Also adjusted the tags to match the folders the layers
are in. I have also updated the binding for imenu mentioned
in protobuf layer and adapted the kubernetes tags to register
as tool instead of as os.
As discussed at length in #13392, the primary developer of EIN insists
on updating the spacemacs bindings to avoid several-iterations stale commands of
dubious functionality (in particular, multi-worksheet commands).
As the transient state docstring must be "mated" to the updated bindings, he prefers
not having to manually curate it, and exhorts the return of the
automated docstring. He doesn't insist on it, though, like the above.
bind-map.el counterfeits ein:notebook-mode
bind-map replaces on the `minor-mode-map-alist` the keymap for
ein:notebook-mode with the evilified map, thus making the original
ein:notebook-mode-map inaccessible.
This is might be intentional as one wonders whether having active both the
original keymap and the evilified keymap makes sense.
In EIN's case, yes, we really want the original keymap, e.g., C-c C-c
to execute, to work. Otherwise C-c C-c defaults to running a python
shell via the python-mode-map, which is really not what we want.
Go layer now supports dap, therefore when lsp is selected the layer
will load dap which in turn will load lsp to enable debugging capabilities
for all lsp users.
Show results of evaluating Clojure code in the same format they would be written
in the source code. This is especially useful for results that are
collections and nested collections.
Pretty print results as a comment.
1. Previously, the code had references to ein:notebook-mode which doesn't seem
to work (anymore), so I changed these references to ein:notebook.
2. The previous code had a big convoluted function that produced the
doc-string and that was difficult to read that depended on some other
smaller functions, though not enough of them to make the code
sufficiently modular, and therefore, it wasn't very maintainable.
Besides, when I tried the previous version with the name of the mode fixed,
spacemacs hung for a long time -- it's a mystery whether spacemacs would
have continued normally if I had waited long enough. Therefore I replaced
the doc-string with a hard coded one.
3. I added some keybindings from tkamat's fork to the code for I didn't see
a good reason not to
4. I removed the cl- prefix from "second" and "mapcan", because cl is a
deprecated package. However, I'm afraid the names without the prefix might
end up being unrecognized by previous versions of emacs.
Ensime seems to be finally dead, as ensime-mode is not longer
available on melpa. The same applies to ob-scala the package
which delivered scala support for org babel.
I have changed the layers default to metals and took care that
ensime is not tried to be installed until it is really selected
as a package.
In addition I have also fixed some smaller issues in the layer
which caused ensime specific settings to be forced even when
metals was selected as a backend.
I have also removed the not longer existing org-babel support
for scala as it requires ob-scala which in turn is based on ensime.
See https://github.com/hvesalai/emacs-scala-mode/issues/155 for details.
I have also updated the installation instructions as tsserver is not
longer available as single executable on npm. Also I've made sure that
modes register for tide backend only if it is really intended to.
Instructoins on the following external dependencies required by certain
functions are added/updated to the README file:
- `cargo-edit`
- `cargo-audit`
- `rustfmt`
- `clippy`
Signed-off-by: Lucius Hu <lebensterben@users.noreply.github.com>
Clojure (CIDER) is missing the incredibly useful function that jumps to the end
of the line and evaluates the last s-expression.
This function is in Emacs Lisp major mode under `SPC m e $` and `SPC m e l`
The function `spacemacs/cider-eval-sexp-end-of-line` is a copy of
`lisp-state-eval-end-of-line` with the last line replaced to call the equivalent
cider function, `cider-eval-last-sexp`.
The same keybindings are added to the Clojure layer as used for elisp.
The keybindings follow the Spacemacs convention for evaluation, as defined in
https://github.com/syl20bnr/spacemacs/blob/master/doc/CONVENTIONS.org#evaluationResolves#4124
This is a squashed commit it contains:
- Added new sections on `cargo-edit`, `cargo-audit`, and `Clippy`,
which are used for several key-bindings in this layer.
- Re-ordered the `Key bindings` section, added entries for new bidings,
and improved description.
- ~SPC m c a~ for =cargo add=
- ~SPC m c r~ for =cargo rm=
- ~SPC m c U~ for =cargo upgrade=
- ~SPC m c A~ for =cargo audit=
- ~SPC m c X~ is for =cargo run --bin= now, instead of =cargo run --example=,
which is bound to ~SPC m c E~
This layer supported the very old linum and the non working
auto-complete-rst package. The later is not longer maintained
and does not work with up-to-date releases of sphinx causing
To fix the issue I have disabled `linum` and `auto-complete-rst`.
Add installation instruction for `sqlfmt` executable
Adapt documentation to be more like the other layers
Replace wrong default sqlfmt parameter -u with --use-spaces
Make error buffers be reused by default to reduce memory consumption
Change prefix for repl keybindings to be conform with the other layers
Remove obsolete progn statement
Enhances `sqlfmt` support in SQL layer.
`sqlfmt` was only being applied against the whole buffer, and did not allow
invocation against a specific region in the buffer. `sqlfmt` customize options
were not included under the `sql` group. It was not possible to control if
`sqlfmt` reused an existing error buffer or generated new ones.
