com.heroku.api.HerokuAPI Maven / Gradle / Ivy
package com.heroku.api;
import java.util.List;
import java.util.Map;
import com.heroku.api.connection.Connection;
import com.heroku.api.connection.ConnectionFactory;
import com.heroku.api.request.addon.AddonInstall;
import com.heroku.api.request.addon.AddonList;
import com.heroku.api.request.addon.AddonRemove;
import com.heroku.api.request.addon.AppAddonsList;
import com.heroku.api.request.app.*;
import com.heroku.api.request.buildpacks.BuildpackInstallationList;
import com.heroku.api.request.buildpacks.BuildpackInstallationUpdate;
import com.heroku.api.request.builds.BuildCreate;
import com.heroku.api.request.builds.BuildInfo;
import com.heroku.api.request.config.ConfigList;
import com.heroku.api.request.config.ConfigUpdate;
import com.heroku.api.request.dynos.DynoList;
import com.heroku.api.request.dynos.DynoRestart;
import com.heroku.api.request.dynos.DynoRestartAll;
import com.heroku.api.request.formation.FormationList;
import com.heroku.api.request.formation.FormationUpdate;
import com.heroku.api.request.key.KeyAdd;
import com.heroku.api.request.key.KeyList;
import com.heroku.api.request.key.KeyRemove;
import com.heroku.api.request.log.Log;
import com.heroku.api.request.log.LogStreamResponse;
import com.heroku.api.request.releases.ReleaseInfo;
import com.heroku.api.request.releases.ReleaseList;
import com.heroku.api.request.releases.Rollback;
import com.heroku.api.request.sharing.CollabList;
import com.heroku.api.request.sharing.SharingAdd;
import com.heroku.api.request.sharing.SharingRemove;
import com.heroku.api.request.sharing.SharingTransfer;
import com.heroku.api.request.slugs.SlugCreate;
import com.heroku.api.request.slugs.SlugInfo;
import com.heroku.api.request.sources.SourceCreate;
import com.heroku.api.request.stack.StackList;
import com.heroku.api.request.team.TeamAppInfo;
import com.heroku.api.request.team.TeamAppList;
import com.heroku.api.request.team.TeamInvoiceList;
import com.heroku.api.request.user.UserInfo;
import com.heroku.api.util.Range;
/**
*
* A convenience class for making HTTP requests to the Heroku API for a given user. An underlying {@link Connection} is created
* for each instance of HerokuAPI. To make HTTP requests to the Heroku API in multi-user or systems that have resource
* constraints (e.g. a pool of Connection objects are required), Connection should be used
* directly.
*
* Example usage:
* {@code
* HerokuAPI heroku = new HerokuAPI("apiKey");
* App app = heroku.createApp();
* heroku.scaleProcess(app.getName(), "web", 1)
* }
*
*
* {@link RuntimeException} will be thrown for any request failures.
*/
public class HerokuAPI {
protected final Connection connection;
protected final String apiKey;
/**
* Constructs a HerokuAPI with a {@link Connection} based on the first {@link com.heroku.api.connection.ConnectionProvider}
* found on the classpath.
* @param apiKey User's API key found at https://api.heroku.com/account
*/
public HerokuAPI(String apiKey) {
this(ConnectionFactory.get(), apiKey);
}
/**
* @param connection the connection to Heroku API
* @param apiKey User's API key found at https://api.heroku.com/account
*/
public HerokuAPI(Connection connection, String apiKey) {
this.connection = connection;
this.apiKey = apiKey;
}
public Connection getConnection() {
return connection;
}
/**
* Information for the current user.
* @return user info object
*/
public User getUserInfo() {
return connection.execute(new UserInfo(), apiKey);
}
/**
* Add an ssh key to the current user's account.
* @param sshKey Public key value. e.g. ssh-rsa AAAAB3NzaC1yc2EAAAADAQABAAABAQCz29znMi/UJX/nvkRSO5FFugKhU9DkkI53E0vXUnP8zeLFxMgyUqmXryPVjWtGzz2LRWqjm14SbqHAmM44pGHVfBIp6wCKBWSUYGv/FxOulwYgtWzz4moxWLZrFyWWgJAnehcVUifHNgzKwT2ovWm2ns52681Z8yFK3K8/uLStDjLIaPePEOaxaTvgIxZNsfyEoXoHcyTPwdR1GtQuDTuDYqYmjmPCoKybYnXrTQ1QFuQxDneBkswQYSl0H2aLf3uBK4F01hr+azXQuSe39eSV4I/TqzmNJlanpILT9Jz3/J1i4r6brpF3AxLnFnb9ufIbzQAIa/VZIulfrZkcBsUl [email protected]
*/
public void addKey(String sshKey) {
connection.execute(new KeyAdd(sshKey), apiKey);
}
/**
* Delete an ssh key from the current user's account.
