- General information
- Response Formats
- TeamCity Data Entities Requests
- Projects and Build Configuration/Templates Lists
- Project Settings
- Project Features
- VCS Roots
- Build Configuration And Template Settings
- Build Requests
- Tests and Build Problems
- User Groups
- User Access Tokens
- Audit Records
- Request Examples
REST API is an open-source plugin bundled since TeamCity 5.0.
To use the REST API, an application makes an HTTP request to the TeamCity server and parses the response.
The TeamCity REST API can be used for integrating applications with TeamCity and for those who want to script interactions with the TeamCity server. TeamCity's REST API allows accessing resources (entities) via URL paths.
General Usage Principles
This documentation is not a complete guide and will only provide some initial knowledge useful for using the API.
You can start by opening http://teamcity:8111/app/rest/server URL in your browser: this page will give you several pointers to explore the API.
Use http://teamcity:8111/app/rest/application.wadl to get the full list of supported requests and names of parameters. This is the primary source of discovery for the supported requests and their parameters. The same data is also exposed in Swagger format via http://teamcity:8111/app/rest/swagger.json endpoint.
Make sure you read through this section before using the API.
For the list of supported locator dimensions included into the error response, use the
Experiment and read the error messages returned: for the most part they should guide you to the right requests.
Suppose you want to know more on the agents and see (in the
/app/rest/server response) that there is an
/app/rest/agents/request - see the authorized agent list, get the
defaultway of linking to an agent from the agent's element
Get individual agent details via the
/app/rest/agents/id:10URL (obtained from
hreffor one of the elements of the previous request).
If you send a request to
/app/rest/agents/aaa:bbb(supplying unsupported locator dimension), you will get the list of the supported dimensions to find an agent via the agent's locator.
Most of the attributes of the returned agent data (
authorized) can be used as the
<field name>in the
app/rest/agents/<agentLocator>/<field name>request. Moreover, if you issue a request to the
app/rest/agents/id:10/testURL, you will get a list of the supported fields in the error message.
You can authenticate yourself for the REST API in the following ways:
The preferred way to access REST API is by using the token-based HTTP authentication. Provide your personal TeamCity access token generated on My Settings & Tools | Access Tokens in the HTTP header
Authorization: Bearer <token-value>. For example:curl --header "Authorization: Bearer <token-value>" http://teamcity:8111/app/rest/builds
Using basic HTTP authentication (it can be slow with certain authentications, see below). Provide a valid TeamCity username and password with the request. You can force basic auth by including
/app/restpart, e.g. http://teamcity:8111/httpAuth/app/rest/builds.
If you are checking REST
GETrequests from within a browser, and you are logged in to TeamCity in the browser, you can just use
/app/restURL, e.g. http://teamcity:8111/app/rest/builds.Authentication can be slow when a basic HTTP authentication with a non-built-in module is used. If you want to use basic HTTP authentication instead of token-based one, consider applying the session reuse approach for reusing authentication between sequential requests.
If you perform a request from within a TeamCity build, for a limited set of build-related operations (like downloading artifacts) you can use values of
teamcity.auth.userId/teamcity.auth.password system properties as basic credentials (within TeamCity settings you can reference them as
Within a build, the request for current build details can look like:
You can use the super user account with REST API: just provide no username and the generated password logged into the server log.
REST API Versions
As REST API evolves from one TeamCity version to another, there can be incompatible changes in the protocol.
Under the http://teamcity:8111/app/rest/ or http://teamcity:8111/app/rest/latest URL the latest version is available. Under the http://teamcity:8111/app/rest/<version> URLs other versions CAN be available. Our general policy is to supply TeamCity with at least one previous version. The REST API protocol version is the TeamCity version where this protocol was first introduced.
You can use
2018.1 instead of
<version> to get the latest version of REST API or
8.0 to get earlier versions of the protocol.
Breaking changes in the API are described in the related Upgrade Notes section. Note that additions to the objects returned (such as new XML attributes or elements) are not considered major changes and do not cause the protocol version to increment. Also, the endpoints marked with
Experimental comment in
application.wadl may change without a special notice in future versions.
The general structure of the URL in the TeamCity API is http://teamcityserver:port/<authType>/app/rest/<apiVersion>/<restApiPath>?<parameters>
portdefine the server name and the port used by TeamCity. This page uses http://teamcity:8111/ as an example URL.
