Examples with MachineConfigImpl org.eclipse.che.api.workspace.server.model.impl.MachineConfigImpl used on opensource projects

Example 21 with MachineConfigImpl

use of org.eclipse.che.api.workspace.server.model.impl.MachineConfigImpl in project devspaces-images by redhat-developer.

the class WorkspaceActivityDaoTest method createWorkspaceConfig.

private static WorkspaceConfigImpl createWorkspaceConfig(String name) {
    // Project Sources configuration
    final SourceStorageImpl source1 = new SourceStorageImpl();
    source1.setType("type1");
    source1.setLocation("location1");
    // Project Configuration
    final ProjectConfigImpl pCfg1 = new ProjectConfigImpl();
    pCfg1.setPath("/path1");
    pCfg1.setType("type1");
    pCfg1.setName("project1");
    pCfg1.setDescription("description1");
    pCfg1.getMixins().addAll(asList("mixin1", "mixin2"));
    pCfg1.setSource(source1);
    final List<ProjectConfigImpl> projects = new ArrayList<>(singletonList(pCfg1));
    // Commands
    final CommandImpl cmd1 = new CommandImpl("name1", "cmd1", "type1");
    final List<CommandImpl> commands = new ArrayList<>(singletonList(cmd1));
    // OldMachine configs
    final MachineConfigImpl exMachine1 = new MachineConfigImpl();
    final ServerConfigImpl serverConf1 = new ServerConfigImpl("2265", "http", "path1", singletonMap("key", "value"));
    exMachine1.setServers(ImmutableMap.of("ref1", serverConf1));
    exMachine1.setAttributes(singletonMap("att1", "val"));
    exMachine1.setEnv(ImmutableMap.of("CHE_ENV1", "value", "CHE_ENV2", "value"));
    exMachine1.setVolumes(ImmutableMap.of("vol1", new VolumeImpl().withPath("/path/1")));
    // Environments
    final RecipeImpl recipe1 = new RecipeImpl();
    recipe1.setLocation("https://eclipse.che/Dockerfile");
    recipe1.setType("dockerfile");
    recipe1.setContentType("text/x-dockerfile");
    recipe1.setContent("content");
    final EnvironmentImpl env1 = new EnvironmentImpl();
    env1.setMachines(new HashMap<>(ImmutableMap.of("machine1", exMachine1)));
    env1.setRecipe(recipe1);
    final RecipeImpl recipe2 = new RecipeImpl();
    recipe2.setLocation("https://eclipse.che/Dockerfile");
    recipe2.setType("dockerfile");
    recipe2.setContentType("text/x-dockerfile");
    recipe2.setContent("content");
    final Map<String, EnvironmentImpl> environments = ImmutableMap.of("env1", env1);
    // Workspace configuration
    final WorkspaceConfigImpl wCfg = new WorkspaceConfigImpl();
    wCfg.setDefaultEnv("env1");
    wCfg.setName(name);
    wCfg.setDescription("description");
    wCfg.setCommands(commands);
    wCfg.setProjects(projects);
    wCfg.setEnvironments(new HashMap<>(environments));
    return wCfg;
}

Example 22 with MachineConfigImpl

use of org.eclipse.che.api.workspace.server.model.impl.MachineConfigImpl in project devspaces-images by redhat-developer.

the class WorkspaceDaoTest method shouldUpdateWorkspaceWithConfig.

