Libraries tagged by Web Resource

A library for sending requests to web resources

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PHPFirewall is a tool to allow/block connections to your web resource using IP address. The IP address details are either retrieved from local database or by making API calls to IP2Location.io

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a package for translate names from a web resource

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Model of a web-based resource

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An abstract class for resources embedded in a web page (images, scripts, whatever)

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## Introduction Use the Numeno Article Recommender API to receive a curated selection of articles from across the web. See below for the steps to creating a Feed, as well as an introduction to the top-level concepts making up the Article Recommender API. ## Steps to creating a Feed 1. Create a Feed - [`/feeds`](create-feed) 2. Create a number of Stream queries associated with the Feed - [`/feeds/:feedId/streams`](create-stream) 3. Pull from the Feed as the Feed refreshes - [`/feeds/:feedId/articles`](get-articles-in-feed) 4. Use those Article IDs to look up metadata for the Articles -[`/articles/:id`](get-article-by-id) 5. Visit the Article links and render to your server DB or client app. ## Sources, Articles and Topics A **Source** is a place where Articles come from, typically a website, a blog, or a knowledgebase endpoint. Sources can be queried for activity via the [`/sources`](get-sources) endpoint. Beyond the Sources Numeno regaularly indexes, additional Sources can be associated with Stream queries, and Sources can be `allowlist`/`denylist`'d. **Articles** are the documents produced by Sources, typically pages from a blogpost or website, articles from a news source, or posts from a social platform or company intranet. See the [`/articles`](search-articles) endpoint. **Topics** - Numeno has millions of Topics that it associates with Articles when they are sourced. Topics are used in Stream queries, which themselves are composed to create Feeds. Get topics via the [`/topics`](get-topics) endpoint. ## Feeds **A Feed is a collection of Streams.** Feeds are configured to refresh on a regular schedule. No new Articles are published to a Feed except when it's refreshed. Feeds can be refreshed manually if the API Key Scopes allow. You can ask for Articles chronologically or by decreasing score. You can also limit Articles to a date-range, meaning that you can produce Feeds from historical content. Interact with Feeds via the [`/feeds`](create-feed) endpoint. ## Streams Think of a **Stream** as a search query with a "volume control knob". It's a collection of Topics that you're interested and a collection of Sources you'd explicitly like to include or exclude. Streams are associated with a Feed, and a collection of Streams produce the sequence of Articles that appear when a Feed is refreshed. The "volume control knob" on a Stream is a way to decide how many of the search results from the Stream query are included in the Feed. Our searches are "soft", and with a such a rich `Article x Topic` space to draw on, the "volume control" allows you to put a cuttoff on what you'd like included. Streams are a nested resource of `/feeds` - get started by explorting [`/feeds/:feedId/streams`](create-stream).

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# Getting Started API Version: [v1](v1.html) The weclapp REST API lets you integrate weclapp with other applications or services. The specification for this version can be downloaded here: | Format | Public | |---------------------------------|----------------------------------------------------------------------------------| | swagger JSON | Download | | OpenApi 3 JSON | Download | | OpenApi 3 YAML (with user docs) | Download | ## What should I know before starting? Our API is continuously being developed and improved, but we are still trying to keep it as stable as possible. We try to only have changes that are backwards compatible: usually the changes are only additions, e.g. new resources are implemented or new properties are added to existing resources. Sometimes breaking changes cannot be avoided, e.g. when a new feature requires an incompatible change to the underlying data model, all those changes will be documented in the change log. ## Security and Authentication You must be a verified user to make API requests. You can authorize against the API with an API token. The token is configurable in your weclapp account under **My settings > API**. Authentication is possible in multiple ways: If the request contains the session cookies of a logged in weclapp session then the user and permissions of that session are used. This