<authType>(optional) is the authentication type to be used, this is generic TeamCity functionality.
app/restis the root path of the TeamCity REST API
<apiVersion>(optional) is a reference to a specific version of REST API.
<restApiPath>?<parameters>is the REST API part of the URL.
A typical way to get multiple items is to use
<restApiPath>in the form of
.../app/rest/<items>(for example, "
.../app/rest/builds"). These URLs regularly accept the locator parameter which can filter the items returned. Individual items can regularly be addressed by a URL in the form of
.../app/rest/<items>/<item_locator>. This URL always returns a single item. If the
<item_locator>locator matches several items, the first one is returned. Both multiple and single items requests regularly support the fields parameter.
In a number of places, you can specify a filter string which defines what entities to filter/affect in the request. This string representation is referred to as "locator" in the scope of REST API.
The locators formats can be:
single value: text without the following symbols:
dimension allowing you to filter entities using multiple criteria:
<dimension1>:<value1>,<dimension2>:<value2>,<dimension3>:(<dimension3.1>:<value3.1>,<dimension3.2>:<value3.2>)Note that nested locators should be enclosed in parentheses. Refer to each entity description below for the most popular locator descriptions. If in doubt what a specific locator supports, send a request with "$help" as the locator value. In response you will get a textual description of what the locator supports. If a request with invalid locators is sent, the error messages often hint at the error and list the supported locator dimensions as well.
Use http://teamcity:8111/app/rest/projects to get the list of projects.
Use http://teamcity:8111/app/rest/projects/<projectsLocator>, for example http://teamcity:8111/app/rest/projects/id:RESTAPIPlugin (example ID is used) to get the full data for the REST API Plugin project.
Use http://teamcity:8111/app/rest/buildTypes/id:bt284/builds?locator=<buildLocator>, for example http://teamcity:8111/app/rest/buildTypes/id:bt284/builds?locator=status:SUCCESS,tag:EAP (example IDs are used) to get builds.
Use http://teamcity:8111/app/rest/builds/?locator=<buildLocator> to get builds by build locator.
Supported HTTP Methods
GET: retrieves the requested data. For example,
.../app/rest/entitiesusually retrieves a list of entities,
.../app/rest/entities/<entity locator>retrieves a single entity
POST: creates the entity from the payload submitted. To create a new entity, one regularly needs to post a single entity data (i.e. as retrieved via GET) to the
.../app/rest/entitiesURL. When posting XML, be sure to specify the "
Content\-Type: application/xml" HTTP header.
PUT: updates the data from the payload submitted. Accepts the same data format as retrieved via GET request to the same URL. Supported for some entities for URLs like
DELETE: removes the data at the URL, for example, for the
The TeamCity REST APIs returns HTTP responses in the following formats according to the HTTP "Accept" header:
HTTP "Accept" header value
complex value responses
complex value responses
Full and Partial Responses
By default, when a list of entities is requested, only basic fields are included into the response. When a single entry is requested, all the fields are returned. The complex field values can be returned in full or basic form, depending on a specific entity.
It is possible to change the set of fields returned for XML and JSON responses for the majority of requests.This is done by supplying the fields request parameter describing the fields of the top-level entity and sub-entities to return in the response. An example syntax of the parameter is:
field,field2(field2_subfield1,field2_subfield1). This basically means "include
field2 of the top-level entity and for
field2_subfield1 fields". The order of the fields specification plays no role.
At this time, the response can sometimes include the fields/elements not specifically requested. This can change in the future versions, so it is recommended to specify all the fields/elements used by the client.
You can get details on errors and REST request processing in
logs\teamcity-rest.log server log.
You can get details on errors and REST request processing in
logs\teamcity-rest.log server log.
If you get an error in response to your request and want to investigate the reason, look into rest-related server logs.
To get details about each processed request, turn on debug logging (e.g. set Logging Preset to
debug-rest on the Administration/Diagnostics page or modify the Log4J
To allow requests from a page loaded from a specific domain, add the page address (including the protocol and port, do not use wildcards) to the comma-separated internal property
rest.cors.origins, for example,
To enable support for a preflight OPTIONS request:
Restart the TeamCity server.
/app/rest/latestURL for the requests. Do not use
/app/rest, do not use the
httpAuthprefix.If that does not help, enable debug logging and look for related messages. If there are none, capture the browser traffic and messages to investigate the case.
