refactor(format): apply formatting

This commit is contained in:
Jake Hamilton 2024-07-04 18:01:33 -07:00
parent d2b053d63a
commit 0a63667459
Signed by: jakehamilton
GPG key ID: 9762169A1B35EA68
15 changed files with 2355 additions and 2309 deletions

View file

@ -4,166 +4,184 @@ lib: {
## Merge a list of option definitions into a single value.
##
## @type Location -> List Definition -> Any
default = location: definitions: let
values = lib.options.getDefinitionValues definitions;
first = builtins.elemAt values 0;
mergedFunctions = x: lib.options.mergeDefault location (builtins.map (f: f x) values);
mergedLists = builtins.concatLists values;
mergedAttrs = builtins.foldl' lib.attrs.merge {} values;
mergedBools = builtins.any lib.bools.or false values;
mergedStrings = lib.strings.concat values;
in
if builtins.length values == 1
then builtins.elemAt values 0
else if builtins.all builtins.isFunction values
then mergedFunctions
else if builtins.all builtins.isList values
then mergedLists
else if builtins.all builtins.isAttrs values
then mergedAttrs
else if builtins.all builtins.isBool values
then mergedBools
else if builtins.all lib.strings.isString values
then mergedStrings
else if builtins.all builtins.isInt values && builtins.all (x: x == first) values
then first
default =
location: definitions:
let
values = lib.options.getDefinitionValues definitions;
first = builtins.elemAt values 0;
mergedFunctions = x: lib.options.mergeDefault location (builtins.map (f: f x) values);
mergedLists = builtins.concatLists values;
mergedAttrs = builtins.foldl' lib.attrs.merge { } values;
mergedBools = builtins.any lib.bools.or false values;
mergedStrings = lib.strings.concat values;
in
if builtins.length values == 1 then
builtins.elemAt values 0
else if builtins.all builtins.isFunction values then
mergedFunctions
else if builtins.all builtins.isList values then
mergedLists
else if builtins.all builtins.isAttrs values then
mergedAttrs
else if builtins.all builtins.isBool values then
mergedBools
else if builtins.all lib.strings.isString values then
mergedStrings
else if builtins.all builtins.isInt values && builtins.all (x: x == first) values then
first
# TODO: Improve this error message to show the location and definitions for the option.
else builtins.throw "Cannot merge definitions.";
else
builtins.throw "Cannot merge definitions.";
## Merge multiple option definitions together.
##
## @type Location -> Type -> List Definition
definitions = location: type: definitions: let
identifier = lib.options.getIdentifier location;
resolve = definition: let
properties = builtins.addErrorContext "while evaluating definitions from `${definition.__file__ or "<unknown>"}`:" (
lib.modules.apply.properties definition.value
);
normalize = value: {
__file__ = definition.__file__;
inherit value;
};
definitions =
location: type: definitions:
let
identifier = lib.options.getIdentifier location;
resolve =
definition:
let
properties = builtins.addErrorContext "while evaluating definitions from `${definition.__file__ or "<unknown>"}`:" (
lib.modules.apply.properties definition.value
);
normalize = value: {
__file__ = definition.__file__;
inherit value;
};
in
builtins.map normalize properties;
resolved = builtins.concatMap resolve definitions;
overridden = lib.modules.apply.overrides resolved;
values =
if builtins.any (definition: lib.types.is "order" definition.value) overridden.values then
lib.modules.apply.order overridden.values
else
overridden.values;
isDefined = values != [ ];
invalid = builtins.filter (definition: !(type.check definition.value)) values;
merged =
if isDefined then
if builtins.all (definition: type.check definition.value) values then
type.merge location values
else
builtins.throw "A definition for `${identifier}` is not of type `${type.description}`. Definition values:${lib.options.getDefinitions invalid}"
else
builtins.throw "The option `${identifier}` is used but not defined.";
optional = if isDefined then { value = merged; } else { };
in
builtins.map normalize properties;
{
inherit
isDefined
values
merged
optional
;
resolved = builtins.concatMap resolve definitions;
overridden = lib.modules.apply.overrides resolved;
values =
if builtins.any (definition: lib.types.is "order" definition.value) overridden.values
then lib.modules.apply.order overridden.values
else overridden.values;
isDefined = values != [];
invalid = builtins.filter (definition: !(type.check definition.value)) values;
merged =
if isDefined
then
if builtins.all (definition: type.check definition.value) values
then type.merge location values
else builtins.throw "A definition for `${identifier}` is not of type `${type.description}`. Definition values:${lib.options.getDefinitions invalid}"
else builtins.throw "The option `${identifier}` is used but not defined.";
optional =
if isDefined
then {value = merged;}
else {};
in {
inherit
isDefined
values
merged
optional
;
raw = {
inherit values;
inherit (overridden) highestPriority;
raw = {
inherit values;
inherit (overridden) highestPriority;
};
};
};
## Merge multiple option declarations together.
##
## @type Location -> List Option
declarations = location: options: let
merge = result: option: let
mergedType = result.type.mergeType option.options.type.functor;
isTypeMergeable = mergedType != null;
shared = name: option.options ? ${name} && result ? ${name};
typeSet = lib.attrs.when ((shared "type") && isTypeMergeable) {type = mergedType;};
files = result.declarations;
serializedFiles = builtins.concatStringsSep " and " files;
getSubModules = option.options.type.getSubModules or null;
submodules =
if getSubModules != null
declarations =
location: options:
let
merge =
result: option:
let
mergedType = result.type.mergeType option.options.type.functor;
isTypeMergeable = mergedType != null;
shared = name: option.options ? ${name} && result ? ${name};
typeSet = lib.attrs.when ((shared "type") && isTypeMergeable) { type = mergedType; };
files = result.declarations;
serializedFiles = builtins.concatStringsSep " and " files;
getSubModules = option.options.type.getSubModules or null;
submodules =
if getSubModules != null then
builtins.map (module: {
__file__ = option.__file__;
includes = [ module ];
}) getSubModules
++ result.options
else
result.options;
in
if
shared "default"
|| shared "example"
|| shared "description"
|| shared "apply"
|| (shared "type" && !isTypeMergeable)
then
builtins.map (module: {
__file__ = option.__file__;
includes = [module];
})
getSubModules
++ result.options
else result.options;
builtins.throw "The option `${lib.options.getIdentifier location}` in `${option.__file__}` is already declared in ${serializedFiles}"
else
option.options
// result
// {
declarations = result.declarations ++ [ option.__file__ ];
options = submodules;
}
// typeSet;
in
if
shared "default"
|| shared "example"
|| shared "description"
|| shared "apply"
|| (shared "type" && !isTypeMergeable)
then builtins.throw "The option `${lib.options.getIdentifier location}` in `${option.__file__}` is already declared in ${serializedFiles}"
else
option.options
// result
// {
declarations = result.declarations ++ [option.__file__];
options = submodules;
}
// typeSet;
in
builtins.foldl' merge {
inherit location;
declarations = [];
options = [];
}
options;
declarations = [ ];
options = [ ];
} options;
## Merge an option, only supporting a single unique definition.
##
## @type String -> Location -> List Definition -> Any
unique = message: location: definitions: let
identifier = lib.options.getIdentifier location;
total = builtins.length definitions;
first = builtins.elemAt definitions 0;
in
if total == 1
then first.value
else if total == 0
then builtins.throw "Cannot merge unused option `${identifier}`.\n${message}"
