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rename config.outputs to config.system.outputs

New rules: everything under "config" that isn't actually configuration
(e.g. build products) will in future live in config.system. This is
the first step.
This commit is contained in:
Daniel Barlow 2023-07-13 19:24:59 +01:00
parent 492317623d
commit 2e50368bd2
13 changed files with 236 additions and 122 deletions

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@ -41,8 +41,8 @@ let
];
}).config.system;
in {
outputs = config.outputs // {
default = config.outputs.${config.hardware.defaultOutput};
outputs = config.system.outputs // {
default = config.system.outputs.${config.hardware.defaultOutput};
};
# this is just here as a convenience, so that we can get a

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@ -59,7 +59,7 @@
};
mac80211 = pkgs.mac80211.override {
drivers = ["ath9k" "ath10k_pci"];
klibBuild = config.outputs.kernel.modulesupport;
klibBuild = config.system.outputs.kernel.modulesupport;
};
ath10k_cal_data =
let

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@ -24,7 +24,7 @@
inherit (pkgs) openwrt;
mac80211 = pkgs.mac80211.override {
drivers = ["rt2800soc"];
klibBuild = config.outputs.kernel.modulesupport;
klibBuild = config.system.outputs.kernel.modulesupport;
};
in {
hardware = {

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@ -20,7 +20,7 @@
mac80211 = pkgs.mac80211.override {
drivers = ["mt7603e"];
klibBuild = config.outputs.kernel.modulesupport;
klibBuild = config.system.outputs.kernel.modulesupport;
};
wlan_firmware = pkgs.fetchurl {
url = "https://github.com/openwrt/mt76/raw/f24b56f935392ca1d35fae5fd6e56ef9deda4aad/firmware/mt7628_e2.bin";

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@ -49,7 +49,7 @@
let
mac80211 = pkgs.mac80211.override {
drivers = ["mac80211_hwsim"];
klibBuild = config.outputs.kernel.modulesupport;
klibBuild = config.system.outputs.kernel.modulesupport;
};
inherit (pkgs.liminix.networking) interface;
in {

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@ -238,8 +238,8 @@ in rec {
let
script= pkgs.firewallgen "firewall.nft" (import ./rotuer-firewall.nix);
kmodules = pkgs.kernel-modules.override {
kernelSrc = config.outputs.kernel.src;
modulesupport = config.outputs.kernel.modulesupport;
kernelSrc = config.system.outputs.kernel.src;
modulesupport = config.system.outputs.kernel.modulesupport;
kconfig = {
NFT_FIB_IPV4 = "m";
NFT_FIB_IPV6 = "m";

