public NuGetPackageBuilder(IOctopusFileSystem fileSystem, ICommandOutputProvider commandOutputProvider)
{
this.fileSystem = fileSystem;
this.commandOutputProvider = commandOutputProvider;
files = new List <string>();
}
public ListReleasesCommand(IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, IOctopusClientFactory clientFactory, ICommandOutputProvider commandOutputProvider)
: base(clientFactory, repositoryFactory, fileSystem, commandOutputProvider)
{
var options = Options.For("Listing");
options.Add <string>("project=", "Name of a project to filter by. Can be specified many times.", v => projects.Add(v));
}
protected DeploymentCommandBase(IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, IOctopusClientFactory clientFactory, ICommandOutputProvider commandOutputProvider)
: base(clientFactory, repositoryFactory, fileSystem, commandOutputProvider)
{
SpecificMachineNames = new List <string>();
SkipStepNames = new List <string>();
DeployToEnvironmentNames = new List <string>();
TenantTags = new List <string>();
Tenants = new List <string>();
promotionTargets = new List <DeploymentPromotionTarget>();
var options = Options.For("Deployment");
options.Add("progress", "[Optional] Show progress of the deployment", v => { showProgress = true; WaitForDeployment = true; noRawLog = true; });
options.Add("forcepackagedownload", "[Optional] Whether to force downloading of already installed packages (flag, default false).", v => ForcePackageDownload = true);
options.Add("waitfordeployment", "[Optional] Whether to wait synchronously for deployment to finish.", v => WaitForDeployment = true);
options.Add("deploymenttimeout=", "[Optional] Specifies maximum time (timespan format) that the console session will wait for the deployment to finish(default 00:10:00). This will not stop the deployment. Requires --waitfordeployment parameter set.", v => DeploymentTimeout = TimeSpan.Parse(v));
options.Add("cancelontimeout", "[Optional] Whether to cancel the deployment if the deployment timeout is reached (flag, default false).", v => CancelOnTimeout = true);
options.Add("deploymentchecksleepcycle=", "[Optional] Specifies how much time (timespan format) should elapse between deployment status checks (default 00:00:10)", v => DeploymentStatusCheckSleepCycle = TimeSpan.Parse(v));
options.Add("guidedfailure=", "[Optional] Whether to use Guided Failure mode. (True or False. If not specified, will use default setting from environment)", v => UseGuidedFailure = bool.Parse(v));
options.Add("specificmachines=", "[Optional] A comma-separated list of machines names to target in the deployed environment. If not specified all machines in the environment will be considered.", v => SpecificMachineNames.AddRange(v.Split(new[] { ',' }, StringSplitOptions.RemoveEmptyEntries).Select(m => m.Trim())));
options.Add("force", "[Optional] If a project is configured to skip packages with already-installed versions, override this setting to force re-deployment (flag, default false).", v => ForcePackageRedeployment = true);
options.Add("skip=", "[Optional] Skip a step by name", v => SkipStepNames.Add(v));
options.Add("norawlog", "[Optional] Don't print the raw log of failed tasks", v => noRawLog = true);
options.Add("rawlogfile=", "[Optional] Redirect the raw log of failed tasks to a file", v => rawLogFile = v);
options.Add("v|variable=", "[Optional] Values for any prompted variables in the format Label:Value. For JSON values, embedded quotation marks should be escaped with a backslash.", ParseVariable);
options.Add("deployat=", "[Optional] Time at which deployment should start (scheduled deployment), specified as any valid DateTimeOffset format, and assuming the time zone is the current local time zone.", v => ParseDeployAt(v));
options.Add("tenant=", "Create a deployment for this tenant; specify this argument multiple times to add multiple tenants or use `*` wildcard to deploy to all tenants who are ready for this release (according to lifecycle).", t => Tenants.Add(t));
options.Add("tenanttag=", "Create a deployment for tenants matching this tag; specify this argument multiple times to build a query/filter with multiple tags, just like you can in the user interface.", tt => TenantTags.Add(tt));
}
