Adobe Experience Platform enables you to access Real-Time Customer Profile data using RESTful APIs or the user interface. This guide outlines how to access entities, more commonly known as “profiles”, using the API. For more information on accessing profiles using the Platform UI, please refer to the Profile user guide.
Getting started
The API endpoint used in this guide is part of the Real-Time Customer Profile API. Before continuing, please review the getting started guide for links to related documentation, a guide to reading the sample API calls in this document, and important information regarding required headers that are needed to successfully make calls to any Experience Platform API.
Access profile data by identity
You can access a Profile entity by making a GET request to the /access/entities
endpoint and providing the entity’s identity as a series of query parameters. This identity consists of an ID value (entityId
) and the identity namespace (entityIdNS
).
Query parameters provided in the request path specify which data to access. You can include multiple parameters, separated by ampersands (&). A complete list of valid parameters is provided in the query parameters section of the appendix.
API format
GET /access/entities?{QUERY_PARAMETERS}
Request
The following request retrieves a customer’s email and name using an identity:
curl -X GET \ 'https://platform.adobe.io/data/core/ups/access/entities?schema.name=_xdm.context.profile&entityId=janedoe@example.com&entityIdNS=email&fields=identities,person.name,workEmail' \ -H 'Authorization: Bearer {ACCESS_TOKEN}' \ -H 'x-api-key: {API_KEY}' \ -H 'x-gw-ims-org-id: {ORG_ID}' \ -H 'x-sandbox-name: {SANDBOX_NAME}'
Response
{ "BVrqzwVv7o2p3naHvnsWpqZXv3KJgA": { "entityId": "BVrqzwVv7o2p3naHvnsWpqZXv3KJgA", "sources": [ "1000000000" ], "entity": { "identities": [ { "id": "89149270342662559642753730269986316601", "namespace": { "code": "ecid" } }, { "id": "janedoe@example.com", "namespace": { "code": "email" } }, { "id": "janesmith@example.com", "namespace": { "code": "email" } }, { "id": "89149270342662559642753730269986316604", "namespace": { "code": "ecid" } }, { "id": "58832431024964181144308914570411162539", "namespace": { "code": "ecid" } }, { "id": "89149270342662559642753730269986316602", "namespace": { "code": "ecid" }, "primary": true } ], "person": { "name": { "firstName": "Jane", "middleName": "F", "lastName": "Doe" } }, "workEmail": { "primary": true, "address": "janedoe@example.com", "label": "Jane Doe", "type": "work", "status": "active" } }, "lastModifiedAt": "2018-08-28T20:57:24Z" }}
NOTE
If a related graph links more than 50 identities, this service will return HTTP status 422 and the message “Too many related identities”. If you receive this error, consider adding more query parameters to narrow your search.
Access profile data by list of identities
You can access multiple profile entities by their identities by making a POST request to the /access/entities
endpoint and providing the identities in the payload. These identities consist of an ID value (entityId
) and an identity namespace (entityIdNS
).
API format
POST /access/entities
Request
The following request retrieves the names and email addresses of several customers by a list of identities:
curl -X POST \ https://platform.adobe.io/data/core/ups/access/entities \ -H 'Content-Type: application/json' \ -H 'Authorization: Bearer {ACCESS_TOKEN}' \ -H 'x-api-key: {API_KEY}' \ -H 'x-gw-ims-org-id: {ORG_ID}' \ -H 'x-sandbox-name: {SANDBOX_NAME}' \ -d '{ "schema":{ "name":"_xdm.context.profile" }, "fields":[ "identities", "person.name", "workEmail" ], "identities":[ { "entityId":"89149270342662559642753730269986316601", "entityIdNS":{ "code":"ECID" } }, { "entityId":"89149270342662559642753730269986316900", "entityIdNS":{ "code":"ECID" } }, { "entityId":"89149270342662559642753730269986316602", "entityIdNS":{ "code":"ECID" } } ], "timeFilter": { "startTime": 1539838505, "endTime": 1539838510 }, "limit": 10, "orderby": "-timestamp", "withCA": true }'
Property | Description |
---|---|
schema.name | (Required) The name of the XDM schema the entity belongs to. |
fields | The XDM fields to be returned, as an array of strings. By default, all fields will be returned. |
identities | (Required) An array containing a list of identities for the entities you want to access. |
identities.entityId | The ID of an entity you wish to access. |
identities.entityIdNS.code | The namespace of an entity ID you wish to access. |
timeFilter.startTime | Start time of the time range filter, included. Should be at millisecond granularity. Default, if not specified, is the beginning of available time. |
timeFilter.endTime | End time of time range filter, excluded. Should be at millisecond granularity. Default, if not specified, is the end of available time. |
limit | Number of records to return. Only applies to the number of experience events returned. Default: 1,000. |
orderby | The sort order of retrieved experience events by timestamp, written as (+/-)timestamp with the default being +timestamp . |
withCA | Feature flag for enabling computed attributes for lookup. Default: false. |
Response
A successful response returns the requested fields of entities specified in the request body.