API Client Recommendations
When developing a client using the REST API, consider the following recommendations:
Make the root REST API URL configurable (e.g. allow specifying an alternative for
app/rest/<version>part of the URL). This will allow directing the client to another version of the API if necessary.
Ignore (do not error out) item's attributes and sub-items which are unknown to the client. New sub-items are sometimes added to the API without version change and this will ensure the client is not affected by the change.
Set large (and make them configurable) request timeouts. Some API calls can take minutes, especially on a large server.
Use HTTP sessions to make consecutive requests (use TCSESSIONID cookie returned from the first authenticated response instead of supplying raw credentials all the time). This saves time on authentication which can be significant for external authentication providers.
Beware of partial answers when requesting list of items: some requests are paged by default. Value of the
countattribute in the response indicate the number of the items on the current page and there can be more pages available. If you need to process more (or all) items, read and process the
nextHrefattribute of the response entity for items collections. If the attribute is present it means there might be more items when queried by the URL provided. Related locator dimensions are
count(page limit) and
lookupLimit(depth of search). Even when the returned
countis 0, it does not mean there are no more items if there is the "nextHref" attribute present.
Do not increase the
lookupLimitvalue in the locators without a second thought. Doing so has the direct effect of loading the server more and may require increased amounts of CPU and memory. It is assumed that those increasing the default limit understand the negative consequences for the server performance.
Do not abuse the ability to execute automated requests for TeamCity API: do not query the API too frequently and restrict the data requested to only that necessary (using due locators and specifying necessary fields). Check the server behavior under load from your requests. Make sure not to repeat the request frequently if it takes time to process the request.
TeamCity Data Entities Requests
Projects and Build Configuration/Templates Lists
List of projects:
GET http://teamcity:8111/app/rest/projects/<projectLocator>, where
<projectLocator> can be
List of Build Configurations:
List of Build Configurations of a project:
Get projects with sub-projects Build Configurations data and their order as configured by the specified user on the Overview page:
List of templates for a particular project:
List of all the templates on the server:
Get project details:
Delete a project:
Create a new empty project: POST plain text (name) to http://teamcity:8111/app/rest/projects/.
Create (or copy) a project:
Edit project parameters:
GET/DELETE/PUT http://teamcity:8111/app/rest/projects/<projectLocator>/parameters/<parameter_name> (produces XML, JSON and plain text depending on the "Accept" header, accepts plain text and XML and JSON). Also supported requests:
Project name/description/archived status:
GET/PUT http://teamcity:8111/app/rest/projects/<projectLocator>/<field_name> (accepts/produces text/plain) where
<field_name> is one of
Project's parent project:
GET/PUT XML http://teamcity:8111/app/rest/projects/<projectLocator>/parentProject.
Project features (for example, issue trackers, versioned settings, custom charts, shared resources and third-party report tabs) are exposed as entries under the "project" node and via dedicated requests.
List of project features: http://teamcity:8111/app/rest/projects/<projectLocator>/projectFeatures.
To filter features, add
?locator=<projectFeaturesLocator> to the URL, for example to find all issue tracker features of GitHub type, use the locator
Create a feature:
List all VCS roots:
locator=<vcsRootLocator> parameter to list only the matched VCS roots.
Get details of a VCS root/delete a VCS root:
GET/DELETE http://teamcity:8111/app/rest/vcs-roots/<vcsRootLocator>, where
<vcsRootLocator> can be
id:<internal VCS root id> or other VCS root locator.
Create a new VCS root:
POST VCS root XML (similar to the one retrieved by a GET request for VCS root details) to http://teamcity:8111/app/rest/vcs-roots.
project (post the project locator to
project to associate a VCS root with a specific project).
List VCS root instances:
A 'VCS root' is the setting configured in the TeamCity UI, a "VCS root instance" is an internal TeamCity entity which is derived from the "VCS root" to perform the actual VCS operation. If a VCS root has no %-references to parameters, a single VCS root corresponds to a single "VCS root instance". If a VCS root has %-reference to a parameter and the reference resolves to a different value when the VCS root is attached to different configurations or when custom builds are run, a single "VCS root" can generate several "VCS root instances".
