use of org.eclipse.che.api.workspace.server.model.impl.MachineConfigImpl in project che-server by eclipse-che.
the class OpenshiftComponentToWorkspaceApplierTest method serverMustHaveRequireSubdomainWhenNonSinglehostDevfileExpose.
@Test
public void serverMustHaveRequireSubdomainWhenNonSinglehostDevfileExpose() throws DevfileException, IOException, ValidationException, InfrastructureException {
Set<String> openshiftBasedComponents = new HashSet<>();
openshiftBasedComponents.add(OPENSHIFT_COMPONENT_TYPE);
applier = new OpenshiftComponentToWorkspaceApplier(k8sRecipeParser, k8sEnvProvisioner, envVars, "/projects", "1Gi", "ReadWriteOnce", "", "Always", MULTI_HOST_STRATEGY, openshiftBasedComponents);
String yamlRecipeContent = getResource("devfile/petclinic.yaml");
doReturn(toK8SList(yamlRecipeContent).getItems()).when(k8sRecipeParser).parse(anyString());
// given
ComponentImpl component = new ComponentImpl();
component.setType(OPENSHIFT_COMPONENT_TYPE);
component.setReference(REFERENCE_FILENAME);
component.setAlias(COMPONENT_NAME);
component.setEndpoints(Arrays.asList(new EndpointImpl("e1", 1111, emptyMap()), new EndpointImpl("e2", 2222, emptyMap())));
// when
applier.apply(workspaceConfig, component, s -> yamlRecipeContent);
// then
@SuppressWarnings("unchecked") ArgumentCaptor<Map<String, MachineConfigImpl>> objectsCaptor = ArgumentCaptor.forClass(Map.class);
verify(k8sEnvProvisioner).provision(any(), any(), any(), objectsCaptor.capture());
Map<String, MachineConfigImpl> machineConfigs = objectsCaptor.getValue();
assertEquals(machineConfigs.size(), 4);
machineConfigs.values().forEach(machineConfig -> {
assertEquals(machineConfig.getServers().size(), 2);
assertTrue(ServerConfig.isRequireSubdomain(machineConfig.getServers().get("e1").getAttributes()));
assertTrue(ServerConfig.isRequireSubdomain(machineConfig.getServers().get("e2").getAttributes()));
});
}
use of org.eclipse.che.api.workspace.server.model.impl.MachineConfigImpl in project che-server by eclipse-che.
the class OpenshiftComponentToWorkspaceApplierTest method serverCantHaveRequireSubdomainWhenSinglehostDevfileExpose.
@Test
public void serverCantHaveRequireSubdomainWhenSinglehostDevfileExpose() throws DevfileException, IOException, ValidationException, InfrastructureException {
Set<String> openshiftBasedComponents = new HashSet<>();
openshiftBasedComponents.add(OPENSHIFT_COMPONENT_TYPE);
applier = new OpenshiftComponentToWorkspaceApplier(k8sRecipeParser, k8sEnvProvisioner, envVars, "/projects", "1Gi", "ReadWriteOnce", "", "Always", SINGLE_HOST_STRATEGY, openshiftBasedComponents);
String yamlRecipeContent = getResource("devfile/petclinic.yaml");
doReturn(toK8SList(yamlRecipeContent).getItems()).when(k8sRecipeParser).parse(anyString());
// given
ComponentImpl component = new ComponentImpl();
component.setType(OPENSHIFT_COMPONENT_TYPE);
component.setReference(REFERENCE_FILENAME);
component.setAlias(COMPONENT_NAME);
component.setEndpoints(Arrays.asList(new EndpointImpl("e1", 1111, emptyMap()), new EndpointImpl("e2", 2222, emptyMap())));
// when
applier.apply(workspaceConfig, component, s -> yamlRecipeContent);
// then
@SuppressWarnings("unchecked") ArgumentCaptor<Map<String, MachineConfigImpl>> objectsCaptor = ArgumentCaptor.forClass(Map.class);
verify(k8sEnvProvisioner).provision(any(), any(), any(), objectsCaptor.capture());
Map<String, MachineConfigImpl> machineConfigs = objectsCaptor.getValue();
assertEquals(machineConfigs.size(), 4);
machineConfigs.values().forEach(machineConfig -> {
assertEquals(machineConfig.getServers().size(), 2);
assertFalse(ServerConfig.isRequireSubdomain(machineConfig.getServers().get("e1").getAttributes()));
assertFalse(ServerConfig.isRequireSubdomain(machineConfig.getServers().get("e2").getAttributes()));
});
}
use of org.eclipse.che.api.workspace.server.model.impl.MachineConfigImpl in project che-server by eclipse-che.
the class FactoryDaoTest method createWorkspaceConfig.
