A video tutorial is avaiable here: http://youtu.be/yp-zrAk1NR4
Node jsgcc
chez-scheme petite OSX 10.9.5
Ubunto 12.04
Windows 7, 8.1
1. make sure you have node js and gcc installed on your machine 2. download all of the files from this repository 3. move your compiler file to testbot/compiler directory (note: your compiler.scm file must be located here) 4. open your shell and go to testbot directory 5. run: node testbot.js (or nodejs testbot.js) 6. open your web-browser (pref' chrome) and go to: http://localhost:8080 7. go to configuration tab and make sure directories are valid 8. click on "Run Tests" to run all tests inside testbot/tests directory 9. you will see the progress and you can press any test to view specified details
** NOTE: Please share tests @ our Dropbox at Dropbox/מדעי המחשב שנה א 2013/סמסטר ה/קומפילציה/Compiler/tests
A little explanation on what's going on first of all, All the files are here, free to view and change , totally open-source!
We used 'Scheme', 'Node js' and 'Angular js' which allowed us to:
Node js:
-manipulate the filesystem (read,write, etc)
-fork() to petite and manipulate it's output/input streams
-run shell commands (such as gcc , make, etc)
-open a localhost- web server so we can display our web-app in a easy-to-use manner
-opened a websocket with our web-app so we can share logs
We used 'Angular js' as our web-app framework
Scheme:
-Run compile-scheme-file and eval on the test files
-check scheme equality of the output results
The flow:
(1). generating valid scheme output:
-We go through each file in the tests directory and make a list of lists ( (input1 output1) (input2 output2) ...)
-we send this list to a scheme procedure (eval-files) that generates a valid eval input of those files
(2). generate .c files from our code-gen
-We go through each file in the tests directory and make a list of lists ( (input1 output1) (input2 output2) ...)
-we send this list to a scheme procedure (compiler-scheme-files) that wraps your compile-scheme-file and runs it through the files
(3). compile .c files and run .o files
-for each file in the code-gen directory
-we run gcc and compiling a .o file to the code-gen-exe directory
-for each file in the code-gen-exe directory we run it and save it's result to code-gen-outputs directory
(4). compare
-We go through each file in the tests directory and make a list of lists ( (scheme-output1 codegen-output1) (scheme-output2 codegen-output2) ...)
-we send this list to a scheme procedure (cmp-list-files) that compares with scheme equal?
note that all of the directories can be modified using the 'configuration' tab.
Happy testing.