not be a toggle. It's simple enough for the user to setq it to
desired value.
If desired, it may be added back as a completing-read selection (but I
don't think it's necessary).
Error was caused by unnecessarily wrapping cider test fns in
spacemacs//cider-eval-in-repl-no-focus. Test fns do not move focus to
repl anyways, and it caused a wrong-type-argument error.
The added bindings are to more closely match cider bindings (under C-c
C-t). Now spacemacs cider test fns mirror the cider ones.
Hybrid means vim-like in normal and emacs-like in insert. This is a
normal-state compatibility tweak (has no effect on insert-state
bindings), so it belongs.
The previous installation instructions suggested that you install lein
via your OS package manager, but since the minimum required version to
run the plugins is 2.5.2 and some OS package managers are still
packaging versions in 1.x, linking to the official install instructions
is better.
Fixes#5612
Motivation
While disabling Evil in holy-mode makes its implementation shorter and
sounds elegant on the paper, in practice it puts a big burden on the
configuration parts which need to know if Evil is enable or not. This is
a bad separation of concerns and the bunch of fixes that we were forced
to do in the past weeks shows this issue. Those fixes were about
removing the knowledge of the activation of Evil by implementing new
dispatching functions to be used by layers, this is cumbersome and makes
Spacemacs layer configuration more subtle which is not good. There was
additional bad consequences of the removal of Evil state like the
impossibility to use Evil lisp state or iedit states, or we would have
been forced to implement a temporary activation of Evil which is
awkward.
Instead I reintroduce Evil as the central piece of Spacemacs design thus
Evil is now re-enabled in holy-mode. It provides the abstraction we need
to isolate editing styles and be able to grow the Spacemacs
configuration coverage sanely. Layers don't need to check whether the
holy mode is active or not and they don't need to know if Evil is
available (it is always available). We also don't need to write
additional dispatching functions, this is the job of Evil, and I think
it provides everything for this. Ideally configuration layer should be
implemented with only Evil in mind and the holy-mode (and hybrid-mode)
should magically make it work for Emacs style users, for instance we can
freely use `evil-insert-state` anywhere in the code without any guard.
Evil is now even more part of Spacemacs, we can really say that
Spacemacs is Emacs+Evil which is now an indivisible pair. Spacemacs
needed this stable API to continue on the right track.
While these changes should be rather transparent to the user, I'm sorry
for this experimental period, I failed to see all the implications of
such a change, I was just excited about the possibility to make Evil
optional. The reality is that Spacemacs has to embrace it and keep its
strong position on being Emacs+Evil at the core.
Implementation
- insert, motion and normal states are forced to emacs state using an
advice on `evil-insert-state`, `evil-motion-state` and
`evil-normal-state` respectively. These functions can be used freely in
the layer configuration.
- A new general hook `spacemacs-editing-style-hook` allow to hook any
code that need to be configured based on the editing style. Functions
hooked to this hook takes the current style as parameter, this
basically generalize the hook used to setup hjkl navigation bindings.
- ESC has been removed from the emacs state map.
- Revert unneeded changes
- Revert "evil: enter insert-state only from normal-state"
commit bdd702dfbe.
- Revert "avoid being evil in deft with emacs editing style"
commit f3a16f49ed.
Additional changes
All editing style packages have been moved to a layer called
`spacemacs-editing-styles`
Notes
I did not have time to attack hybrid mode, I should be able to do it
later.
`spacemacs` now handles `rainbow-delimiters-mode` by adding it to the
`prog-mode-hook`, if wanted by the user. Some layers are adding it on
their own mode-hook, having for effect that `rainbow-delimiters-mode` is
called twice, which disable it.
This commit remove these layer-specific definitions of
`rainbow-delimiters` as it is now handled by the `spacemacs`
distribution. It also takes care of running `prog-mode-hook` in modes
that are not derived from it.
Fixes#3902
