Naming the main file `main.nim` is a `C` convention, not a `Nim` convention. In
fact, `Nimble` defaults to naming the main file after the project at
initialization. I will soon add a function that parses the Nimble configuration
for project entry point and compiles that. Until then, this is a solid
compromise between flexibility and reliability. I also added a doc-string to the
function.
For those with MELPA on their mind. It's easier to work when packaging errors
are reported on the fly, and we don't even have `package-lint` integration for
occasional checkups yet.
It adds no unnecessary verbosity as it is only triggered by `Package-Requires`
and `Package-Version` headers.
Add functions equivalent to the custom eval-funtions of the elisp layer to the
common-lisp layer.
The functions are copied from the elisp layer only `eval-last-sexp' was replaced
with its slime equivalent `slime-eval-last-expression'.
Keybindings are chosen as they are in the elisp layer.
OSX layer keybindings should be applied on macOS no matter it is in GUI
mode or not. Otherwise the keybindings won't be applied if Emacs is
launched in daemon mode.
Reverted clojure/post-init-parinfer back to a state before the refactor, which
introduced spacemacs|forall-clojure-modes. That macro deals with modes, not
hooks, therefore we can't use it for add-hook.
The `LSP Java` backend produces these tempfiles to preserve session state. The
glob in `lsp-session-*` is needed as multiple session files are produced when
working on multiple projects. There is no reason for these files to be kept
under version control.
When executing the main function which requires command line arguments, user can
set `go-run-args` to pass command line arguments to compiled binary.
The example below demonstrates how to pass command line arguments by setting
`go-run-args` as file local variable:
package main
import (
"fmt"
"os"
"strconv"
)
func main() {
//Atoi converts a string to an int
fmt.Println("Arguments:", os.Args)
a, _ := strconv.Atoi(os.Args[1])
b, _ := strconv.Atoi(os.Args[2])
result := sum(a, b)
fmt.Printf("The sum of %d and %d is %d\n", a, b, result)
}
func sum(a, b int) int {
return a + b
}
// Local Variables:
// go-run-args: "10 5"
// End:
Since factor 0.98, `fuel-edit-word` has been removed, since
`fuel-edit-word-at-point` has the same behavior when point is not on a symbol.
Also adjust the jump-handler definition.
factor: choose correct name for the `fuel` package
The package is called `fuel`, not `factor-mode`.
This does not make a difference for the layer itself, since it is using the
`site` pseudo-location, and thus never deals with the package files.
Now, any `post-init-fuel` functions defined somewhere else should work
correctly.
factor-layer: add missing refactor command binding, fix initial modes
When switching the Go layer to use the LSP backend with `golangci-lint`, I
noticed that none of my linter errors were being rendered with my source code.
Digging in further, I eventually learned it was due to `lsp-prefer-flymake`
being set to `nil` and not `:none`.
This change updates the Go layer, when using LSP and golangci-lint, to set
`lsp-prefer-flymake` to `:none`. If this is not set, the golangci-lint errors
will not be reported.
This is an alternative to #12043.
Fixes#11680
Signed-off-by: Tim Heckman <t@heckman.io>
importmangic does not have a diminish character.
Add diminish characters to make the modeline nice(r).
Signed-off-by: Loys Ollivier <loys.ollivier@gmail.com>