Manuals and clicking links within paragraphs to get to the level of ShinyĮxamples and handy recipes cause me to spend way more time re-reading To make this possible, the guides put you on one side of a wall builtįrom helpers. Stack up until you have five lines of code to start a server-side app. The conveniences and conventions of the web-server collection The Racket Web Application Guides Aren’t For Everyone The rest of the “Dispatchers” section holding the above two pages.I understood things better with this reading order. To frame the knowledge, this article is that frame. If you bounced around the documentation trying To be clear, this is not another guide to web applicationĭevelopment in Racket. This article adds context to Jay McCarthy’s web-serverĭocumentation for those know how to write a server-side application in PORT: Defaults to port 8080 unless this env var is set to tell it otherwise.Ĭlients & Libraries case you need more functionality, please file a ticket or create a PR.A Different Starting Point for Racket Web Applications A Different Starting Point for Racket Web Applications Home SWAGGER_IP: The IP that's used in the Swagger UI for the interactive examples. SIGNAL_CLI_GID: Specifies the gid of the signal-api group inside the docker container. SIGNAL_CLI_UID: Specifies the uid of the signal-api user inside the docker container. Defaults to /home/.local/share/signal-cli/ SIGNAL_CLI_CONFIG_DIR: Specifies the path to the signal-cli config directory inside the docker container. Usually you do not need to change anything here - the default values are perfectly fine! This settings are meant for developers and advanced users. There are a bunch of environmental variables that can be set inside the docker container in order to change some technical details. Running Signal Messenger REST API in Azure Web App for Containers by Signal Messages by Advanced Settings If you prefer a simple text file based API documentation have a look here. The Swagger API documentation can be found here. the folder contains the password and cryptographic keys when a new number is registered Documentation API Reference "./signal-cli-config:/home/.local/share/signal-cli " #map "signal-cli-config" folder on host system into docker container. MODE=normal #supported modes: json-rpc, native, normal #- AUTO_RECEIVE_SCHEDULE=0 22 * * * #enable this parameter on demand (see description below) ports: Image: bbernhard/signal-cli-rest-api:latest environment: WARNING Calling receive will fetch all the messages for the registered Signal number from the Signal Server! So, if you are using the REST API for receiving messages, it's not a good idea to use the AUTO_RECEIVE_SCHEDULE parameter, as you might lose some messages that way. If you are not familiar with cron schedule expressions, you can use this website. e.g: 0 22 * * * calls receive daily at 10pm. The AUTO_RECEIVE_SCHEDULE accepts cron schedule expressions and automatically calls the receive endpoint at the given time. So, if you are not already calling the receive endpoint regularly, it is recommended to set the AUTO_RECEIVE_SCHEDULE parameter in the docker-compose.yml file. Signal-cli, which this REST API wrapper is based on, recommends to call receive on a regular basis. ⚠️ This setting is only needed in normal/native mode! for updates, the storage location for the signal-cli configuration is mapped as Docker Volume into a local /home/user/signal-api directory. This launches a instance of the REST service accessible under To preserve the Signal number registration, i.e. e 'MODE=native ' bbernhard/signal-cli-rest-api v /home/user/signal-api:/home/.local/share/signal-cli \ $ sudo docker run -d -name signal-api -restart=always -p 9922:8080 \ This mode is usually the fastest, but requires more memory as the JVM keeps running.Įxample of running signal-cli-rest in native mode json-rpc Mode: A single, JVM-based signal-cli instance is spawned as daemon process.The native mode may also be less stable, due to the experimental state of GraalVM compiler. On the armv7 platform this mode is not available and falls back to normal. This results in a much lower latency & memory usage on each call. native Mode: A precompiled binary signal-cli-native (using GraalVM) is used for every REST API request.Being a Java application, each REST call requires a new startup of the JVM (Java Virtual Machine), increasing the latency and hence leading to the slowest mode of operation. normal Mode: (Default) The signal-cli executable is invoked for every REST API request.The signal-cli-rest-api supports three different modes of execution, which can be controlled by setting the MODE environment variable. You should now have send a message to +44987654. $ curl -X POST -H "Content-Type: application/json " ' ' \
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