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windows: run tests using WFVM

This commit is contained in:
Sebastien Bourdeauducq 2020-06-22 17:45:18 +08:00
parent 1b79bdaa20
commit 8111b2f42b
7 changed files with 50 additions and 288 deletions

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@ -42,9 +42,7 @@ let
artiqVersion = import "${generatedNix}/pkgs/artiq-version.nix" (with pkgs; { inherit stdenv fetchgit git; }); artiqVersion = import "${generatedNix}/pkgs/artiq-version.nix" (with pkgs; { inherit stdenv fetchgit git; });
windowsRunner = overrides: windowsRunner = overrides:
import "${generatedNix}/windows/run-test.nix" ({ import "${generatedNix}/windows/run-test.nix" ({
inherit pkgs; inherit pkgs artiqpkgs;
sipycoPkg = artiqpkgs.conda-sipyco;
artiqPkg = artiqpkgs.conda-artiq;
} // overrides); } // overrides);
jobs = (builtins.mapAttrs (key: value: pkgs.lib.hydraJob value) artiqpkgs); jobs = (builtins.mapAttrs (key: value: pkgs.lib.hydraJob value) artiqpkgs);
in in
@ -61,7 +59,7 @@ in
buildInputs = [ (windowsRunner {}) ]; buildInputs = [ (windowsRunner {}) ];
phases = [ "buildPhase" ]; phases = [ "buildPhase" ];
buildPhase = '' buildPhase = ''
${windowsRunner {}}/bin/run.sh ${windowsRunner {}}/bin/wfvm-run-windows-tests
touch $out touch $out
''; '';
}; };
@ -119,7 +117,7 @@ in
export ARTIQ_LOW_LATENCY=1 export ARTIQ_LOW_LATENCY=1
python -m unittest discover -v artiq.test.coredevice python -m unittest discover -v artiq.test.coredevice
${windowsRunner { testCommand = "set ARTIQ_ROOT=%cd%\\anaconda\\envs\\artiq-env\\Lib\\site-packages\\artiq\\examples\\kc705_nist_clock&&python -m unittest discover -v artiq.test.coredevice"; }}/bin/run.sh ${windowsRunner { testCommand = "set ARTIQ_ROOT=%cd%\\Anaconda3\\envs\\artiq-env\\Lib\\site-packages\\artiq\\examples\\kc705_nist_clock&& python -m unittest discover -v artiq.test.coredevice"; }}/bin/wfvm-run-windows-tests
) )
mkdir $out mkdir $out

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@ -1,25 +0,0 @@
# Preparation steps
## Install a Windows image
```shell
nix-build install.nix -I artiqSrc=…/artiq
result/bin/windows-installer.sh
```
Follow the instructions.
## Install Anaconda to the image
```shell
result/bin/anaconda-installer.sh
```
Move the image `c.img` to one of Nix' `extra-sandbox-paths` (`nix.sandboxPaths` on NixOS).
# Running the tests manually
```shell
nix-build --pure --arg diskImage "\"…/c.img\"" -I artiqSrc=…/artiq manual-test-run.nix
```