- Added `sqlfmt-region` interactive command and binding under `sql-mode` keymap
- `sqlfmt-buffer` calls into `sqlfmt-region` with `(point-min)` and
`(point-max`)
- Added `sqlfmt` customize group as child to `sql` customize group
- Added `sqlfmt-reuse-error-buffer` option
- Updated `sql` layer documentation to reflect changes
`lsp-mode` supports two LSP server backend for Rust language, i.e.
`rls` and `rust-analyzer`.
`rust-analyzer` is experimental and lacks certain functionalities
such as `DAP` support.
`lsp-mode` provides a function `lsp-rust-switch-server` that changes
the priority of LSP server backend for *new* LSP session.
This commit adds a key binding `SPC m s s` to `lsp-rust-switch-server`.
There's no keybinding for markdown-insert-kbd alongside all the other
markdown-insert-* keybindings, this patch adds one using the same
convention (specifically xk).
Added keybindings for the Sesman REPL session management commands to the Clojure
layer, following the Spacemacs keybinding conventions.
https://docs.cider.mx/cider/0.23/usage/managing_connections.html
Sesman has been a part of CIDER for many versions now and provides session
management for nREPL connections (in fact any connections).
Sesman keybinds are placed in the `SPC m c` menu, providing a cleaner separation
between sending code to the repl and session management.
See issue #12593 and PR #13140 which covers the background for the design of
these additional keybindings.
Formatting the region and defun keybinds have been added, along with formatting
for edn files. Moved to `=` menu to match Spacemacs convention.
Evaluation up to point keybinding has also been added.
Documentation in the README has been updated to complete the description of the
existing Clojure layer, as well as including details specific to the new
keybindings.
The snippets seem to have been accidentally changed in this commit:
a2de9a63af (diff-75e0388987cdf040d82762426e40e5a5R434)
where other instances of checking for a layer, were changed to check for a
package.
It doesn't work to check if the haskell package is used in the user config
section, because the haskell package hasn't loaded yet.
Reverting it to check if the haskell layer is used works.
Add Spacemacs keybindings to the Clojure layer for all the sesman functions.
Sesman has been a part of CIDER for many versions now and provides session
management for nREPL connections (in fact any connections).
Several keybindings relating to the use of a specific repl been migrated the
`e` evaluation menu and `es` sent-to-repl-buffer sub-menu, providing a cleaner
separation between repl connection and session management and interacting with a
specific repl.
Updated layer documentation and keybindings in README.org file.
Added changes to CHANGELOG.develop
Resolves#12593
Make rainbow-identifiers not colorize special operators and macros, so they
always visually stand out. Rationale behind this change is that special
operators and macros in Lisp may be considered "syntax" elements, so it makes
sense to have them visually distinguished at all times.
- Fixed setting dap-java shortcuts - ATM the shortcuts were not enabled due to
the fact that dap-mode configuration was overriding them since it was running
after this piece of code
- removed configuration code about lsp-java since it was either about
missing properties or about setting defaults already set by lsp-mode/lsp-java
(e. g. lsp-eldoc-render-all is now nil by default)
See #10825.
Try to match more closely the build process followed upstream:
- Force module build mode, which builds the latest stable release (not master),
and takes care of module replacements.
- Disable cgo.
- The -trimpath argument to go get requires go >= 1.13, which is also needed
because go <= 1.12 has a bug that causes problems with golangci-lint², as
explained in the golangci-lint installation instructions².
Note that the only thing that is missing to exactly match the upstream build
process is the addition of some -X variables, which only affect the data
reported by golangci-lint version.
¹: https://github.com/golang/go/issues/29612
²: https://github.com/golangci/golangci-lint#install
Thanks to @dbriemann and @seriousben for reporting and clarifying this issue!
removing the `lexical-let` caused the intended closure to be invalid. the
filename being compiled was nil when the compilation-finish-function was
run.
this adds a special var to hold the temp file being compiled instead, and
tries to narrow down the compilation-finish-function to only run when the
compilation buffer includes the "rustc -o /tmp" regexp
Before the ruby layer was only requiring standalone lsp layer,
however with the latest changes dap support has been added
therefore I have updated the layer file to require the full
dap layer instead which in turn requires the lsp layer.
I have:
- Revised the documentation to be more clear about the possible backends
- Simplified the lsp setup code
- Removed redundant loading of company-lsp (is done by lsp-mode already)
- Made lsp the default backend for dart and mentioned that the analyser is
deprecated
An older PR reintroduced a dependency on lexical let.
There is no proper replacement for this in cl-lib therefore
I have changed it to a normal let which works the same
way.
In future we should think of making the entire file lexically bound
and only mark the exceptions to be dynamically bound.
I have tried to integrate flow-js2-mode into flow-type in addition
I have fixed a couple of issues in the layer and replaced obsolete
react-mode bindings with rjsx-mode bindings.