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@ -8,8 +8,32 @@ let
inherit (lib) mkOption types concatStringsSep;
inherit (config.boot) tftp;
in {
options = {
options.system.outputs = {
firmware = mkOption {
type = types.package;
internal = true; # component of flashimage
description = ''
Binary image (combining kernel, FDT, rootfs, initramfs
if needed, etc) for the target device.
'';
};
flash-scr = mkOption {
type = types.package;
internal = true; # component of flashimage
description = ''
Copy-pastable U-Boot commands to TFTP download the
image and write it to flash
'';
};
flashimage = mkOption {
type = types.package;
description = ''
Flashable image for the target device, and the script to
install it
'';
};
};
config = {
kernel = {
config = {
@ -21,43 +45,44 @@ in {
"flashcp"
];
outputs.firmware =
let o = config.outputs; in
pkgs.runCommand "firmware" {} ''
dd if=${o.uimage} of=$out bs=128k conv=sync
dd if=${o.rootfs} of=$out bs=128k conv=sync,nocreat,notrunc oflag=append
'';
outputs.flashimage =
let o = config.outputs; in
pkgs.runCommand "flashimage" {} ''
mkdir $out
cd $out
ln -s ${o.firmware} firmware.bin
ln -s ${o.rootfs} rootfs
ln -s ${o.kernel} vmlinux
ln -s ${o.manifest} manifest
ln -s ${o.kernel.headers} build
ln -s ${o.uimage} uimage
ln -s ${o.dtb} dtb
ln -s ${o.flash-scr} flash.scr
'';
outputs.flash-scr =
let
inherit (pkgs.lib.trivial) toHexString;
inherit (config.hardware) flash;
in
pkgs.buildPackages.runCommand "" {} ''
imageSize=$(stat -L -c %s ${config.outputs.firmware})
cat > $out << EOF
setenv serverip ${tftp.serverip}
setenv ipaddr ${tftp.ipaddr}
tftp 0x$(printf %x ${tftp.loadAddress}) result/firmware.bin
erase 0x$(printf %x ${flash.address}) +${flash.size}
cp.b 0x$(printf %x ${tftp.loadAddress}) 0x$(printf %x ${flash.address}) \''${filesize}
echo command line was ${builtins.toJSON (concatStringsSep " " config.boot.commandLine)}
EOF
system.outputs = {
firmware =
let o = config.system.outputs; in
pkgs.runCommand "firmware" {} ''
dd if=${o.uimage} of=$out bs=128k conv=sync
dd if=${o.rootfs} of=$out bs=128k conv=sync,nocreat,notrunc oflag=append
'';
flashimage =
let o = config.system.outputs; in
pkgs.runCommand "flashimage" {} ''
mkdir $out
cd $out
ln -s ${o.firmware} firmware.bin
ln -s ${o.rootfs} rootfs
ln -s ${o.kernel} vmlinux
ln -s ${o.manifest} manifest
ln -s ${o.kernel.headers} build
ln -s ${o.uimage} uimage
ln -s ${o.dtb} dtb
ln -s ${o.flash-scr} flash.scr
'';
flash-scr =
let
inherit (pkgs.lib.trivial) toHexString;
inherit (config.hardware) flash;
in
pkgs.buildPackages.runCommand "" {} ''
imageSize=$(stat -L -c %s ${config.system.outputs.firmware})
cat > $out << EOF
setenv serverip ${tftp.serverip}
setenv ipaddr ${tftp.ipaddr}
tftp 0x$(printf %x ${tftp.loadAddress}) result/firmware.bin
erase 0x$(printf %x ${flash.address}) +${flash.size}
cp.b 0x$(printf %x ${tftp.loadAddress}) 0x$(printf %x ${flash.address}) \''${filesize}
echo command line was ${builtins.toJSON (concatStringsSep " " config.boot.commandLine)}
EOF
'';
};
};
}

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@ -5,7 +5,7 @@
, ...
}:
let
inherit (lib) mkEnableOption mkIf;
inherit (lib) mkEnableOption mkOption mkIf types;
inherit (pkgs) runCommand callPackage writeText;
in
{
@ -14,15 +14,23 @@ in
enable = mkEnableOption "enable initramfs";
default = false;
};
system.outputs.initramfs = mkOption {
type = types.package;
internal = true;
description = ''
Initramfs image capable of mounting the jffs2 root
filesystem
'';
};
};
config = mkIf config.boot.initramfs.enable {
kernel.config = {
BLK_DEV_INITRD = "y";
INITRAMFS_SOURCE = builtins.toJSON "${config.outputs.initramfs}";
INITRAMFS_SOURCE = builtins.toJSON "${config.system.outputs.initramfs}";
# INITRAMFS_COMPRESSION_LZO = "y";
};
outputs = {
system.outputs = {
initramfs =
let inherit (pkgs.pkgsBuildBuild) gen_init_cpio;
in runCommand "initramfs.cpio" {} ''

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@ -5,12 +5,23 @@
, ...
}:
let
inherit (lib) mkIf;
inherit (lib) mkIf mkOption types;
in
{
imports = [
./initramfs.nix
];
options.system.outputs = {
systemConfiguration = mkOption {
type = types.package;
description = ''
pkgs.systemconfig for the configured filesystem,
contains 'activate' and 'init' commands
'';
internal = true;
};
};
config = mkIf (config.rootfsType == "jffs2") {
kernel.config = {
JFFS2_FS = "y";
@ -21,7 +32,7 @@ in
JFFS2_CMODE_SIZE = "y";
};
boot.initramfs.enable = true;
outputs = rec {
system.outputs = rec {
systemConfiguration =
pkgs.systemconfig config.filesystem.contents;
rootfs =