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@ -1,91 +0,0 @@
{ pkgs ? import <nixpkgs> {},
diskImageSize ? "22G",
qemuMem ? "4G",
}:
with pkgs;
let
windowsIso = fetchurl {
url = "https://software-download.microsoft.com/download/sg/17763.107.101029-1455.rs5_release_svc_refresh_CLIENT_LTSC_EVAL_x64FRE_en-us.iso";
sha256 = "668fe1af70c2f7416328aee3a0bb066b12dc6bbd2576f40f812b95741e18bc3a";
};
anaconda = fetchurl {
url = "https://repo.anaconda.com/archive/Anaconda3-2019.03-Windows-x86_64.exe";
sha256 = "1f9icm5rwab6l1f23a70dw0qixzrl62wbglimip82h4zhxlh3jfj";
};
escape = builtins.replaceStrings [ "\\" ] [ "\\\\" ];
qemu = import ./qemu.nix {
inherit pkgs qemuMem;
diskImage = "c.img";
};
# Double-escape because we produce a script from a shell heredoc
ssh = cmd: qemu.ssh (escape cmd);
scp = qemu.scp;
sshCondaEnv = cmd: ssh "anaconda\\scripts\\activate && ${cmd}";
condaEnv = "artiq-env";
condaDepSpecs =
builtins.concatStringsSep " "
(map (s: "\"${s}\"")
(import ../conda/artiq-deps.nix));
instructions =
builtins.toFile "install.txt"
(builtins.readFile ./install.txt);
in
stdenv.mkDerivation {
name = "windows-installer";
src = windowsIso;
setSourceRoot = "sourceRoot=`pwd`";
unpackCmd = ''
ln -s $curSrc windows.iso
'';
propagatedBuildInputs = qemu.inputs;
dontBuild = true;
installPhase = ''
mkdir -p $out/bin $out/data
ln -s $(readlink windows.iso) $out/data/windows.iso
cat > $out/bin/windows-installer.sh << EOF
#!/usr/bin/env bash
set -e -m
${qemu.qemu-img} create -f qcow2 c.img ${diskImageSize}
${qemu.runQemu false [] [
"-boot" "order=d"
"-drive" "file=c.img,index=0,media=disk,cache=unsafe"
"-drive" "file=$out/data/windows.iso,index=1,media=cdrom,cache=unsafe"
]} &
cat ${instructions}
wait
EOF
cat > $out/bin/anaconda-installer.sh << EOF
#!/usr/bin/env bash
set -e -m
${qemu.runQemu false [] [
"-boot" "order=c"
"-drive" "file=c.img,index=0,media=disk"
]} &
sleep 10
${ssh "ver"}
${scp anaconda "Anaconda.exe"}
${ssh "start /wait \"\" Anaconda.exe /S /D=%cd%\\anaconda"}
${sshCondaEnv "conda config --add channels conda-forge"}
${sshCondaEnv "conda config --add channels m-labs"}
( ${sshCondaEnv "conda update -y conda"} ) || true
${sshCondaEnv "conda update -y --all"}
${sshCondaEnv "conda create -y -n ${condaEnv}"}
${sshCondaEnv "conda install -y -n ${condaEnv} ${condaDepSpecs}"}
${ssh "shutdown /p /f"}
echo "Waiting for qemu exit"
wait
EOF
chmod a+x $out/bin/*.sh
'';
}

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@ -1,13 +0,0 @@
Add user account with expected password [user/user].
Enable the OpenSSH server:
- "Add or remove programs"
- "Manage optional features"
- "Add a feature"
- "OpenSSH Server"
- "Install"
- Open "Services"
- Double-click the "OpenSSH SSH Server" service
- Set "Startup type" to "Automatic"
- "Start"
- "Ok"
Then press ENTER here to proceed with automatic installation

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@ -1,30 +1,10 @@
# This runs `run-test.nix` with `nix-build` { pkgs ? import <nixpkgs> {} }:
{ pkgs ? import <nixpkgs> {},
artiqpkgs ? import ../. { inherit pkgs; },
diskImage ? "/opt/windows/c.img",
qemuMem ? "2G",
testTimeout ? 180,
}:
with pkgs;
let let
windowsRunner = overrides: artiqpkgs = import ../. { inherit pkgs; };
import ./run-test.nix ({ run-test = import ./run-test.nix {
inherit pkgs diskImage qemuMem testTimeout; inherit pkgs artiqpkgs;
sipycoPkg = artiqpkgs.conda-sipyco; testCommand = "set ARTIQ_ROOT=%cd%\\Anaconda3\\envs\\artiq-env\\Lib\\site-packages\\artiq\\examples\\kc705_nist_clock&& python -m unittest discover -v sipyco.test && python -m unittest discover -v artiq.test";
artiqPkg = artiqpkgs.conda-artiq; };
} // overrides);
in in
run-test
stdenv.mkDerivation {
name = "windows-test";
phases = [ "installPhase" "checkPhase" ];
installPhase = "touch $out";
doCheck = true;
checkPhase = ''
${windowsRunner { testCommand = "set ARTIQ_ROOT=%cd%\\anaconda\\envs\\artiq-env\\Lib\\site-packages\\artiq\\examples\\kc705_nist_clock&&python -m unittest discover -v artiq.test"; }}/bin/run.sh
'';
}