public ImportCommand(IImporterLocator importerLocator, IOctopusFileSystem fileSystem, IOctopusAsyncRepositoryFactory repositoryFactory, ILogger log, IOctopusClientFactory clientFactory, ICommandOutputProvider commandOutputProvider)
: base(clientFactory, repositoryFactory, fileSystem, commandOutputProvider)
{
this.importerLocator = importerLocator;
var options = Options.For("Import");
options.Add("type=", "The Octopus object type to import", v => Type = v);
options.Add("filePath=", "The full path and name of the exported file", v => FilePath = v);
options.Add("project=", "[Optional] The name of the project", v => Project = v);
options.Add("dryRun", "[Optional] Perform a dry run of the import", v => DryRun = true);
}
public BuildInformationCommand(IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, IOctopusClientFactory clientFactory, ICommandOutputProvider commandOutputProvider)
: base(clientFactory, repositoryFactory, fileSystem, commandOutputProvider)
{
var options = Options.For("Build information pushing");
options.Add <string>("package-id=", "The ID of the package. Specify multiple packages by specifying this argument multiple times: \n--package-id 'MyCompany.MyApp' --package-id 'MyCompany.MyApp2'.", packageId => PackageIds.Add(packageId), allowsMultiple: true);
options.Add <string>("version=", "The version of the package; defaults to a timestamp-based version.", v => Version = v);
options.Add <string>("file=", "Octopus Build Information Json file.", file => File = file);
options.Add <OverwriteMode>("overwrite-mode=", $"Determines behavior if the package already exists in the repository. Valid values are {Enum.GetNames(typeof(OverwriteMode)).ReadableJoin()}. Default is {DefaultOverwriteMode}.", mode => OverwriteMode = mode);
pushedBuildInformation = new List <OctopusPackageVersionBuildInformationMappedResource>();
}
public DeployReleaseCommand(IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, IOctopusClientFactory clientFactory, ICommandOutputProvider commandOutputProvider, ExecutionResourceWaiter.Factory executionResourceWaiterFactory)
: base(repositoryFactory, fileSystem, clientFactory, commandOutputProvider, executionResourceWaiterFactory)
{
var options = Options.For("Deployment");
options.Add <string>("project=", "Name or ID of the project.", v => ProjectNameOrId = v);
options.Add <string>("deployTo=", "Name or ID of the environment to deploy to, e.g., 'Production' or 'Environments-1'; specify this argument multiple times to deploy to multiple environments.", v => DeployToEnvironmentNamesOrIds.Add(v), allowsMultiple: true);
options.Add <string>("releaseNumber=|version=", "Version number of the release to deploy. Or specify --version=latest for the latest release.", v => VersionNumber = v);
options.Add <string>("channel=", "[Optional] Name or ID of the channel to use when getting the release to deploy.", v => ChannelNameOrId = v);
options.Add <bool>("updateVariables", "Overwrite the variable snapshot for the release by re-importing the variables from the project.", v => UpdateVariableSnapshot = true);
}
public HealthStatusProvider(IOctopusAsyncRepository repository, HashSet <MachineModelStatus> statuses, HashSet <MachineModelHealthStatus> healthStatuses, ICommandOutputProvider commandOutputProvider, RootResource rootDocument)
{
this.statuses = statuses;
this.healthStatuses = healthStatuses;
this.commandOutputProvider = commandOutputProvider;
IsHealthStatusPendingDeprication = (new SemanticVersion(rootDocument.Version).Version >= new SemanticVersion("3.4.0").Version);
ValidateOptions();
}
public ListLatestDeploymentsCommand(IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, IOctopusClientFactory clientFactory, ICommandOutputProvider commandOutputProvider)
: base(clientFactory, repositoryFactory, fileSystem, commandOutputProvider)
{
var options = Options.For("Listing");
options.Add <string>("project=", "Name of a project to filter by. Can be specified many times.", v => projects.Add(v), allowsMultiple: true);
options.Add <string>("environment=", "Name of an environment to filter by. Can be specified many times.", v => environments.Add(v), allowsMultiple: true);
}
public CreateWorkerPoolCommand(IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, IOctopusClientFactory clientFactory, ICommandOutputProvider commandOutputProvider)
: base(clientFactory, repositoryFactory, fileSystem, commandOutputProvider)
{