else builtins.throw "The option `${identifier}` is defined multiple times, but must be unique.\n${message}\nDefinitions:${lib.options.getDefinitions definitions}";
unique =
message: location: definitions:
let
identifier = lib.options.getIdentifier location;
total = builtins.length definitions;
first = builtins.elemAt definitions 0;
in
if total == 1 then
first.value
else if total == 0 then
builtins.throw "Cannot merge unused option `${identifier}`.\n${message}"
else
builtins.throw "The option `${identifier}` is defined multiple times, but must be unique.\n${message}\nDefinitions:${lib.options.getDefinitions definitions}";
## Merge a single instance of an option.
##
## @type Location -> List Definition -> Any
one = lib.options.merge.unique "";
equal = location: definitions: let
identifier = lib.options.getIdentifier location;
first = builtins.elemAt definitions 0;
rest = builtins.tail definitions;
merge = x: y:
if x != y
then builtins.throw "The option `${identifier}` has conflicting definitions:${lib.options.getDefinitions definitions}"
else x;
merged = builtins.foldl' merge first rest;
in
if builtins.length definitions == 0
then builtins.throw "Cannot merge unused option `${identifier}`."
else if builtins.length definitions == 1
then first.value
else merged.value;
equal =
location: definitions:
let
identifier = lib.options.getIdentifier location;
first = builtins.elemAt definitions 0;
rest = builtins.tail definitions;
merge =
x: y:
if x != y then
builtins.throw "The option `${identifier}` has conflicting definitions:${lib.options.getDefinitions definitions}"
else
x;
merged = builtins.foldl' merge first rest;
in
if builtins.length definitions == 0 then
builtins.throw "Cannot merge unused option `${identifier}`."
else if builtins.length definitions == 1 then
first.value
else
merged.value;
};
## Check whether a value is an option.
@ -174,46 +192,50 @@ lib: {
## Create an option.
##
## @type { type? :: String | Null, apply? :: (a -> b) | Null, default? :: { value :: a, text :: String }, example? :: String | Null, visible? :: Bool | Null, internal? :: Bool | Null, writable? :: Bool | Null, description? :: String | Null } -> Option a
create = settings @ {
type ? lib.types.unspecified,
apply ? null,
default ? {},
example ? null,
visible ? null,
internal ? null,
writable ? null,
description ? null,
}: {
__type__ = "option";
inherit
type
apply
default
example
visible
internal
writable
description
;
};
create =
settings@{
type ? lib.types.unspecified,
apply ? null,
default ? { },
example ? null,
visible ? null,
internal ? null,
writable ? null,
description ? null,
}:
{
__type__ = "option";
inherit
type
apply
default
example
visible
internal
writable
description
;
};
## Create a sink option.
##
## @type @alias lib.options.create
sink = settings: let
defaults = {
internal = true;
visible = false;
default = false;
description = "A sink option for unused definitions";
type = lib.types.create {
name = "sink";
check = lib.fp.const true;
merge = lib.fp.const (lib.fp.const false);
sink =
settings:
let
defaults = {
internal = true;
visible = false;
default = false;
description = "A sink option for unused definitions";
type = lib.types.create {
name = "sink";
check = lib.fp.const true;
merge = lib.fp.const (lib.fp.const false);
};
apply = value: builtins.throw "Cannot read the value of a Sink option.";
};
apply = value: builtins.throw "Cannot read the value of a Sink option.";
};
in
in
lib.options.create (defaults // settings);
## Get the definition values from a list of options definitions.
@ -224,93 +246,94 @@ lib: {
## Convert a list of option identifiers into a single identifier.
##
## @type List String -> String
getIdentifier = location: let
special = [
# lib.types.attrs.of (lib.types.submodule {})
"<name>"
# lib.types.list.of (submodule {})
"*"
# lib.types.function
"<function body>"
];
escape = part:
if builtins.elem part special
then part
else lib.strings.escape.nix.identifier part;
in
getIdentifier =
location:
let
special = [
# lib.types.attrs.of (lib.types.submodule {})
"<name>"
# lib.types.list.of (submodule {})
"*"
# lib.types.function
"<function body>"
];
escape = part: if builtins.elem part special then part else lib.strings.escape.nix.identifier part;
in
lib.strings.concatMapSep "." escape location;
## Get a string message of the definitions for an option.
##
## @type List Definition -> String
getDefinitions = definitions: let
serialize = definition: let
valueWithRecursionLimit =
lib.generators.withRecursion {
limit = 10;
throw = false;
}
definition.value;
getDefinitions =
definitions:
let
serialize =
definition:
let
valueWithRecursionLimit = lib.generators.withRecursion {
limit = 10;
throw = false;
} definition.value;
eval = builtins.tryEval (lib.generators.pretty {} valueWithRecursionLimit);
eval = builtins.tryEval (lib.generators.pretty { } valueWithRecursionLimit);
lines = lib.strings.split "\n" eval.value;
linesLength = builtins.length lines;
firstFiveLines = lib.lists.take 5 lines;
lines = lib.strings.split "\n" eval.value;
linesLength = builtins.length lines;
firstFiveLines = lib.lists.take 5 lines;
ellipsis = lib.lists.when (linesLength > 5) "...";
ellipsis = lib.lists.when (linesLength > 5) "...";
value = builtins.concatStringsSep "\n " (firstFiveLines ++ ellipsis);
value = builtins.concatStringsSep "\n " (firstFiveLines ++ ellipsis);
result =
if !eval.success
then ""
else if linesLength > 1
then ":\n " + value
else ": " + value;
in "\n- In `${definition.__file__}`${result}";
in
result =
if !eval.success then
""
else if linesLength > 1 then
":\n " + value
else
": " + value;
in
"\n- In `${definition.__file__}`${result}";
in
lib.strings.concatMap serialize definitions;
## Run a set of definitions, calculating the resolved value and associated information.
##
## @type Location -> Option -> List Definition -> String & { value :: Any, highestPriority :: Int, isDefined :: Bool, files :: List String, definitions :: List Any, definitionsWithLocations :: List Definition }
run = location: option: definitions: let
identifier = lib.options.getIdentifier location;
run =
location: option: definitions:
let
identifier = lib.options.getIdentifier location;
definitionsWithDefault =
if option ? default && option.default ? value
then
[
{
__file__ = builtins.head option.declarations;
value = lib.modules.overrides.option option.default.value;
}
]
++ definitions
else definitions;
definitionsWithDefault =
if option ? default && option.default ? value then
[
{
__file__ = builtins.head option.declarations;
value = lib.modules.overrides.option option.default.value;
}
]
++ definitions
else
definitions;
merged =
if option.writable or null == false && builtins.length definitionsWithDefault > 1
then let
separatedDefinitions =
builtins.map (
definition:
merged =
if option.writable or null == false && builtins.length definitionsWithDefault > 1 then
let
separatedDefinitions = builtins.map (
definition:
definition
// {
value = (lib.options.merge.definitions location option.type [definition]).merged;
value = (lib.options.merge.definitions location option.type [ definition ]).merged;
}
)
definitionsWithDefault;
in
builtins.throw "The option `${identifier}` is not writable, but is set more than once:${lib.options.getDefinitions separatedDefinitions}"
else lib.options.merge.definitions location option.type definitionsWithDefault;
) definitionsWithDefault;
in
builtins.throw "The option `${identifier}` is not writable, but is set more than once:${lib.options.getDefinitions separatedDefinitions}"
else
lib.options.merge.definitions location option.type definitionsWithDefault;
value =
if option.apply or null != null
then option.apply merged.merged
else merged.merged;
in
value = if option.apply or null != null then option.apply merged.merged else merged.merged;
in
option
// {
value = builtins.addErrorContext "while evaluating the option `${identifier}`:" value;