is useful when testing the API in a web browser, because then requests are “automatically” authenticated if weclapp is used in another tab. But generally the API is not used from a browser or with session cookies, instead there is an API token for each user that can be used to authenticate requests. Each user can find his/her token on the "My Settings page". The token should be kept secret like a password. A user can also generate a new token at any time, doing that invalidates all previous tokens. Authenticating using a token is possible in two ways: * the token can be sent using the AuthenticationToken header `AuthenticationToken: {api_token}` * the standard HTTP Basic authentication can be used: the username needs to be `“*”` and the password is the token ## Using curl ```bash curl --compressed -H "AuthenticationToken:{api_token}" "https://.weclapp.com/webapp/api/v2" ... ``` Examples of how to use curl will be shown in each section of this API. ## Headers This is a JSON-only API. You must supply a `Content-Type: application/json` header on PUT and POST operations. You must set a `Accept: application/json` header on all requests. You may get a `text/plain` response in case of error, e.g. in case of a bad request, you should treat this as an error you need to take action on. To reduce traffic the weclapp API works with [compression](https://developer.mozilla.org/en-US/docs/Web/HTTP/Compression#end-to-end_compression). This means, a client should always submit the header “Accept-Encoding: gzip”. If this header is not set, the API will enforce compression and respond with "Content-Encoding: gzip". Please also make sure to set a `User-Agent` header for all automated requests, as that makes it much easier to identify misbehaving clients. ## URLs The base URL for the API is `https://.weclapp.com/webapp/api/v2/` where `.weclapp.com` is the domain of the specific weclapp instance. So each weclapp instance has its own API endpoints which allow accessing data for that particular instance. The API provides access to various resources like customers, sales orders, articles etc.. Each of those resources implements a common set of operations. The URLs and HTTP methods for the different resource operations use the same pattern for all resources: | Operation | HTTP Method | URL pattern | |-------------------------------|-------------|-----------------------------------------------------------------------| | Query/list instances | GET | `https://.weclapp.com/webapp/api/v2/` | | total number of instances | GET | `https://.weclapp.com/webapp/api/v2//count` | | Get a specific instance by id | GET | `https://.weclapp.com/webapp/api/v2//id/` | | Create a new instance | POST | `https://.weclapp.com/webapp/api/v2/` | | Update a specific instance | PUT | `https://.weclapp.com/webapp/api/v2//id/` | | Delete a specific instance | DELETE | `https://.weclapp.com/webapp/api/v2//id/` | Not all resources support all of those operations. A general description for each operation can be found in API operations by example, and details for each resource are described on the page for that resource. ## Additional operations Some resources allow further operations or actions. Those operations can be executed with a POST request, for some operations that only read data it is also possible to use a GET request (this is documented for each operation). For general operations for a resource the URL pattern is `https://.weclapp.com/webapp/api/v2//`. Some operations are instance specific, those use the following URL pattern: `https://.weclapp.com/webapp/api/v2//id//`. ## JSON | Type | Representation in JSON | |----------------------|------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------| | string | Serialized as JSON string, empty strings (length 0 or only whitespace) are always interpreted as null, it is not possible to have a property with an empty string value. | | boolean | Serialized as `true` / `false`. | | decimal number | Most numbers in weclapp are decimal numbers with a fixed precision and scale (e.g. quantities or prices), they are serialized as JSON strings and not as JSON numbers to prevent accidental loss of precision when the JSON is deserialized with a JSON library that uses doubles to represent JSON numbers. The serialized numbers always use a “.” as the decimal mark (if one is required). | | integers | Integer numbers (that can safely be represented as a double) are serialized as JSON numbers. | | floats/doubles | Serialized as JSON numbers. | | dates and timestamps | Serialized as the milliseconds since 1970-01-01T00:00:00Z (as a JSON number). | | enums | Sometimes a property value can be one of a fixed number of named options. Those enum properties are serialized as a JSON string with the name of the option. | The deserialization of data sent to the API is relatively