{ "A29cgveD5y64ezlhxjUXNzcm": { "entityId": "A29cgveD5y64ezlhxjUXNzcm", "sources": [ "1000000000" ], "entity": { "identities": [ { "id": "89149270342662559642753730269986316601", "namespace": { "code": "ecid" } }, { "id": "janedoe@example.com", "namespace": { "code": "email" } }, { "id": "05DD23564EC4607F0A490D44", "namespace": { "code": "ecid" } }, { "id": "89149270342662559642753730269986316603", "namespace": { "code": "ecid" } }, { "id": "janesmith@example.com", "namespace": { "code": "email" } }, { "id": "89149270342662559642753730269986316604", "namespace": { "code": "ecid" } }, { "id": "89149270342662559642753730269986316700", "namespace": { "code": "ecid" } }, { "id": "89149270342662559642753730269986316701", "namespace": { "code": "ecid" } }, { "id": "58832431024964181144308914570411162539", "namespace": { "code": "ecid" } }, { "id": "89149270342662559642753730269986316602", "namespace": { "code": "ecid" }, "primary": true } ], "person": { "name": { "firstName": "Jane", "middleName": "F", "lastName": "Doe" } }, "workEmail": { "primary": true, "address": "janedoe@example.com", "label": "Jane Doe", "type": "work", "status": "active" } }, "lastModifiedAt": "2018-08-28T20:57:24Z" }, "A29cgveD5y64e2RixjUXNzcm": { "entityId": "A29cgveD5y64e2RixjUXNzcm", "sources": [ "" ], "entity": {}, "lastModifiedAt": "1970-01-01T00:00:00Z" }, "A29cgveD5y64ezphxjUXNzcm": { "entityId": "A29cgveD5y64ezphxjUXNzcm", "sources": [ "1000000000" ], "entity": { "identities": [ { "id": "89149270342662559642753730269986316602", "namespace": { "code": "ecid" }, "primary": true }, { "id": "janedoe@example.com", "namespace": { "code": "email" } } ], "person": { "name": { "firstName": "Jane", "middleName": "F", "lastName": "Doe" } }, "workEmail": { "primary": true, "address": "janedoe@example.com", "label": "Jane Doe", "type": "work", "status": "active" } }, "lastModifiedAt": "2018-08-27T23:25:52Z" }}
Access time series events for a profile by identity
You can access time series events by the identity of their associated profile entity by making a GET request to the /access/entities
endpoint. This identity consists of an ID value (entityId
) and an identity namespace (entityIdNS
).
Query parameters provided in the request path specify which data to access. You can include multiple parameters, separated by ampersands (&). A complete list of valid parameters is provided in the query parameters section of the appendix.
API format
GET /access/entities?{QUERY_PARAMETERS}
Request
The following request finds a profile entity by ID, and retrieves the values for the properties endUserIDs
, web
, and channel
for all time series events associated with the entity.
curl -X GET \ 'https://platform.adobe.io/data/core/ups/access/entities?schema.name=_xdm.context.experienceevent&relatedSchema.name=_xdm.context.profile&relatedEntityId=89149270342662559642753730269986316900&relatedEntityIdNS=ECID&fields=endUserIDs,web,channel&startTime=1531260476000&endTime=1531260480000&limit=1' \ -H 'Authorization: Bearer {ACCESS_TOKEN}' \ -H 'x-api-key: {API_KEY}' \ -H 'x-gw-ims-org-id: {ORG_ID}' \ -H 'x-sandbox-name: {SANDBOX_NAME}'
Response
A successful response returns a paginated list of time series events and associated fields that were specified in the request query parameters.
