In this mode, the FAST node runs before testing the target application.
The requests' source is set up to use the FAST node as a proxy and sends HTTP or HTTPS requests to the target application.
FAST node determines the baseline requests among the proxied ones and places them in a test record.
To follow the steps described in this chapter, you need to obtain a token.
The following values are used as examples throughout this chapter:
token_Qwe12345as a token.
rec_0001as an identifier of a test record.
FAST node configuration is done via environment variables. The table below holds all environment variables that can be used to configure a FAST node in recording mode.
||Token for a node.||Yes|
||The domain name of the Wallarm API server to use.
||FAST node's operation mode.
||The name of a new test record to create.
Default value is in a similar format: “TestRecord Oct 08 12:18 UTC”.
||If no baseline requests arrive to the FAST node within the
Allowed value range: from 1 to 691200 seconds (1 week)
Default value: 600 seconds (10 minutes).
||The FAST node will record those requests that target any host listed in the environment variable.
Default value: empty string (all incoming requests will be recorded). See this document for details.
docker-compose.yaml configuration file will be used to demonstrate how FAST operates in recording mode (note the value of the
CI_MODE environment variable):
version: '3' services: fast: image: wallarm/fast environment: WALLARM_API_TOKEN: token_Qwe12345 # Specify the token value here WALLARM_API_HOST: us1.api.wallarm.com # US cloud API server is in use here. Use api.wallarm.com for the EU cloud API server. CI_MODE: recording ports: - '8080:8080' networks: main: aliases: - fast networks: main:
To run a Docker container with the FAST node, navigate to the directory containing the
docker-compose.yaml file and execute the
docker-compose up fast command.
If the command executes successfully, a console output similar to the one shown here will be generated:
__ __ _ _ \ \ / /_ _| | |__ _ _ _ _ __ \ \/\/ / _` | | / _` | '_| ' \ \_/\_/\__,_|_|_\__,_|_| |_|_|_| ___ _ ___ _____ | __/_\ / __|_ _| | _/ _ \\__ \ | | |_/_/ \_\___/ |_| Loading... [info] Node connected to Wallarm Cloud [info] Loaded 0 custom extensions for fast scanner [info] Loaded 44 default extensions for fast scanner [info] TestRecord#rec_0001 TestRecord Oct 01 01:01 UTC starts to record
This output informs us that the FAST node has successfully connected to the Wallarm cloud and created a test record with the
rec_0001 identifier and the name
TestRecord Oct 01 01:01 UTC. It is ready to receive requests and record the baseline requests.
To change the default test record name, you need to pass the necessary value via the
TEST_RECORD_NAME environment variable when starting the FAST node Docker container.
It is now time to conduct existing tests for the target application. FAST will record the baseline requests and populate the test record with them.
When all necessary baseline requests are recorded, the FAST node will be shut down by a CI/CD tool and return an exit code.
If the FAST node encounters no errors and the baseline recording process finishes successfully, then the
0 exit code is returned.
If the FAST node encounters some errors or the baseline recording process was stopped due to timing out (see description of the
INACTIVITY_TIMEOUT environment variable), then the FAST node stops automatically and the
1 exit code is returned.
When the FAST node finishes its work, the corresponding Docker container needs to be stopped and removed.
If the FAST node is not stopped automatically with the
1 exit code and all required baseline requests are recorded, then you can stop the FAST node's Docker container by executing the
docker-compose stop <container's name> command:
docker-compose stop fast
To remove the FAST node's container, execute the
docker-compose rm <container's name> command:
docker-compose rm fast
In the examples above,
fast is used as the name of the Docker container to stop or remove.
Alternatively, you can use the
docker-compose down command, which stops and removes containers for all services described in the