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@ -8,39 +8,56 @@ let
inherit (lib) mkOption mkForce types concatStringsSep;
in {
imports = [ ./ramdisk.nix ];
options.system.outputs = {
kexecboot = mkOption {
type = types.package;
description = ''
Directory containing files needed for kexec booting.
Can be copied onto the target device using ssh or similar
'';
};
boot-sh = mkOption {
type = types.package;
description = ''
Shell script to run on the target device that invokes
kexec with appropriate options
'';
};
};
config = {
boot.ramdisk.enable = true;
system.outputs = {
kexecboot =
let o = config.system.outputs; in
pkgs.runCommand "kexecboot" {} ''
mkdir $out
cd $out
ln -s ${o.rootfs} rootfs
ln -s ${o.kernel} kernel
ln -s ${o.manifest} manifest
ln -s ${o.boot-sh} boot.sh
ln -s ${pkgs.kexec-tools-static}/bin/kexec ./kexec
ln -s ${o.dtb} dtb
'';
outputs.kexecboot =
let o = config.outputs; in
pkgs.runCommand "kexecboot" {} ''
mkdir $out
cd $out
ln -s ${o.rootfs} rootfs
ln -s ${o.kernel} kernel
ln -s ${o.manifest} manifest
ln -s ${o.boot-sh} boot.sh
ln -s ${pkgs.kexec-tools-static}/bin/kexec ./kexec
ln -s ${o.dtb} dtb
'';
outputs.boot-sh =
let
inherit (pkgs.lib.trivial) toHexString;
inherit (config.outputs) rootfs kernel;
cmdline = concatStringsSep " " config.boot.commandLine;
in
pkgs.buildPackages.runCommand "boot.sh.sh" {
} ''
rootfsStart=${toString (100 * 1024 * 1024)}
rootfsBytes=$(stat -L -c %s ${rootfs})
append_cmd="mtdparts=phram0:''${rootfsBytes}(rootfs) phram.phram=phram0,''${rootfsStart},''${rootfsBytes} memmap=''${rootfsBytes}\$''${rootfsStart}";
cat > $out <<EOF
#!/bin/sh
test -d \$1
cd \$1
./kexec -f -d --map-file rootfs@$rootfsStart --dtb dtb --command-line '${cmdline} $append_cmd' kernel
EOF
'';
boot-sh =
let
inherit (pkgs.lib.trivial) toHexString;
inherit (config.system.outputs) rootfs kernel;
cmdline = concatStringsSep " " config.boot.commandLine;
in
pkgs.buildPackages.runCommand "boot.sh.sh" {
} ''
rootfsStart=${toString (100 * 1024 * 1024)}
rootfsBytes=$(stat -L -c %s ${rootfs})
append_cmd="mtdparts=phram0:''${rootfsBytes}(rootfs) phram.phram=phram0,''${rootfsStart},''${rootfsBytes} memmap=''${rootfsBytes}\$''${rootfsStart}";
cat > $out <<EOF
#!/bin/sh
test -d \$1
cd \$1
./kexec -f -d --map-file rootfs@$rootfsStart --dtb dtb --command-line '${cmdline} $append_cmd' kernel
EOF
'';
};
};
}

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@ -13,14 +13,52 @@ in
./squashfs.nix
];
options = {
outputs = mkOption {
type = types.attrsOf types.package;
default = {};
system.outputs = {
kernel = mkOption {
type = types.package;
description = ''
Kernel vmlinux file (usually ELF)
'';
};
dtb = mkOption {
type = types.package;
description = ''
Compiled device tree (FDT) for the target device
'';
};
uimage = mkOption {
type = types.package;
description = ''
Combined kernel and FDT in uImage (U-Boot compatible) format
'';
};
vmroot = mkOption {
type = types.package;
description = ''
Directory containing separate kernel and rootfs image for
use with qemu (see mips-vm)
'';
};
manifest = mkOption {
type = types.package;
description = ''
Debugging aid. JSON rendition of config.filesystem, on
which can run "nix-store -q --tree" on it and find
out what's in the image, which is nice if it's unexpectedly huge
'';
};
rootfs = mkOption {
type = types.package;
description = ''
root filesystem (squashfs or jffs2) image
'';
internal = true;
};
};
};
config = {
outputs = rec {
tftpd = pkgs.buildPackages.tufted;
system.outputs = rec {
# tftpd = pkgs.buildPackages.tufted;
kernel = liminix.builders.kernel.override {
inherit (config.kernel) config src extraPatchPhase;
};
@ -40,14 +78,12 @@ in
vmroot = pkgs.runCommand "qemu" {} ''
mkdir $out
cd $out
ln -s ${config.outputs.rootfs} rootfs
ln -s ${config.system.outputs.rootfs} rootfs
ln -s ${kernel} vmlinux
ln -s ${manifest} manifest
ln -s ${kernel.headers} build
'';
# this exists so that you can run "nix-store -q --tree" on it and find
# out what's in the image, which is nice if it's unexpectedly huge
manifest = writeText "manifest.json" (builtins.toJSON config.filesystem.contents);
};
};

