Apply idiomatic way of configuring org-babel for the cfengine engine.
Remove the documentation about how to configure it since Spacemacs does it
automatically.
Resolves https://github.com/syl20bnr/spacemacs/issues/9663
Tested to work on a created-from-scratch spacemacs-base config created with
Emacs-style, ivy preferences.
I just added below to dotspacemacs-configuration-layers
(org :variables
org-enable-hugo-support t)
After this PR, C-c C-e in an Org file shows the Hugo export options.
There is a space in the buffer name of undo-tree. The popwin did not display right and the function `undo-tree-visualizer-quit` also seems not work well until I correct the buffer name.
Motivation: so layers with their own evil states (e.g. treemacs) can also
contain their own cursor configuration
Example usage: `(spacemacs/add-evil-cursor "treemacs" "RoyalBlue1" '(hbar . 0))`
Layer READMEs don't list the configuration of the package so this commit removes
the mentions of treemacs package readme.
Reformat the documentation of layer variables
Reformat key bindings in table
Respect 80 chars max per line.
In perspective transient state. b and l keys in the docstring have no
corresponding functions declared whenever both helm and ivy layers are not
used.
Add two private variables to fix the issue:
- spacemacs--persp-display-buffers-func
- spacemacs--persp-display-perspectives-func
These variables are set to the correct functions by the helm and ivy layers via
a use-package hook.
Default is `ignore` function so b and l does nothing if both helm and ivy layers
are not used, TODO: we should find a better default function.
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.