var options = Options.For("WorkerPool creation");
options.Add <string>("name=", "The name of the worker pool.", v => WorkerPoolName = v);
options.Add <bool>("ignoreIfExists", "If the pool already exists, an error will be returned. Set this flag to ignore the error.", v => IgnoreIfExists = true);
}
protected ApiCommand(IOctopusClientFactory clientFactory, IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, ICommandOutputProvider commandOutputProvider) : base(commandOutputProvider)
{
this.clientFactory = clientFactory;
this.repositoryFactory = repositoryFactory;
this.FileSystem = fileSystem;
var options = Options.For("Common options");
options.Add("server=", $"[Optional] The base URL for your Octopus Server - e.g., http://your-octopus/. This URL can also be set in the {ServerUrlEnvVar} environment variable.", v => serverBaseUrl = v);
options.Add("apiKey=", $"[Optional] Your API key. Get this from the user profile page. Your must provide an apiKey or username and password. If the guest account is enabled, a key of API-GUEST can be used. This key can also be set in the {ApiKeyEnvVar} environment variable.", v => apiKey = v);
options.Add("user="******"[Optional] Username to use when authenticating with the server. Your must provide an apiKey or username and password. This Username can also be set in the {UsernameEnvVar} environment variable.", v => username = v);
options.Add("pass="******"[Optional] Password to use when authenticating with the server. This Password can also be set in the {PasswordEnvVar} environment variable.", v => password = v);
options.Add("configFile=", "[Optional] Text file of default values, with one 'key = value' per line.", v => ReadAdditionalInputsFromConfigurationFile(v));
options.Add("debug", "[Optional] Enable debug logging", v => enableDebugging = true);
options.Add("ignoreSslErrors", "[Optional] Set this flag if your Octopus Server uses HTTPS but the certificate is not trusted on this machine. Any certificate errors will be ignored. WARNING: this option may create a security vulnerability.", v => ignoreSslErrors = true);
options.Add("enableServiceMessages", "[Optional] Enable TeamCity or Team Foundation Build service messages when logging.", v => commandOutputProvider.EnableServiceMessages());
options.Add("timeout=", $"[Optional] Timeout in seconds for network operations. Default is {ApiConstants.DefaultClientRequestTimeout/1000}.", v => clientOptions.Timeout = TimeSpan.FromSeconds(int.Parse(v)));
options.Add("proxy=", $"[Optional] The URI of the proxy to use, eg http://example.com:8080.", v => clientOptions.Proxy = v);
options.Add("proxyUser="******"[Optional] The username for the proxy.", v => clientOptions.ProxyUsername = v);
options.Add("proxyPass="******"[Optional] The password for the proxy. If both the username and password are omitted and proxyAddress is specified, the default credentials are used. ", v => clientOptions.ProxyPassword = v);
options.Add("space=", $"[Optional] The name of a space within which this command will be executed. The default space will be used if it is omitted. ", v => spaceName = v);
options.AddLogLevelOptions();
}
public CreateReleaseCommand(IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, IPackageVersionResolver versionResolver, IReleasePlanBuilder releasePlanBuilder, IOctopusClientFactory clientFactory, ICommandOutputProvider commandOutputProvider)
: base(repositoryFactory, fileSystem, clientFactory, commandOutputProvider)
{
this.releasePlanBuilder = releasePlanBuilder;
var options = Options.For("Release creation");
options.Add("project=", "Name or ID of the project", v => ProjectNameOrId = v);
options.Add("defaultpackageversion=|packageversion=", "Default version number of all packages to use for this release. Override per-package using --package.", versionResolver.Default);
options.Add("version=|releaseNumber=", "[Optional] Release number to use for the new release.", v => VersionNumber = v);
options.Add("channel=", "[Optional] Name or ID of the channel to use for the new release. Omit this argument to automatically select the best channel.", v => ChannelNameOrId = v);
options.Add("package=", "[Optional] Version number to use for a package in the release. Format: StepName:Version or PackageID:Version or StepName:PackageName:Version. StepName, PackageID, and PackageName can be replaced with an asterisk. An asterisk will be assumed for StepName, PackageID, or PackageName if they are omitted.", v => versionResolver.Add(v));