Since TeamCity 10.0:
There are two endpoints dedicated to being used in commit hooks from the version control repositories:
It schedules checking for changes for the matched VCS root instances and returns the list of VCS root instances matched (just like
It schedules checking for changes for the matched VCS root instances and returns plain-text human-readable message on the action performed, HTTP response 202 in case of successful operation.
Both perform the same action (put the VCS root instances matched by the
<locator>) to the queue for "checking for changes" process and differ only in responses they produce.
Note that since the matched VCS root instances are the same as for
../app/rest/vcs-root-instances?locator=<locator> request and that means that by default only the first 100 are matched and the rest are ignored. If this limit is reached, consider tweaking the
<locator> to match fewer instances (recommended) or increase the limit, for example by adding "
,count:1000" to the locator.
VCS root instance locator
<vcsRootInstancesLocator> from above:
type:<VCS root type>– VCS root instances of the specified version control (for example, "jetbrains.git", "mercurial", "svn").
vcsRoot:(<vcsRootLocator>)– VCS root instances corresponding to the VCS root matched by
buildType:(<buildTypeLocator>)– VCS root instances attached to the matching build configuration.
property:(name:<name>,value:<value>,matchType:<matching>)– VCS root instances with the property of name
<name>and value matching condition
<matchType>(for example, equals, contains) by the value
TeamCity REST API exposes the same cloud integration details as those provided in the TeamCity UI.
List all cloud profiles:
List all cloud images:
List all cloud instances:
To filter the listing results, you can add a locator to the request.
Start a new instance:
The contents of the
POST request are the same as in
GET for one instance.
Stop a running instance:
Build Configuration And Template Settings
Build Configuration/Template details:
See details on the Build Configuration Locator.
Note that there is no transaction, for example support for settings editing in TeamCity, so all the settings modified via REST API are taken into account at once. This can result in half-configured builds triggered and other issues. Make sure you pause a build configuration before changing its settings if this aspect is important for your case.
To get aggregated status for several build configurations, see Build Status Icon section.
Get/set paused build configuration state:
GET/PUT http://teamcity:8111/app/rest/buildTypes/<buildTypeLocator>/paused (put "true" or "false" text as text/plain).
Build configuration settings:
Build configuration parameters:
It produces XML, JSON, and plain text depending on the "Accept" header, accepts plain text, XML, and JSON. The
.../parameters/<parameter_name>/value requests are also supported.
Build configuration steps:
Create build configuration step:
The XML/JSON posted is the same as retrieved by GET request to
.../steps/<step_id> except for the secure settings like password: these are not included into responses and should be supplied before POSTing back.`
Features, triggers, agent requirements, artifact, and snapshot dependencies follow the same pattern as steps with URLs like:
Since TeamCity 10, it is possible to disable/enable artifact dependencies and agent requirements.
Disable/enable an artifact dependency:
Put "true " or "false" text as text/plain.
Disable/enable an agent requirement:
Put "true" or "false" text as text/plain.
Build configuration VCS roots:
Attach VCS root to a build configuration:
The XML/JSON posted is the same as retrieved by GET request to http://teamcity:8111/app/rest/buildTypes/<buildTypeLocator>/vcs-root-entries/<id> except for the secure settings like password: these are not included into responses and should be supplied before POSTing back.
Create a new build configuration with all settings:
The XML/JSON posted is the same as retrieved by GET request. Note that
/app/rest/project/XXX/buildTypes still uses the previous version notation and accepts another entity.
Create a new empty build configuration:
POST plain text (name) to http://teamcity:8111/app/rest/projects/<projectLocator>/buildTypes.
Copy a build configuration:
Since TeamCity 2017.2:
Read, detach, and attach a build configuration from/to a template:
Read, detach, and attach a build configuration from/to a template:
Put accepts template locator with the "text/plain" Content-Type).
Set build number counter:
Set build number format:
Build Configuration Locator
The most frequently used values for
Since TeamCity 2017.2, the experimental type locator is supported with one of the values:
Other supported dimensions are (these are in experimental state):
internalId– internal ID of the build configuration.
<projectLocator>to limit the build configurations to those belonging to a single project.
<projectLocator>to limit the build configurations under a single project (recursively).
<buildTypeLocator>of a template to list only build configurations using the template.
templateFlag– boolean value to get only templates or only non-templates.
paused– boolean value to filter paused/not paused build configurations.