* @param sshKey The comment in the public key. See {@link #listKeys} to get a list of keys that can be removed.
*/
public void removeKey(String sshKey) {
connection.execute(new KeyRemove(sshKey), apiKey);
}
/**
* Get a list of keys associated with the current user's account.
* @return a list of keys
*/
public List listKeys() {
return connection.execute(new KeyList(), apiKey);
}
/**
* List all apps for the current user's account.
* @return a list of apps
*/
public Range listApps() {
return connection.execute(new AppList(), apiKey);
}
/**
* List all apps for the current user's account.
* @param range The range of apps provided by {@link Range#getNextRange()}
* @return a list of apps
*/
public Range listApps(String range) {
return connection.execute(new AppList(range), apiKey);
}
/**
* Get information about a specific app.
* @param name The name of the app. See {@link #listApps} to get a list of apps and their names.
* @return an app object
*/
public App getApp(String name) {
return connection.execute(new AppInfo(name), apiKey);
}
/**
* Checks if an app with the given name exists on Heroku.
*
* A true response does not necessarily indicate the user has access to the app.
* Use {@link #getApp(String)} to check user access.
*
* @param name name of the app
* @return true if an app exists with the specified name
*/
public boolean appExists(String name) {
return connection.execute(new AppExists(name), apiKey);
}
/**
* Checks if the given app name is available on Heroku.
*
* @param name name of the app
* @return true if the app name is available
*/
public boolean isAppNameAvailable(String name) {
return !appExists(name);
}
/**
* Create a new app on the {Heroku.Stack.Cedar14} stack. For more information about the Cedar stack, please see
* the Dev Center.
* @return an app object
*/
public App createApp() {
return connection.execute(new AppCreate(new App().on(Heroku.Stack.Cedar14)), apiKey);
}
/**
* Create a new app using {@link App} to specify parameters. {@link App} has convenience methods for specifying
* parameters to send as part of the request. Typically, these will be the name of the app and the requested stack. e.g.
* {@code heroku.createApp(new App().on(Heroku.Stack.Cedar).named("new-app")}
* @param app See {@link App}
* @return an app object
*/
public App createApp(App app) {
return connection.execute(new AppCreate(app), apiKey);
}
/**
* Rename an existing app.
* @param appName Existing app name. See {@link #listApps()} for names that can be used.
* @param newName New name to give the existing app.
* @return the new name of the object
*/
public String renameApp(String appName, String newName) {
return connection.execute(new AppRename(appName, newName), apiKey).getName();
}
/**
* Delete an app.
* @param appName the app name
*/
public void destroyApp(String appName) {
connection.execute(new AppDestroy(appName), apiKey);
}
/**
* Add an addon to the app.
* @param appName App name. See {@link #listApps} for a list of apps that can be used.
* @param addonName Addon name. See {@link #listAllAddons} to get a list of addons that can be used.
* @return The request object
*/
public AddonChange addAddon(String appName, String addonName) {
return connection.execute(new AddonInstall(appName, addonName), apiKey);
}
/**
* Add an addon to the app.
* @param appName App name. See {@link #listApps} for a list of apps that can be used.
* @param addonName Addon name. See {@link #listAllAddons} to get a list of addons that can be used.
* @param addonConfig Addon configuration.
* @return The request object
*/
public AddonChange addAddon(String appName, String addonName, Map addonConfig) {
return connection.execute(new AddonInstall(appName, addonName, addonConfig), apiKey);
}
/**
* Get a list of all addons available. Refer to http://addons.heroku.com for more information about addons.
* @return a list of add-ons
*/
public List listAllAddons() {
return connection.execute(new AddonList(), apiKey);
}
/**
* List the addons already added to an app.
* @param appName new of the app
* @return a list of add-ons
*/
public List listAppAddons(String appName) {
return connection.execute(new AppAddonsList(appName), apiKey);
}
/**
* Remove an addon from an app.
* @param appName App name. See {@link #listApps} for a list of apps that can be used.
* @param addonName Addon name. See {@link #listAppAddons} for a list of addons that can be used.
