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APL(1) GNU APL APL(1) NAME apl - a free APL interpreter SYNOPSIS apl [options] DESCRIPTION GNU APL is an interpreter for the programming language APL with support for nested arrays as defined in ISO standard 13751, aka. "Programming Language APL, Extended". This man page only describes the command line options of GNU APL; for a complete documentation of GNU APL see the info(1) file apl.info that is distributed with GNU APL. Before explaining the command line options of GNU APL, it may be worth- wile to mention how to stop (i.e. exit) it. Neither ^C nor ^D will stop GNU APL; these keys serve other purposes. Instead, you leave GNU APL with the command )OFF (on a separate line) like this: )OFF If APL is computing an expression (and possibly caught in an endless loop), then you may have to press ^C (called ATTENTION in APL) in order to return to APL's command mode and then give the )OFF command. GNU APL accepts the following command line options: OPTIONS --cfg show ./configure options used and exit. --[no]Color start with ]COLOR ON [OFF]. -d run the interpreter in the background (i.e. as daemon) --emacs run in (old) emacs mode. --emacs_arg arg run in (new) emacs mode with argument arg. -f file read input from file rather than from the keyboard. When the end of the file is reached, input is switched back to the keyboard. If you want to terminate the APL interpreter after executing the file, then use )OFF as last line in the file. --gpl show GNU APL license (GPL) and exit. -h, --help print all command line options with a brief hint what they do. -L wsname )LOAD wsname on start-up. --LX expr execute expr first (like LX) --id proc use processor ID proc for this interpreter. If no ID is pro- vided, then the first unused ID > 1000 is taken by this inter- preter and the ID becomes used as long as the interpreter runs. Processor IDs are used by shared variables to identify share partners. -l num turn logging facility num ON (if dynamic logging is configured). The logging facility for startup messages can be turned on even when dynamic logging is not configured. --echoCIN copy the input line (after editing) to stdout. For creating ses- sion logs. --noCIN do not echo stdin to stdout. Almost a must for scripting (unless you troubleshoot a script). --noCONT do not load a CONTINUE workspace on start-up. -p N use profile N in preference files --[no]SV do [not] start APserver (a shared variable server) on start-up. This disables communication with other workspaces or auxiliary processors through shared variables. --par pproc use processor parent ID pproc (default: no parent ID). -s, --script this option is an abbreviation for --silent --noCIN --noCONT -f - (a typical combination of options for APL scripts). --show_bin_dir display the binary directory (where, according to ./configure, --show_doc_dir display the directory where, according to ./configure, documen- tation files for GNU APL are intalled) --show_etc_dir display the system configuration directory where, according to ./configure, the preferences file for GNU APL is intalled --show_lib_dir display the system configuration directory where, according to ./configure, shared library files and the workspaces shipped with GNU APL are intalled. --show_src_dir display the source directory where, according to ./configure, GNU APL was compiled. This can be used, for example, by native functions that are built outside the GNU APL source tree to find GNU APL header files needed to compile. --show_all_dirs display all the directories above. -q, --silent suppress printing of the GNU APL welcome message. Useful for APL scripts. -T testcases ... run testcases. Testcases are text files that contain both input to the APL interpreter and the expected response from the inter- preter. The output from the interpreter is compared with the ex- pected output in the testcase file(s) and differences are marked. In addition a summary file is created that tells whether or not each of the testcases was successful. --TM mode test mode. This option how the interpreter shall behave when running a number of testcases (as specified with the `-T' op- tion) --TM 0 (default) run all testcases and exit after the last testcase. --TM 1 like --TM 0 if no error was detected. However, if one of the testcases has failed, then the interpreter does not exit so that the user can investigate the state of APL (SI, variable values, etc.). --TM 2 like --TM 1, but stay in the interpreter even if all testcases have passed. This can be useful in order to quickly bring the interpreter into a specific state and continue manual trou- bleshooting from that state. --TM 3 like --TM 1, but stop testcase execution after the first failed testcase (i.e. do not exit). --TM 4 like `--TM 3', but exit after the first failed testcase. The is useful for automatic regression tests, where no errors are ex- pected. --TR execute test case files in random order. --TS Normally, when the interpreter is run with the `-T' option, then an existing summary.log file is overridden without notice. This option causes new test results to be appended to a possibly ex- isting summary.log instead of overriding it. -v, --version show version information and exit. -w milli wait milli milliseconds at start-up. Useful to give other pro- grams that are started together with this interpreter time to initialize themselves. -- end of options for the interpreter. There can be more options following; these options are ignored by the APL interpreter, but are visible in the APL system variable ARG (which plays the role of arguments argc/argv in main(int argc, char * argv[]) in C/C++). REPORTING BUGS Report bugs to bug-apl@gnu.org GNU APL AUTHOR This manual page was written by Jrgen Sauermann, the author and main- tainer of GNU APL. apl 2014 July 28 APL(1)
NAME | SYNOPSIS | DESCRIPTION | OPTIONS | REPORTING BUGS | AUTHOR
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