NOTE
The request specified a limit of one (limit=1
), therefore the count
in the response below is 1 and only one entity is returned.
{ "_page": { "orderby": "timestamp", "start": "c8d11988-6b56-4571-a123-b6ce74236036", "count": 1, "next": "c8d11988-6b56-4571-a123-b6ce74236037" }, "children": [ { "relatedEntityId": "A29cgveD5y64e2RixjUXNzcm", "entityId": "c8d11988-6b56-4571-a123-b6ce74236036", "timestamp": 1531260476000, "entity": { "endUserIDs": { "_experience": { "ecid": { "id": "89149270342662559642753730269986316900", "namespace": { "code": "ecid" } } } }, "channel": { "_type": "web" }, "web": { "webPageDetails": { "name": "Fernie Snow", "pageViews": { "value": 1 } } } }, "lastModifiedAt": "2018-08-21T06:49:02Z" } ], "_links": { "next": { "href": "/entities?start=c8d11988-6b56-4571-a123-b6ce74236037&orderby=timestamp&schema.name=_xdm.context.experienceevent&relatedSchema.name=_xdm.context.profile&relatedEntityId=89149270342662559642753730269986316900&relatedEntityIdNS=ECID&fields=endUserIDs,web,channel&startTime=1531260476000&endTime=1531260480000&limit=1" } }}
Access a subsequent page of results
Results are paginated when retrieving time series events. If there are subsequent pages of results, the _page.next
property will contain an ID. Additionally, the _links.next.href
property provides a request URI for retrieving the next page. To retrieve the results, make another GET request to the /access/entities
endpoint, however you must be sure to replace /entities
with the value of the provided URI.
NOTE
Be sure that you do not accidentally repeat /entities/
in the request path. It should only appear once like, /access/entities?start=...
API format
GET /access/{NEXT_URI}
Parameter | Description |
---|---|
{NEXT_URI} | The URI value taken from _links.next.href . |
Request
The following request retrieves the next page of results by using the _links.next.href
URI as the request path.
curl -X GET \ 'https://platform.adobe.io/data/core/ups/access/entities?start=c8d11988-6b56-4571-a123-b6ce74236037&orderby=timestamp&schema.name=_xdm.context.experienceevent&relatedSchema.name=_xdm.context.profile&relatedEntityId=89149270342662559642753730269986316900&relatedEntityIdNS=ECID&fields=endUserIDs,web,channel&startTime=1531260476000&endTime=1531260480000&limit=1' \ -H 'Authorization: Bearer {ACCESS_TOKEN}' \ -H 'x-api-key: {API_KEY}' \ -H 'x-gw-ims-org-id: {ORG_ID}' \ -H 'x-sandbox-name: {SANDBOX_NAME}'
Response
A successful response returns the next page of results. This response does not have subsequent pages of results, as indicated by the empty string values of _page.next
and _links.next.href
.
{ "_page": { "orderby": "timestamp", "start": "c8d11988-6b56-4571-a123-b6ce74236037", "count": 1, "next": "" }, "children": [ { "relatedEntityId": "A29cgveD5y64e2RixjUXNzcm", "entityId": "c8d11988-6b56-4571-a123-b6ce74236037", "timestamp": 1531260477000, "entity": { "endUserIDs": { "_experience": { "ecid": { "id": "89149270342662559642753730269986316900", "namespace": { "code": "ecid" } } } }, "channel": { "_type": "web" }, "web": { "webPageDetails": { "name": "Fernie Snow", "pageViews": { "value": 1 } } } }, "lastModifiedAt": "2018-08-21T06:50:01Z" } ], "_links": { "next": { "href": "" } }}
Access time series events for multiple profiles by identities
You can access time series events from multiple associated profiles by making a POST request to the /access/entities
endpoint and providing the profile identities in the payload. These identities each consist of an ID value (entityId
) and an identity namespace (entityIdNS
).
