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CodEx CLI (CCLI) is a remote CLI interface to CodEx (http://codex2.ms.mff.cuni.cz/project/). It aims to speed you up by eliminating (bothersome) interaction with CodEx's web interface.

Homepage: http://pjk.github.io/codex/

Installation

If you are using Ruby packages provided by Ubuntu/Debian/SUSE official repositories, you will also need to install "development headers". Typically, it will be the ruby1.9.1-dev or ruby1.9-dev or ruby2-dev package. Furthermore, CCLI requires following libraries to be present: libxslt-dev libxml2-dev Also, if you are using self-built version of Ruby, make sure it was compiled with OpenSSL support.

1. Get the source either from https://github.com/PJK/codex/tarball/master or simply checkout [email protected]:codex.git
2. cd to its root directory
3. Run bundle to install dependencies
4. Run rake build to "build" the gem
5. Install with gem install pkg/codex-X.Y.Z.gem

Short tutorial

Basic invocation: codex submit -l LOCATION -u USERNAME -g GROUPID -t TASKID FILENAME will prompt you for your password, submit your solution and print result. Example:

$>codex submit -l codex.ms.mff.cuni.cz/codex -u pepa -g 56 -t 34 hello.c
Enter your password: *****RET
OK, waiting for results
Jailing user 'codex' (UID 1003, GID 1003) into directory '/home/codex/workers/eval2/jail'
Initializing... OK
Preparing sandbox... running locally (INSECURE), OK
Finding source... ./inbox/source.c
Compiling... OK
Test 1... <init> <run> <filter> <check> OK:OK (50 points)
Test 2... <init> <run> <filter> <check> OK:OK (50 points)
Test 3... <init> <run> <filter> <check> OK:OK (50 points)
Test 4... <init> <run> <filter> <check> OK:OK (50 points)
Test 5... <init> <run> <filter> <check> OK:OK (100 points)
Test 6... <init> <run> <filter> <check> OK:OK (100 points)
Test 7... <init> <run> <filter> <check> OK:OK (300 points)
Test 8... <init> <run> <filter> <check> OK:OK (300 points)

Riiight, but this doesn't save us any work, in fact, quite the contrary. That's where CCLI dotfile come in. They are essentially configuration YAML files containing default settings to use. CCLI will look for its dotfiles (.codex) in your current working directory and all its parent directories. "Closer", more specific dotfiles have priority (can override general settings from upper directories). Also, invocation flags take priority over all dotfile-specified settings.

Furthermore, you can use codex init to create your dotfiles for you.

"Okay, that's better. But I still have to figure out those IDs from the web..." you say. No, not really. codex list to the rescue! List groups, task & submissions:

$>codex list -g #at least login required                  
Programování 1 pro pokročilé (ZS)          390
Programování 2 pro pokročilé (LS)          427
...

$>codex list -t #at least group specification required
Hledání v setříděném poli (ze souboru)    5/5        2647
Byrokratický aparát                       5/5        2646
Théseus a Minotauros                     10/10       2645
...

$>codex list #task must be specified
8.5. (20h)                 cpp  0 %    163603                                         
8.5. (19:52)               cpp  0 %    163597                                         
12.10.2012 (14:35)         c    100 %  134191

Next up, look into a submission:

$>codex result
Jailing user 'codex' (UID 1003, GID 1003) into directory '/home/codex/workers/eval2/jail'
Initializing... OK
Preparing sandbox... running locally (INSECURE), OK
Finding source... ./inbox/source.cpp
Compiling... OK
Test 1... <init> <run> SG:Caught fatal signal 11 (SIGSEGV)
Test 2... <init> <run> SG:Caught fatal signal 11 (SIGSEGV)
Test 3... <init> <run> SG:Caught fatal signal 11 (SIGSEGV)
Test 4... <init> <run> SG:Caught fatal signal 11 (SIGSEGV)
Test 5... <init> <run> SG:Caught fatal signal 11 (SIGSEGV)
Test 6... <init> <run> SG:Caught fatal signal 11 (SIGSEGV)
Test 7... <init> <run> SG:Caught fatal signal 11 (SIGSEGV)
Test 8... <init> <run> SG:Caught fatal signal 11 (SIGSEGV)

... or even get the source code using --fetch

Finally, submitting your solutions:

$>codex submit source.c

##Development

CCLI is built using Mechanize, Nokogiri and Trollop. The source should be fairly easy to understand. If you want to improve/inspect CCLI, the --debug flag might be of interest to you - it will enable extensive logging of program's operations. I also highly recommend using Pry for debugging and runtime inspection. It will be loaded if CODE_DEBUG environment variable is specified. CCLI uses Bundler, therefore you can easily track dependencies, manage revisions and redistribute modifies versions. Just see rake -T

##Issues and support

Please report any issues to https://github.com/PJK/codex/issues. If they are reproducible, make sure to include info generated with --debug.

##Some final notes

• Each subcommand also takes some options. They have to be specified after the subcommand. Example: codex -g 15 --fetch solution is wrong and won't work, should be codex -g 15 solution --fetch
• CCLI won't work with Ruby 1.7 and older
• There is wealth of flags that modify behaviour of CCLI. Use -h, --help to your advantage