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Version: Upcoming Release

GetHttpRequestRecipe

The GetHttpRequestRecipe can be used to make GET requests to an endpoint, filter for the specific part of the response you care about, and assign that specific output to a key for later use. This can be useful for writing assertions, for example (i.e. validating the response you end up receiving looks the way you expect/intended).

get_request_recipe = GetHttpRequestRecipe(
# The port ID that is the server port for the request
# MANDATORY
port_id = "my_port",

# The endpoint for the request
# MANDATORY
endpoint = "/endpoint?input=data",

# The extract dictionary can be used for filtering specific parts of a HTTP GET
# request and assigning that output to a key-value pair, where the key is the
# reference variable and the value is the specific output.
#
# Specifcally: the key is the way you refer to the extraction later on and
# the value is a 'jq' string that contains logic to extract parts from response
# body that you get from the HTTP GET request.
#
# To lean more about jq, please visit https://devdocs.io/jq/
# OPTIONAL (DEFAULT:{})
extract = {
"extractfield" : ".name.id",
},
)
info

Important - the port_id field accepts user-defined port IDs that are assigned to a port in a service's port map, using ServiceConfig. For example, if our service's ServiceConfig has the following port mappings:

    test-service-config = ServiceConfig(
ports = {
// "port_id": port_number
"http": 5000,
"grpc": 3000,
...
},
...
)

The user-defined port IDs in the above ServiceConfig are: http and grpc. Both of these user-defined port IDs can therefore be used to create http request recipes (GET OR POST), such as:

    recipe = GetHttpRequestRecipe(
port_id = "http",
service_name = "service-using-test-service-config",
endpoint = "/ping",
...
)

The above recipe, when used with request or wait instruction, will make a GET request to a service (the service_name field must be passed as an instruction's argument) on port 5000 with the path /ping.