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@ -1,88 +1,85 @@
{
lib,
config,
}: let
{ lib, config }:
let
cfg = config.builders.basic;
lib' = config.lib;
inherit (config) foundation;
in {
in
{
config.builders = {
basic = {
executable = "${foundation.stage2-bash}/bin/bash";
build = package: let
phases = lib.dag.apply.defaults package.phases {
unpack = lib.dag.entry.before ["patch"] "";
build =
package:
let
phases = lib.dag.apply.defaults package.phases {
unpack = lib.dag.entry.before [ "patch" ] "";
patch = lib.dag.entry.between ["configure"] ["unpack"] "";
patch = lib.dag.entry.between [ "configure" ] [ "unpack" ] "";
configure = lib.dag.entry.between ["build"] ["patch"] "";
configure = lib.dag.entry.between [ "build" ] [ "patch" ] "";
build = lib.dag.entry.between ["install"] ["configure"] "";
build = lib.dag.entry.between [ "install" ] [ "configure" ] "";
install = lib.dag.entry.after ["build"] "";
};
sorted = lib.dag.sort.topographic phases;
install = lib.dag.entry.after [ "build" ] "";
};
sorted = lib.dag.sort.topographic phases;
script =
lib.strings.concatMapSep "\n" (
entry:
if builtins.isFunction entry.value
then entry.value package
else entry.value
)
sorted.result;
script = lib.strings.concatMapSep "\n" (
entry: if builtins.isFunction entry.value then entry.value package else entry.value
) sorted.result;
system = package.platform.build.double;
system = package.platform.build.double;
built = builtins.derivation (
package.env
// {
inherit (package) name;
inherit script system;
built = builtins.derivation (
package.env
// {
inherit (package) name;
inherit script system;
passAsFile = ["script"];
passAsFile = [ "script" ];
SHELL = cfg.executable;
SHELL = cfg.executable;
PATH = let
bins = lib.paths.bin (
(lib'.packages.dependencies.getPackages package.deps.build.host)
++ [
foundation.stage2-bash
foundation.stage2-coreutils
]
);
in
builtins.concatStringsSep ":" (
[bins] ++ (lib.lists.when (package.env ? PATH) [package.env.PATH])
);
PATH =
let
bins = lib.paths.bin (
(lib'.packages.dependencies.getPackages package.deps.build.host)
++ [
foundation.stage2-bash
foundation.stage2-coreutils
]
);
in
builtins.concatStringsSep ":" (
[ bins ] ++ (lib.lists.when (package.env ? PATH) [ package.env.PATH ])
);
builder = cfg.executable;
builder = cfg.executable;
args = [
"-e"
(builtins.toFile "bash-builder.sh" ''
export CONFIG_SHELL=$SHELL
args = [
"-e"
(builtins.toFile "bash-builder.sh" ''
export CONFIG_SHELL=$SHELL
# Normalize the NIX_BUILD_CORES variable. The value might be 0, which
# means that we're supposed to try and auto-detect the number of
# available CPU cores at run-time.
NIX_BUILD_CORES="''${NIX_BUILD_CORES:-1}"
if ((NIX_BUILD_CORES <= 0)); then
guess=$(nproc 2>/dev/null || true)
((NIX_BUILD_CORES = guess <= 0 ? 1 : guess))
fi
export NIX_BUILD_CORES
# Normalize the NIX_BUILD_CORES variable. The value might be 0, which
# means that we're supposed to try and auto-detect the number of
# available CPU cores at run-time.
NIX_BUILD_CORES="''${NIX_BUILD_CORES:-1}"
if ((NIX_BUILD_CORES <= 0)); then
guess=$(nproc 2>/dev/null || true)
((NIX_BUILD_CORES = guess <= 0 ? 1 : guess))
fi
export NIX_BUILD_CORES
bash -eux $scriptPath
'')
];
}
);
in
bash -eux $scriptPath
'')
];
}
);
in
built
// {
inherit (package) meta;

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@ -1,8 +1,10 @@
# This file handles creating all of the exports for this project and is not
# exported itself.
{config}: let
{ config }:
let
inherit (config) lib;
in {
in
{
# freeform = lib.types.any;
config = {

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@ -1,8 +1,7 @@
{ lib, config }:
let
in
{
lib,
config,
}: let
in {
config = {
lib.options = {
package = lib.options.create {

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@ -1,56 +1,62 @@
{
lib,
config,
}: let
{ lib, config }:
let
lib' = config.lib;
in {
in
{
config = {
lib.packages = {
dependencies = {
getPackages = dependencies: let
available = builtins.filter (dependency: !(builtins.isNull dependency)) (
builtins.attrValues dependencies
);
in
getPackages =
dependencies:
let
available = builtins.filter (dependency: !(builtins.isNull dependency)) (
builtins.attrValues dependencies
);
in
builtins.map (dependency: dependency.package) available;
build = build': host': target':
builtins.mapAttrs
(name: dep: lib'.packages.build dep build' host' target');
build =
build': host': target':
builtins.mapAttrs (name: dep: lib'.packages.build dep build' host' target');
};
getLatest = alias: let
versions = builtins.attrNames alias.versions;
sorted = builtins.sort (lib.versions.gte) versions;
in
getLatest =
alias:
let
versions = builtins.attrNames alias.versions;
sorted = builtins.sort (lib.versions.gte) versions;
in
builtins.head sorted;
resolve = alias:
if alias ? versions
then
resolve =
alias:
if alias ? versions then
alias.versions.${config.preferences.packages.version}
or (alias.versions.${lib'.packages.getLatest alias})
else alias;
or (alias.versions.${lib'.packages.getLatest alias})
else
alias;
build = alias: build: host: target: let
package = lib'.packages.resolve alias;
build =
alias: build: host: target:
let
package = lib'.packages.resolve alias;
buildDependencies = build': host': target':
builtins.mapAttrs (name: dep: lib'.packages.build dep build' host' target');
buildDependencies =
build': host': target':
builtins.mapAttrs (name: dep: lib'.packages.build dep build' host' target');
platform = {
build = lib.modules.overrides.force build;
host = lib.modules.overrides.force host;
target = lib.modules.overrides.force target;
};
platform = {
build = lib.modules.overrides.force build;
host = lib.modules.overrides.force host;
target = lib.modules.overrides.force target;
};
withPlatform = lib.modules.run {
modules =
package.__modules__
++ [
withPlatform = lib.modules.run {
modules = package.__modules__ ++ [
lib'.types.package.children.submodule
(
{config}: {
{ config }:
{
config = {
__modules__ = package.__modules__;
@ -59,14 +65,12 @@ in {
}
)
];
};
};
# Not all platform information can be effectively handled via submodules. To handle
# the case where a user copies the resolved config over we need to ensure that
# dependencies are appropriately updated.
withDeps =
withPlatform.config
// {
# Not all platform information can be effectively handled via submodules. To handle
# the case where a user copies the resolved config over we need to ensure that
# dependencies are appropriately updated.
withDeps = withPlatform.config // {
deps = {
build = {
only = buildDependencies build build build withPlatform.config.deps.build.only;
@ -86,13 +90,12 @@ in {
};
};
withPackage = lib.modules.run {
modules =
package.__modules__
++ [
withPackage = lib.modules.run {
modules = package.__modules__ ++ [
lib'.types.package.children.submodule
(
{config}: {
{ config }:
{
config = {
__modules__ = package.__modules__;
@ -105,8 +108,8 @@ in {
}
)
];
};
in
};
in
withPackage.config;
};
};

