subprojects/bahaghari/lib: update nixdoc docstring format

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Gabriel Arazas 2025-01-12 21:33:15 +08:00
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@ -3,20 +3,38 @@
rec {
inherit (pkgs.lib.generators) toYAML;
/* Read YAML files into a Nix expression similar to lib.importJSON and
lib.importTOML from nixpkgs standard library. Unlike both of them, this
unfortunately relies on an import-from-derivation (IFD) so it isn't exactly
perfect but it is very close.
/**
Read YAML files into a Nix expression similar to lib.importJSON and
lib.importTOML from nixpkgs standard library. Unlike both of them, this
unfortunately relies on an import-from-derivation (IFD) so it isn't exactly
perfect but it is very close.
This relies on yaml2json which uses the following YAML library which you
can view the following link for more details on YAML compatibility.
This relies on yaml2json which uses the following YAML library which you
can view the following link for more details on YAML compatibility.
https://pkg.go.dev/gopkg.in/yaml.v3#readme-compatibility
https://pkg.go.dev/gopkg.in/yaml.v3#readme-compatibility
Type: importYAML :: Path -> any
# Arguments
Example:
importYAML ./simple.yml
file
: The filepath of the YAML file.
# Type
```
importYAML :: Path -> any
```
# Example
```
importYAML ./simple.yml
=>
{
hello = "there";
how-are-you-doing = "I'm fine. Thank you for asking.";
}
```
*/
importYAML = path:
let
@ -26,44 +44,80 @@ rec {
in
lib.importJSON dataDrv;
/* Convert a given decimal number to a specified base digit with the set of
glyphs for each digit as returned from lib.toBaseDigits.
/**
Convert a given decimal number to a specified base digit with the set of
glyphs for each digit as returned from lib.toBaseDigits.
Type: toBaseDigitWithGlyphs :: Int -> Int -> Attrs -> String
# Arguments
Example:
toBaseDigitWithGlyphs 24 267 {
"0" = "0";
"1" = "1";
"2" = "2";
# ...
"22" = "O";
"23" = "P";
}
=>
base
: The base index.
glyphs
: An attribute set of decimal values and their glyphs.
i
: The actual integer to be converted.
# Type
```
toBaseDigitWithGlyphs :: Int -> Int -> Attrs -> String
```
# Example
```
toBaseDigitWithGlyphs 24 267 {
"0" = "0";
"1" = "1";
"2" = "2";
# ...
"22" = "M";
"23" = "N";
}
=>
"12H"
toBaseDigitWithGlyphs
```
*/
toBaseDigitsWithGlyphs = base: i: glyphs:
toBaseDigitsWithGlyphs = base: glyphs: i:
let
baseDigits = lib.toBaseDigits base i;
toBaseDigits = d: glyphs.${builtins.toString d};
in
lib.concatMapStrings toBaseDigits baseDigits;
/* Generates a glyph set usable for `toBaseDigitsWithGlyphs`. Take note the
given list is assumed to be sorted and the generated glyph set starts at
`0` up to (`listLength - 1`).
/**
Generates a glyph set usable for `toBaseDigitsWithGlyphs`. Take note the
given list is assumed to be sorted and the generated glyph set starts at
`0` up to (`listLength - 1`).
Type: generateGlyphSet :: [ String ] -> Attrs
# Arguments
Example:
generateGlyphSet [ "0" "1" "2" "3" "4" "5" "6" "7" "8 "9" "A" "B" "C" "D" "E" "F" ]
=> {
"0" = "0";
"1" = "1";
# ...
"14" = "E";
"15" = "F";
}
glyphsList
: A sorted list of glyphs.
# Type
```
generateGlyphSet :: [ String ] -> Attrs
```
# Example
```
generateGlyphSet [ "0" "1" "2" "3" "4" "5" "6" "7" "8 "9" "A" "B" "C" "D" "E" "F" ]
=>
{
"0" = "0";
"1" = "1";
# ...
"14" = "E";
"15" = "F";
}
```
*/
generateGlyphSet = glyphsList:
let
@ -74,21 +128,35 @@ rec {
in
lib.listToAttrs glyphsList';
/* Generates a conversion table for a sorted list of glyphs to its decimal
number. Suitable for creating your own conversion function. Accepts the
same argument as `generateGlyphSet`.
/**
Generates a conversion table for a sorted list of glyphs to its decimal
number. Suitable for creating your own conversion function. Accepts the
same argument as `generateGlyphSet`.
Type: generateConversionTable :: [ String ] -> Attrs
# Arguments
Example:
generateGlyphSet [ "0" "1" "2" "3" "4" "5" "6" "7" "8 "9" "A" "B" "C" "D" "E" "F" ]
=> {
"0" = 0;
"1" = 1;
# ...
"E" = 14;
"F" = 15;
}
glyphsList
: A sorted list of glyphs.
# Type
```
generateConversionTable :: [ String ] -> Attrs
```
# Example
```
generateConversionTable [ "0" "1" "2" "3" "4" "5" "6" "7" "8 "9" "A" "B" "C" "D" "E" "F" ]
=>
{
"0" = 0;
"1" = 1;
# ...
"E" = 14;
"F" = 15;
}
```
*/
generateConversionTable = glyphsList:
let
@ -99,23 +167,37 @@ rec {
in
lib.listToAttrs glyphsList';
/* A factory function for generating an attribute set containing a glyph
set, a conversion table, and a conversion function to and from decimal.
