nixosTests.cassandra_4: handleTest -> runTest
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@ -290,7 +290,10 @@ in
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calibre-server = import ./calibre-server.nix { inherit pkgs runTest; };
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canaille = runTest ./canaille.nix;
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castopod = runTest ./castopod.nix;
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cassandra_4 = handleTest ./cassandra.nix { testPackage = pkgs.cassandra_4; };
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cassandra = runTest {
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imports = [ ./cassandra.nix ];
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_module.args.getPackage = pkgs: pkgs.cassandra;
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};
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centrifugo = runTest ./centrifugo.nix;
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ceph-multi-node = handleTestOn [ "aarch64-linux" "x86_64-linux" ] ./ceph-multi-node.nix { };
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ceph-single-node = handleTestOn [ "aarch64-linux" "x86_64-linux" ] ./ceph-single-node.nix { };
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@ -1,162 +1,160 @@
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import ./make-test-python.nix (
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{
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pkgs,
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lib,
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testPackage ? pkgs.cassandra,
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...
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}:
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let
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clusterName = "NixOS Automated-Test Cluster";
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{
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pkgs,
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lib,
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getPackage ? pkgs: pkgs.cassandra_4,
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...
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}:
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let
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testPackage = getPackage pkgs;
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clusterName = "NixOS Automated-Test Cluster";
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testRemoteAuth = lib.versionAtLeast testPackage.version "3.11";
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jmxRoles = [
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{
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username = "me";
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password = "password";
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}
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];
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jmxRolesFile = ./cassandra-jmx-roles;
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jmxAuthArgs = "-u ${(builtins.elemAt jmxRoles 0).username} -pw ${(builtins.elemAt jmxRoles 0).password}";
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jmxPort = 7200; # Non-standard port so it doesn't accidentally work
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jmxPortStr = toString jmxPort;
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testRemoteAuth = lib.versionAtLeast testPackage.version "3.11";
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jmxRoles = [
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{
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username = "me";
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password = "password";
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}
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];
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jmxRolesFile = ./cassandra-jmx-roles;
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jmxAuthArgs = "-u ${(builtins.elemAt jmxRoles 0).username} -pw ${(builtins.elemAt jmxRoles 0).password}";
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jmxPort = 7200; # Non-standard port so it doesn't accidentally work
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jmxPortStr = toString jmxPort;
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# Would usually be assigned to 512M.
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# Set it to a different value, so that we can check whether our config
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# actually changes it.
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numMaxHeapSize = "400";
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getHeapLimitCommand = ''
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nodetool info -p ${jmxPortStr} | grep "^Heap Memory" | awk '{print $NF}'
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'';
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checkHeapLimitCommand = pkgs.writeShellScript "check-heap-limit.sh" ''
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[ 1 -eq "$(echo "$(${getHeapLimitCommand}) < ${numMaxHeapSize}" | ${pkgs.bc}/bin/bc)" ]
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'';
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# Would usually be assigned to 512M.
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# Set it to a different value, so that we can check whether our config
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# actually changes it.
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numMaxHeapSize = "400";
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getHeapLimitCommand = ''
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nodetool info -p ${jmxPortStr} | grep "^Heap Memory" | awk '{print $NF}'
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'';
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checkHeapLimitCommand = pkgs.writeShellScript "check-heap-limit.sh" ''
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[ 1 -eq "$(echo "$(${getHeapLimitCommand}) < ${numMaxHeapSize}" | ${pkgs.bc}/bin/bc)" ]
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'';
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cassandraCfg = ipAddress: {
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enable = true;
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inherit clusterName;
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listenAddress = ipAddress;
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rpcAddress = ipAddress;
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seedAddresses = [ "192.168.1.1" ];
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package = testPackage;
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maxHeapSize = "${numMaxHeapSize}M";
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heapNewSize = "100M";
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inherit jmxPort;
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};
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nodeCfg =
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ipAddress: extra:
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{ pkgs, config, ... }:
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rec {
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environment.systemPackages = [ testPackage ];
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networking = {
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firewall.allowedTCPPorts = [
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7000
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9042
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services.cassandra.jmxPort
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];
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useDHCP = false;
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interfaces.eth1.ipv4.addresses = pkgs.lib.mkOverride 0 [
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{
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address = ipAddress;
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prefixLength = 24;
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}
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];
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};
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services.cassandra = cassandraCfg ipAddress // extra;
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cassandraCfg = pkgs: ipAddress: {