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@ -1,65 +1,64 @@
{
lib,
config,
}: let
{ lib, config }:
let
inherit (config) preferences builders;
lib' = config.lib;
in {
in
{
config = {
lib.types = {
license = let
type = lib.types.submodule (
{config}: {
options = {
name = {
full = lib.options.create {
description = "The full name of the license.";
type = lib.types.string;
license =
let
type = lib.types.submodule (
{ config }:
{
options = {
name = {
full = lib.options.create {
description = "The full name of the license.";
type = lib.types.string;
};
short = lib.options.create {
description = "The short name of the license.";
type = lib.types.string;
};
};
short = lib.options.create {
description = "The short name of the license.";
type = lib.types.string;
spdx = lib.options.create {
description = "The SPDX identifier for the license.";
type = lib.types.nullish lib.types.string;
default.value = null;
};
url = lib.options.create {
description = "The URL for the license.";
type = lib.types.nullish lib.types.string;
};
free = lib.options.create {
description = "Whether the license is free.";
type = lib.types.bool;
default.value = true;
};
redistributable = lib.options.create {
description = "Whether the license is allows redistribution.";
type = lib.types.bool;
default = {
text = "config.free";
value = config.free;
};
};
};
spdx = lib.options.create {
description = "The SPDX identifier for the license.";
type = lib.types.nullish lib.types.string;
default.value = null;
};
url = lib.options.create {
description = "The URL for the license.";
type = lib.types.nullish lib.types.string;
};
free = lib.options.create {
description = "Whether the license is free.";
type = lib.types.bool;
default.value = true;
};
redistributable = lib.options.create {
description = "Whether the license is allows redistribution.";
type = lib.types.bool;
default = {
text = "config.free";
value = config.free;
};
};
};
}
);
in
}
);
in
lib.types.either type (lib.types.list.of type);
platform =
lib.types.coerce
lib.types.string
lib'.systems.withBuildInfo
lib'.systems.types.platformWithBuildInfo;
lib.types.coerce lib.types.string lib'.systems.withBuildInfo
lib'.systems.types.platformWithBuildInfo;
builder = lib.types.submodule {
freeform = lib.types.any;
@ -74,14 +73,18 @@ in {
packages = lib.types.attrs.of (lib.types.attrs.of lib'.types.alias);
dependencies = build: host: target: let
initial = lib.types.raw;
dependencies =
build: host: target:
let
initial = lib.types.raw;
transform = value: let
package = lib'.packages.resolve value;
transform =
value:
let
package = lib'.packages.resolve value;
in
lib'.packages.build package build host target;
in
lib'.packages.build package build host target;
in
lib.types.attrs.of (lib.types.coerce initial transform lib'.types.package);
alias = lib.types.submodule {
@ -99,288 +102,284 @@ in {
versions = lib.options.create {
description = "Available versions of the package.";
type = lib.types.attrs.of lib'.types.package;
default.value = {};
default.value = { };
};
};
};
package = let
normalize = value:
if builtins.isFunction value || builtins.isList value
then value
else if value ? __modules__
then value.__modules__
else {
config = value;
package =
let
normalize =
value:
if builtins.isFunction value || builtins.isList value then
value
else if value ? __modules__ then
value.__modules__
else
{ config = value; };
initial = lib.types.create {
name = "PackageConfig";
description = "configuration for a package";
check = value: builtins.isFunction value || builtins.isAttrs value || builtins.isList value;
merge =
location: definitions:
let
normalized = builtins.map (definition: lib.lists.from.any (normalize definition.value)) definitions;
in
builtins.concatLists normalized;
};
initial = lib.types.create {
name = "PackageConfig";
description = "configuration for a package";
check = value: builtins.isFunction value || builtins.isAttrs value || builtins.isList value;
merge = location: definitions: let
normalized =
builtins.map
(definition: lib.lists.from.any (normalize definition.value))
definitions;
in
builtins.concatLists
normalized;
};
transform =
location: value:
let
modules = lib.lists.from.any (normalize value);
transform = location: value: let
modules =
lib.lists.from.any (normalize value);
result = lib.modules.run {
prefix = location;
modules =
modules
++ [submodule {config.__modules__ = modules;}];
};
in
result.config;
final = lib.types.raw;
deps = build: host: target:
lib.types.submodule {
options = {
build = {
only = lib.options.create {
description = "Dependencies which are only used in the build environment.";
type = lib'.types.dependencies build build build;
default.value = {};
};
build = lib.options.create {
description = "Dependencies which are created in the build environment and are executed in the build environment.";
type = lib'.types.dependencies build build target;
default.value = {};
};
host = lib.options.create {
description = "Dependencies which are created in the build environment and are executed in the host environment.";
type = lib'.types.dependencies build host target;
default.value = {};
};
target = lib.options.create {
description = "Dependencies which are created in the build environment and are executed in the target environment.";
type = lib'.types.dependencies build target target;
default.value = {};
};
result = lib.modules.run {
prefix = location;
modules = modules ++ [
submodule
{ config.__modules__ = modules; }
];
};
in
result.config;
host = {
only = lib.options.create {
description = "Dependencies which are only used in the host environment.";
type = lib'.types.dependencies host host host;
default.value = {};
};
final = lib.types.raw;
host = lib.options.create {
description = "Dependencies which are executed in the host environment.";
type = lib'.types.dependencies host host target;
default.value = {};
};
target = lib.options.create {
description = "Dependencies which are executed in the host environment which produces code for the target environment.";
type = lib'.types.dependencies host target target;
default.value = {};
};
};
target = {
only = lib.options.create {
description = "Dependencies which are only used in the target environment.";
type = lib'.types.dependencies target target target;
default.value = {};
};
target = lib.options.create {
description = "Dependencies which are executed in the target environment.";
type = lib'.types.dependencies target target target;
default.value = {};
};
};
};
};
submodule = {config}: let
build = config.platform.build;
host = config.platform.host;
target = config.platform.target;
in {
options = {
__modules__ = lib.options.create {
description = "User specified modules for the package definition.";
type = lib.types.list.of (initial
// {
merge = lib.options.merge.one;
});
# writable = false;
internal = true;
default.value = [];
};
meta = {
description = lib.options.create {
description = "The description for the package.";
type = lib.types.nullish lib.types.string;
default.value = null;
};
homepage = lib.options.create {
description = "The homepage for the package.";
type = lib.types.nullish lib.types.string;
default.value = null;
};
license = lib.options.create {
description = "The license for the package.";
type = lib.types.nullish lib'.types.license;
default.value = null;
};
free = lib.options.create {
description = "Whether the package is free.";
type = lib.types.bool;
default.value = true;
};
insecure = lib.options.create {
description = "Whether the package is insecure.";
type = lib.types.bool;
default.value = false;
};
broken = lib.options.create {
description = "Whether the package is broken.";
type = lib.types.bool;
default.value = false;
};
main = lib.options.create {
description = "The main entry point for the package.";
type = lib.types.nullish lib.types.string;
default.value = null;
};
platforms = lib.options.create {
description = "The platforms the package supports.";
type = lib.types.list.of lib.types.string;
default.value = [];
};
};
platform = {
build = lib.options.create {
description = "The build platform for the package.";
type = lib'.types.platform;
default.value = lib'.systems.withBuildInfo "x86_64-linux";
};
host = lib.options.create {
description = "The host platform for the package.";
type = lib'.types.platform;
default.value = lib'.systems.withBuildInfo "x86_64-linux";
};
target = lib.options.create {