API format
POST /access/entities
Request
The following request retrieves user IDs, local times, and country codes for time series events associated with a list of profile identities:
curl -X POST \ https://platform.adobe.io/data/core/ups/access/entities \ -H 'Content-Type: application/json' \ -H 'Authorization: Bearer {ACCESS_TOKEN}' \ -H 'x-api-key: {API_KEY}' \ -H 'x-gw-ims-org-id: {ORG_ID}' \ -H 'x-sandbox-name: {SANDBOX_NAME}' \ -d '{ "schema": { "name": "_xdm.context.experienceevent" }, "relatedSchema": { "name": "_xdm.context.profile" }, "identities": [ { "relatedEntityId": "GkouAW-yD9aoRCPhRYROJ-TetAFW" } { "relatedEntityId": "GkouAW-2u-7iWt5vQ9u2wm40JOZY" } ], "fields": [ "endUserIDs", "placeContext.localTime", "placeContext.geo.countryCode" ], "timeFilter": { "startTime": 11539838505 "endTime": 1539838510 }, "limit": 10}'
Property | Description |
---|---|
schema.name | (REQUIRED) The XDM schema of the entity to retrieve |
relatedSchema.name | If schema.name is _xdm.context.experienceevent this value must specify the schema for the profile entity that the time series events are related to. |
identities | (REQUIRED) An array listing of profiles to retrieve associated time series events from. Each entry in the array is set in one of two ways: 1) using a fully qualified identity consisting of ID value and namespace or 2) providing an XID. |
fields | Isolates the data returned to a specified set of fields. Use this to filter which schema fields are included in data retrieved. Example: personalEmail,person.name,person.gender |
mergePolicyId | Identifies the Merge Policy by which to govern the data returned. If one is not specified in the service call, your organization’s default for that schema will be used. If no default Merge Policy has been configured, the default is no profile merge and no identity stitching. |
orderby | The sort order of retrieved experience events by timestamp, written as (+/-)timestamp with the default being +timestamp . |
timeFilter.startTime | Specify the start time to filter time-series objects (in milliseconds). |
timeFilter.endTime | Specify the end time to filter time-series objects (in milliseconds). |
limit | Numeric value specifying the maximum number of objects to return. Default: 1000 |
withCA | Feature flag for enabling computed attributes for lookup. Default: false |
Response
A successful response returns a paginated list of time series events associated with the multiple profiles specified in the request.
{ "GkouAW-yD9aoRCPhRYROJ-TetAFW": { "_page": { "orderby": "timestamp", "start": "ee0fa8eb-f09c-4d72-a432-fea7f189cfcd", "count": 10, "next": "40cb2fb3-78cd-49d3-806f-9bdb22748226" }, "children": [ { "relatedEntityId": "GkouAW-yD9aoRCPhRYROJ-TetAFW", "entityId": "ee0fa8eb-f09c-4d72-a432-fea7f189cfcd", "timestamp": 1537275882000, "entity": { "endUserIDs": { "_experience": { "mcid": { "id": "67971860962043911970658021809222795905", "namespace": { "code": "ECID" } }, "aacustomid": { "id": "50353446361742744826197433431642033796", "namespace": { "code": "CRMID" }, "primary": true }, "acid": { "id": "2de32e9a00003314-2fd9c00000000026", "namespace": { "code": "AVID" } } } }, "placeContext": { "localTime": "2018-09-18T13:04:42Z", "geo": { "countryCode": "MX" } } }, "lastModifiedAt": "2018-10-24T17:35:01Z" }, { "relatedEntityId": "GkouAW-yD9aoRCPhRYROJ-TetAFW", "entityId": "a9e137b4-1348-4878-8167-e308af523d8b", "timestamp": 1537275889000, "entity": { "endUserIDs": { "_experience": { "mcid": { "id": "67971860962043911970658021809222795905", "namespace": { "code": "ECID" } }, "aacustomid": { "id": "50353446361742744826197433431642033796", "namespace": { "code": "CRMID" }, "primary": true }, "acid": { "id": "2de32e9a00003314-2fd9c00000000026", "namespace": { "code": "AVID" } } } }, "placeContext": { "localTime": "2018-09-18T13:04:49Z", "geo": { "countryCode": "MX" } } }, "lastModifiedAt": "2018-10-24T17:35:01Z" } ], "_links": { "next": { "href": "/entities", "payload": { "schema": { "name": "_xdm.context.experienceevent" }, "relatedSchema": { "name": "_xdm.context.profile" }, "timeFilter": { "startTime": 