* @return the request object
*/
public AddonChange removeAddon(String appName, String addonName) {
return connection.execute(new AddonRemove(appName, addonName), apiKey);
}
// TODO: need addon upgrade/downgrade
/**
* List of releases for an app.
* @param appName App name. See {@link #listApps} for a list of apps that can be used.
* @return a list of releases
*/
public List listReleases(String appName) {
return connection.execute(new ReleaseList(appName), apiKey);
}
/**
* List of releases for an app.
* @param appName App name. See {@link #listApps} for a list of apps that can be used.
* @param range The range of releases provided by {@link Range#getNextRange()}
* @return a list of releases
*/
public List listReleases(String appName, String range) {
return connection.execute(new ReleaseList(appName, range), apiKey);
}
/**
* Rollback an app to a specific release.
* @param appName App name. See {@link #listApps} for a list of apps that can be used.
* @param releaseUuid Release UUID. See {@link #listReleases} for a list of the app's releases.
* @return the release object
*/
public Release rollback(String appName, String releaseUuid) {
return connection.execute(new Rollback(appName, releaseUuid), apiKey);
}
/**
* Information about a specific release.
* @param appName App name. See {@link #listApps} for a list of apps that can be used.
* @param releaseName Release name. See {@link #listReleases} for a list of the app's releases.
* @return the release object
*/
public Release getReleaseInfo(String appName, String releaseName) {
return connection.execute(new ReleaseInfo(appName, releaseName), apiKey);
}
/**
* Get a list of collaborators that are allowed access to an app.
* @param appName App name. See {@link #listApps} for a list of apps that can be used.
* @return list of collaborators
*/
public List listCollaborators(String appName) {
return connection.execute(new CollabList(appName), apiKey);
}
/**
* Add a collaborator to an app.
* @param appName App name. See {@link #listApps} for a list of apps that can be used.
* @param collaborator Username of the collaborator to add. This is usually in the form of "[email protected]".
*/
public void addCollaborator(String appName, String collaborator) {
connection.execute(new SharingAdd(appName, collaborator), apiKey);
}
/**
* Remove a collaborator from an app.
* @param appName App name. See {@link #listApps} for a list of apps that can be used.
* @param collaborator See {@link #listCollaborators} for collaborators that can be removed from the app.
*/
public void removeCollaborator(String appName, String collaborator) {
connection.execute(new SharingRemove(appName, collaborator), apiKey);
}
/**
* Update environment variables to an app.
* @param appName App name. See {@link #listApps} for a list of apps that can be used.
* @param config Key/Value pairs of environment variables.
*/
public void updateConfig(String appName, Map config) {
connection.execute(new ConfigUpdate(appName, config), apiKey);
}
/**
* List all the environment variables for an app.
* @param appName App name. See {@link #listApps} for a list of apps that can be used.
* @return map of config vars
*/
public Map listConfig(String appName) {
return connection.execute(new ConfigList(appName), apiKey);
}
/**
* Transfer the ownership of an application to another user.
* @param appName App name. See {@link #listApps} for a list of apps that can be used.
* @param to Username of the person to transfer the app to. This is usually in the form of "[email protected]".
*/
public void transferApp(String appName, String to) {
connection.execute(new SharingTransfer(appName, to), apiKey);
}
/**
* Get logs for an app.
* @param appName App name. See {@link #listApps} for a list of apps that can be used.
* @return log stream response
*/
public LogStreamResponse getLogs(String appName) {
return connection.execute(new Log(appName), apiKey);
}
/**
* Get logs for an app.
* @param appName App name. See {@link #listApps} for a list of apps that can be used.
* @return log stream response
*/
public LogStreamResponse getLogs(String appName, Boolean tail) {
return connection.execute(new Log(appName, tail), apiKey);
}
/**
* Get logs for an app by specifying additional parameters.
* @param logRequest See {LogRequestBuilder}
* @return log stream response
*/
public LogStreamResponse getLogs(Log.LogRequestBuilder logRequest) {
return connection.execute(new Log(logRequest), apiKey);
}
/**
* Gets a list of stacks available.
* @return List of stacks available.
*/
public List listAppStacks() {
return connection.execute(new StackList(), apiKey);
}
/**
* Checks if maintenance mode is enabled for the given app
*
* @param appName See {@link #listApps} for a list of apps that can be used.
* @return true if maintenance mode is enabled
*/
public boolean isMaintenanceModeEnabled(String appName) {
App app = connection.execute(new AppInfo(appName), apiKey);
return app.isMaintenance();
}
/**
* Sets maintenance mode for the given app
*
* @param appName See {@link #listApps} for a list of apps that can be used.
