Use nix-vm-test for our tests
This commit is contained in:
r-vdp
parent
073f275b56
commit
4cc8d306b4
7 changed files with 186 additions and 584 deletions
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@ -1,11 +1,44 @@
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{ lib
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, system-manager
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, system
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, nix-vm-test
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}:
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let
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images = lib.importJSON ../images.json;
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forEachUbuntuImage = lib.flip lib.mapAttrs' images.ubuntu.${system};
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forEachUbuntuImage =
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name:
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{ modules
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, testScriptFunction
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, extraPathsToRegister ? [ ]
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, projectTest ? test: test.sandboxed
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}:
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let
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ubuntu = nix-vm-test.lib.${system}.ubuntu;
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in
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lib.listToAttrs (lib.flip map (lib.attrNames ubuntu.images)
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(imageVersion:
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let
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toplevel = (system-manager.lib.makeSystemConfig {
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modules = modules ++ [
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({ lib, pkgs, ... }: {
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options.hostPkgs = lib.mkOption { type = lib.types.raw; readOnly = true; };
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config.hostPkgs = pkgs;
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})
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];
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});
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inherit (toplevel.config) hostPkgs;
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in
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lib.nameValuePair "ubuntu-${imageVersion}-${name}"
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(projectTest
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(ubuntu.${imageVersion} {
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testScript = testScriptFunction { inherit toplevel hostPkgs; };
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extraPathsToRegister = extraPathsToRegister ++ [
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toplevel
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];
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sharedDirs = { };
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}))
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)
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);
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# To test reload and restart, we include two services, one that can be reloaded
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# and one that cannot.
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@ -84,212 +117,149 @@ let
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})
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];
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};
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in
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forEachUbuntuImage
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(imgName: image: lib.nameValuePair
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"vm-test-example-${imgName}"
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(system-manager.lib.make-vm-test "vm-test-example-${imgName}" {
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inherit system;
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modules = [
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({ config, ... }:
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let
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inherit (config) hostPkgs;
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in
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{
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nodes = {
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node1 = { config, ... }: {
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modules = [
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(testModule "old")
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../../../examples/example.nix
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];
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forEachUbuntuImage "example"
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{
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modules = [
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(testModule "old")
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../../../examples/example.nix
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];
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extraPathsToRegister = [ newConfig ];
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testScriptFunction = { toplevel, ... }: ''
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# Start all machines in parallel
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start_all()
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virtualisation.rootImage = system-manager.lib.prepareUbuntuImage {
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inherit hostPkgs image;
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nodeConfig = config;
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};
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};
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};
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vm.wait_for_unit("default.target")
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testScript = ''
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# Start all machines in parallel
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start_all()
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vm.succeed("touch /etc/foo_test")
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vm.succeed("${toplevel}/bin/activate 2>&1 | tee /tmp/output.log")
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vm.succeed("grep -F 'Error while creating file in /etc: Unmanaged path already exists in filesystem, please remove it and run system-manager again: /etc/foo_test' /tmp/output.log")
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vm.succeed("rm /etc/foo_test")
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node1.wait_for_unit("default.target")
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${system-manager.lib.activateProfileSnippet { node = "vm"; profile = toplevel; }}
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vm.wait_for_unit("system-manager.target")
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node1.succeed("touch /etc/foo_test")
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node1.succeed("/system-manager-profile/bin/activate 2>&1 | tee /tmp/output.log")
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node1.succeed("grep -F 'Error while creating file in /etc: Unmanaged path already exists in filesystem, please remove it and run system-manager again: /etc/foo_test' /tmp/output.log")
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node1.succeed("rm /etc/foo_test")
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vm.succeed("systemctl status service-9.service")
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vm.succeed("test -f /etc/baz/bar/foo2")
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vm.succeed("test -f /etc/a/nested/example/foo3")
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vm.succeed("test -f /etc/foo.conf")
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vm.succeed("grep -F 'launch_the_rockets = true' /etc/foo.conf")
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vm.fail("grep -F 'launch_the_rockets = false' /etc/foo.conf")
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${system-manager.lib.activateProfileSnippet { node = "node1"; }}
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node1.wait_for_unit("system-manager.target")
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vm.succeed("test -d /var/tmp/system-manager")
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node1.succeed("systemctl status service-9.service")
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node1.succeed("test -f /etc/baz/bar/foo2")
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node1.succeed("test -f /etc/a/nested/example/foo3")
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node1.succeed("test -f /etc/foo.conf")
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node1.succeed("grep -F 'launch_the_rockets = true' /etc/foo.conf")
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node1.fail("grep -F 'launch_the_rockets = false' /etc/foo.conf")
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${system-manager.lib.activateProfileSnippet { node = "vm"; profile = newConfig; }}
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vm.succeed("systemctl status new-service.service")
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vm.fail("systemctl status service-9.service")
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vm.fail("test -f /etc/a/nested/example/foo3")
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vm.fail("test -f /etc/baz/bar/foo2")
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vm.fail("test -f /etc/systemd/system/nginx.service")
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vm.succeed("test -f /etc/foo_new")
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node1.succeed("test -d /var/tmp/system-manager")
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vm.succeed("test -d /var/tmp/system-manager")
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vm.succeed("touch /var/tmp/system-manager/foo1")
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${system-manager.lib.activateProfileSnippet { node = "node1"; profile = newConfig; }}
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node1.succeed("systemctl status new-service.service")
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node1.fail("systemctl status service-9.service")
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node1.fail("test -f /etc/a/nested/example/foo3")
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node1.fail("test -f /etc/baz/bar/foo2")
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node1.fail("test -f /etc/systemd/system/nginx.service")
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node1.succeed("test -f /etc/foo_new")
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# Simulate a reboot, to check that the services defined with
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# system-manager start correctly after a reboot.
