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Running and Deployment
Built on every push. Download artifact from the releases section or the relevant Github Action (for dev builds). Run so:
java -jar logic-compiler.jar [input] [output...]Where [input] is the input .logic file. Optionally, further arguments are output file names - 1 per cmd in the input file. For example, given the input file:
# input.logic
prop var1 -> var2
cmd translate to reserved word variant
cmd convert to DIMACS CNF
The following command would be appropriate:
java -jar logic-compiler.jar input.logic translation.logic dimacs.cnf
Note that at this stage in development cmd's are completely independent of each other and produce independent files. SAT solving for example requires a DIMACS CNF file, but this is handled internally. There is no need to explicitly specify a convert to DIMACS CNF command.
If no output file names are specified, the output is printed to STDOUT, with each cmd's output separated by a crude ==== line.
Deployed here: http://cair-gpu.cs.uct.ac.za/logic (Note: only accessible within the UCT network)
To run the website anywhere with minimal hassle, you can use docker. Registry link.
docker run -d -p [port]:8003 koellewe/logic-appAlso built on every push. Download the artifact from the releases section or the relevant Github Action (for dev builds). The zip contains the following:
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logic-webserver.jar: Runnable jar for serving the editor over the web. -
src/: Directory containing the files to be served.
To run the webserver, ensure the logic-compiler.jar and its dependencies, like SAT solver binaries, are in the same dir, then:
java -jar logic-webserver.jar [port]Will listen for HTTP connections on all interfaces (0.0.0.0) on the port you specify. Default is 8003.