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@ -1,55 +0,0 @@
{ pkgs,
diskImage,
qemuMem,
sshUser ? "user",
sshPassword ? "user",
}:
with pkgs;
let
qemu-img = "${qemu_kvm}/bin/qemu-img";
runQemu = isolateNetwork: forwardedPorts: extraArgs:
let
restrict =
if isolateNetwork
then "on"
else "off";
# use socat instead of `tcp:…` to allow multiple connections
guestfwds =
builtins.concatStringsSep ""
(map ({ listenAddr, targetAddr, port }:
",guestfwd=tcp:${listenAddr}:${toString port}-cmd:${socat}/bin/socat\\ -\\ tcp:${targetAddr}:${toString port}"
) forwardedPorts);
args = [
"-enable-kvm"
"-m" qemuMem
"-bios" "${OVMF.fd}/FV/OVMF.fd"
"-netdev" "user,id=n1,net=192.168.1.0/24,restrict=${restrict},hostfwd=tcp::2022-:22${guestfwds}"
"-device" "e1000,netdev=n1"
];
argStr = builtins.concatStringsSep " " (args ++ extraArgs);
in "${qemu_kvm}/bin/qemu-system-x86_64 ${argStr}";
# Pass empty config file to prevent ssh from failing to create ~/.ssh
sshOpts = "-F /dev/null -o StrictHostKeyChecking=accept-new -o UserKnownHostsFile=\$TMP/known_hosts";
sshWithQuotes = quotes: cmd: ''
echo ssh windows ${quotes}${cmd}${quotes}
${sshpass}/bin/sshpass -p${sshPassword} -- \
${openssh}/bin/ssh -np 2022 ${sshOpts} \
${sshUser}@localhost \
${quotes}${cmd}${quotes}
'';
ssh = sshWithQuotes "'";
scp = src: target: ''
echo "Copy ${src} to ${target}"
${sshpass}/bin/sshpass -p${sshPassword} -- \
${openssh}/bin/scp -P 2022 ${sshOpts} \
"${src}" "${sshUser}@localhost:${target}"
'';
in
{
inherit qemu-img runQemu ssh sshWithQuotes scp;
inputs = [ qemu_kvm openssh sshpass ];
}