description = "The target platform for the package.";
type = lib'.types.platform;
default.value = lib'.systems.withBuildInfo "x86_64-linux";
};
};
name = lib.options.create {
description = "The name of the package.";
type = lib.types.string;
default = {
text = "\${config.pname}-\${config.version}";
value =
if config.pname != null && config.version != null
then "${config.pname}-${config.version}"
else "";
};
};
pname = lib.options.create {
description = "The program name for the package";
type = lib.types.nullish lib.types.string;
default.value = null;
};
version = lib.options.create {
description = "The version for the package.";
type = lib.types.nullish lib.types.version;
default.value = null;
};
builder = lib.options.create {
description = "The builder for the package.";
type = lib'.types.builder;
};
phases = lib.options.create {
description = "The phases for the package.";
type = lib.types.dag.of lib.types.string;
default.value = {};
};
env = lib.options.create {
description = "The environment for the package.";
type = lib.types.attrs.of lib.types.string;
default.value = {};
};
package = lib.options.create {
description = "The built derivation.";
type = lib.types.derivation;
default.value = config.builder.build config;
};
deps = lib.options.create {
description = "The dependencies for the package.";
type = deps build host target;
default.value = {};
apply = value: {
deps =
build: host: target:
lib.types.submodule {
options = {
build = {
only = lib'.packages.dependencies.build build build build value.build.only;
build = lib'.packages.dependencies.build build build target value.build.build;
host = lib'.packages.dependencies.build build host target value.build.host;
target = lib'.packages.dependencies.build build target target value.build.target;
only = lib.options.create {
description = "Dependencies which are only used in the build environment.";
type = lib'.types.dependencies build build build;
default.value = { };
};
build = lib.options.create {
description = "Dependencies which are created in the build environment and are executed in the build environment.";
type = lib'.types.dependencies build build target;
default.value = { };
};
host = lib.options.create {
description = "Dependencies which are created in the build environment and are executed in the host environment.";
type = lib'.types.dependencies build host target;
default.value = { };
};
target = lib.options.create {
description = "Dependencies which are created in the build environment and are executed in the target environment.";
type = lib'.types.dependencies build target target;
default.value = { };
};
};
host = {
only = lib'.packages.dependencies.build host host host value.host.only;
host = lib'.packages.dependencies.build host host target value.host.host;
target = lib'.packages.dependencies.build host target target value.host.target;
only = lib.options.create {
description = "Dependencies which are only used in the host environment.";
type = lib'.types.dependencies host host host;
default.value = { };
};
host = lib.options.create {
description = "Dependencies which are executed in the host environment.";
type = lib'.types.dependencies host host target;
default.value = { };
};
target = lib.options.create {
description = "Dependencies which are executed in the host environment which produces code for the target environment.";
type = lib'.types.dependencies host target target;
default.value = { };
};
};
target = {
only = lib'.packages.dependencies.build target target target value.target.only;
target = lib'.packages.dependencies.build target target target value.target.target;
only = lib.options.create {
description = "Dependencies which are only used in the target environment.";
type = lib'.types.dependencies target target target;
default.value = { };
};
target = lib.options.create {
description = "Dependencies which are executed in the target environment.";
type = lib'.types.dependencies target target target;
default.value = { };
};
};
};
};
};
};
type =
(lib.types.coerceWithLocation initial transform final)
// {
submodule =
{ config }:
let
build = config.platform.build;
host = config.platform.host;
target = config.platform.target;
in
{
options = {
__modules__ = lib.options.create {
description = "User specified modules for the package definition.";
type = lib.types.list.of (initial // { merge = lib.options.merge.one; });
# writable = false;
internal = true;
default.value = [ ];
};
meta = {
description = lib.options.create {
description = "The description for the package.";
type = lib.types.nullish lib.types.string;
default.value = null;
};
homepage = lib.options.create {
description = "The homepage for the package.";
type = lib.types.nullish lib.types.string;
default.value = null;
};
license = lib.options.create {
description = "The license for the package.";
type = lib.types.nullish lib'.types.license;
default.value = null;
};
free = lib.options.create {
description = "Whether the package is free.";
type = lib.types.bool;
default.value = true;
};
insecure = lib.options.create {
description = "Whether the package is insecure.";
type = lib.types.bool;
default.value = false;
};
broken = lib.options.create {
description = "Whether the package is broken.";
type = lib.types.bool;
default.value = false;
};
main = lib.options.create {
description = "The main entry point for the package.";
type = lib.types.nullish lib.types.string;
default.value = null;
};
platforms = lib.options.create {
description = "The platforms the package supports.";
type = lib.types.list.of lib.types.string;
default.value = [ ];
};
};
platform = {
build = lib.options.create {
description = "The build platform for the package.";
type = lib'.types.platform;
default.value = lib'.systems.withBuildInfo "x86_64-linux";
};
host = lib.options.create {
description = "The host platform for the package.";
type = lib'.types.platform;
default.value = lib'.systems.withBuildInfo "x86_64-linux";
};
target = lib.options.create {
description = "The target platform for the package.";
type = lib'.types.platform;
default.value = lib'.systems.withBuildInfo "x86_64-linux";
};
};
name = lib.options.create {
description = "The name of the package.";
type = lib.types.string;
default = {
text = "\${config.pname}-\${config.version}";
value =
if config.pname != null && config.version != null then "${config.pname}-${config.version}" else "";
};
};
pname = lib.options.create {
description = "The program name for the package";
type = lib.types.nullish lib.types.string;
default.value = null;
};
version = lib.options.create {
description = "The version for the package.";
type = lib.types.nullish lib.types.version;
default.value = null;
};
builder = lib.options.create {
description = "The builder for the package.";
type = lib'.types.builder;
};
phases = lib.options.create {
description = "The phases for the package.";
type = lib.types.dag.of lib.types.string;
default.value = { };
};
env = lib.options.create {
description = "The environment for the package.";
type = lib.types.attrs.of lib.types.string;
default.value = { };
};
package = lib.options.create {
description = "The built derivation.";
type = lib.types.derivation;
default.value = config.builder.build config;
};
deps = lib.options.create {
description = "The dependencies for the package.";
type = deps build host target;
default.value = { };
apply = value: {
build = {
only = lib'.packages.dependencies.build build build build value.build.only;
build = lib'.packages.dependencies.build build build target value.build.build;
host = lib'.packages.dependencies.build build host target value.build.host;
target = lib'.packages.dependencies.build build target target value.build.target;
};
host = {
only = lib'.packages.dependencies.build host host host value.host.only;
host = lib'.packages.dependencies.build host host target value.host.host;
target = lib'.packages.dependencies.build host target target value.host.target;
};
target = {
only = lib'.packages.dependencies.build target target target value.target.only;
target = lib'.packages.dependencies.build target target target value.target.target;
};
};
};
};
};
type = (lib.types.coerceWithLocation initial transform final) // {
name = "Package";
description = "a package definition";
};
in
in
type
// {
children =
type.children
// {
inherit submodule;
};
children = type.children // {
inherit submodule;
};
};
};
};

