containers
type
attribute set of submodule
containers.<name>.enableDockerSupport
Whether support for the Docker daemon should be added to this declarative container. Note, this will disable a number of important isolation features of this container and should only be enabled if you fully trust the container to access your system as a whole.
type
boolean
example
{
containers.<name>.enableDockerSupport = true;
}
default
{
containers.<name>.enableDockerSupport = false;
}
gtk.enableBase16Theme
Enable Base16 theme.
type
boolean
example
{
gtk.enableBase16Theme = false;
}
default
{
gtk.enableBase16Theme = true;
}
programs.bat.enableBase16Theme
Enable Base16 theme.
type
boolean
example
{
programs.bat.enableBase16Theme = false;
}
default
{
programs.bat.enableBase16Theme = true;
}
programs.emacs.init.enable
Whether to enable Emacs configuration.
type
boolean
example
{
programs.emacs.init.enable = true;
}
default
{
programs.emacs.init.enable = false;
}
programs.emacs.init.packageQuickstart
Whether to enable package-quickstart. This will make sure that
type
boolean
default
{
programs.emacs.init.packageQuickstart = true;
}
programs.emacs.init.earlyInit
Configuration lines to add in
type
strings concatenated with "\n"
default
{
programs.emacs.init.earlyInit = "";
}
programs.emacs.init.postlude
Configuration lines to add in the end of
type
strings concatenated with "\n"
default
{
programs.emacs.init.postlude = "";
}
programs.emacs.init.prelude
Configuration lines to add in the beginning of
type
strings concatenated with "\n"
default
{
programs.emacs.init.prelude = "";
}
programs.emacs.init.recommendedGcSettings
Whether to enable recommended garbage collection settings.
type
boolean
example
{
programs.emacs.init.recommendedGcSettings = true;
}
default
{
programs.emacs.init.recommendedGcSettings = false;
}
programs.emacs.init.startupTimer
Whether to enable Emacs startup duration timer.
type
boolean
example
{
programs.emacs.init.startupTimer = true;
}
default
{
programs.emacs.init.startupTimer = false;
}
programs.emacs.init.usePackage
Attribute set of use-package configurations.
type
attribute set of submodule
example
{
programs.emacs.init.usePackage = {
_type = "literalExpression";
text = ''
{
dhall-mode = {
mode = [ ''"\\.dhall\\'"'' ];
};
}
'';
};
}
default
{
programs.emacs.init.usePackage = {};
}
programs.emacs.init.usePackage.<name>.enable
Whether to enable Emacs package ‹name›.
type
boolean
example
{
programs.emacs.init.usePackage.<name>.enable = true;
}
default
{
programs.emacs.init.usePackage.<name>.enable = false;
}
programs.emacs.init.usePackage.<name>.package
The package to use for this module. Either the package name within the Emacs package set or a function taking the Emacs package set and returning a package.
type
name of package or function from epkgs to package
default
{
programs.emacs.init.usePackage.<name>.package = "‹name›";
}
programs.emacs.init.usePackage.<name>.after
The entries to use for .
type
list of string
default
{
programs.emacs.init.usePackage.<name>.after = [];
}
programs.emacs.init.usePackage.<name>.bind
The entries to use for .
type
attribute set of string
example
{
programs.emacs.init.usePackage.<name>.bind = {
M-<down> = "drag-stuff-down";
M-<up> = "drag-stuff-up";
};
}
default
{
programs.emacs.init.usePackage.<name>.bind = {};
}
programs.emacs.init.usePackage.<name>.bindKeyMap
The entries to use for .
type
attribute set of string
example
{
programs.emacs.init.usePackage.<name>.bindKeyMap = {
"C-c p" = "projectile-command-map";
};
}
default
{
programs.emacs.init.usePackage.<name>.bindKeyMap = {};
}
programs.emacs.init.usePackage.<name>.bindLocal
The entries to use for local keymaps in .
type
attribute set of attribute set of string
example
{
programs.emacs.init.usePackage.<name>.bindLocal = {
helm-command-map = {
"C-c h" = "helm-execute-persistent-action";
};
};
}
default
{
programs.emacs.init.usePackage.<name>.bindLocal = {};
}
programs.emacs.init.usePackage.<name>.chords
The entries to use for .
type
attribute set of string
example
{
programs.emacs.init.usePackage.<name>.chords = {
jj = "ace-jump-char-mode";
jk = "ace-jump-word-mode";
};
}
default
{
programs.emacs.init.usePackage.<name>.chords = {};
}
programs.emacs.init.usePackage.<name>.command
The entries to use for .
type
list of string
default
{
programs.emacs.init.usePackage.<name>.command = [];
}
programs.emacs.init.usePackage.<name>.config
Code to place in the section.
type
strings concatenated with "\n"
default
{
programs.emacs.init.usePackage.<name>.config = "";
}
programs.emacs.init.usePackage.<name>.defer
The setting.