1537275882000 }, "fields": [ "endUserIDs", "placeContext.localTime", "placeContext.geo.countryCode" ], "identities": [ { "relatedEntityId": "GkouAW-yD9aoRCPhRYROJ-TetAFW", "start": "40cb2fb3-78cd-49d3-806f-9bdb22748226" } ], "limit": 10 } } } }, "GkouAW-2u-7iWt5vQ9u2wm40JOZY": { "_page": { "orderby": "timestamp", "start": "2746d0db-fa64-4e29-b67e-324bec638816", "count": 9, "next": "" }, "children": [ { "relatedEntityId": "GkouAW-2u-7iWt5vQ9u2wm40JOZY", "entityId": "2746d0db-fa64-4e29-b67e-324bec638816", "timestamp": 1537559483000, "entity": { "endUserIDs": { "_experience": { "mcid": { "id": "76436745599328540420034822220063618863", "namespace": { "code": "ECID" } }, "aacustomid": { "id": "48593470048917738786405847327596263131", "namespace": { "code": "CRMID" }, "primary": true }, "acid": { "id": "2de32e9a80007451-03da600000000028", "namespace": { "code": "AVID" } } } }, "placeContext": { "localTime": "2018-09-21T19:51:23Z", "geo": { "countryCode": "US" } } }, "lastModifiedAt": "2018-10-24T17:34:58Z" }, { "relatedEntityId": "GkouAW-2u-7iWt5vQ9u2wm40JOZY", "entityId": "9bf337a1-3256-431e-a38c-5c0d42d121d1", "timestamp": 1537559486000, "entity": { "endUserIDs": { "_experience": { "mcid": { "id": "76436745599328540420034822220063618863", "namespace": { "code": "ECID" } }, "aacustomid": { "id": "48593470048917738786405847327596263131", "namespace": { "code": "CRMID" }, "primary": true }, "acid": { "id": "2de32e9a80007451-03da600000000028", "namespace": { "code": "AVID" } } } }, "placeContext": { "localTime": "2018-09-21T19:51:26Z", "geo": { "countryCode": "US" } } }, "lastModifiedAt": "2018-10-24T17:34:58Z" } ], "_links": { "next": { "href": "" } } }}`
In this example response, the first listed profile (“GkouAW-yD9aoRCPhRYROJ-TetAFW”) provides a value for _links.next.payload
, meaning that there are additional pages of results for this profile. See the following section on accessing additional results for details on how to access those additional results.
Access additional results
When retrieving time series events there may be many results being returned, therefore the results are often paginated. If there are subsequent pages of results for a particular profile, the _links.next.payload
value for that profile will contain a payload object.
Using this payload in the request body, you can perform an additional POST request to the access/entities
endpoint to retrieve the subsequent page of time series data for that profile.
Access time series events in multiple schema entities
You can access multiple entities that are connected through a relationship descriptor. The following example API call assumes a relationship has already been defined between two schemas. For more information on relationship descriptors, please read the Schema Registry API developer guide descriptors endpoint guide.
You can include query parameters in the request path in order to specify which data to access. You can include multiple parameters, separated by ampersands (&). A complete list of valid parameters is provided in the query parameters section of the appendix.
API format
GET /access/entities?{QUERY_PARAMETERS}
Request
The following request retrieves an entity containing a previously established relationship descriptor to access information across different schemas.
curl -X GET \ https://platform.adobe.io/data/core/ups/access/entities?relatedSchema.name=_xdm.context.profile&schema.name=_xdm.context.experienceevent&relatedEntityId=GkouAW-2Xkftzer3bBtHiW8GkaFL \ -H 'Content-Type: application/json' \ -H 'Authorization: Bearer {ACCESS_TOKEN}' \ -H 'x-api-key: {API_KEY}' \ -H 'x-gw-ims-org-id: {ORG_ID}' \
Response
A successful response returns a paginated list of time series events associated with the multiple entities.