* @param enable true to enable; false to disable
*/
public void setMaintenanceMode(String appName, boolean enable) {
connection.execute(new AppUpdate(appName, enable), apiKey);
}
/**
* Gets the slug info for an existing slug
*
* @param appName See {@link #listApps} for a list of apps that can be used.
* @param processTypes hash mapping process type names to their respective command
*/
public Slug createSlug(String appName, Map processTypes) {
return connection.execute(new SlugCreate(appName, processTypes), apiKey);
}
/**
* Gets the slug info for an existing slug
*
* @param appName See {@link #listApps} for a list of apps that can be used.
* @param slugId the unique identifier of the slug
*/
public Slug getSlugInfo(String appName, String slugId) {
return connection.execute(new SlugInfo(appName, slugId), apiKey);
}
/**
* Creates a source
*
*/
public Source createSource() {
return connection.execute(new SourceCreate(), apiKey);
}
/**
* Creates a build
*
* @param appName See {@link #listApps} for a list of apps that can be used.
* @param build the build information
*/
public Build createBuild(String appName, Build build) {
return connection.execute(new BuildCreate(appName, build), apiKey);
}
/**
* Gets the info for a running build
*
* @param appName See {@link #listApps} for a list of apps that can be used.
* @param buildId the unique identifier of the build
*/
public Build getBuildInfo(String appName, String buildId) {
return connection.execute(new BuildInfo(appName, buildId), apiKey);
}
/**
* List app dynos for an app
*
* @param appName See {@link #listApps} for a list of apps that can be used.
*/
public Range listDynos(String appName) {
return connection.execute(new DynoList(appName), apiKey);
}
/**
* Restarts a single dyno
*
* @param appName See {@link #listApps} for a list of apps that can be used.
* @param dynoId the unique identifier of the dyno to restart
*/
public void restartDyno(String appName, String dynoId) {
connection.execute(new DynoRestart(appName, dynoId), apiKey);
}
/**
* Restarts all dynos for an app
*
* @param appName See {@link #listApps} for a list of apps that can be used.
*/
public void restartDynos(String appName) {
connection.execute(new DynoRestartAll(appName), apiKey);
}
/**
* Scales a process type
*
* @param appName See {@link #listApps} for a list of apps that can be used.
* @param processType type of process to maintain
* @param quantity number of processes to maintain
*/
public Formation scale(String appName, String processType, int quantity) {
return connection.execute(new FormationUpdate(appName, processType, quantity), apiKey);
}
/**
* Lists the formation info for an app
*
* @param appName See {@link #listApps} for a list of apps that can be used.
*/
public List listFormation(String appName) {
return connection.execute(new FormationList(appName), apiKey);
}
/**
* Lists the buildpacks installed on an app
*
* @param appName See {@link #listApps} for a list of apps that can be used.
*/
public List listBuildpackInstallations(String appName) {
return connection.execute(new BuildpackInstallationList(appName), apiKey);
}
/**
* Update the list of buildpacks installed on an app
*
* @param appName See {@link #listApps} for a list of apps that can be used.
* @param buildpacks the new list of buildpack names or URLs.
*/
public void updateBuildpackInstallations(String appName, List buildpacks) {
connection.execute(new BuildpackInstallationUpdate(appName, buildpacks), apiKey);
}
/**
* Get information about a specific team's app.
* @param name The name of the app. See {@link #listApps} to get a list of apps and their names.
* @return an app object
*/
public TeamApp getTeamApp(String name) {
return connection.execute(new TeamAppInfo(name), apiKey);
}
/**
* List all apps for a team.
* @param team The name or id of the team.
* @return a list of apps
*/
public Range listTeamApps(String team) {
return connection.execute(new TeamAppList(team), apiKey);
}
/**
* List all apps for a team.
* @param team The name or id of the team.
* @param range The range of apps provided by {@link Range#getNextRange()}
* @return a list of apps
*/
public Range listTeamApps(String team, String range) {
return connection.execute(new TeamAppList(team, range), apiKey);
}
/**
* List all apps for a team.
* @param team The name or id of the team.
* @return a list of apps
*/
public Range listTeamInvoices(String team) {
return connection.execute(new TeamInvoiceList(team), apiKey);
}
/**
* List all apps for a team.
* @param team The name or id of the team.
* @return a list of apps
*/
public Range listTeamInvoices(String team, String range) {
return connection.execute(new TeamInvoiceList(team, range), apiKey);
}
}