View file

@ -1,35 +1,36 @@
{
lib',
config,
}: let
{ lib', config }:
let
inherit (config) builders packages;
in {
in
{
config.packages.aux.a = {
versions = {
"latest" = {config}: {
config = {
meta = {
platforms = ["i686-linux"];
};
"latest" =
{ config }:
{
config = {
meta = {
platforms = [ "i686-linux" ];
};
name = "${config.pname}-${config.version}";
name = "${config.pname}-${config.version}";
pname = "a";
version = "1.0.0";
pname = "a";
version = "1.0.0";
builder = builders.basic;
builder = builders.basic;
deps.build.host = {
inherit (packages.aux) b;
};
deps.build.host = {
inherit (packages.aux) b;
};
phases = {
install = ''
echo "a with b: ${config.deps.build.host.b.package.system}" > $out
'';
phases = {
install = ''
echo "a with b: ${config.deps.build.host.b.package.system}" > $out
'';
};
};
};
};
};
};
}

View file

@ -1,36 +1,38 @@
{config}: let
{ config }:
let
inherit (config) lib builders packages;
in {
in
{
config.packages.aux.b = {
versions = {
"latest" = {config}: {
options = {
custom = lib.options.create {
type = lib.types.bool;
"latest" =
{ config }:
{
options = {
custom = lib.options.create { type = lib.types.bool; };
};
config = {
meta = {
platforms = [ "i686-linux" ];
};
name = "${config.pname}-${config.version}";
custom = true;
pname = "b";
version = "1.0.0";
builder = builders.basic;
phases = {
install = ''
echo "b" > $out
'';
};
};
};
config = {
meta = {
platforms = ["i686-linux"];
};
name = "${config.pname}-${config.version}";
custom = true;
pname = "b";
version = "1.0.0";
builder = builders.basic;
phases = {
install = ''
echo "b" > $out
'';
};
};
};
};
};
}

View file

@ -1,10 +1,12 @@
{config}: let
{ config }:
let
inherit (config) lib;
doubles = lib.systems.doubles.all;
packages = builtins.removeAttrs config.packages ["cross"];
in {
packages = builtins.removeAttrs config.packages [ "cross" ];
in
{
includes = [
./foundation
./aux/a.nix
@ -19,11 +21,11 @@ in {
options.cross = lib.attrs.generate doubles (
system:
lib.options.create {
description = "The cross-compiled package set for the ${system} target.";
type = lib.types.packages;
default = {};
}
lib.options.create {
description = "The cross-compiled package set for the ${system} target.";
type = lib.types.packages;
default = { };
}
);
};
};
@ -42,63 +44,63 @@ in {
config.packages.cross = lib.attrs.generate doubles (
system:
builtins.mapAttrs (
namespace:
builtins.mapAttrs (
namespace:
builtins.mapAttrs (
name: alias: let
setHost = package:
package // {
__modules__ = package.__modules__ ++ [
{
config.platform = {
host = lib.modules.override 5 system;
target = lib.modules.override 5 system;
};
}
];
};
# if package != {}
# then
# (package.extend (
# {config}: {
# config = {
# platform = {
# host = lib.modules.overrides.force system;
# target = lib.modules.overrides.default system;
# };
name: alias:
let
setHost =
package:
package
// {
__modules__ = package.__modules__ ++ [
{
config.platform = {
host = lib.modules.override 5 system;
target = lib.modules.override 5 system;
};
}
];
};
# if package != {}
# then
# (package.extend (
# {config}: {
# config = {
# platform = {
# host = lib.modules.overrides.force system;
# target = lib.modules.overrides.default system;
# };
# deps = {
# build = {
# only = setHost package.deps.build.only;
# build = setHost package.deps.build.build;
# host = setHost package.deps.build.host;
# target = setHost package.deps.build.target;
# };
# host = {
# only = setHost package.deps.host.only;
# host = setHost package.deps.host.host;
# target = setHost package.deps.host.target;
# };
# target = {
# only = setHost package.deps.target.only;
# target = setHost package.deps.target.target;
# };
# };
# };
# }
# ))
# .config
# else package;
# deps = {
# build = {
# only = setHost package.deps.build.only;
# build = setHost package.deps.build.build;
# host = setHost package.deps.build.host;
# target = setHost package.deps.build.target;
# };
# host = {
# only = setHost package.deps.host.only;
# host = setHost package.deps.host.host;
# target = setHost package.deps.host.target;
# };
# target = {
# only = setHost package.deps.target.only;
# target = setHost package.deps.target.target;
# };
# };
# };
# }
# ))
# .config
# else package;
updated =
alias
// {
versions = builtins.mapAttrs (version: package: setHost package) alias.versions;
};
in
updated
)
updated = alias // {
versions = builtins.mapAttrs (version: package: setHost package) alias.versions;
};
in
updated
)
packages
) packages
);
}

View file

@ -3,121 +3,126 @@
lib',
config,
options,
}: let
inherit
(config)
}:
let
inherit (config)
mirrors
builders
# These are the upstream foundational packages exported from the Aux Foundation project.
foundation
packages
;
in {
in
{
config.packages.foundation.binutils = {
versions = {
"latest" = {config}: {
options = {
src = lib.options.create {
type = lib.types.derivation;
description = "Source for the package.";
};
};
config = {
meta = {
platforms = ["i686-linux"];
};
pname = "binutils";
version = "2.41";
builder = builders.basic;
deps = {
build = {
host = {
inherit (packages.foundation) gcc;
};
"latest" =
{ config }:
{
options = {
src = lib.options.create {
type = lib.types.derivation;
description = "Source for the package.";
};
};
env = {
PATH = lib.paths.bin [
# foundation.stage2-gcc
foundation.stage2-binutils
foundation.stage2-gnumake
foundation.stage2-gnupatch
foundation.stage2-gnused
foundation.stage2-gnugrep
foundation.stage2-gawk
foundation.stage2-diffutils
foundation.stage2-findutils
foundation.stage2-gnutar
foundation.stage1-xz
];
};
config = {
meta = {
platforms = [ "i686-linux" ];
};
phases = let
patches = [
# Make binutils output deterministic by default.
./patches/deterministic.patch
];
pname = "binutils";
version = "2.41";
configureFlags = [
# "CC=musl-gcc"
"LDFLAGS=--static"
"--prefix=${builtins.placeholder "out"}"
"--build=${config.platform.build.triple}"
"--host=${config.platform.host.triple}"
"--target=${config.platform.target.triple}"
builder = builders.basic;
"--with-sysroot=/"
"--enable-deterministic-archives"
# depends on bison
"--disable-gprofng"
deps = {
build = {
host = {
inherit (packages.foundation) gcc;
};
};
};
# Turn on --enable-new-dtags by default to make the linker set
# RUNPATH instead of RPATH on binaries. This is important because
# RUNPATH can be overridden using LD_LIBRARY_PATH at runtime.
"--enable-new-dtags"
env = {
PATH = lib.paths.bin [
# foundation.stage2-gcc
foundation.stage2-binutils
foundation.stage2-gnumake
foundation.stage2-gnupatch
foundation.stage2-gnused
foundation.stage2-gnugrep
foundation.stage2-gawk
foundation.stage2-diffutils
foundation.stage2-findutils
foundation.stage2-gnutar
foundation.stage1-xz
];
};
# By default binutils searches $libdir for libraries. This brings in
# libbfd and libopcodes into a default visibility. Drop default lib
# path to force users to declare their use of these libraries.
"--with-lib-path=:"
phases =
let
patches = [
# Make binutils output deterministic by default.
./patches/deterministic.patch
];
"--disable-multilib"
];
in {
unpack = ''
tar xf ${config.src}
cd binutils-${config.version}
'';
configureFlags = [
# "CC=musl-gcc"
"LDFLAGS=--static"
"--prefix=${builtins.placeholder "out"}"
"--build=${config.platform.build.triple}"
"--host=${config.platform.host.triple}"
"--target=${config.platform.target.triple}"
patch = ''
${lib.strings.concatMapSep "\n" (file: "patch -Np1 -i ${file}") patches}
'';
"--with-sysroot=/"
"--enable-deterministic-archives"
# depends on bison
"--disable-gprofng"
configure = ''
bash ./configure ${builtins.concatStringsSep " " configureFlags}
'';
# Turn on --enable-new-dtags by default to make the linker set
# RUNPATH instead of RPATH on binaries. This is important because
# RUNPATH can be overridden using LD_LIBRARY_PATH at runtime.
"--enable-new-dtags"
build = ''
make -j $NIX_BUILD_CORES
'';
# By default binutils searches $libdir for libraries. This brings in
# libbfd and libopcodes into a default visibility. Drop default lib
# path to force users to declare their use of these libraries.
"--with-lib-path=:"
install = ''
make -j $NIX_BUILD_CORES install-strip
'';
};
"--disable-multilib"
];
in
{
unpack = ''
tar xf ${config.src}
cd binutils-${config.version}
'';
src = builtins.fetchurl {
url = "${mirrors.gnu}/binutils/binutils-${config.version}.tar.xz";
sha256 = "rppXieI0WeWWBuZxRyPy0//DHAMXQZHvDQFb3wYAdFA=";
patch = ''
${lib.strings.concatMapSep "\n" (file: "patch -Np1 -i ${file}") patches}
'';
configure = ''
bash ./configure ${builtins.concatStringsSep " " configureFlags}
'';
build = ''
make -j $NIX_BUILD_CORES
'';
install = ''
make -j $NIX_BUILD_CORES install-strip
'';
};
src = builtins.fetchurl {
url = "${mirrors.gnu}/binutils/binutils-${config.version}.tar.xz";
sha256 = "rppXieI0WeWWBuZxRyPy0//DHAMXQZHvDQFb3wYAdFA=";
};
};
};
};
};
};
}