{ "_page": { "orderby": "timestamp", "start": "cb10369f-a47b-4e65-afb4-06e1ad78a648", "count": 1, "next": "" }, "children": [ { "relatedEntityId": "GkouAW-2Xkftzer3bBtHiW8GkaFL", "entityId": "cb10369f-a47b-4e65-afb4-06e1ad78a648", "timestamp": 1564614939000, "entity": { "environment": { "browserDetails": {} }, "identityMap": { "CRMId": [ { "id": "78520026455138218785449796480922109723", "primary": true } ] }, "commerce": { "productViews": { "value": 1 } }, "productListItems": [ { "name": "Red shoe", "quantity": 85, "storesAvailableIn": [ "da6dced5-9574-4dda-89b5-9dc106903f80", "981bb433-2ee5-4db0-a19a-449ec9dbf39f" ], "SKU": "8f998279-797b-4da2-9e60-88bf73a9f15a", "priceTotal": 934.8 } ], "_id": "cb10369f-a47b-4e65-afb4-06e1ad78a648", "commerce": { "order": {} }, "placeContext": { "geo": { "_schema": {} } }, "device": {}, "timestamp": "2019-07-31T23:15:39Z", "_experience": { "profile": { "identityNamespaces": { "/productListItems[*]/SKU": { "namespace": { "code": "ECID" } } } } } }, "lastModifiedAt": "2019-10-10T00:14:19Z" } ], "_links": { "next": { "href": "" } }}
Access a subsequent page of results
Results are paginated when retrieving time series events. If there are subsequent pages of results, the _page.next
property will contain an ID. Additionally, the _links.next.href
property provides a request URI for retrieving the subsequent page by making additional GET requests to the access/entities
endpoint.
Next steps
By following this guide you have successfully accessed Real-Time Customer Profile data fields, profiles, and time series data. To learn how to access other data resources stored in Platform, see the Data Access overview.
Appendix
The following section provides supplemental information regarding accessing Profile data using the API.
Query parameters
The following parameters are used in the path for GET requests to the /access/entities
endpoint. They serve to identify the profile entity you wish to access and filter the data returned in the response. Required parameters are labeled, while the rest are optional.
Parameter | Description | Example |
---|---|---|
schema.name | (REQUIRED) The XDM schema of the entity to retrieve | schema.name=_xdm.context.experienceevent |
relatedSchema.name | If schema.name is “_xdm.context.experienceevent”, this value must specify the schema for the profile entity that the time series events are related to. | relatedSchema.name=_xdm.context.profile |
entityId | (REQUIRED) The ID of the entity. If the value of this parameter is not an XID, an identity namespace parameter must also be provided (see entityIdNS below). | entityId=janedoe@example.com |
entityIdNS | If entityId is not provided as an XID, this field must specify the identity namespace. | entityIdNE=email |
relatedEntityId | If schema.name is “_xdm.context.experienceevent”, this value must specify the related profile entity’s identity namespace. This value follows the same rules as entityId . | relatedEntityId=69935279872410346619186588147492736556 |
relatedEntityIdNS | If schema.name is “_xdm.context.experienceevent”, this value must specify the identity namespace for the entity specified in relatedEntityId . | relatedEntityIdNS=CRMID |
fields | Filters the data returned in the response. Use this to specify which schema field values to include in data retrieved. For multiple fields, separate values by a comma with no spaces between | fields=personalEmail,person.name,person.gender |
mergePolicyId | Identifies the Merge Policy by which to govern the data returned. If one is not specified in the call, your organization’s default for that schema will be used. If no default Merge Policy has been configured, the default is no profile merge and no identity stitching. | mergePoilcyId=5aa6885fcf70a301dabdfa4a |
orderBy | The sort order of retrieved experience events by timestamp, written as (+/-)timestamp with the default being +timestamp . | orderby=-timestamp |
startTime | Specify the start time to filter time-series objects (in milliseconds). | startTime=1539838505 |
endTime | Specify the end time to filter time-series objects (in milliseconds). | endTime=1539838510 |
limit | Numeric value specifying the maximum number of objects to return. Default: 1000 | limit=100 |
property | Filters by the property value. Supports the following evaluators: =, !=, <, <=, >, >=. Can only be used with experience events, with a maximum of three properties being supported. | property=webPageDetails.isHomepage=true&property=localTime<="2020-07-20" |
withCA | Feature flag for enabling computed attributes for lookup. Default: false | withCA=true |
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FAQs
What is an API endpoint example? ›
Software programs typically have multiple API endpoints. For example, Instagram's endpoints include one that allows businesses and creators to measure media and profile interactions; one that allows them to moderate comments and their replies; and a third that allows them to discover hashtagged media.
How do I find the endpoint of an API? ›There are three ways you can access the API Endpoint: 1. Through the dataset URL: You can get the API endpoint by simply taking the dataset's UID and replacing it in this string: https://domain/resource/UID.extension *where the extension is the data format you's like to pull the data as.