Accepts the same list as `generateGlyphSet` and
`generateConversionTable` where it assumes it is sorted and
zero-indexed.
/**
A factory function for generating an attribute set containing a glyph
set, a conversion table, and a conversion function to and from decimal.
Accepts the same list as `generateGlyphSet` and
`generateConversionTable` where it assumes it is sorted and
zero-indexed.
Type: generateBaseDigitType :: [ String ] -> Attrs
# Arguments
Example:
generateBaseDigitType [ "0" "1" ]
=> {
base = 2;
glyphSet = { "0" = "0"; "1" = "1"; };
conversionTable = { "0" = 0; "1" = 1; };
fromDec = <function>;
toDec = <function>;
}
glyphsList
: A sorted list of glyphs.
# Type
```
generateBaseDigitType :: [ String ] -> Attrs
```
# Example
```
generateBaseDigitType [ "0" "1" ]
=>
{
base = 2;
glyphSet = { "0" = "0"; "1" = "1"; };
conversionTable = { "0" = 0; "1" = 1; };
fromDec = <function>;
toDec = <function>;
}
```
*/
generateBaseDigitType = glyphsList: rec {
base = lib.length glyphsList;
@ -143,84 +225,174 @@ rec {
lib.foldl (sum: v: sum + v) 0 convertDigitToDec;
};
/* Given a range of two numbers, ensure the value is only returned within the
range.
/**
Given a range of two numbers, ensure the value is only returned within the
range.
Type: clamp :: Number -> Number -> Number -> Number
# Arguments
Example:
clamp 0 255 654
=> 255
min
: Minimum number of the range.
clamp (-100) 100 (-234)
=> -100
max
: Maximum number of the range.
clamp (-100) 100 54
=> 54
value
: Number to be used for the function.
# Type
```
clamp :: Number -> Number -> Number -> Number
```
# Example
```
clamp 0 255 654
=>
255
clamp (-100) 100 (-234)
=>
-100
clamp (-100) 100 54
=>
54
```
*/
clamp = min: max: value:
lib.min max (lib.max min value);
/* Given a value, check if it's a number type.
/**
Given a value, check if it's a number type.
Type: isNumber :: Number -> bool
# Arguments
Example:
isNumber 3.0
=> true
value
: Numerical value.
isNumber 653
=> true
# Type
isNumber true
=> false
```
isNumber :: Number -> bool
```
# Example:
```
isNumber 3.0
=>
true
isNumber 653
=>
true
isNumber true
=>
false
```
*/
isNumber = v:
lib.isInt v || lib.isFloat v;
/* Given a Nix number, force it to be a floating value.
/**
Given a Nix number, force it to be a floating value.
Type: toFloat :: Number -> Float
# Arguments
Example:
toFloat 5
=> 5.0
value
: The numerical value.
toFloat 59.0
=> 59.0
# Type
```
toFloat :: Number -> Float
```
# Example
```
toFloat 5
=>
5.0
toFloat 59.0
=>
59.0
```
*/
toFloat = x:
1.0 * x;
/* Given an initial range of integers, scale the given number with its own
set of range.
/**
Given an initial range of integers, scale the given number with its own
set of range.
Type: scale :: Attrs -> Number -> Number
# Arguments
Example:
scale { inMin = 0; inMax = 15; outMin = 0; outMax = 255; } 4
=> 68
rangeSet
: An attribute set containing the following attributes: `inMin` and `inMax`
for specifying the input's expected range and `outMin` and `outMax` for the
output's.
scale { inMin = 0; inMax = 15; outMin = 0; outMax = 255; } (-4)
=> -68
value
: The numerical value.
scale { inMin = 0; inMax = 15; outMin = 0; outMax = 255; } 15
=> 255
# Type
```
scale :: Attrs -> Number -> Number
```
# Example
```
scale { inMin = 0; inMax = 15; outMin = 0; outMax = 255; } 4
=>
68
scale { inMin = 0; inMax = 15; outMin = 0; outMax = 255; } (-4)
=>
-68
scale { inMin = 0; inMax = 15; outMin = 0; outMax = 255; } 15
=>
255
```
*/
scale = { inMin, inMax, outMin, outMax }: v:
((v - inMin) * (outMax - outMin)) / ((inMax - inMin) + outMin);
/* Returns a null value if the condition fails. Otherwise, returns the given
value `as`.
/**
Returns a null value if the condition fails. Otherwise, returns the given
value `as`.
Type: optionalNull :: Bool -> Any -> Any
# Arguments
Example:
optionalNull true "HELLO"
=> "HELLO"
cond
: Condition that should evaluate as a boolean.
optionalNull (null != null) "HELLO"
=> null
as
: Value to be returned if condition returns true.
# Type
```
optionalNull :: Bool -> Any -> Any
```
# Example
```
optionalNull true "HELLO"
=> "HELLO"
optionalNull (null != null) "HELLO"
=> null
```
*/
optionalNull = cond: as:
if cond then