@Test(dependsOnMethods = "shouldGetWorkspaceById")
public void shouldUpdateWorkspaceWithConfig() throws Exception {
    final WorkspaceImpl workspace = new WorkspaceImpl(workspaces[0], workspaces[0].getAccount());
    // Remove an existing project configuration from workspace
    workspace.getConfig().getProjects().remove(1);
    // Add new project to the workspace configuration
    final SourceStorageImpl source3 = new SourceStorageImpl();
    source3.setType("type3");
    source3.setLocation("location3");
    source3.setParameters(new HashMap<>(ImmutableMap.of("param1", "value1", "param2", "value2", "param3", "value3")));
    final ProjectConfigImpl newProjectCfg = new ProjectConfigImpl();
    newProjectCfg.setPath("/path3");
    newProjectCfg.setType("type3");
    newProjectCfg.setName("project3");
    newProjectCfg.setDescription("description3");
    newProjectCfg.getMixins().addAll(asList("mixin3", "mixin4"));
    newProjectCfg.setSource(source3);
    newProjectCfg.getAttributes().put("new-key", asList("1", "2"));
    workspace.getConfig().getProjects().add(newProjectCfg);
    // Update an existing project configuration
    final ProjectConfigImpl projectCfg = workspace.getConfig().getProjects().get(0);
    projectCfg.getAttributes().clear();
    projectCfg.getSource().setLocation("new-location");
    projectCfg.getSource().setType("new-type");
    projectCfg.getSource().getParameters().put("new-param", "new-param-value");
    projectCfg.getMixins().add("new-mixin");
    projectCfg.setPath("/new-path");
    projectCfg.setDescription("new project description");
    // Remove an existing command
    workspace.getConfig().getCommands().remove(1);
    // Add a new command
    final CommandImpl newCmd = new CommandImpl();
    newCmd.setName("name3");
    newCmd.setType("type3");
    newCmd.setCommandLine("cmd3");
    newCmd.getAttributes().putAll(ImmutableMap.of("attr1", "value1", "attr2", "value2", "attr3", "value3"));
    workspace.getConfig().getCommands().add(newCmd);
    // Update an existing command
    final CommandImpl command = workspace.getConfig().getCommands().get(0);
    command.setName("new-name");
    command.setType("new-type");
    command.setCommandLine("new-command-line");
    command.getAttributes().clear();
    // Add a new environment
    final RecipeImpl newRecipe = new RecipeImpl();
    newRecipe.setLocation("new-location");
    newRecipe.setType("new-type");
    newRecipe.setContentType("new-content-type");
    newRecipe.setContent("new-content");
    final MachineConfigImpl newMachine = new MachineConfigImpl();
    final ServerConfigImpl serverConf1 = new ServerConfigImpl("2265", "http", "path1", singletonMap("key", "value"));
    final ServerConfigImpl serverConf2 = new ServerConfigImpl("2266", "ftp", "path2", singletonMap("key", "value"));
    newMachine.setServers(ImmutableMap.of("ref1", serverConf1, "ref2", serverConf2));
    newMachine.setAttributes(singletonMap("att1", "val"));
    newMachine.setAttributes(singletonMap("CHE_ENV", "value"));
    final EnvironmentImpl newEnv = new EnvironmentImpl();
    newEnv.setMachines(ImmutableMap.of("new-machine", newMachine));
    newEnv.setRecipe(newRecipe);
    workspace.getConfig().getEnvironments().put("new-env", newEnv);
    // Update an existing environment
    final EnvironmentImpl defaultEnv = workspace.getConfig().getEnvironments().get(workspace.getConfig().getDefaultEnv());
    // Remove an existing machine config
    final List<String> machineNames = new ArrayList<>(defaultEnv.getMachines().keySet());
    // Update an existing machine
    final MachineConfigImpl existingMachine = defaultEnv.getMachines().get(machineNames.get(1));
    existingMachine.setAttributes(ImmutableMap.of("attr1", "value1", "attr2", "value2", "attr3", "value3"));
    existingMachine.getServers().clear();
    existingMachine.getServers().put("new-ref", new ServerConfigImpl("new-port", "new-protocol", "new-path", singletonMap("key", "value")));
    defaultEnv.getMachines().remove(machineNames.get(0));
    defaultEnv.getRecipe().setContent("updated-content");
    defaultEnv.getRecipe().setContentType("updated-content-type");
    defaultEnv.getRecipe().setLocation("updated-location");
    defaultEnv.getRecipe().setType("updated-type");
    // Remove an existing environment
    final Optional<String> nonDefaultEnv = workspace.getConfig().getEnvironments().keySet().stream().filter(key -> !key.equals(workspace.getConfig().getDefaultEnv())).findAny();
    assertTrue(nonDefaultEnv.isPresent());
    workspace.getConfig().getEnvironments().remove(nonDefaultEnv.get());
    // Update workspace configuration
    final WorkspaceConfigImpl wCfg = workspace.getConfig();
    wCfg.setDefaultEnv("new-env");
    wCfg.setName("new-name");
    wCfg.setDescription("This is a new description");
    // Update workspace object
    workspace.setAccount(new AccountImpl("accId", "new-namespace", "test"));
    workspace.getAttributes().clear();
    workspaceDao.update(workspace);
    assertEquals(workspaceDao.get(workspace.getId()), new WorkspaceImpl(workspace, workspace.getAccount()));
}

Example 23 with MachineConfigImpl

use of org.eclipse.che.api.workspace.server.model.impl.MachineConfigImpl in project devspaces-images by redhat-developer.

the class DockerimageComponentToWorkspaceApplier method apply.