options.Add("packagesFolder=", "[Optional] A folder containing NuGet packages from which we should get versions.", v => { v.CheckForIllegalPathCharacters("packagesFolder"); versionResolver.AddFolder(v); });
options.Add("releasenotes=", "[Optional] Release Notes for the new release. Styling with Markdown is supported.", v => ReleaseNotes = v);
options.Add("releasenotesfile=", "[Optional] Path to a file that contains Release Notes for the new release. Supports Markdown files.", ReadReleaseNotesFromFile);
options.Add("ignoreexisting", "[Optional, Flag] Don't create this release if there is already one with the same version number.", v => IgnoreIfAlreadyExists = true);
options.Add("ignorechannelrules", "[Optional, Flag] Create the release ignoring any version rules specified by the channel.", v => IgnoreChannelRules = true);
options.Add("packageprerelease=", "[Optional] Pre-release for latest version of all packages to use for this release.", v => VersionPreReleaseTag = v);
options.Add("whatif", "[Optional, Flag] Perform a dry run but don't actually create/deploy release.", v => WhatIf = true);
options = Options.For("Deployment");
options.Add("deployto=", "[Optional] Name or ID of the environment to automatically deploy to, e.g., 'Production' or 'Environments-1'; specify this argument multiple times to deploy to multiple environments.", v => DeployToEnvironmentNamesOrIds.Add(v));
}
public DeployReleaseCommand(IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, IOctopusClientFactory clientFactory, ICommandOutputProvider commandOutputProvider)
: base(repositoryFactory, fileSystem, clientFactory, commandOutputProvider)
{
var options = Options.For("Deployment");
options.Add("project=", "Name of the project", v => ProjectName = v);
options.Add("deployto=", "Environment to deploy to, e.g., Production", v => DeployToEnvironmentNames.Add(v));
options.Add("releaseNumber=|version=", "Version number of the release to deploy. Or specify --version=latest for the latest release.", v => VersionNumber = v);
options.Add("channel=", "[Optional] Channel to use when getting the release to deploy", v => ChannelName = v);
options.Add("updateVariables", "Overwrite the variable snapshot for the release by re-importing the variables from the project", v => UpdateVariableSnapshot = true);
}
public ListDeploymentsCommand(IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, IOctopusClientFactory clientFactory, ICommandOutputProvider commandOutputProvider)
: base(clientFactory, repositoryFactory, fileSystem, commandOutputProvider)
{
var options = Options.For("Listing");
options.Add <string>("project=", "[Optional] Name of a project to filter by. Can be specified many times.", v => projects.Add(v), allowsMultiple: true);
options.Add <string>("environment=", "[Optional] Name of an environment to filter by. Can be specified many times.", v => environments.Add(v), allowsMultiple: true);
options.Add <string>("tenant=", "[Optional] Name of a tenant to filter by. Can be specified many times.", v => tenants.Add(v), allowsMultiple: true);
options.Add <int>("number=", $"[Optional] number of results to return, default is {DefaultReturnAmount}", v => numberOfResults = v);
}
protected ApiCommand(IOctopusClientFactory clientFactory, IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, ICommandOutputProvider commandOutputProvider) : base(commandOutputProvider)
{
this.clientFactory = clientFactory;
this.repositoryFactory = repositoryFactory;
FileSystem = fileSystem;
var options = Options.For("Common options");
options.Add <string>("server=", $"[Optional] The base URL for your Octopus Server, e.g., 'https://octopus.example.com/'. This URL can also be set in the {ServerUrlEnvVar} environment variable.", v => serverBaseUrl = v);
options.Add <string>("apiKey=", $"[Optional] Your API key. Get this from the user profile page. You must provide an apiKey or username and password. If the guest account is enabled, a key of API-GUEST can be used. This key can also be set in the {ApiKeyEnvVar} environment variable.", v => apiKey = v, true);