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@ -1,24 +1,6 @@
{ pkgs, { pkgs, artiqpkgs, testCommand }:
sipycoPkg,
artiqPkg,
diskImage ? "/opt/windows/c.img",
qemuMem ? "2G",
testTimeout ? 600,
testCommand ? "python -m unittest discover -v sipyco.test && python -m unittest discover -v artiq.test",
}:
with pkgs;
let let
escape = builtins.replaceStrings [ "\\" ] [ "\\\\" ];
qemu = import ./qemu.nix {
inherit pkgs qemuMem;
diskImage = "c.img";
};
# Double-escape because we produce a script from a shell heredoc
ssh = cmd: qemu.ssh (escape cmd);
sshUnquoted = qemu.sshWithQuotes "\"";
scp = qemu.scp;
condaEnv = "artiq-env"; condaEnv = "artiq-env";
tcpPorts = [ 1380 1381 1382 1383 ]; tcpPorts = [ 1380 1381 1382 1383 ];
forwardedPorts = forwardedPorts =
@ -27,58 +9,44 @@ let
targetAddr = "192.168.1.50"; targetAddr = "192.168.1.50";
inherit port; inherit port;
}) tcpPorts; }) tcpPorts;
wfvm = import ../wfvm/default.nix { inherit pkgs; };
conda-deps = {
name = "conda-deps";
script = let
conda-deps-noarch = import ./conda_noarch_packages.nix { inherit pkgs; };
conda-deps-win-64 = import ./conda_win-64_packages.nix { inherit pkgs; };
conda-packages-put = pkgs.lib.strings.concatStringsSep "\n"
( (map (package: ''win-put ${package} 'fake-channel/noarch' '') conda-deps-noarch)
++ (map (package: ''win-put ${package} 'fake-channel/win-64' '') conda-deps-win-64) );
in in
''
win-exec 'mkdir fake-channel && mkdir fake-channel\noarch && mkdir fake-channel\win-64'
stdenv.mkDerivation { ${conda-packages-put}
name = "windows-test-runner";
src = ./.;
propagatedBuildInputs = qemu.inputs; win-put ${artiqpkgs.conda-windows-binutils-or1k}/win-64/*.tar.bz2 'fake-channel/win-64'
dontBuild = true; win-put ${artiqpkgs.conda-windows-llvm-or1k}/win-64/*.tar.bz2 'fake-channel/win-64'
installPhase = '' win-put ${artiqpkgs.conda-windows-llvmlite-artiq}/win-64/*.tar.bz2 'fake-channel/win-64'
mkdir -p $out/bin
cat > $out/bin/run.sh << EOF
#!/usr/bin/env bash
set -e -m
# +1 day from last modification of the disk image win-put ${artiqpkgs.conda-pythonparser}/noarch/*.tar.bz2 'fake-channel/noarch'
CLOCK=$(date -Is -d @$(expr $(stat -c %Y ${diskImage}) + 86400)) win-put ${artiqpkgs.conda-sipyco}/noarch/*.tar.bz2 'fake-channel/noarch'
${qemu.runQemu true forwardedPorts [ win-put ${artiqpkgs.conda-quamash}/noarch/*.tar.bz2 'fake-channel/noarch'
"-boot" "order=c" '';
"-snapshot" };
"-drive" "file=${diskImage},index=0,media=disk,cache=unsafe" in
"-rtc" "base=\\$CLOCK" wfvm.utils.wfvm-run {
"-display" "none" name = "windows-tests";
]} & image = wfvm.makeWindowsImage { installCommands = [ wfvm.layers.anaconda3 conda-deps ]; };
inherit forwardedPorts;
script =
''
${wfvm.utils.win-put}/bin/win-put ${artiqpkgs.conda-artiq}/noarch/*.tar.bz2 'fake-channel/noarch'
echo "Wait for Windows to boot" ${wfvm.utils.win-exec}/bin/win-exec ".\Anaconda3\scripts\activate && conda index fake-channel"
sleep 30 ${wfvm.utils.win-exec}/bin/win-exec ".\Anaconda3\scripts\activate && conda create -n ${condaEnv} --offline"
${ssh "ver"} ${wfvm.utils.win-exec}/bin/win-exec ".\Anaconda3\scripts\activate ${condaEnv} && conda install -y -c file:///C:/users/wfvm/fake-channel --offline artiq"
i=0 #${pkgs.sshpass}/bin/sshpass -p1234 -- ${pkgs.openssh}/bin/ssh -p 2022 wfvm@localhost -o StrictHostKeyChecking=no -o UserKnownHostsFile=/dev/null
for pkg in ${sipycoPkg}/noarch/sipyco*.tar.bz2 ${artiqPkg}/noarch/artiq*.tar.bz2 ; do ${wfvm.utils.win-exec}/bin/win-exec ".\Anaconda3\scripts\activate ${condaEnv} && ${testCommand}"
${scp "\\$pkg" "to_install\\$i.tar.bz2"}
${sshUnquoted "anaconda\\scripts\\activate ${condaEnv} && conda install to_install\\$i.tar.bz2"}
((i=i+1))
done
# Schedule a timed shutdown against hanging test runs
${ssh "shutdown -s -t ${toString testTimeout}"}
FAIL=n
( ${ssh "anaconda\\scripts\\activate ${condaEnv} && ${testCommand}"} ) || FAIL=y
# Abort timeouted shutdown
${ssh "shutdown -a"}
# Power off immediately
${ssh "shutdown -p -f"}
wait
if [ "\$FAIL" = "y" ]; then
exit 1
else
exit 0
fi
EOF
chmod a+x $out/bin/run.sh
''; '';
} }