lenient, for example when a string is expected, but a number is given then that number is used as the string and the other way around (if possible). Properties with the value null are not serialized by default and when sending data to the API it is also not necessary to include properties whose value is null: all properties that are missing from the JSON object but are expected are assumed to be `null`. To get all properties including those with the value null the query parameter `serializeNulls` can be added to the request URL, in that case null values are included in the response. ## Error Responses Any request on the weclapp API may return an error response, with a structure conforming to [RFC 7807](https://datatracker.ietf.org/doc/html/rfc7807). See the [API error reference](#errors) section for details. ## Change Policy weclapp may modify the attributes and resources available to the API and our policies related to access and use of the API from time to time without advance notice. weclapp will use commercially reasonable efforts to notify you of any modifications to the API or policies through notifications or posts on the weclapp Developer Website. weclapp also tracks deprecation of attributes of the API on its Changelog. Modification of the API may have an adverse effect on weclapp Applications, including but not limited to changing the manner in which weclapp Applications communicate with the API and display or transmit Your Data. weclapp will not be liable to you or any third party for such modifications or any adverse effects resulting from such modifications # API newsletter Sign up here for our [API newsletter](https://340d89eb.sibforms.com/serve/MUIEAEREP3buQMWpwPwuVohmsPBikdVQIilNQeZ2DJBE5NZePFYqyp_62WSheCC5t_Q7eJ6SVpZBauqRY93L8L8Iquik5gaH40Bi0uOtPioS7U7k4JvemqVuSdvEV0A3DgygC5LOAv-kjuN4Ij5MUqzm5DSHYbmKvGucHMXpZMFGGA5Lwi5VUv6ZZbROGqZJCrGfYFxGttzVBqc_). We will inform you regularly about planned API changes. # API operations sample As mentioned previously all resources implement common operations in the same way. In the following all the common operations are explained for the `customer` resource. The operations work in the same way for all other resources (some resources don’t support all the operations), the differences between the resources are mostly the data and the properties that are required and used. ## Querying The most common operation is querying or listing the existing entity instances. This is possible with a `GET` request to the base URL of a resource: ### `GET /customer` ```bash curl --compressed -H "AuthenticationToken:" "https://.weclapp.com/webapp/api/v2/customer" ``` **Output:** ```json { "result": [ { "id": "4342", "version": "1", "addresses": [ { "id": "4344", "version": "0", "city": "München", "countryCode": "DE", "createdDate": 1496828973904, "deliveryAddress": false, "invoiceAddress": false, "lastModifiedDate": 1496828973903, "primeAddress": true, "street1": "Mustergasse 7", "zipcode": "80331 " } ], "blocked": false, "company": "Muster GmbH", "contacts": [ { "id": "4332", "version": "1", "addresses": [ { "id": "4334", "version": "0", "city": "München", "countryCode": "DE", "createdDate": 1496828882836, "deliveryAddress": false, "invoiceAddress": false, "lastModifiedDate": 1496828882836, "primeAddress": true, "street1": "Fasanenweg 15", "zipcode": "80331" } ], "createdDate": 1496828882837, "email": "[email protected]", "firstName": "Max", "lastModifiedDate": 1496828996245, "lastName": "Mustermann", "partyType": "PERSON", "personCompany": "Muster GmbH", "salutation": "MR" } ], "createdDate": 1496828973904, "currencyId": "248", "currencyName": "EUR", "customAttributes": [ { "attributeDefinitionId": "4048" } ], "customerNumber": "C1006", "customerTopics": [], "deliveryBlock": false, "insolvent": false, "insured": false, "lastModifiedDate": 1496828996212, "optIn": false, "partyType": "ORGANIZATION", "responsibleUserFixed": false, "responsibleUserId": "947", "responsibleUserUsername": "[email protected]", "salesChannel": "NET1", "useCustomsTariffNumber": false } ] } ``` In this case there is one sales order with one order item. By default, all null values are omitted, to include them the query parameter serializeNulls can be used: ### `GET /customer?serializeNulls` ```bash curl --compressed -H "AuthenticationToken:" "https://.weclapp.com/webapp/api/v2/customer?serializeNulls" ``` **Output:** ```json { "result": [ { "id": "4342", "version": "1", "addresses": [ { "id": "4344", "version": "0", "city": "München", "company": null, "company2": null, "countryCode": "DE", "createdDate": 1496828973904, "deliveryAddress": false, "globalLocationNumber": null, "invoiceAddress": false, "lastModifiedDate": 1496828973903, "postOfficeBoxCity": null, "postOfficeBoxNumber": null, "postOfficeBoxZipCode": null, "primeAddress": true, "state": null, "street1": "Mustergasse 