private static WorkspaceConfigImpl createWorkspaceConfig(int index) {
// Project Sources configuration
final SourceStorageImpl source1 = new SourceStorageImpl();
source1.setType("type1");
source1.setLocation("location1");
source1.setParameters(new HashMap<>(ImmutableMap.of("param1", "value1")));
final SourceStorageImpl source2 = new SourceStorageImpl();
source2.setType("type2");
source2.setLocation("location2");
source2.setParameters(new HashMap<>(ImmutableMap.of("param4", "value1")));
// 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 ProjectConfigImpl pCfg2 = new ProjectConfigImpl();
pCfg2.setPath("/path2");
pCfg2.setType("type2");
pCfg2.setName("project2");
pCfg2.setDescription("description2");
pCfg2.getMixins().addAll(asList("mixin3", "mixin4"));
pCfg2.setSource(source2);
final List<ProjectConfigImpl> projects = new ArrayList<>(asList(pCfg1, pCfg2));
// Commands
final CommandImpl cmd1 = new CommandImpl("name1", "cmd1", "type1");
cmd1.getAttributes().putAll(ImmutableMap.of("key1", "value1"));
final CommandImpl cmd2 = new CommandImpl("name2", "cmd2", "type2");
cmd2.getAttributes().putAll(ImmutableMap.of("key4", "value4"));
final List<CommandImpl> commands = new ArrayList<>(asList(cmd1, cmd2));
// Machine configs
final MachineConfigImpl exMachine1 = new MachineConfigImpl();
final ServerConfigImpl serverConf1 = new ServerConfigImpl("2265", "http", "/path1", singletonMap("key", "value"));
final ServerConfigImpl serverConf2 = new ServerConfigImpl("2266", "ftp", "/path2", singletonMap("key", "value"));
exMachine1.setServers(ImmutableMap.of("ref1", serverConf1, "ref2", serverConf2));
exMachine1.setAttributes(singletonMap("att1", "val"));
exMachine1.setEnv(singletonMap("CHE_ENV", "value"));
final MachineConfigImpl exMachine2 = new MachineConfigImpl();
final ServerConfigImpl serverConf3 = new ServerConfigImpl("2333", "https", "/path1", singletonMap("key", "value"));
final ServerConfigImpl serverConf4 = new ServerConfigImpl("2334", "wss", "/path2", singletonMap("key", "value"));
exMachine2.setServers(ImmutableMap.of("ref1", serverConf3, "ref2", serverConf4));
exMachine2.setAttributes(singletonMap("att1", "val"));
exMachine2.setEnv(singletonMap("CHE_ENV2", "value"));
final MachineConfigImpl exMachine3 = new MachineConfigImpl();
final ServerConfigImpl serverConf5 = new ServerConfigImpl("2333", "https", "/path3", singletonMap("key", "value"));
exMachine3.setServers(singletonMap("ref1", serverConf5));
exMachine3.setAttributes(singletonMap("att1", "val"));
exMachine3.setEnv(singletonMap("CHE_ENV3", "value"));
// 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, "machine2", exMachine2, "machine3", exMachine3)));
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 EnvironmentImpl env2 = new EnvironmentImpl();
env2.setMachines(new HashMap<>(ImmutableMap.of("machine1", exMachine1, "machine3", exMachine3)));
env2.setRecipe(recipe2);
final Map<String, EnvironmentImpl> environments = ImmutableMap.of("env1", env1, "env2", env2);
// Workspace configuration
final WorkspaceConfigImpl wCfg = new WorkspaceConfigImpl();
wCfg.setDefaultEnv("env1");
wCfg.setName("cfgName_" + index);
wCfg.setDescription("description");
wCfg.setCommands(commands);
wCfg.setProjects(projects);
wCfg.setEnvironments(environments);
return wCfg;
}
use of org.eclipse.che.api.workspace.server.model.impl.MachineConfigImpl in project che-server by eclipse-che.
the class FactoryServiceTest method createEnvDto.
private static EnvironmentDto createEnvDto() {
final RecipeImpl environmentRecipe = new RecipeImpl();
environmentRecipe.setType("type");
environmentRecipe.setContent("content");
environmentRecipe.setContentType("compose");
environmentRecipe.setLocation("location");
final EnvironmentImpl env = new EnvironmentImpl();
final MachineConfigImpl extendedMachine = new MachineConfigImpl();
extendedMachine.setAttributes(singletonMap("att1", "value"));
extendedMachine.setServers(singletonMap("agent", new ServerConfigImpl("5555", "https", "path", singletonMap("key", "value"))));
env.setRecipe(environmentRecipe);
env.setMachines(singletonMap("machine1", extendedMachine));
return org.eclipse.che.api.workspace.server.DtoConverter.asDto(env);
}
use of org.eclipse.che.api.workspace.server.model.impl.MachineConfigImpl in project che-server by eclipse-che.
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()));
}
}
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