Get details of a specific build:
DELETE to delete a build.
Get the list of build configurations in a project with the status of the last finished build in each build configuration:
Using a locator in build-related requests, you can filter the builds to be returned in the build-related requests. It is referred to as "build locator" in the scope of REST API.
For some requests, a default filtering is applied which returns only "normal" builds (finished builds which are not canceled, not failed-to-start, not personal, and on default branch (in branched build configurations)), unless those types of builds are specifically requested via the locator. To turn off this default filter and process all builds, add the
defaultFilter:false dimension to the build locator. Default filtering varies depending on the specified locator dimensions. For example, when
user dimensions are present, personal, canceled, and failed to start builds are included into the results.
Examples of supported build locators:
id:<internal build id>– use internal build ID when you need to refer to a specific build.
number:<build number>– to find build by build number, provided build configuration is already specified.
<dimension1>:<value1>,<dimension2>:<value2>– to find builds by multiple criteria.
The list of supported build locator dimensions:
project:<project locator>– limit the list to the builds of the specified project (belonging to any build type directly under the project).
affectedProject:<project locator>– limit the list to the builds of the specified project (belonging to any build type directly or indirectly under the project)
buildType:(<buildTypeLocator>),defaultFilter:false– all the builds of the specified build configuration
tag:<tag>– since TeamCity 10, get tagged builds. If a list of tags is specified, for example
tag:<tag2>, only the builds containing all the specified tags are returned. The legacy
tags:<tags>locator is supported for compatibility.
status:<SUCCESS/FAILURE/ERROR>– list builds with the specified status only.
user:(<userLocator>)– limit builds to only those triggered by the user specified.
personal:<true/false/any>– limit builds by the personal flag. By default, personal builds are not included.
canceled:<true/false/any>– limit builds by the canceled flag. By default, canceled builds are not included.
failedToStart:<true/false/any>– limit builds by the failed to start flag. By default, canceled builds are not included.
state:<queued/running/finished>– limit builds by the specified state.
running:<true/false/any>– limit builds by the running flag. By default, running builds are not included.
state:running,hanging:true– fetch hanging builds (since TeamCity 10.0).
pinned:<true/false/any>– limit builds by the pinned flag.
branch:<branch locator>– limit the builds by branch.
<branch locator>can be the branch name displayed in the UI, or
(name:<name>,default:<true/false/any>,unspecified:<true/false/any>,branched:<true/false/any>). By default only builds from the default branch are returned. To retrieve all builds, add the following
locator: branch:default:any. The whole path will look like this:
revision:<REVISION>– find builds by revision, for example all builds of the given build configuration with the revision:
/app/rest/builds?locator=revision:(REVISION),buildType:(id:BUILD_TYPE_ID). See more information below.
agentName:<name>– agent name to return only builds ran on the agent with the specified name.
sinceBuild:(<buildLocator>)– limit the list of builds only to those after the one specified
sinceDate:<date>– limit the list of builds only to those started after the date specified. The date should be in the same format as dates returned by REST API (for example,
queuedDate/startDate/finishDate:(date:<time-date>,build:<build locator>,condition:<before/after>)– filter builds based on the time specified by the build locator, for example for the builds finished after November 23, 2017, 20:34:46, GMT+1 timezone use:
count:<number>– serve only the specified number of builds.
start:<number>– list the builds from the list starting from the position specified (zero-based).
lookupLimit:<number>– limit processing to the latest N builds only (the default is 5000). If none of the latest N builds match the other specified criteria of the build locator, 404 response is returned for single build request and empty collection for multiple builds request. See related note in the section above.
Get details of a queued build:
For queued builds with snapshot dependencies, the revisions are available in the
revisions element of the queued build node if a revision is fixed (for regular builds without snapshot dependencies it is not).
Get compatible agents for queued builds (useful for builds having "No agents" to run on):
List queued builds per project:
List queued builds per build configuration:
Triggering a Build
To start a build, send a
POST request to http://teamcity:8111/app/rest/buildQueue with the "build" node (see below) in content – the same node as details of a queued build or finished build. The queued build details will be returned.