7", "street2": null, "zipcode": "80331 " } ], "amountInsured": null, "annualRevenue": null, "birthDate": null, "blockNotice": null, "blocked": false, "commercialLanguageId": null, "company": "Muster GmbH", "company2": null, "contacts": [ { "id": "4332", "version": "1", "addresses": [ { "id": "4334", "version": "0", "city": "München", "company": null, "company2": null, "countryCode": "DE", "createdDate": 1496828882836, "deliveryAddress": false, "globalLocationNumber": null, "invoiceAddress": false, "lastModifiedDate": 1496828882836, "postOfficeBoxCity": null, "postOfficeBoxNumber": null, "postOfficeBoxZipCode": null, "primeAddress": true, "state": null, "street1": "Fasanenweg 15", "street2": null, "zipcode": "80331" } ], "birthDate": null, "company": null, "company2": null, "createdDate": 1496828882837, "customAttributes": null, "description": null, "email": "[email protected]", "fax": null, "firstName": "Max", "fixPhone2": null, "lastModifiedDate": 1496828996245, "lastName": "Mustermann", "middleName": null, "mobilePhone1": null, "mobilePhone2": null, "partyType": "PERSON", "personCompany": "Muster GmbH", "personDepartment": null, "personRole": null, "phone": null, "phoneHome": null, "salutation": "MR", "title": null, "website": null } ], "createdDate": 1496828973904, "creditLimit": null, "currencyId": "248", "currencyName": "EUR", "customAttributes": [ { "attributeDefinitionId": "4048", "booleanValue": null, "dateValue": null, "numberValue": null, "selectedValueId": null, "selectedValues": null, "stringValue": null } ], "customerCategoryId": null, "customerCategoryName": null, "customerNumber": "C1006", "customerRating": null, "customerTopics": [], "defaultHeaderDiscount": null, "defaultHeaderSurcharge": null, "deliveryBlock": false, "description": null, "email": null, "fax": null, "firstName": null, "insolvent": false, "insured": false, "invoiceContactId": null, "lastModifiedDate": 1496828996212, "lastName": null, "leadSourceId": null, "leadSourceName": null, "middleName": null, "mobilePhone1": null, "oldCustomerNumber": null, "optIn": false, "parentPartyId": null, "partyType": "ORGANIZATION", "paymentMethodId": null, "paymentMethodName": null, "personCompany": null, "personDepartment": null, "personRole": null, "phone": null, "primaryContactId": null, "responsibleUserFixed": false, "responsibleUserId": "947", "responsibleUserUsername": "[email protected]", "salesChannel": "NET1", "salutation": null, "satisfaction": null, "sectorId": null, "sectorName": null, "shipmentMethodId": null, "shipmentMethodName": null, "termOfPaymentId": null, "termOfPaymentName": null, "title": null, "useCustomsTariffNumber": false, "vatRegistrationNumber": null, "website": null } ] } ``` ## Pagination By default the operation will not return all entity instances but only the first 100, this can be changed by using the `pageSize` query parameter with the number of desired results. But `pageSize` cannot be arbitrarily high it is usually limited 1000 (exceptions to the default limits of 100 and 1000 are noted in the documentation for the specific resources). To get further results it is necessary to skip entity instances, this is done using the `page` query parameter. Examples: ### `GET /customer?pageSize=10` ```bash curl --compressed -H "AuthenticationToken:" "https://.weclapp.com/webapp/api/v2/customer?pageSize=10" ``` returns at most 10 instances ### `GET /customer?page=2&pageSize=10` ```bash curl --compressed -H "AuthenticationToken:" "https://.weclapp.com/webapp/api/v2/customer?page=2&pageSize=10" ``` returns the second page of results (the `page` parameter is one based, so `page=1` is the first page, which is also the default). Using those two parameters it is possible to implement pagination. ## Sorting It is also possible to change the order of the returned results using the `sort` parameter: ### `GET /customer?sort=lastModifiedDate` ```bash curl --compressed -H "AuthenticationToken:" "https://.weclapp.com/webapp/api/v2/customer?sort=lastModifiedDate" ``` sort by `lastModifiedDate` (ascending). ### `GET /customer?sort=-lastModifiedDate` ```bash curl --compressed -H "AuthenticationToken:" "https://.weclapp.com/webapp/api/v2/customer?sort=-lastModifiedDate" ``` sort by `lastModifiedDate` descending. ### `GET /customer?sort=lastModifiedDate,-salesChannel` ```bash curl --compressed -H "AuthenticationToken:" "https://.weclapp.com/webapp/api/v2/customer?sort=lastModifiedDate,-salesChannel" ``` sort by `lastModifiedDate` (ascending) and then `salesChannel` descending. It is generally possible to sort by most of the simple properties of an entity. It is possible to combine multiple sort orders by combining the property names with a comma. To sort in descending order just prepend a minus to the property name. If an unsupported or unknown property is specified then