options.Add <string>("user="******"[Optional] Username to use when authenticating with the server. You must provide an apiKey or username and password. This Username can also be set in the {UsernameEnvVar} environment variable.", v => username = v);
options.Add <string>("pass="******"[Optional] Password to use when authenticating with the server. This Password can also be set in the {PasswordEnvVar} environment variable.", v => password = v, true);
options.Add <string>("configFile=", "[Optional] Text file of default values, with one 'key = value' per line.", v => ReadAdditionalInputsFromConfigurationFile(v));
options.Add <bool>("debug", "[Optional] Enable debug logging.", v => enableDebugging = true);
options.Add <bool>("ignoreSslErrors", "[Optional] Set this flag if your Octopus Server uses HTTPS but the certificate is not trusted on this machine. Any certificate errors will be ignored. WARNING: this option may create a security vulnerability.", v => ignoreSslErrors = true);
options.Add <bool>("enableServiceMessages", "[Optional] Enable TeamCity or Team Foundation Build service messages when logging.", v => commandOutputProvider.EnableServiceMessages());
options.Add <string>("timeout=",
$"[Optional] Timeout in seconds for network operations. Default is {ApiConstants.DefaultClientRequestTimeout / 1000}.",
v =>
{
if (int.TryParse(v, out var parsedInt))
{
clientOptions.Timeout = TimeSpan.FromSeconds(parsedInt);
}
else if (TimeSpan.TryParse(v, out var parsedTimeSpan))
{
clientOptions.Timeout = parsedTimeSpan;
}
else
{
throw new CommandException($"Unable to parse '{v}' as a timespan or an integer.");
}
});
options.Add <string>("proxy=", "[Optional] The URL of the proxy to use, e.g., 'https://proxy.example.com'.", v => clientOptions.Proxy = v);
options.Add <string>("proxyUser="******"[Optional] The username for the proxy.", v => clientOptions.ProxyUsername = v);
options.Add <string>("proxyPass="******"[Optional] The password for the proxy. If both the username and password are omitted and proxyAddress is specified, the default credentials are used.", v => clientOptions.ProxyPassword = v, true);
options.Add <string>("space=", "[Optional] The name or ID of a space within which this command will be executed. The default space will be used if it is omitted.", v => spaceNameOrId = v);
#if NETFRAMEWORK
options.Add <int>("keepalive=", "[Optional] How frequently (in seconds) to send a TCP keepalive packet.", input => keepAlive = input * 1000);
#endif
options.AddLogLevelOptions();
}
public DeleteReleasesCommand(IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, IOctopusClientFactory clientFactory, ICommandOutputProvider commandOutputProvider)
: base(clientFactory, repositoryFactory, fileSystem, commandOutputProvider)
{
var options = Options.For("Deletion");
options.Add("project=", "Name of the project", v => ProjectName = v);
options.Add("minversion=", "Minimum (inclusive) version number for the range of versions to delete", v => MinVersion = v);
options.Add("maxversion=", "Maximum (inclusive) version number for the range of versions to delete", v => MaxVersion = v);
options.Add("channel=", "[Optional] if specified, only releases associated with the channel will be deleted; specify this argument multiple times to target multiple channels.", v => ChannelNames.Add(v));
options.Add("whatif", "[Optional, Flag] if specified, releases won't actually be deleted, but will be listed as if simulating the command", v => WhatIf = true);
}
public BashCompletionInstaller(ICommandOutputProvider commandOutputProvider)
: this(commandOutputProvider, new OctopusFileSystem(), new[] { AssemblyHelper.GetExecutablePath() })
{
}
public ListEnvironmentsCommand(IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, IOctopusClientFactory clientFactory, ICommandOutputProvider commandOutputProvider)
: base(clientFactory, repositoryFactory, fileSystem, commandOutputProvider)
{
}
public BashCompletionInstaller(ICommandOutputProvider commandOutputProvider, string[] executablePaths)
: this(commandOutputProvider, new OctopusFileSystem(), executablePaths)
{
}
public ShellCompletionInstaller(ICommandOutputProvider commandOutputProvider, IOctopusFileSystem fileSystem)
{
this.commandOutputProvider = commandOutputProvider;
this.fileSystem = fileSystem;
}
public BashCompletionInstaller(ICommandOutputProvider commandOutputProvider, IOctopusFileSystem fileSystem, string[] executablePaths)