When the build is started, the request to the queued build (
/app/rest/buildQueue/XXX) will return running/finished build data. This way, you can monitor the build completeness by querying build details using the
href attribute of the build details returned on build triggering, until the build has the
Build node example
Basic build for a build configuration:
Build for a branch marked as personal with a fixed agent, comment and a custom parameter:
Queued build assignment to an agent pool:
Build on a change of given revision, forced rebuild of all dependencies and clean sources before the build, moved to the build queue top on triggering. (Note that the change should be already known to TeamCity (displayed in UI for the build configuration, more on the "lastChanges" element):
Example command line for the build triggering:
PUT http://teamcity:8111/app/rest/builds/<buildLocator>/tags/ (put the same XML or JSON as returned by GET).
POST http://teamcity:8111/app/rest/builds/<buildLocator>/tags/ (post the same XML or JSON as returned by GET or just a plain-text tag name;
<buildLocator> here should match a single build only).
Get current pin status:
GET http://teamcity:8111/app/rest/builds/<buildLocator>/pin/ (returns "true" or "false" text).
PUT http://teamcity:8111/app/rest/builds/<buildLocator>/pin/ (the text in the request data is added as a comment for the action).
DELETE http://teamcity:8111/app/rest/builds/<buildLocator>/pin/ (the text in the request data is added as a comment for the action;
<buildLocator> here should match a single build only).
Cancel a running or a queued build: POST the
<buildCancelRequest comment='CommentText' readdIntoQueue='false'/> item to the URL of a running or a queued build. Example:
Stop a running build and read it to the queue: POST the
<buildCancelRequest comment='CommentText' readdIntoQueue='true' /> item to the URL of a running build. Example:
canceledInfo element of the build item (available via
Return the content of a build artifact file for a build determined by
<path> can be empty for the root of build's artifacts or be a path within the build's artifacts. The path can span into the archive content, for example,
Media-Type: application/octet-stream or a more specific media type (determined from artifact file extension).
Possible error: 400 if the specified path references a directory.
Return information about a build artifact:
Media-Type: application/xml or application/json.
Return the list of artifact children for directories and archives:
Media-Type: application/xml or application/json.
Possible error: 400 if the artifact is neither a directory nor an archive.
Return an archive containing the list of artifacts under the path specified:
GET http://teamcity:8111/app/rest/builds/<build_locator>/artifacts/archived/<path>?locator=pattern:<wildcard>. The optional
locator parameter can have file
<wildcard> to limit the files only to those matching the wildcard.
<artifact relative name> supports referencing files under archives using the
!/ delimiter after the archive name.
Possible error: 400 if the artifact is neither a directory nor an archive.
If you download artifacts from within a TeamCity build, consider using values of
teamcity.auth.userId/teamcity.auth.password system properties as credentials for the download artifacts request: this way TeamCity will have a way to record that one build used artifacts of another and will display it on the build's Dependencies tab.
Other Build Requests
<changes> is meant to represent changes the same way as displayed in the build's Changes in TeamCity UI. In the most cases these are the commits between the current and previous build. The
<changes> tag is not included into the build by default, it has the href attribute only. If you execute the request specified in the href, you'll get the required changes.
Get the list of all changes included into the build:
Get details of an individual change:
Get information about a changed file action: the files node lists changed files. The information about the changed file action is reported via the
changeType attribute for the files listed as one of the following:
Filter all changes by a locator:
Note that the change ID is the change's internal ID, not the revision. The ID can be seen in the change node listed by the REST API or in the URL of the change details (as
Get all changes for a project:
Get all the changes in a build configuration since a particular change identified by its ID:
Get pending changes for a build configuration:
<lastChanges> tag contains information about the last commit included into the build. When triggering a build, its nested
<change> element can contain the
locator field that specifies what change to use for the build triggering.
<revisions> tag the same as revisions table on the build's Changes tab in TeamCity UI: it lists the revisions of all VCS repositories associated with this build that will be checked out by the build on the agent. A revision might or might not correspond to a change known to TeamCity. For example, for a newly created build configuration and a VCS root, a revision will have no corresponding change.
Get all builds with the specified revision:
Since TeamCity 10,
<versionedSettingsRevision> is added to represent revision of the versioned settings of the build.
It is possible to retrieve the entire build chain (all snapshot-dependency-linked builds) for a particular build:
This gets all the snapshot dependency builds recursively for the build with ID XXXX.