View file

@ -3,7 +3,8 @@
lib',
config,
options,
}: {
}:
{
includes = [
./gcc
./binutils

View file

@ -1,217 +1,210 @@
{
config,
options,
}: let
inherit
(config)
{ config, options }:
let
inherit (config)
lib
mirrors
builders
# These are the upstream foundational packages exported from the Aux Foundation project.
foundation
packages
;
in {
in
{
config.packages.foundation.gcc = {
versions = {
"latest" = {
config,
meta,
}: {
options = {
src = lib.options.create {
type = lib.types.derivation;
description = "Source for the package.";
};
cc = {
"latest" =
{ config, meta }:
{
options = {
src = lib.options.create {
type = lib.types.derivation;
description = "The cc source for the package.";
description = "Source for the package.";
};
cc = {
src = lib.options.create {
type = lib.types.derivation;
description = "The cc source for the package.";
};
};
gmp = {
src = lib.options.create {
type = lib.types.derivation;
description = "The gmp source for the package.";
};
version = lib.options.create {
type = lib.types.string;
description = "Version of gmp.";
};
};
mpfr = {
src = lib.options.create {
type = lib.types.derivation;
description = "The mpfr source for the package.";
};
version = lib.options.create {
type = lib.types.string;
description = "Version of mpfr.";
};
};
mpc = {
src = lib.options.create {
type = lib.types.derivation;
description = "The mpc source for the package.";
};
version = lib.options.create {
type = lib.types.string;
description = "Version of mpc.";
};
};
isl = {
src = lib.options.create {
type = lib.types.derivation;
description = "The isl source for the package.";
};
version = lib.options.create {
type = lib.types.string;
description = "Version of isl.";
};
};
};
gmp = {
src = lib.options.create {
type = lib.types.derivation;
description = "The gmp source for the package.";
config = {
meta = {
platforms = [ "i686-linux" ];
};
version = lib.options.create {
type = lib.types.string;
description = "Version of gmp.";
};
};
pname = "gcc";
version = "13.2.0";
mpfr = {
src = lib.options.create {
type = lib.types.derivation;
description = "The mpfr source for the package.";
builder = builders.basic;
env = {
PATH = lib.paths.bin [
foundation.stage2-gcc
foundation.stage2-binutils
foundation.stage2-gnumake
foundation.stage2-gnused
foundation.stage2-gnugrep
foundation.stage2-gawk
foundation.stage2-diffutils
foundation.stage2-findutils
foundation.stage2-gnutar
foundation.stage2-gzip
foundation.stage2-bzip2
foundation.stage1-xz
];
};
version = lib.options.create {
type = lib.types.string;
description = "Version of mpfr.";
};
};
phases =
let
host = lib.systems.withBuildInfo config.platform.host;
mpc = {
src = lib.options.create {
type = lib.types.derivation;
description = "The mpc source for the package.";
mbits = if host.system.cpu.family == "x86" then if host.is64bit then "-m64" else "-m32" else "";
in
{
unpack = ''
# Unpack
tar xf ${config.src}
tar xf ${config.gmp.src}
tar xf ${config.mpfr.src}
tar xf ${config.mpc.src}
tar xf ${config.isl.src}
cd gcc-${config.version}
ln -s ../gmp-${config.gmp.version} gmp
ln -s ../mpfr-${config.mpfr.version} mpfr
ln -s ../mpc-${config.mpc.version} mpc
ln -s ../isl-${config.isl.version} isl
'';
patch = ''
# Patch
# force musl even if host triple is gnu
sed -i 's|"os/gnu-linux"|"os/generic"|' libstdc++-v3/configure.host
'';
configure = ''
# Configure
export CC="gcc -Wl,-dynamic-linker -Wl,${foundation.stage1-musl}/lib/libc.so"
export CXX="g++ -Wl,-dynamic-linker -Wl,${foundation.stage1-musl}/lib/libc.so"
export CFLAGS_FOR_TARGET="-Wl,-dynamic-linker -Wl,${foundation.stage1-musl}/lib/libc.so"
export LIBRARY_PATH="${foundation.stage1-musl}/lib"
bash ./configure \
--prefix=$out \
--build=${config.platform.build.triple} \
--host=${config.platform.host.triple} \
--target=${config.platform.target.triple} \
--with-native-system-header-dir=/include \
--with-sysroot=${foundation.stage1-musl} \
--enable-languages=c,c++ \
--disable-bootstrap \
--disable-libsanitizer \
--disable-lto \
--disable-multilib \
--disable-plugin \
CFLAGS=-static \
CXXFLAGS=-static
'';
build = ''
# Build
make -j $NIX_BUILD_CORES
'';
install = ''
# Install
make -j $NIX_BUILD_CORES install-strip
'';
};
src = builtins.fetchurl {
url = "${mirrors.gnu}/gcc/gcc-${config.version}/gcc-${config.version}.tar.xz";
sha256 = "4nXnZEKmBnNBon8Exca4PYYTFEAEwEE1KIY9xrXHQ9o=";
};
version = lib.options.create {
type = lib.types.string;
description = "Version of mpc.";
gmp = {
version = "6.3.0";
src = builtins.fetchurl {
url = "${mirrors.gnu}/gmp/gmp-${config.gmp.version}.tar.xz";
sha256 = "o8K4AgG4nmhhb0rTC8Zq7kknw85Q4zkpyoGdXENTiJg=";
};
};
};
isl = {
src = lib.options.create {
type = lib.types.derivation;
description = "The isl source for the package.";
mpfr = {
version = "4.2.1";
src = builtins.fetchurl {
url = "${mirrors.gnu}/mpfr/mpfr-${config.mpfr.version}.tar.xz";
sha256 = "J3gHNTpnJpeJlpRa8T5Sgp46vXqaW3+yeTiU4Y8fy7I=";
};
};
version = lib.options.create {
type = lib.types.string;
description = "Version of isl.";
mpc = {
version = "1.3.1";
src = builtins.fetchurl {
url = "${mirrors.gnu}/mpc/mpc-${config.mpc.version}.tar.gz";
sha256 = "q2QkkvXPiCt0qgy3MM1BCoHtzb7IlRg86TDnBsHHWbg=";
};
};
isl = {
version = "0.24";
src = builtins.fetchurl {
url = "https://gcc.gnu.org/pub/gcc/infrastructure/isl-${config.isl.version}.tar.bz2";
sha256 = "/PeN2WVsEOuM+fvV9ZoLawE4YgX+GTSzsoegoYmBRcA=";
};
};
};
};
config = {
meta = {
platforms = ["i686-linux"];
};
pname = "gcc";
version = "13.2.0";
builder = builders.basic;
env = {
PATH = lib.paths.bin [
foundation.stage2-gcc
foundation.stage2-binutils
foundation.stage2-gnumake
foundation.stage2-gnused
foundation.stage2-gnugrep
foundation.stage2-gawk
foundation.stage2-diffutils
foundation.stage2-findutils
foundation.stage2-gnutar
foundation.stage2-gzip
foundation.stage2-bzip2
foundation.stage1-xz
];
};
phases = let
host = lib.systems.withBuildInfo config.platform.host;
mbits =
if host.system.cpu.family == "x86"
then
if host.is64bit
then "-m64"
else "-m32"
else "";
in {
unpack = ''
# Unpack
tar xf ${config.src}
tar xf ${config.gmp.src}
tar xf ${config.mpfr.src}
tar xf ${config.mpc.src}
tar xf ${config.isl.src}
cd gcc-${config.version}
ln -s ../gmp-${config.gmp.version} gmp
ln -s ../mpfr-${config.mpfr.version} mpfr
ln -s ../mpc-${config.mpc.version} mpc
ln -s ../isl-${config.isl.version} isl
'';
patch = ''
# Patch
# force musl even if host triple is gnu
sed -i 's|"os/gnu-linux"|"os/generic"|' libstdc++-v3/configure.host
'';
configure = ''
# Configure
export CC="gcc -Wl,-dynamic-linker -Wl,${foundation.stage1-musl}/lib/libc.so"
export CXX="g++ -Wl,-dynamic-linker -Wl,${foundation.stage1-musl}/lib/libc.so"
export CFLAGS_FOR_TARGET="-Wl,-dynamic-linker -Wl,${foundation.stage1-musl}/lib/libc.so"
export LIBRARY_PATH="${foundation.stage1-musl}/lib"
bash ./configure \
--prefix=$out \
--build=${config.platform.build.triple} \
--host=${config.platform.host.triple} \
--target=${config.platform.target.triple} \
--with-native-system-header-dir=/include \
--with-sysroot=${foundation.stage1-musl} \
--enable-languages=c,c++ \
--disable-bootstrap \
--disable-libsanitizer \
--disable-lto \
--disable-multilib \
--disable-plugin \
CFLAGS=-static \
CXXFLAGS=-static
'';
build = ''
# Build
make -j $NIX_BUILD_CORES
'';
install = ''
# Install
make -j $NIX_BUILD_CORES install-strip
'';
};
src = builtins.fetchurl {
url = "${mirrors.gnu}/gcc/gcc-${config.version}/gcc-${config.version}.tar.xz";
sha256 = "4nXnZEKmBnNBon8Exca4PYYTFEAEwEE1KIY9xrXHQ9o=";
};
gmp = {
version = "6.3.0";
src = builtins.fetchurl {
url = "${mirrors.gnu}/gmp/gmp-${config.gmp.version}.tar.xz";
sha256 = "o8K4AgG4nmhhb0rTC8Zq7kknw85Q4zkpyoGdXENTiJg=";
};
};
mpfr = {
version = "4.2.1";
src = builtins.fetchurl {
url = "${mirrors.gnu}/mpfr/mpfr-${config.mpfr.version}.tar.xz";
sha256 = "J3gHNTpnJpeJlpRa8T5Sgp46vXqaW3+yeTiU4Y8fy7I=";
};
};
mpc = {
version = "1.3.1";
src = builtins.fetchurl {
url = "${mirrors.gnu}/mpc/mpc-${config.mpc.version}.tar.gz";
sha256 = "q2QkkvXPiCt0qgy3MM1BCoHtzb7IlRg86TDnBsHHWbg=";
};
};
isl = {
version = "0.24";
src = builtins.fetchurl {
url = "https://gcc.gnu.org/pub/gcc/infrastructure/isl-${config.isl.version}.tar.bz2";
sha256 = "/PeN2WVsEOuM+fvV9ZoLawE4YgX+GTSzsoegoYmBRcA=";
};
};
};
};
};
};
}