: base(commandOutputProvider, fileSystem, executablePaths)
{
}
public CleanEnvironmentCommand(IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, IOctopusClientFactory clientFactory, ICommandOutputProvider commandOutputProvider)
: base(clientFactory, repositoryFactory, fileSystem, commandOutputProvider)
{
var options = Options.For("Cleanup");
options.Add <string>("environment=", "Name of an environment to clean up.", v => environmentName = v);
options.Add <MachineModelStatus>("status=", $"Status of Machines clean up ({string.Join(", ", HealthStatusProvider.StatusNames)}). Can be specified many times.", v => statuses.Add(v), allowsMultiple: true);
options.Add <MachineModelHealthStatus>("health-status=|healthStatus=", $"Health status of Machines to clean up ({string.Join(", ", HealthStatusProvider.HealthStatusNames)}). Can be specified many times.", v => healthStatuses.Add(v), allowsMultiple: true);
options.Add <bool>("disabled=", "[Optional] Disabled status filter of Machine to clean up.", v => isDisabled = v);
options.Add <bool>("calamari-outdated=", "[Optional] State of Calamari to clean up. By default ignores Calamari state.", v => isCalamariOutdated = v);
options.Add <bool>("tentacle-outdated=", "[Optional] State of Tentacle version to clean up. By default ignores Tentacle state.", v => isTentacleOutdated = v);
}
public HelpCommand(ICommandLocator commands, ICommandOutputProvider commandOutputProvider) : base(commandOutputProvider)
{
this.commands = commands;
}
public CleanWorkerPoolCommand(IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, IOctopusClientFactory clientFactory, ICommandOutputProvider commandOutputProvider)
: base(clientFactory, repositoryFactory, fileSystem, commandOutputProvider)
{
var options = Options.For("WorkerPool Cleanup");
options.Add("workerpool=", "Name of a worker pool to clean up.", v => poolName = v);
options.Add("health-status=", $"Health status of Workers to clean up ({string.Join(", ", HealthStatusProvider.HealthStatusNames)}). Can be specified many times.", v => healthStatuses.Add(v));
options.Add("disabled=", "[Optional] Disabled status filter of Worker to clean up.", v => SetFlagState(v, ref isDisabled));
options.Add("calamari-outdated=", "[Optional] State of Calamari to clean up. By default ignores Calamari state.", v => SetFlagState(v, ref isCalamariOutdated));
options.Add("tentacle-outdated=", "[Optional] State of Tentacle version to clean up. By default ignores Tentacle state", v => SetFlagState(v, ref isTentacleOutdated));
}
public CreateProjectCommand(IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, IOctopusClientFactory clientFactory, ICommandOutputProvider commandOutputProvider)
: base(clientFactory, repositoryFactory, fileSystem, commandOutputProvider)
{
var options = Options.For("Project creation");
options.Add("name=", "The name of the project", v => ProjectName = v);
options.Add("projectGroup=", "The name of the project group to add this project to. If the group doesn't exist, it will be created.", v => ProjectGroupName = v);
options.Add("lifecycle=", "The name of the lifecycle that the project will use.", v => LifecycleName = v);
options.Add("ignoreIfExists", "If the project already exists, an error will be returned. Set this flag to ignore the error.", v => IgnoreIfExists = true);
}
public PreventReleaseProgressionCommand(IOctopusClientFactory clientFactory, IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, ICommandOutputProvider commandOutputProvider)
: base(clientFactory, repositoryFactory, fileSystem, commandOutputProvider)
{
var options = Options.For("Preventing release progression.");
options.Add <string>("project=", "Name or ID of the project", v => ProjectNameOrId = v);
options.Add <string>("version=|releaseNumber=", "Release version/number", v => ReleaseVersionNumber = v);
options.Add <string>("reason=", "Reason to prevent this release from progressing to next phase", v => ReasonToPrevent = v);
}
public DeleteAutoDeployOverrideCommand(IOctopusAsyncRepositoryFactory repositoryFactory, IOctopusFileSystem fileSystem, IOctopusClientFactory octopusClientFactory, ICommandOutputProvider commandOutputProvider) :
base(octopusClientFactory, repositoryFactory, fileSystem, commandOutputProvider)
{
var options = Options.For("Delete auto deploy release override");