It possible to find all the snapshot-dependent builds for a particular build:
Since TeamCity 10.0.3, there is an experimental ability to:
Get all the builds which downloaded artifacts from the build with the given ID (Delivered artifacts in the TeamCity web UI):
GET http://teamcity:8111/app/rest/builds?locator=artifactDependency:(from:(id:<build ID>),recursive:false).
Get all the builds whose artifacts were downloaded by the build with the given ID (Downloaded artifacts in the TeamCity web UI):
GET http://teamcity:8111/app/rest/builds?locator=artifactDependency:(to:(id:<build ID>),recursive:false).
Get the parameters of a build: http://teamcity:8111/app/rest/builds/id:<build_id>/resulting-properties.
Get single build's field:
GET http://teamcity:8111/app/rest/builds/<buildLocator>/<field_name>. This accepts/produces text/plain where
<field_name> is one of
branchName, and other build's bean attributes.
Get statistics for a single build:
GET http://teamcity:8111/app/rest/builds/<buildLocator>/statistics/.Only standard/bundled statistic values are listed. See also Custom Charts.
Get single build statistics value:
Get statistics for a list of builds:
Downloading build logs via a REST request is not supported, but there is a way to download the log files described here.
Tests and Build Problems
List build problems:
GET http://teamcity:8111/app/rest/testOccurrences?locator=<locator dimension>:<value>.
build:(<build locator>)– test run in the build.
build:(<build locator>),muted:true– failed tests which were muted in the build.
currentlyFailing:true,affectedProject:<project_locator>– tests currently failing under the project specified (recursively).
currentlyMuted:true,affectedProject:<project_locator>– tests currently muted under the project specified (recursively). See also project's Muted Problems tab.
List all build's tests:
Get individual test history:
List build's tests which were muted when the build ran:
List currently muted tests (muted since the failure):
Supported test locators:
id:<internal test id>available as a part of the URL on the test history page
name:<full test name>
Since TeamCity 10, there is experimental support for exposing single test invocations / runs:
Get invocations of a test:
List all test runs with all the invocations flattened:
Muted Tests and Build Problems
Since TeamCity 2017.2
List all muted tests and build problems:
Unmute a test or build problems:
Mute a test or build problems:
POST to http://teamcity:8111/app/rest/mutes. Use the same XML or JSON as returned by
List investigations in the Root project and its subprojects: http://teamcity:8111/app/rest/investigations.
Get investigations for a specific test:
Get investigations assigned to a user:
Get investigations for a build configuration:
To assign/replace investigations:
POST/PUT to http://teamcity:8111/app/rest/investigations (accepts a single investigation) and experimental support for multiple investigations:
POST/PUT to http://teamcity:8111/app/rest/investigations/multiple (accepts a list of investigations). Use the same XML or JSON as returned by GET.
List agents (only authorized agents are included by default):
List all connected authorized agents:
List all authorized agents:
List all enabled authorized agents:
List all agents (including unauthorized):
GET http://teamcity:8111/app/rest/agents?locator=authorized:any.The request uses default filtering (depending on the specified locator dimensions, others can have default implied value). To disable this filtering, add
,defaultFilter:false to the locator.
Enable/disable an agent:
PUT http://teamcity:8111/app/rest/agents/<agentLocator>/enabled (put "true" or "false" text as text/plain). See an example.
Authorize/unauthorize an agent:
PUT http://teamcity:8111/app/rest/agents/<agentLocator>/authorized (put "true" or "false" text as text/plain).
Add a comment when enabling/disabling and authorizing/unauthorizing an agent:
Agent enabled/authorized data is exposed in the
PUT requests are supported to the following URLs: http://teamcity:8111/app/rest/agents/<agentLocator>/enabledInfo and http://teamcity:8111/app/rest/agents/<agentLocator>/authorized.
PUT only status and comment/text sub-items are taken into account:
Get/PUT agent's single field:
Delete a build agent:
List all agent pools:
Get/modify/remove an agent pool with id "ID":
Add an agent pool:
agentPool name='PoolName' element to http://teamcity:8111/app/rest/agentPools.
Move an agent to the pool from the previous pool:
POST <agent id='YYY'/> to the pool's agents http://teamcity.url/app/rest/agentPools/id:XXX/agents.
Assigning Projects to Agent Pools
Add a project to a pool:
<project> node to http://teamcity.url/app/rest/agentPools/id:XXX/projects.