an error response is returned. ## Filtering It is often desired to get just a subset of the data, for example just the orders of a specific customer or created after a specific date. This is possible using filtering query parameters: ### `GET /customer?salesChannel-eq=NET1` ```bash curl --compressed -H "AuthenticationToken:" "https://.weclapp.com/webapp/api/v2/customer?salesChannel-eq=NET1" ``` customers for `salesChannel` `NET1`. ### `GET /customer?createdDate-gt=1398436281262` ```bash curl --compressed -H "AuthenticationToken:" "https://.weclapp.com/webapp/api/v2/customer?createdDate-gt=1398436281262" ``` customers created after the specified timestamp. ### `GET /customer?salesChannel-eq=NET1&createdDate-gt=1398436281262` ```bash curl --compressed -H "AuthenticationToken:" \ "https://.weclapp.com/webapp/api/v2/customer?salesChannel-eq=NET1&createdDate-gt=1398436281262" ``` customers for `salesChannel` `NET1` and created after the specified timestamp. ### `GET /customer?customAttribute4587-eq=NEW` ```bash curl --compressed -H """AuthenticationToken:" \ "https://.weclapp.com/webapp/api/v2/customer?customAttribute4587-eq=NEW" ``` customers with the value `NEW` for `customAttribute` with id 4587. ### `GET /customer?customAttribute4587.entityReferences.entityId-eq=1234` ```bash curl --compressed -H "AuthenticationToken:" "https://.weclapp.com/webapp/api/v2/customer?customAttribute4587.entityReferences.entityId-eq=1234" ``` customers with an entity reference to an entity with the id 1234 for the `customAttribute` with the id 4587. ### `GET /customAttributeDefinitions` All attributeTypes are supported except `MULTISELECT_LIST`. CustomAttributes of attributeType `LIST` could be filtered by `customAttribute{customAttributeId}.id` or `customAttribute{customAttributeId}.value`. ### `GET /customer?customAttribute3387.value-eq=OPTION1` ```bash curl --compressed -H "AuthenticationToken:" \ "https://.weclapp.com/webapp/api/v2/customer?customAttribute3387.value-eq=OPTION1" ``` customers with value `OPTION1` for `customAttribute` with id 3387. A filtering query parameter consists of a property name and a filter operator joined together with a minus. If multiple filtering query parameter are specified then they are combined and the returned results match all of them. Filtering query parameters for unknown properties or properties that don’t support filtering are silently ignored. The following filtering operators are supported (not all of them work for all property types): | Operator | Meaning | |----------|---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------| | eq | equal | | ne | not equal | | lt | less than | | gt | greater than | | le | less equal | | ge | greater equal | | null | property is null (the query parameter value is ignored and can be omitted) | | notnull | property is not null (the query parameter value is ignored and can be omitted) | | like | like expression (supports `%` and `_` as placeholders, similar to SQL LIKE) | | notlike | not like expression | | ilike | like expression, ignoring case | | notilike | not like expression, ignoring case | | in | the property value is in the specified list of values, the query parameter value must be a JSON array with the values in the correct type, for example `?customerNumber-in=["1006","1007"]` | | notin | the property value is not in the specified list of values | ## "Or" condition filtering In addition to the default behavior of linking filter expressions via "and" you can also link individual filter expressions via "or" by prefixing their parameter name with "or-": ### `GET /customer?or-name-eq=charlie&or-name-eq=chaplin` ```bash curl --compressed -H "AuthenticationToken:" \ "https://.weclapp.com/webapp/api/v2/customer?or-name-eq=charlie&or-name-eq=chaplin" ``` The above example is the equivalent of the expression `(name equals "charlie") or (name equals "chaplin")` For combining `or` and `and` clauses you may also group `or` expressions by using `or-` instead of the plain `or-` prefix: ### `GET /customer?orGroup1-name-eq=charlie&orGroup1-name-eq=chaplin&orGroup2-responsibleUserUsername-eq=mrtest&orGroup2-referenceNumber=4711&commercialLanguageId-eq=12` ```bash curl --compressed -H "AuthenticationToken:" \ "https://.weclapp.com/webapp/api/v2/customer?orGroup1-name-eq=charlie&orGroup1-name-eq=chaplin&orGroup2-responsibleUserUsername-eq=mrtest&orGroup2-referenceNumber=4711&commercialLanguageId-eq=12" ``` The above example is the equivalent of the expression ``` ((name equals charlie) or (name equals chaplin)) and ((responsibleUserUsername equals "mrtest") or (referenceNumber equals "4711")) and (commercialLanguageId equals "12") ``` Technically, the default "or-" variant is just a special case of this, using the empty String as group name. ## Filter Expressions **Warning: This is still a beta feature.