options.Add <string>("project=", "Name of the project.", v => ProjectName = v);
options.Add <string>("environment=",
"Name of an environment the override will apply to. Specify this argument multiple times to add multiple environments.",
v => EnvironmentNames.Add(v),
allowsMultiple: true);
options.Add <string>("tenant=",
"[Optional] Name of a tenant the override will apply to. Specify this argument multiple times to add multiple tenants or use `*` wildcard for all tenants.",
t => TenantNames.Add(t),
allowsMultiple: true);
options.Add <string>("tenantTag=",
"[Optional] A tenant tag used to match tenants that the override will apply to. Specify this argument multiple times to add multiple tenant tags",
tt => TenantTags.Add(tt),
allowsMultiple: true);
deletedDeplomentOverrides = new List <Tuple <EnvironmentResource, TenantResource, DeletedOutcome> >();
}
public OctopusRepositoryCommonQueries(IOctopusAsyncRepository repository, ICommandOutputProvider commandOutputProvider)
{
this.repository = repository;
this.commandOutputProvider = commandOutputProvider;
}
public ReleasePlanBuilder(ILogger log, IPackageVersionResolver versionResolver, IChannelVersionRuleTester versionRuleTester, ICommandOutputProvider commandOutputProvider)
{
this.versionResolver = versionResolver;
this.versionRuleTester = versionRuleTester;
this.commandOutputProvider = commandOutputProvider;
}
public PowershellCompletionInstaller(ICommandOutputProvider commandOutputProvider, IOctopusFileSystem fileSystem) : base(commandOutputProvider, fileSystem)
{
}
public void Setup()
{
// setup data objects
channelVersionRules = new List <ChannelVersionRuleResource>();
projectResource = new ProjectResource
{
DeploymentProcessId = TestHelpers.GetId("deploymentprocess"),
Id = TestHelpers.GetId("project")
};
deploymentProcessResource = new DeploymentProcessResource
{
ProjectId = projectResource.Id,
Id = projectResource.DeploymentProcessId
};
releaseTemplateResource = new ReleaseTemplateResource
{
DeploymentProcessId = projectResource.DeploymentProcessId,
Packages = new List <ReleaseTemplatePackage>(),
Id = TestHelpers.GetId("releaseTemplate")
};
channelResource = new ChannelResource
{
IsDefault = true,
Id = TestHelpers.GetId("channel"),
ProjectId = projectResource.Id,
Rules = channelVersionRules,
Name = TestHelpers.GetId("channelname")
};
feedResource = new FeedResource
{
Id = BuiltInFeedId,
Name = "Built in feed",
Links = new LinkCollection {
{ "SearchTemplate", TestHelpers.GetId("searchUri") }
}
};
// setup mocks
logger = Substitute.For <ILogger>();
versionResolver = Substitute.For <IPackageVersionResolver>();
versionRuleTester = Substitute.For <IChannelVersionRuleTester>();
commandOutputProvider = Substitute.For <ICommandOutputProvider>();
deploymentProcessRepository = Substitute.For <IDeploymentProcessRepository>();
deploymentProcessRepository.Get(projectResource.DeploymentProcessId)
.Returns(Task.FromResult(deploymentProcessResource));
deploymentProcessRepository
.GetTemplate(Arg.Is(deploymentProcessResource),
Arg.Is(channelResource))
.Returns(Task.FromResult(releaseTemplateResource));
versionRuleTester
.Test(Arg.Any <IOctopusAsyncRepository>(), Arg.Any <ChannelVersionRuleResource>(), Arg.Any <string>(), Arg.Any <string>())
.Returns(Task.FromResult(channelVersionRuleTestResult));
deploymentProcessRepositoryBeta = Substitute.For <IDeploymentProcessRepositoryBeta>();
deploymentProcessRepositoryBeta.Get(projectResource, Arg.Any <string>())
.Returns(Task.FromResult(deploymentProcessResource));
var feeds = new List <FeedResource>
{
feedResource
};
releaseRepository = Substitute.For <IReleaseRepository>();
feedRepository = Substitute.For <IFeedRepository>();
feedRepository.Get(Arg.Any <string[]>()).Returns(feeds);
feedRepository.FindByNames(Arg.Any <IEnumerable <string> >()).Returns(feeds);
repository = Substitute.For <IOctopusAsyncRepository>();
repository.DeploymentProcesses.Returns(deploymentProcessRepository);
repository.DeploymentProcesses.Beta().Returns(deploymentProcessRepositoryBeta);
repository.Releases.Returns(releaseRepository);
repository.Feeds.Returns(feedRepository);
repository.Client
.Get <List <PackageResource> >(Arg.Any <string>(), Arg.Any <IDictionary <string, object> >())
.Returns(packages);
builder = new ReleasePlanBuilder(logger, versionResolver, versionRuleTester, commandOutputProvider);
gitReference = null;
}