Delete a project from a pool:
List of users:
Get specific user details:
Create a user:
Update/remove specific user:
PUT requests for a user, post data in the form retrieved by the corresponding GET request. Only the following attributes/elements are supported: name, username, email, password, roles, groups, properties.
Work with user roles: http://teamcity:8111/app/rest/users/<userLocator>/roles.
<userLocator> can be of a form:
id:<internal user id>– to reference the user by internal ID
username:<user's username>– to reference the user by username/login name
User's single field:
User's single property:
List of groups:
List of users within a group:
Create a group:
Delete a group:
User Access Tokens
List of access tokens:
Create an access token:
Delete an access token:
To access the records of user actions, also available on the Audit page in TeamCity, use the following request:
You can filter records by user, system action, build type, and so on (use
GET http://teamcity:8111/app/rest/audit?locator=$help to see all available filters).
<fileName> is the prefix of the file to save backup to. The file will be created in the default backup directory (see more). Get current backup status (idle/running):
Typed Parameters Specification
List typed parameters:
For a project: http://teamcity:8111/app/rest/projects/<locator>/parameters
For a build configuration: http://teamcity:8111/app/rest/buildTypes/<locator>/parameters
The information returned is:
rawValue of the
type element is the parameter specification as defined in the UI.
Get details of a specific parameter:
GET to http://teamcity:8111/app/rest/buildTypes/<locator>/parameters/<name>.
Accepts/returns plain-text, XML, JSON. Supply the relevant Content-Type header to the request.
Create a new parameter:
POST the same XML or JSON or just plain-text as returned by
GET to http://teamcity:8111/app/rest/buildTypes/<locator>/parameters/. Note that secure parameters, for example
type=password, are listed, but the values not included into response, so the result should be amended before POSTing back.
Since TeamCity 9.1, partial updates of a parameter are possible (currently in an experimental state):
PUTthe same XML or JSON as returned by
GET/PUTaccepting XML and JSON as returned by
GETto the URL http://teamcity:8111/app/rest/buildTypes/<locator>/parameters/NAME/type
GET/PUTaccepting plain text http://teamcity:8111/app/rest/buildTypes/<locator>/parameters/NAME/type/rawValue
Build Status Icon
Icon that represents a build status:
An .svg icon (recommended):
A .png icon:
Icon that represents build status for several builds (since TeamCity 10.0):
strobbuild locator dimension.
For project with the
For all active branches in a build configuration with the
/app/rest/builds/aggregated/<build locator> the status is calculated by list of the builds:
app/rest/builds?locator=<build locator>. This allows embedding a build status icon into any HTML page with a simple
For build configuration with the
Status of the last build:
Status of the last build tagged with the
All other build locators are supported.
For example, you can use the following markdown markup to add the build status for GitHub repository for the build configuration with ID
TeamCityPluginsByJetBrains_TeamcityGoogleTagManagerPlugin_Build and server https://teamcity.jetbrains.com with guest authentication enabled:
If the returned image contains "no permission to get data" text (), ensure that one of the following is true:
The server has the guest user access enabled, and the guest user has permissions to access the build configuration referenced, or
The build configuration referenced has the "enable status widget" option ON.
You are logged in to the TeamCity server in the same browser and you have permissions to view the build configuration referenced. Note that this will not help for embedded images in GitHub pages as GitHub retrieves the images from the server side.
TeamCity Licensing Information Requests
Since TeamCity 10:
List of license keys:
License key details:
Add license key(s):
POST text/plain newline-delimited keys to http://teamcity:8111/app/rest/server/licensingData/licenseKeys.
Delete a license key:
CCTray-compatible XML is available via http://teamcity:8111/app/rest/cctray/projects.xml.
Without authentication (only build configurations available for guest user): http://teamcity:8111/guestAuth/app/rest/cctray/projects.xml.
The CCTray-format XML does not include paused build configurations by default. The URL accepts the
locator parameter instead with standard build configuration locator.
Request Sending Tool
You can use curl command line tool to interact with the TeamCity REST API.
teamcity:8111 are to be substituted with real values, and
data.xml file contains the data to send to the server.
Creating a new project
Using curl tool:
Making user a system administrator
SUPERUSER_TOKEN is the super user token unique for each server start;
teamcity:8111 – the TeamCity server URL;
USERNAME – the username of the user to be made the system administrator.