What does API endpoint mean? ›Simply put, an endpoint is one end of a communication channel. When an API interacts with another system, the touchpoints of this communication are considered endpoints. For APIs, an endpoint can include a URL of a server or service.
What is the difference between an API and an endpoint? ›An endpoint is a component of an API, while an API is a set of rules that allow two applications to share resources. Endpoints are the locations of the resources, and the API uses endpoint URLs to retrieve the requested resources.
What are the different types of endpoints in API? ›- Edge-optimized API endpoints. An edge-optimized API endpoint is best for geographically distributed clients. ...
- Regional API endpoints. ...
- Private API endpoints.
- API endpoint. It is a unique URL that contains the objects or collection of objects: ...
- Headers. Headers are used to give server instructions about the variables in the request. ...
- Method. ...
- Data. ...
- Params.
- Send the request with necessary input data.
- Get the response having output data.
- Verify that the response returned as expected in the requirement.
An endpoint identifier (EID) is an IPv4 or IPv6 address used to identify an endpoint on the network. These EIDs help mark endpoints, normally a gateway or H. 323 terminal, where a locator provides the information about the topological location of the endpoint.
How do I set endpoints in API? ›- Pick the Programming Language of Your Choice. ...
- Set Up Your Environment and Directory Structure. ...
- Get Started with Code. ...
- Test the API Endpoints Using Postman.
...
Step 1: Create The Endpoint
- Select the API collection in which to create the new endpoint.
- Click Create new endpoint. ...
- Fill in the following fields: ...
- Click Add endpoint.
Where are API endpoints stored? ›
If you mean from a practical standing point of where to put them then I'd put them in a Vuex store, probably in its own module. You don't use env files for sensitive data, otherwise it's just a matter of what's practical for you. Possible duplicate of How to set API path in vue. config.
What is the difference between URL and endpoint? ›Endpoint (or route) is the URL you request for. It contains a Uniform Resource Identifier (URI) indicating where and how to find the resource on the Internet. The most common type of URI is a Unique Resource Location (URL), serving as a complete web address.
Is an endpoint always a URL? ›Yes, the endpoint is the URL where your service can be accessed by a client application. The same web service can have multiple endpoints, for example in order to make it available using different protocols.
Can an API have multiple endpoints? ›Often, each REST API offers multiple endpoints from which you can get the data.
Is endpoint a URL that communicates with the API? ›An API endpoint is a digital location exposed via the API from where the API receives requests and sends out responses. Each endpoint is a URL (Uniform Resource Locator) that provides the location of a resource on the API server. To understand the purpose and use of APIs, let's first understand how they work.
What are the 4 types of API? ›APIs are broadly accepted and used in web applications. There are four different types of APIs commonly used in web services: public, partner, private and composite.
What are common endpoints? ›Common examples of endpoints include: Mobile phones. Laptops. Desktops. Servers.
What are standard endpoints? ›Standard endpoints enable a developer to define an endpoint that has default values or where one or more endpoint's properties does not change.
What is an example of an endpoint URL? ›The URL prefix format is protocol://host_name:port_number , for example, http:// myHost :9045 . The actual endpoint URL that is contained in a published WSDL file consists of the prefix followed by the module's context-root and the web service url-pattern, for example, http:// myHost :9045/services/ myService .
What is API structure? ›API architecture refers to the technical framework of developing a software interface that exposes backend data and application functionality for use in external applications. An API architecture consists of components for external interfacing, traffic control, runtime execution of business logic, and data access.
What does your endpoint URL consist of? ›
In simple terms, a web service endpoint is a web address (URL) at which customers of a specific service can gain access to it. By referencing that URL, customers can get to operations provided by that service. The endpoint is a connection point where HTML files or active server pages are exposed.
How do I validate a REST API endpoint? ›- Step 1: Open the UserResource. ...
- Step 2: Add @Valid annotation. ...
- UserResource.java.
- Step 3: Open the User. ...
- Step 4: Add @Size(min=5) annotation just above the name variable.
- Step 5: Add @Past annotation just above the dob variable.
- User.java.
An alternative method of viewing the raw response is by clicking Output Options > More Options > JMESPath > View API Response. This method shows the raw response only, so can be faster or more convenient if you don't need to see the full field preview.
How do you validate responses in API testing? ›- Invalid response codes.
- Invalid response headers.
- API time-outs.
- Slow API response with respect to response data bytes.
- Incorrect required data in JSON responses.