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enable = true;
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inherit clusterName;
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listenAddress = ipAddress;
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rpcAddress = ipAddress;
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seedAddresses = [ "192.168.1.1" ];
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package = getPackage pkgs;
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maxHeapSize = "${numMaxHeapSize}M";
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heapNewSize = "100M";
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inherit jmxPort;
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};
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nodeCfg =
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ipAddress: extra:
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{ pkgs, config, ... }:
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rec {
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environment.systemPackages = [ (getPackage pkgs) ];
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networking = {
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firewall.allowedTCPPorts = [
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7000
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9042
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services.cassandra.jmxPort
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];
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useDHCP = false;
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interfaces.eth1.ipv4.addresses = pkgs.lib.mkOverride 0 [
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{
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address = ipAddress;
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prefixLength = 24;
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}
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];
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};
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in
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{
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name = "cassandra-${testPackage.version}";
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meta = {
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maintainers = with lib.maintainers; [ johnazoidberg ];
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services.cassandra = cassandraCfg pkgs ipAddress // extra;
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};
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in
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{
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name = "cassandra-${testPackage.version}";
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meta = {
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maintainers = with lib.maintainers; [ johnazoidberg ];
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};
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nodes = {
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cass0 = nodeCfg "192.168.1.1" { };
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cass1 = nodeCfg "192.168.1.2" (
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lib.optionalAttrs testRemoteAuth {
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inherit jmxRoles;
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remoteJmx = true;
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}
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);
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cass2 = nodeCfg "192.168.1.3" { jvmOpts = [ "-Dcassandra.replace_address=cass1" ]; };
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};
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nodes = {
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cass0 = nodeCfg "192.168.1.1" { };
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cass1 = nodeCfg "192.168.1.2" (
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lib.optionalAttrs testRemoteAuth {
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inherit jmxRoles;
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remoteJmx = true;
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}
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);
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cass2 = nodeCfg "192.168.1.3" { jvmOpts = [ "-Dcassandra.replace_address=cass1" ]; };
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};
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testScript =
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''
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# Check configuration
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with subtest("Timers exist"):
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cass0.succeed("systemctl list-timers | grep cassandra-full-repair.timer")
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cass0.succeed("systemctl list-timers | grep cassandra-incremental-repair.timer")
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testScript =
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''
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# Check configuration
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with subtest("Timers exist"):
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cass0.succeed("systemctl list-timers | grep cassandra-full-repair.timer")
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cass0.succeed("systemctl list-timers | grep cassandra-incremental-repair.timer")
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with subtest("Can connect via cqlsh"):
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cass0.wait_for_unit("cassandra.service")
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cass0.wait_until_succeeds("nc -z cass0 9042")
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cass0.succeed("echo 'show version;' | cqlsh cass0")
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with subtest("Can connect via cqlsh"):
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cass0.wait_for_unit("cassandra.service")
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cass0.wait_until_succeeds("nc -z cass0 9042")
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cass0.succeed("echo 'show version;' | cqlsh cass0")
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with subtest("Nodetool is operational"):
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cass0.wait_for_unit("cassandra.service")
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cass0.wait_until_succeeds("nc -z localhost ${jmxPortStr}")
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cass0.succeed("nodetool status -p ${jmxPortStr} --resolve-ip | egrep '^UN[[:space:]]+cass0'")
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with subtest("Nodetool is operational"):
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cass0.wait_for_unit("cassandra.service")
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cass0.wait_until_succeeds("nc -z localhost ${jmxPortStr}")
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cass0.succeed("nodetool status -p ${jmxPortStr} --resolve-ip | egrep '^UN[[:space:]]+cass0'")
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with subtest("Cluster name was set"):
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cass0.wait_for_unit("cassandra.service")
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cass0.wait_until_succeeds("nc -z localhost ${jmxPortStr}")
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cass0.wait_until_succeeds(
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"nodetool describecluster -p ${jmxPortStr} | grep 'Name: ${clusterName}'"
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)
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with subtest("Cluster name was set"):
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cass0.wait_for_unit("cassandra.service")
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cass0.wait_until_succeeds("nc -z localhost ${jmxPortStr}")
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cass0.wait_until_succeeds(
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"nodetool describecluster -p ${jmxPortStr} | grep 'Name: ${clusterName}'"
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)
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with subtest("Heap limit set correctly"):
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# Nodetool takes a while until it can display info
