It means that:
(helm-company :requires helm)
is OK, but
(helm-company :requires helm pkg2)
is not OK, list is mandatory
(helm-company :requires (helm pkg2))
When :enabled-for-modes is nil we default it to '(prog-mode text-mode), but if
any of them is in :disabled-for-modes then it shouldn't be enabled by default.
This commit fixes the second part.
See updated DOCUMENTATION.org and FAQ.org for more info.
* add core-env.el
* add library load-env-vars.el
* add bootstrap package dotenv-mode.el
* remove spacemacs-environment from bootstrap layer
* remove dotspacemacs variable dotspacemacs-import-env-vars-from-shell
* remove dotspacemacs variable dotspacemacs-improt-env-vars-shell-file-name
* add new key binding SPC f e e to open spacemacs.env file
* add new key binding SPC f e E to reload environment variable from env file
* add new key binding SPC f e C-e to re-initialize the env file from shell.
Spacemacs is slow to startup so better give it a not buggy progress bar :-)
* Move progress bar code to core-progress-bar.el file
* Remove the counters at the end of the progress bar
* Fix update of the progress bar value
* Fix progress bar size when staring Emacs maximized
It allows to put package variable with a default value set by spacemacs in
the layer variables. For instance to set treemacs position to the right, you can
now do it like this:
(treemacs :variables treemacs-position 'right)
Since the introduction of `spacemacs-bootstrap`, the position of layers
inside `configuration-layer--used-layers` was shifted by 1 to the right.
The test changes account for that now, and the names were changed to
indicate they are related to testing the `spacemacs-base` distribution,
since the complete `spacemacs` distribution has other layers in between
bootstrap and defaults.
With this commit, the new loading order for package configuration is:
- pre-init functions for all packages
- init function of all packages
- post-init functions for all packages
Shadowing is now control by layer property ':can-shadow' only.
can-shadow is a commutative relation, if layer1 can shadow layer2 then layer2
can shadow layer1.
the shadow operator is a binary operator accepting two layer names, it is not
commutative and the order of the operands is determined by the order of the
layers in the dotfile (like the ownership stealing mechanism).
If ':can-shadow' is set explicity to nil in the dotfile then the layer won't
shadow any layer.
For instance to install both ivy and helm layer:
(setq dotspacemacs-configuration-layers
'(
ivy
(helm :can-shadow nil)
)
note that due to the commutative relation the above example can also be
written (in this case, ':can-shadow' should be read ':can-be-shawdowed'):
(setq dotspacemacs-configuration-layers
'(
(ivy :can-shadow nil)
helm
)
Layers can now declare in their layers.el file that they shadow one or more
layers using the following functions:
- configuration-layer/shadow-layers
- configuration-layer/shadow-layer
Those function are commutative so:
(configuration-layer/shadow-layer 'layer1 'layer2)
is the same as
(configuration-layer/shadow-layer 'layer2 'layer1)
and means that
layer1 shadows layer2
and
layer2 shadows layer1
The typical use-case is helm and ivy layers. Helm shadows the ivy layer and
Ivy shadows the helm layer.
Shadowing is sensitive to the order of declaration of layers in the dotfile,
for instance:
(setq dotspacemacs-configuration-layers '(
helm
ivy
))
means that ivy shadows helm so helm layer is effectively ignored,
whereas
(setq dotspacemacs-configuration-layers '(
ivy
helm
))
means that helm shadows ivy so ivy layer is effectively ignored.
This mechanism can be turned off using the :can-shadow keyword:
(setq dotspacemacs-configuration-layers '(
ivy
(helm :can-shadow nil)
))
means that both ivy and helm layers will be installed (not recommended in this
case)
Note that the `:can-shadow` mechanism will be fully implemented in a next
commit.
- remove variable configuration-layer--used-distant-packages
- rename function configuration-layer//get-distant-packages to
configuration-layer//filter-distant-packages to better reflect what it does
- Add argument PREDICATE to configuration-layer//filter-distant-packages
- New cfgl-package methods: cfgl-package-used-p and cfgl-package-distant-p
- Add unit tests
This replaces the older pattern
:toggle (configuration-layer/package-usedp ..)
This implementation ensures that :disabled-for honors dependent packages, i.e.
if package a depends on package b, which is owned by layer c, and layer c is
disabled for layer d, then neither package a nor b will be configured for layer
d. Previously, this was only true for package a, but not b.
This commit also fixes:
- configuration-layer/describe-package now shows which post-init and pre-init
functions are disabled, if any
- Does not recreate all layer objects unconditionally when calling
configuration-layer/discover-layers. Previously, this led to all layers being
recreated after e.g. `SPC h SPC`, without any of the dotfile information.
Since this information is now necessary for
configuration-layer/describe-package, it’s important that we don’t clear the
indexed layers when invoking this function.
To avoid further issues with the publishing of
documentations I have written a test to ensure that
all documentation files can be exported to html.
To avoid issues with loading the right org version
after package installation I have also slightly
modified the test workflow to include a dedicated
package installation target done prior to executing
any tests.
Distribute spacemacs-theme with Spacemacs so we don't need to download the
package of the theme at startup. It was delaying the display of the home buffer.
Now Spacemacs fallback to spacemacs-dark theme if the user theme cannot be
applied. Spacemacs then tries to install and reapply the user theme. If
successful, at the subsequent startups the user theme is applied right away
instead of spacemacs-dark. If the installation failed then we display a warning
informing the user and suggesting some actions.
There is now no package left to be installed manually at the start of Spacemacs.
Thanks to the power provided by Lisp, hack package-install to patch on the
fly org and org dependencies installations in order to install org-plus-contrib
instead.