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# TODO: can we find an easy way to really reboot the VM and not
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# loose the root FS state?
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vm.systemctl("isolate rescue.target")
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# We need to send a return character to dismiss the rescue-mode prompt
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vm.send_key("ret")
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vm.systemctl("isolate default.target")
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vm.wait_for_unit("default.target")
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node1.succeed("test -d /var/tmp/system-manager")
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node1.succeed("touch /var/tmp/system-manager/foo1")
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vm.succeed("systemctl status new-service.service")
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vm.fail("systemctl status service-9.service")
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vm.fail("test -f /etc/a/nested/example/foo3")
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vm.fail("test -f /etc/baz/bar/foo2")
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vm.succeed("test -f /etc/foo_new")
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# Simulate a reboot, to check that the services defined with
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# system-manager start correctly after a reboot.
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# TODO: can we find an easy way to really reboot the VM and not
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# loose the root FS state?
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node1.systemctl("isolate rescue.target")
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# We need to send a return character to dismiss the rescue-mode prompt
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node1.send_key("ret")
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node1.systemctl("isolate default.target")
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node1.wait_for_unit("default.target")
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node1.succeed("systemctl status new-service.service")
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node1.fail("systemctl status service-9.service")
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node1.fail("test -f /etc/a/nested/example/foo3")
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node1.fail("test -f /etc/baz/bar/foo2")
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node1.succeed("test -f /etc/foo_new")
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${system-manager.lib.deactivateProfileSnippet { node = "node1"; profile = newConfig; }}
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node1.fail("systemctl status new-service.service")
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node1.fail("test -f /etc/foo_new")
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#node1.fail("test -f /var/tmp/system-manager/foo1")
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'';
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})
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];
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})
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)
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${system-manager.lib.deactivateProfileSnippet { node = "vm"; profile = newConfig; }}
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vm.fail("systemctl status new-service.service")
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vm.fail("test -f /etc/foo_new")
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#vm.fail("test -f /var/tmp/system-manager/foo1")
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'';
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}
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//
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forEachUbuntuImage
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(imgName: image: lib.nameValuePair
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"vm-test-prepopulate-${imgName}"
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(system-manager.lib.make-vm-test "vm-test-prepopulate-${imgName}" {
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inherit system;
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modules = [
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({ config, ... }:
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let
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inherit (config) hostPkgs;
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in
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{
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nodes = {
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node1 = { config, ... }: {
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modules = [
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../../../examples/example.nix
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];
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forEachUbuntuImage "prepopulate" {
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modules = [
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(testModule "old")
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../../../examples/example.nix
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];
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extraPathsToRegister = [ newConfig ];
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testScriptFunction = { toplevel, ... }: ''
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# Start all machines in parallel
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start_all()
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virtualisation.rootImage = system-manager.lib.prepareUbuntuImage {
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inherit hostPkgs image;
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nodeConfig = config;
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};
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};
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};
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vm.wait_for_unit("default.target")
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testScript = ''
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# Start all machines in parallel
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start_all()
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${system-manager.lib.prepopulateProfileSnippet { node = "vm"; profile = toplevel; }}
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vm.systemctl("daemon-reload")
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node1.wait_for_unit("default.target")
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# Simulate a reboot, to check that the services defined with
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# system-manager start correctly after a reboot.
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# TODO: can we find an easy way to really reboot the VM and not
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# loose the root FS state?
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vm.systemctl("isolate rescue.target")
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# We need to send a return character to dismiss the rescue-mode prompt
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vm.send_key("ret")
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vm.systemctl("isolate default.target")
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vm.wait_for_unit("system-manager.target")
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${system-manager.lib.prepopulateProfileSnippet { node = "node1"; }}
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node1.systemctl("daemon-reload")
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vm.succeed("systemctl status service-9.service")
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vm.succeed("test -f /etc/baz/bar/foo2")
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vm.succeed("test -f /etc/a/nested/example/foo3")
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vm.succeed("test -f /etc/foo.conf")
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vm.succeed("grep -F 'launch_the_rockets = true' /etc/foo.conf")
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vm.fail("grep -F 'launch_the_rockets = false' /etc/foo.conf")
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# Simulate a reboot, to check that the services defined with
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# system-manager start correctly after a reboot.