View file

@ -3,79 +3,79 @@
lib',
config,
options,
}: let
inherit
(config)
}:
let
inherit (config)
mirrors
builders
# These are the upstream foundational packages exported from the Aux Foundation project.
foundation
;
in {
in
{
config.packages.foundation.linux-headers = {
versions = {
"latest" = {
config,
meta,
}: {
options = {
src = lib.options.create {
type = lib.types.derivation;
description = "Source for the package.";
"latest" =
{ config, meta }:
{
options = {
src = lib.options.create {
type = lib.types.derivation;
description = "Source for the package.";
};
};
config = {
meta = {
platforms = [ "i686-linux" ];
};
pname = "linux-headers";
version = "6.5.6";
builder = builders.basic;
env = {
PATH = lib.paths.bin [
foundation.stage2-gcc
foundation.stage1-musl
foundation.stage2-binutils
foundation.stage2-gnumake
foundation.stage2-gnupatch
foundation.stage2-gnused
foundation.stage2-gnugrep
foundation.stage2-gawk
foundation.stage2-diffutils
foundation.stage2-findutils
foundation.stage2-gnutar
foundation.stage1-xz
];
};
phases = {
unpack = ''
tar xf ${config.src}
cd linux-${config.version}
'';
build = ''
make -j $NIX_BUILD_CORES CC=musl-gcc HOSTCC=musl-gcc ARCH=${config.platform.host.linux.arch} headers
'';
install = ''
find usr/include -name '.*' -exec rm {} +
mkdir -p $out
cp -rv usr/include $out/
'';
};
src = builtins.fetchurl {
url = "https://cdn.kernel.org/pub/linux/kernel/v${lib.versions.major config.version}.x/linux-${config.version}.tar.xz";
sha256 = "eONtQhRUcFHCTfIUD0zglCjWxRWtmnGziyjoCUqV0vY=";
};
};
};
config = {
meta = {
platforms = ["i686-linux"];
};
pname = "linux-headers";
version = "6.5.6";
builder = builders.basic;
env = {
PATH = lib.paths.bin [
foundation.stage2-gcc
foundation.stage1-musl
foundation.stage2-binutils
foundation.stage2-gnumake
foundation.stage2-gnupatch
foundation.stage2-gnused
foundation.stage2-gnugrep
foundation.stage2-gawk
foundation.stage2-diffutils
foundation.stage2-findutils
foundation.stage2-gnutar
foundation.stage1-xz
];
};
phases = {
unpack = ''
tar xf ${config.src}
cd linux-${config.version}
'';
build = ''
make -j $NIX_BUILD_CORES CC=musl-gcc HOSTCC=musl-gcc ARCH=${config.platform.host.linux.arch} headers
'';
install = ''
find usr/include -name '.*' -exec rm {} +
mkdir -p $out
cp -rv usr/include $out/
'';
};
src = builtins.fetchurl {
url = "https://cdn.kernel.org/pub/linux/kernel/v${lib.versions.major config.version}.x/linux-${config.version}.tar.xz";
sha256 = "eONtQhRUcFHCTfIUD0zglCjWxRWtmnGziyjoCUqV0vY=";
};
};
};
};
};
}