** In addition to individual filter properties it is also possible to specify complex filter expressions that can combine multiple conditions and express relations between properties. Example: ```bash curl --compressed -H "AuthenticationToken:" \ https://.weclapp.com/webapp/api/v2/party \ --get \ --data-urlencode 'filter=(lower(contacts.firstName + " " + contacts.lastName) = "Ertan Özdil") and (lastModifiedDate >= "2022-01-01T00:00:00Z")' ``` * "filter" parameters are ANDed with other filter parameters * Property references in filter expressions have exactly the same form and semantics as for the individual filter parameters. * Multiple "filter" parameters may be used if needed. ### Examples Some more example filter expressions: ```sql -- enum literals are specified as string literals (salesChannel in ["NET1", "NET4", "NET5"]) and (partyType = "ORGANIZATION") -- normal arithmetic operations are supported. (unitPrice + unitPrice * salesTax)

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GS Protected Config allows you to import configurations from outside the web directory or override it dependent from the application context or TYPO3 mode (FE, BE, CLI, AJAX and INSTALL). You can use this extension to move the website from dev to testing to production without changing something inside the web root if you place your settings outside. Templates can be found in Resources/Private/Templates. Configuration can simply be adapted by the Extension Manager and must be activated first!

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# Authentication Requests made to our APIs must be authenticated, there are two ways to do this: 1. Authenticating using your API apiUsername and apiPassword - `Basic Auth` 2. Authenticating using an Auth Token - `Bearer Token` ## Method 1: Basic Auth Basic Authentication is a method for an HTTP user agent (e.g., a web browser) to provide a apiUsername and apiPassword when making a request. When employing Basic Authentication, users include an encoded string in the Authorization header of each request they make. The string is used by the request’s recipient to verify users’ identity and rights to access a resource. The Authorization header follows this format: > Authorization: Basic base64(apiUsername:apiPassword) So if your apiUsername and apiPassword are `onfon` and `!@pas123`, the combination is `onfon:!@pas123`, and when base64 encoded, this becomes `b25mb246IUBwYXMxMjM=`. So requests made by this user would be sent with the following header: > Authorization: Basic b25mb246IUBwYXMxMjM= | Description | | ---------------------------------------------------------------------------------------------- | | **apiUsername** `String` `Required` Your onfon account apiUsername, retrieved from portal | | **apiPassword** `String` `Required` Your onfon account apiPassword, retrieved from portal | ## Method 2: Bearer Tokens This authentication stategy allows you to authenticate using JSON Web Token ``JWT` that will expire after given duration. Each Access Token is a `JWT`, an encoded JSON object with three parts: the `header`, the `payload`, and the `signature`. The following is an example Access Token generated for Conversations > Authorization: Bearer eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJzdWIiOiIxMjM0NTY3ODkwIiwibmFtZSI6IkpvaG4gRG9lIiwiaWF0IjoxNTE2MjM5MDIyfQ.SflKxwRJSMeKKF2QT4fwpMeJf36POk6yJV_adQssw5c ### Getting the token To generate the token, make a `POST` request to `/v1/authorization` endpoint with your `apiUsername` and `apiPassword` This request should be made from your server and not on the client side such as browser or mobile environment. You will receive a JSON similar to below: `{ "token": "eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJzdWIiOiIxMjM0NTY3ODkwIiwibmFtZSI6IkpvaG4gRG9lIiwiaWF0IjoxNTE2MjM5MDIyfQ.SflKxwRJSMeKKF2QT4fwpMeJf36POk6yJV_adQssw5c", "validDurationSeconds": 3600}` You can use the token received to make API calls. The token will be valid for value of `validDurationSeconds`, before which you should generate a new token. #### Request Body ``` { "apiUsername": "root", "apiPassword": "hakty11" } ``` #### Response Body ``` { "token": "eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJzdWIiOiIxMjM0NTY3ODkwIiwibmFtZSI6IkpvaG4gRG9lIiwiaWF0IjoxNTE2MjM5MDIyfQ.SflKxwRJSMeKKF2QT4fwpMeJf36POk6yJV_adQssw5c", "validDurationSeconds": 3600 } ``` #### Example Curl ``` curl --location --request POST 'https://apis.onfonmedia.co.ke/v1/authorization' \ --data-raw '{ "apiUsername": "correctapiUsername", "apiPassword": "correctapiPassword" } ``` #### Making an API call You will be required to pass the token in `Authorization` header prefixed by `Bearer` when calling other endpoints. Example `Authorization: Bearer eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJzdWIiOiIxMjM0NTY3ODkwIiwibmFtZSI6IkpvaG4gRG9lIiwiaWF0IjoxNTE2MjM5MDIyfQ.SflKxwRJSMeKKF2QT4fwpMeJf36POk6yJV_adQssw5c`