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# TODO: can we find an easy way to really reboot the VM and not
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# loose the root FS state?
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node1.systemctl("isolate rescue.target")
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# We need to send a return character to dismiss the rescue-mode prompt
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node1.send_key("ret")
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node1.systemctl("isolate default.target")
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node1.wait_for_unit("system-manager.target")
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${system-manager.lib.activateProfileSnippet { node = "vm"; profile = newConfig; }}
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vm.succeed("systemctl status new-service.service")
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vm.fail("systemctl status service-9.service")
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vm.fail("test -f /etc/a/nested/example/foo3")
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vm.fail("test -f /etc/baz/bar/foo2")
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vm.succeed("test -f /etc/foo_new")
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node1.succeed("systemctl status service-9.service")
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node1.succeed("test -f /etc/baz/bar/foo2")
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node1.succeed("test -f /etc/a/nested/example/foo3")
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node1.succeed("test -f /etc/foo.conf")
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node1.succeed("grep -F 'launch_the_rockets = true' /etc/foo.conf")
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node1.fail("grep -F 'launch_the_rockets = false' /etc/foo.conf")
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${system-manager.lib.activateProfileSnippet { node = "node1"; profile = newConfig; }}
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node1.succeed("systemctl status new-service.service")
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node1.fail("systemctl status service-9.service")
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node1.fail("test -f /etc/a/nested/example/foo3")
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node1.fail("test -f /etc/baz/bar/foo2")
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node1.succeed("test -f /etc/foo_new")
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${system-manager.lib.deactivateProfileSnippet { node = "node1"; profile = newConfig; }}
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node1.fail("systemctl status new-service.service")
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node1.fail("test -f /etc/foo_new")
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'';
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}
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)
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];
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})
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)
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${system-manager.lib.deactivateProfileSnippet { node = "vm"; profile = newConfig; }}
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vm.fail("systemctl status new-service.service")
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vm.fail("test -f /etc/foo_new")
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'';
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}
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//
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forEachUbuntuImage
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(imgName: image: lib.nameValuePair
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"vm-test-system-path-${imgName}"
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(system-manager.lib.make-vm-test "vm-test-system-path-${imgName}" {
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inherit system;
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modules = [
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({ config, ... }:
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let
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inherit (config) hostPkgs;
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in
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{
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nodes = {
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node1 = { config, ... }: {
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modules = [
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../../../examples/example.nix
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];
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forEachUbuntuImage "system-path" {
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modules = [
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(testModule "old")
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../../../examples/example.nix
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];
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extraPathsToRegister = [ newConfig ];
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testScriptFunction = { toplevel, hostPkgs, ... }: ''
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# Start all machines in parallel
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start_all()
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vm.wait_for_unit("default.target")
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virtualisation.rootImage = system-manager.lib.prepareUbuntuImage {
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inherit hostPkgs image;
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nodeConfig = config;
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};
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};
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};
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vm.fail("bash --login -c '$(which rg)'")
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vm.fail("bash --login -c '$(which fd)'")
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testScript = ''
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# Start all machines in parallel
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start_all()
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node1.wait_for_unit("default.target")
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${system-manager.lib.activateProfileSnippet { node = "vm"; profile = toplevel; }}
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node1.fail("bash --login -c '$(which rg)'")
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node1.fail("bash --login -c '$(which fd)'")
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vm.wait_for_unit("system-manager.target")
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vm.wait_for_unit("system-manager-path.service")
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${system-manager.lib.activateProfileSnippet { node = "node1"; }}
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#vm.fail("bash --login -c '$(which fish)'")
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vm.succeed("bash --login -c 'realpath $(which rg) | grep -F ${hostPkgs.ripgrep}/bin/rg'")
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vm.succeed("bash --login -c 'realpath $(which fd) | grep -F ${hostPkgs.fd}/bin/fd'")
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node1.wait_for_unit("system-manager.target")
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node1.wait_for_unit("system-manager-path.service")
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${system-manager.lib.activateProfileSnippet { node = "vm"; profile = newConfig; }}
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node1.fail("bash --login -c '$(which fish)'")
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node1.succeed("bash --login -c 'realpath $(which rg) | grep -F ${hostPkgs.ripgrep}/bin/rg'")
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node1.succeed("bash --login -c 'realpath $(which fd) | grep -F ${hostPkgs.fd}/bin/fd'")
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${system-manager.lib.activateProfileSnippet { node = "node1"; profile = newConfig; }}
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node1.fail("bash --login -c '$(which rg)'")
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node1.fail("bash --login -c '$(which fd)'")
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node1.succeed("bash --login -c 'realpath $(which fish) | grep -F ${hostPkgs.fish}/bin/fish'")
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'';
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})
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];
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})
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)
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vm.fail("bash --login -c '$(which rg)'")
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vm.fail("bash --login -c '$(which fd)'")
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vm.succeed("bash --login -c 'realpath $(which fish) | grep -F ${hostPkgs.fish}/bin/fish'")
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'';
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}
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