- Missing required text in response bodies.
- Slow response for customers in specific locations.
Endpoint verification lets your administrator review information about your device and control your access to apps based on your location, device security status, or other attributes.
What is endpoint address? ›The endpoint address is represented by the EndpointAddress class, which contains a Uniform Resource Identifier (URI) that represents the address of the service, an Identity, which represents the security identity of the service, and a collection of optional Headers.
Is endpoint same as IP? ›IPv4: an IP endpoint is identical to its IP address. IPX: XXX - insert info here. TCP: a TCP endpoint is a combination of the IP address and the TCP port used, so different TCP ports on the same IP address are different TCP endpoints.
How do I create a custom endpoint? ›- Create a Child Theme.
- Define Your Route.
- Implement the Callback Function for Your Custom REST Endpoint.
- Test Your Endpoint.
Users of the REST API can authenticate by providing a user ID and password to the REST API login resource with the HTTP POST method. An LTPA token is generated that enables the user to authenticate future requests. This LTPA token has the prefix LtpaToken2 .
Why do we use endpoint? ›Use an endpoint as an entry and exit point to access high-value assets and information on an organization's network. Access assets on the endpoint to exfiltrate or hold hostage, either for ransom or purely for disruption. Take control of the device and use it in a botnet to execute a DoS attack.
Is endpoint the same as hostname? ›
An endpoint consists of two components: The hostname or IP address.
How do I add an endpoint to my URL? ›- Open the administrative console.
- Click Applications > Enterprise Applications > application_instance > Provide JMS and EJB endpoint URL information.
- Locate the list of EJB modules.
- Select the application module.
- Type the web address fragment in the URL fragment field. ...
- Click OK.
- Click Save.
Endpoints on which ObserveIT agents are installed, and clients from which a remote session to an endpoint is opened, can be identified by their name or by IP address. The IP address is available in most locations the endpoint name is displayed, including lists and tool tips.
Do endpoints have a limit? ›At an endpoint, a limit if the left- or right- limit exists; there is no two-sided limit.
How many endpoints can a single API service expose? ›Each endpoint fulfills a single function. The API node supports 7 kinds of endpoints: The Prediction or Clustering endpoint to predict or cluster using models created with the DSS Visual Machine Learning component.
How many requests can an API handle? ›In the API Console, there is a similar quota referred to as Requests per 100 seconds per user. By default, it is set to 100 requests per 100 seconds per user and can be adjusted to a maximum value of 1,000. But the number of requests to the API is restricted to a maximum of 10 requests per second per user.
How many API requests is too many? ›These plans can vary depending on a particular API or a user's current service plan. But in most cases our servers will reject API requests from a particular application if the request rate exceeds 30 API requests per minute. In this case the client will get an HTTP error with status code 429 “too many requests”.
What are some API examples? ›- Twitter Bots.
- Log-In Using XYZ.
- Weather Snippers.
- Pay with PayPal.
- Google Maps.
- Travel Booking.
- E-Commerce.
Weather Snippets
Weather data is a popular API example that we come across regularly. Rich weather snippets appear ubiquitous, appearing on all platforms such as Google Search, Apple's Weather app, and even your smart home device.
Today, there are three categories of API protocols or architectures: REST, RPC and SOAP.
What is an API easy explanation? ›
APIs are mechanisms that enable two software components to communicate with each other using a set of definitions and protocols. For example, the weather bureau's software system contains daily weather data. The weather app on your phone “talks” to this system via APIs and shows you daily weather updates on your phone.
How do I write an API URL? ›Examples of valid server URLs: https://api.example.com. https://api.example.com:8443/v1/reports. http://localhost:3025/v1.
What are most common API used? ›The most common type of API is the web API, which can be accessed over the internet using HTTP. It's typically used with JavaScript to add features during web development. Other APIs include local APIs, mobile APIs, and machine-to-machine (M2M) APIs, but we'll be focusing on web APIs for now.
Where are API mostly used? ›From apps on our phones to complicated flight control systems, APIs bring otherwise disparate systems together to create single platforms. They allow applications or IOT devices to access data and create gateways to interact with external systems.
What is the commonly used API nowadays? ›Today's most popular APIs are RESTful APIs. Compared to other types, this one is easier to use, more flexible and has an extensive toolchain and community. The RESTful API is so popular nowadays because of its request and response (input and output) format.