type
boolean or positive integer, meaning >0
default
{
programs.emacs.init.usePackage.<name>.defer = false;
}
programs.emacs.init.usePackage.<name>.defines
The entries to use for .
type
list of string
default
{
programs.emacs.init.usePackage.<name>.defines = [];
}
programs.emacs.init.usePackage.<name>.demand
The setting.
type
boolean
default
{
programs.emacs.init.usePackage.<name>.demand = false;
}
programs.emacs.init.usePackage.<name>.diminish
The entries to use for .
type
list of string
default
{
programs.emacs.init.usePackage.<name>.diminish = [];
}
programs.emacs.init.usePackage.<name>.extraConfig
Additional lines to place in the use-package configuration.
type
strings concatenated with "\n"
default
{
programs.emacs.init.usePackage.<name>.extraConfig = "";
}
programs.emacs.init.usePackage.<name>.extraPackages
Extra packages to add to .
type
list of package
default
{
programs.emacs.init.usePackage.<name>.extraPackages = [];
}
programs.emacs.init.usePackage.<name>.functions
The entries to use for .
type
list of string
default
{
programs.emacs.init.usePackage.<name>.functions = [];
}
programs.emacs.init.usePackage.<name>.hook
The entries to use for .
type
list of string
default
{
programs.emacs.init.usePackage.<name>.hook = [];
}
programs.emacs.init.usePackage.<name>.init
The entries to use for .
type
strings concatenated with "\n"
default
{
programs.emacs.init.usePackage.<name>.init = "";
}
programs.emacs.init.usePackage.<name>.mode
The entries to use for .
type
list of string
default
{
programs.emacs.init.usePackage.<name>.mode = [];
}
programs.emacs.init.usePackageVerbose
Whether to enable verbose use-package mode.
type
boolean
example
{
programs.emacs.init.usePackageVerbose = true;
}
default
{
programs.emacs.init.usePackageVerbose = false;
}
programs.gnome-terminal.enableBase16Theme
Enable Base16 theme.
type
boolean
example
{
programs.gnome-terminal.enableBase16Theme = false;
}
default
{
programs.gnome-terminal.enableBase16Theme = true;
}
programs.jq.enableBase16Theme
Enable Base16 theme.
type
boolean
example
{
programs.jq.enableBase16Theme = false;
}
default
{
programs.jq.enableBase16Theme = true;
}
programs.rofi.enableBase16Theme
Enable Base16 theme.
type
boolean
example
{
programs.rofi.enableBase16Theme = false;
}
default
{
programs.rofi.enableBase16Theme = true;
}
services.dunst.enableBase16Theme
Enable Base16 theme.
type
boolean
example
{
services.dunst.enableBase16Theme = false;
}
default
{
services.dunst.enableBase16Theme = true;
}
services.polybar.enableBase16Theme
Enable Base16 theme.
type
boolean
example
{
services.polybar.enableBase16Theme = false;
}
default
{
services.polybar.enableBase16Theme = true;
}
services.screen-locker.enableBase16Theme
Enable Base16 theme.
type
boolean
example
{
services.screen-locker.enableBase16Theme = false;
}
default
{
services.screen-locker.enableBase16Theme = true;
}
services.xscreensaver.enableBase16Theme
Enable Base16 theme.
type
boolean
example
{
services.xscreensaver.enableBase16Theme = false;
}
default
{
services.xscreensaver.enableBase16Theme = true;
}
theme.base16.colors.base00
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base00 = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.colors.base01
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base01 = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.colors.base02
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base02 = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.colors.base03
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base03 = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.colors.base04
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base04 = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.colors.base05
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base05 = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.colors.base06
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base06 = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.colors.base07
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base07 = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.colors.base08
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base08 = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.colors.base09
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base09 = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.colors.base0A
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base0A = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.colors.base0B
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base0B = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.colors.base0C
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base0C = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.colors.base0D
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base0D = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.colors.base0E
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base0E = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.colors.base0F
Color value. Either a hexadecimal or decimal RGB triplet must be given. If a hexadecimal triplet is given then the decimal triplet is automatically populated, and vice versa. That is, the example could be equivalently written
And
red dec: 177, red hex: b1, rgb hex: b12a2a
.
type
submodule
example
{
theme.base16.colors.base0F = {
dec = {
b = 42;
g = 42;
r = 177;
};
};
}
theme.base16.kind
Whether theme is dark or light. The default value is determined by a basic heuristic, if an incorrect value is found then this option must be set explicitly.
type
one of "dark", "light"
example
{
theme.base16.kind = "dark";
}
default
{
theme.base16.kind = {
_type = "literalExpression";
text = ''
"light", if sum of RGB components of base00 color ≥ 382,
"dark", otherwise
'';
};
}
theme.base16.name
The theme name.
type
string
example
{
theme.base16.name = "My-Fine-Theme";
}