/**
 * Applies changes on workspace config according to the specified dockerimage component.
 *
 * <p>Dockerimage component is provisioned as Deployment in Kubernetes recipe.<br>
 * Generated deployment contains container with environment variables, memory limit, docker image,
 * arguments and commands specified in component.<br>
 * Also, environment is provisioned with machine config with volumes and servers specified, then
 * Kubernetes infra will created needed PVC, Services, Ingresses, Routes according to specified
 * configuration.
 *
 * @param workspaceConfig workspace config on which changes should be applied
 * @param dockerimageComponent dockerimage component that should be applied
 * @param contentProvider optional content provider that may be used for external component
 *     resource fetching
 * @throws DevfileException if specified workspace config already has default environment where
 *     dockerimage component should be stored
 * @throws IllegalArgumentException if specified workspace config or plugin component is null
 * @throws IllegalArgumentException if specified component has type different from dockerimage
 */
@Override
public void apply(WorkspaceConfigImpl workspaceConfig, ComponentImpl dockerimageComponent, FileContentProvider contentProvider) throws DevfileException {
    checkArgument(workspaceConfig != null, "Workspace config must not be null");
    checkArgument(dockerimageComponent != null, "Component must not be null");
    checkArgument(DOCKERIMAGE_COMPONENT_TYPE.equals(dockerimageComponent.getType()), format("Plugin must have `%s` type", DOCKERIMAGE_COMPONENT_TYPE));
    String componentAlias = dockerimageComponent.getAlias();
    String machineName = componentAlias == null ? toMachineName(dockerimageComponent.getImage()) : componentAlias;
    MachineConfigImpl machineConfig = createMachineConfig(dockerimageComponent, componentAlias);
    List<HasMetadata> componentObjects = createComponentObjects(dockerimageComponent, machineName);
    k8sEnvProvisioner.provision(workspaceConfig, KubernetesEnvironment.TYPE, componentObjects, ImmutableMap.of(machineName, machineConfig));
    workspaceConfig.getCommands().stream().filter(c -> componentAlias != null && componentAlias.equals(c.getAttributes().get(Constants.COMPONENT_ALIAS_COMMAND_ATTRIBUTE))).forEach(c -> c.getAttributes().put(MACHINE_NAME_ATTRIBUTE, machineName));
}

Example 24 with MachineConfigImpl

use of org.eclipse.che.api.workspace.server.model.impl.MachineConfigImpl in project devspaces-images by redhat-developer.

the class DockerimageComponentToWorkspaceApplier method createMachineConfig.

private MachineConfigImpl createMachineConfig(ComponentImpl dockerimageComponent, String componentAlias) {
    MachineConfigImpl machineConfig = new MachineConfigImpl();
    machineConfig.getServers().putAll(convertEndpointsIntoServers(dockerimageComponent.getEndpoints(), !SINGLE_HOST_STRATEGY.equals(devfileEndpointsExposure)));
    dockerimageComponent.getVolumes().forEach(v -> machineConfig.getVolumes().put(v.getName(), new VolumeImpl().withPath(v.getContainerPath())));
    if (Boolean.TRUE.equals(dockerimageComponent.getMountSources())) {
        machineConfig.getVolumes().put(PROJECTS_VOLUME_NAME, new VolumeImpl().withPath(projectFolderPath));
    }
    if (!isNullOrEmpty(componentAlias)) {
        machineConfig.getAttributes().put(DEVFILE_COMPONENT_ALIAS_ATTRIBUTE, componentAlias);
    }
    return machineConfig;
}

Example 25 with MachineConfigImpl

use of org.eclipse.che.api.workspace.server.model.impl.MachineConfigImpl in project devspaces-images by redhat-developer.

the class KubernetesComponentToWorkspaceApplier method provisionVolumes.

private void provisionVolumes(ComponentImpl component, Container container, MachineConfigImpl config) throws DevfileException {
    for (org.eclipse.che.api.workspace.server.model.impl.devfile.VolumeImpl componentVolume : component.getVolumes()) {
        Optional<VolumeMount> sameNameMount = container.getVolumeMounts().stream().filter(vm -> vm.getName().equals(componentVolume.getName())).findFirst();
        if (sameNameMount.isPresent() && sameNameMount.get().getMountPath().equals(componentVolume.getContainerPath())) {
            continue;
        } else if (sameNameMount.isPresent()) {
            throw new DevfileException(format("Conflicting volume with same name ('%s') but different path ('%s') found for component '%s' and its container '%s'.", componentVolume.getName(), componentVolume.getContainerPath(), getIdentifiableComponentName(component), container.getName()));
        }
        if (container.getVolumeMounts().stream().anyMatch(vm -> vm.getMountPath().equals(componentVolume.getContainerPath()))) {
            throw new DevfileException(format("Conflicting volume with same path ('%s') but different name ('%s') found for component '%s' and its container '%s'.", componentVolume.getContainerPath(), componentVolume.getName(), getIdentifiableComponentName(component), container.getName()));
        }
        config.getVolumes().put(componentVolume.getName(), new VolumeImpl().withPath(componentVolume.getContainerPath()));
    }
}