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cass0.wait_until_succeeds("nodetool info -p ${jmxPortStr}")
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cass0.succeed("${checkHeapLimitCommand}")
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with subtest("Heap limit set correctly"):
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# Nodetool takes a while until it can display info
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cass0.wait_until_succeeds("nodetool info -p ${jmxPortStr}")
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cass0.succeed("${checkHeapLimitCommand}")
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# Check cluster interaction
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with subtest("Bring up cluster"):
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cass1.wait_for_unit("cassandra.service")
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cass1.wait_until_succeeds(
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"nodetool -p ${jmxPortStr} ${jmxAuthArgs} status | egrep -c '^UN' | grep 2"
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)
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cass0.succeed("nodetool status -p ${jmxPortStr} --resolve-ip | egrep '^UN[[:space:]]+cass1'")
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''
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+ lib.optionalString testRemoteAuth ''
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with subtest("Remote authenticated jmx"):
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# Doesn't work if not enabled
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cass0.wait_until_succeeds("nc -z localhost ${jmxPortStr}")
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cass1.fail("nc -z 192.168.1.1 ${jmxPortStr}")
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cass1.fail("nodetool -p ${jmxPortStr} -h 192.168.1.1 status")
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# Check cluster interaction
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with subtest("Bring up cluster"):
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cass1.wait_for_unit("cassandra.service")
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cass1.wait_until_succeeds(
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"nodetool -p ${jmxPortStr} ${jmxAuthArgs} status | egrep -c '^UN' | grep 2"
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)
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cass0.succeed("nodetool status -p ${jmxPortStr} --resolve-ip | egrep '^UN[[:space:]]+cass1'")
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''
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+ lib.optionalString testRemoteAuth ''
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with subtest("Remote authenticated jmx"):
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# Doesn't work if not enabled
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cass0.wait_until_succeeds("nc -z localhost ${jmxPortStr}")
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cass1.fail("nc -z 192.168.1.1 ${jmxPortStr}")
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cass1.fail("nodetool -p ${jmxPortStr} -h 192.168.1.1 status")
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# Works if enabled
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cass1.wait_until_succeeds("nc -z localhost ${jmxPortStr}")
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cass0.succeed("nodetool -p ${jmxPortStr} -h 192.168.1.2 ${jmxAuthArgs} status")
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''
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+ ''
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with subtest("Break and fix node"):
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cass1.block()
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cass0.wait_until_succeeds(
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"nodetool status -p ${jmxPortStr} --resolve-ip | egrep -c '^DN[[:space:]]+cass1'"
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)
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cass0.succeed("nodetool status -p ${jmxPortStr} | egrep -c '^UN' | grep 1")
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cass1.unblock()
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cass1.wait_until_succeeds(
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"nodetool -p ${jmxPortStr} ${jmxAuthArgs} status | egrep -c '^UN' | grep 2"
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)
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cass0.succeed("nodetool status -p ${jmxPortStr} | egrep -c '^UN' | grep 2")
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# Works if enabled
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cass1.wait_until_succeeds("nc -z localhost ${jmxPortStr}")
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cass0.succeed("nodetool -p ${jmxPortStr} -h 192.168.1.2 ${jmxAuthArgs} status")
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''
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+ ''
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with subtest("Break and fix node"):
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cass1.block()
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cass0.wait_until_succeeds(
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"nodetool status -p ${jmxPortStr} --resolve-ip | egrep -c '^DN[[:space:]]+cass1'"
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)
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cass0.succeed("nodetool status -p ${jmxPortStr} | egrep -c '^UN' | grep 1")
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cass1.unblock()
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cass1.wait_until_succeeds(
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"nodetool -p ${jmxPortStr} ${jmxAuthArgs} status | egrep -c '^UN' | grep 2"
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)
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cass0.succeed("nodetool status -p ${jmxPortStr} | egrep -c '^UN' | grep 2")
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with subtest("Replace crashed node"):
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cass1.block() # .crash() waits until it's fully shutdown
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cass2.start()
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cass0.wait_until_fails(
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"nodetool status -p ${jmxPortStr} --resolve-ip | egrep '^UN[[:space:]]+cass1'"
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)
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with subtest("Replace crashed node"):
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cass1.block() # .crash() waits until it's fully shutdown
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cass2.start()
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cass0.wait_until_fails(
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"nodetool status -p ${jmxPortStr} --resolve-ip | egrep '^UN[[:space:]]+cass1'"
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)
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cass2.wait_for_unit("cassandra.service")
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cass0.wait_until_succeeds(
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"nodetool status -p ${jmxPortStr} --resolve-ip | egrep '^UN[[:space:]]+cass2'"
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)
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'';
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cass2.wait_for_unit("cassandra.service")
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cass0.wait_until_succeeds(
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"nodetool status -p ${jmxPortStr} --resolve-ip | egrep '^UN[[:space:]]+cass2'"
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)
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'';
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passthru = {
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inherit testPackage;
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};
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}
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)
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passthru = {
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inherit testPackage;
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};
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}
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