ISpeechDataKey methods can create, delete and enumerate subfolders and values in the database folder represented by an ISpeechDataKey object. Further ISpeechDataKey objects can be created by CreateKey and OpenKey calls on existing ISpeechDataKey objects. Such an ISpeechDataKey object provides read and write access to the database folder represented by its parent token or token category object. The SpObjectTokenCategory object provides access to a category of resources, and the SpObjectToken object provides access to a single resource.Īn ISpeechDataKey object is typically created by the DataKey property of an SpObjectToken or the GetDataKey method of an SpObjectTokenCategory object. These folders are organized into resource categories, such as voices, lexicons, and audio input devices. Once you sign up using your email, the API key (APPID) will be sent to you in a confirmation email. The Speech configuration database contains folders which represent the resources on a computer which are used by SAPI 5.1 SR and TTS. The API key is all you need to call any of our weather APIs. To learn more about describing responses, see Describing Responses.The ISpeechDataKey automation interface provides read and write access to the speech configuration database. $ref: "#/components/responses/UnauthorizedError"ĭescription: API key is missing or invalid This makes Speechmatics useful for machine learning applications, as it gets to know a speaker more thoroughly with each iteration. It processes an impressive array of different variables, from confidence values to timing and speaker indications. You can define the 401 “Unauthorized” response returned for requests with missing or invalid API key. The Speechmatics API is also highly adept at speaker recognition. For more examples, see Using Multiple Authentication Types. Which means either key can be used (as in logical OR). To specify that the keys are used together (as in logical AND), list them in the same array item in the security array: Some APIs use a pair of security keys, say, API Key and App ID. Note that it is possible to support multiple authorization types in an API. This is useful if just a subset of the operations need the API key:ĭescription: OK (successfully authenticated) security can also be set on the operation level instead of globally. Note: The securitySchemes section alone is not enough you must also use security for the API key to have effect. ![]() The name ApiKeyAuth is used again in the security section to apply this security scheme to the API. The key name ApiKeyAuth is an arbitrary name for the security scheme (not to be confused with the API key name, which is specified by the name key). This example defines an API key named X-API-Key sent as a request header X-API-Key. ![]() ApiKeyAuth: # use the same name as under securitySchemes # 2) Apply the API key globally to all operations Name: X-API-KEY # name of the header, query parameter or cookie ![]() In: header # can be "header", "query" or "cookie" In OpenAPI 3.0, API keys are described as follows:ĪpiKeyAuth: # arbitrary name for the security scheme Like Basic authentication, API key-based authentication is only considered secure if used together with other security mechanisms such as HTTPS/SSL. The key can be sent in the query string:ĪPI keys are supposed to be a secret that only the client and server know. An API key is a token that a client provides when making API calls. Some APIs use API keys for authorization. If you use OpenAPI 2.0, see our OpenAPI 2.0 guide.
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