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@ -10,8 +10,7 @@ let
in
{
config = mkIf (config.rootfsType == "squashfs") {
outputs = rec {
rootfs = liminix.builders.squashfs config.filesystem.contents;
};
system.outputs.rootfs =
liminix.builders.squashfs config.filesystem.contents;
};
}

View File

@ -13,40 +13,58 @@ in {
type = types.int;
default = 0;
};
options.system.outputs = {
tftpboot = mkOption {
type = types.package;
description = ''
Directory containing files needed for TFTP booting
'';
};
boot-scr = mkOption {
type = types.package;
description = ''
U-Boot commands to load and boot a kernel and rootfs over TFTP.
Copy-paste into the device boot monitor
'';
};
};
config = {
boot.ramdisk.enable = true;
outputs.tftpboot =
let o = config.outputs; in
pkgs.runCommand "tftpboot" {} ''
mkdir $out
cd $out
ln -s ${o.rootfs} rootfs
ln -s ${o.kernel} vmlinux
ln -s ${o.manifest} manifest
ln -s ${o.kernel.headers} build
ln -s ${o.uimage} uimage
ln -s ${o.boot-scr} boot.scr
'';
system.outputs = rec {
tftpboot =
let o = config.system.outputs; in
pkgs.runCommand "tftpboot" {} ''
mkdir $out
cd $out
ln -s ${o.rootfs} rootfs
ln -s ${o.kernel} vmlinux
ln -s ${o.manifest} manifest
ln -s ${o.kernel.headers} build
ln -s ${o.uimage} uimage
ln -s ${o.boot-scr} boot.scr
'';
outputs.boot-scr =
let
inherit (pkgs.lib.trivial) toHexString;
in
pkgs.buildPackages.runCommand "boot-scr" {} ''
uimageSize=$(($(stat -L -c %s ${config.outputs.uimage}) + 0x1000 &(~0xfff)))
rootfsStart=0x$(printf %x $((${cfg.loadAddress} + 0x100000 + $uimageSize)))
rootfsBytes=$(($(stat -L -c %s ${config.outputs.rootfs}) + 0x100000 &(~0xfffff)))
rootfsBytes=$(($rootfsBytes + ${toString cfg.freeSpaceBytes} ))
cmd="mtdparts=phram0:''${rootfsMb}M(rootfs) phram.phram=phram0,''${rootfsStart},''${rootfsBytes},${config.hardware.flash.eraseBlockSize} memmap=''${rootfsBytes}\$''${rootfsStart} root=/dev/mtdblock0";
boot-scr =
let
inherit (pkgs.lib.trivial) toHexString;
o = config.system.outputs;
in
pkgs.buildPackages.runCommand "boot-scr" {} ''
uimageSize=$(($(stat -L -c %s ${o.uimage}) + 0x1000 &(~0xfff)))
rootfsStart=0x$(printf %x $((${cfg.loadAddress} + 0x100000 + $uimageSize)))
rootfsBytes=$(($(stat -L -c %s ${o.rootfs}) + 0x100000 &(~0xfffff)))
rootfsBytes=$(($rootfsBytes + ${toString cfg.freeSpaceBytes} ))
cmd="mtdparts=phram0:''${rootfsMb}M(rootfs) phram.phram=phram0,''${rootfsStart},''${rootfsBytes},${config.hardware.flash.eraseBlockSize} memmap=''${rootfsBytes}\$''${rootfsStart} root=/dev/mtdblock0";
cat > $out << EOF
setenv serverip ${cfg.serverip}
setenv ipaddr ${cfg.ipaddr}
setenv bootargs 'liminix $cmd'
tftp 0x$(printf %x ${cfg.loadAddress}) result/uimage ; tftp 0x$(printf %x $rootfsStart) result/rootfs
bootm 0x$(printf %x ${cfg.loadAddress})
EOF
'';
cat > $out << EOF
setenv serverip ${cfg.serverip}
setenv ipaddr ${cfg.ipaddr}
setenv bootargs 'liminix $cmd'
tftp 0x$(printf %x ${cfg.loadAddress}) result/uimage ; tftp 0x$(printf %x $rootfsStart) result/rootfs
bootm 0x$(printf %x ${cfg.loadAddress})
EOF
'';
};
};
}