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Welcome to the CityPay API, a robust HTTP API payment solution designed for seamless server-to-server transactional processing. Our API facilitates a wide array of payment operations, catering to diverse business needs. Whether you're integrating Internet payments, handling Mail Order/Telephone Order (MOTO) transactions, managing Subscriptions with Recurring and Continuous Authority payments, or navigating the complexities of 3-D Secure authentication, our API is equipped to support your requirements. Additionally, we offer functionalities for Authorisation, Refunding, Pre-Authorisation, Cancellation/Voids, and Completion processing, alongside the capability for tokenised payments. ## Compliance and Security Overview Ensuring the security of payment transactions and compliance with industry standards is paramount. Our API is designed with stringent security measures and compliance protocols to safeguard sensitive information and meet the rigorous requirements of Visa, MasterCard, and the PCI Security Standards Council. ### Key Compliance and Security Measures * **TLS Encryption**: All data transmissions must utilise TLS version 1.2 or higher, employing [strong cryptography](#enabled-tls-ciphers). Our infrastructure strictly enforces this requirement to maintain the integrity and confidentiality of data in transit. We conduct regular scans and assessments of our TLS endpoints to identify and mitigate vulnerabilities. * **Data Storage Prohibitions**: Storing sensitive cardholder data (CHD), such as the card security code (CSC) or primary account number (PAN), is strictly prohibited. Our API is designed to minimize your exposure to sensitive data, thereby reducing your compliance burden. * **Data Masking**: For consumer protection and compliance, full card numbers must not be displayed on receipts or any customer-facing materials. Our API automatically masks PANs, displaying only the last four digits to facilitate safe receipt generation. * **Network Scans**: If your application is web-based, regular scans of your hosting environment are mandatory to identify and rectify potential vulnerabilities. This proactive measure is crucial for maintaining a secure and compliant online presence. * **PCI Compliance**: Adherence to PCI DSS standards is not optional; it's a requirement for operating securely and legally in the payments ecosystem. For detailed information on compliance requirements and resources, please visit the PCI Security Standards Council website [https://www.pcisecuritystandards.org/](https://www.pcisecuritystandards.org/). * **Request Validation**: Our API includes mechanisms to verify the legitimacy of each request, ensuring it pertains to a valid account and originates from a trusted source. We leverage remote IP address verification alongside sophisticated application firewall technologies to thwart a wide array of common security threats. ## Getting Started Before integrating with the CityPay API, ensure your application and development practices align with the outlined compliance and security measures. This preparatory step is crucial for a smooth integration process and the long-term success of your payment processing operations. For further details on API endpoints, request/response formats, and code examples, proceed to the subsequent sections of our documentation. Our aim is to provide you with all the necessary tools and information to integrate our payment processing capabilities seamlessly into your application. Thank you for choosing CityPay API. We look forward to supporting your payment processing needs with our secure, compliant, and versatile API solution.

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# Introduction ## Overview Note: This is the specification of the DP-DHL Group Parcel DE Returns API. This web service allows business customers to create return labels on demand. # Scenarios ## Main Scenario: Creating a returnlabel This is achieved by posting a return order to the URI '/rest/orders'. The service will respond with a return label. ## Querying to get receiver locations The single scenario supported by this service is the determination of the receiver's location. This is achieved by getting a location to the URI '/rest/locations'. The service will respond with a Receiver. # Technical Note on Authorization This API supports __two alternative ways__ to authorize yourself: 1. Combination of Apikey and Basic Authentication which you can provide with every call. 2. OAuth2 Password Flow: After having obtained your access token once, you provide this token as bearer token. You can try it out here. More details can be found when clicking on "Authorize".

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