# CLISP .gdbinit set language c define boot file lisp.run set args -B . -N locale -E 1:1 -q -norc -M lispinit.mem end document boot debug the boot linking set end define base file base/lisp.run set args -B . -N locale -E 1:1 -q -norc -M base/lispinit.mem end document base debug the base linking set end define full file full/lisp.run set args -B . -N locale -E 1:1 -q -norc -M full/lispinit.mem # -i ../tests/tests -x '(run-test "***/test")' # -i clx/new-clx/demos/clx-demos.lisp -x '(clx-demos:run-all-demos)' break xlib_error_handler break x_type_error break error_closed_display break error_bdb break error_gdbm break error_pcre end document full debug the full linking set end define interpreted file lisp.run set args -B . -N locale -E 1:1 -q -norc -M interpreted.mem end document interpreted debug the boot linking set with the interpreted memory image end define zout output object_out($arg0) echo \n end document zout print the specified object with PRIN1 (consing!) end define xout output nobject_out(0,$arg0) echo \n end document xout print the specified object with nobject_out (non-consing) end # ffi.tst requires -E utf-8 define run_test run -B . -N locale -E utf-8 -q -norc -M lispinit.mem -i tests/tests -x "(run-test \"tests/$arg0\")" end document run_test run the specified test in the test suite end define run_all_tests run -B . -N locale -E utf-8 -q -norc -M lispinit.mem -i tests/tests -x "(cd \"tests/\") (run-all-tests)" end document run_all_tests run the whole test suite end define run_all_tests_parallel run -B . -N locale -E utf-8 -q -norc -M lispinit.mem -i tests/tests -x "(cd \"tests/\") (run-all-tests-parallel)" end document run_all_tests_parallel run the whole test suite, each file in its own thread end define run_mod_test run -B . -N locale -E 1:1 -q -norc -M $arg0/lispinit.mem -i tests/tests -x "(run-test \"../modules/$arg1/test.tst\" :logname \"$arg1/test.erg\")" end document run_mod_test run_mod_test (base|full) module run the tests for the specified module end define run_ansi_tests run -B . -N locale -E utf-8 -q -norc -M lispinit.mem -ansi -x "(cd \"ansi-tests/\") (load \"clispload.lsp\") (in-package \"CL-TEST\") (time (regression-test:do-tests))" end document run_ansi_tests run the ANSI test suite end define run_ansi_tests_compiled run -B . -N locale -E utf-8 -q -norc -M lispinit.mem -ansi -x "(cd \"ansi-tests/\") (load \"clispload.lsp\") (in-package \"CL-TEST\") (setq regression-test::*compile-tests* t) (time (regression-test:do-tests))" end document run_ansi_tests_compiled run the gcl/ansi-test suite - compiled end define stack set $idx = $arg1 while $idx >= $arg0 echo ***** STACK_ output $idx echo \ *****\n output object_out(STACK[-1-$idx]) echo \n set $idx = $idx-1 end end document stack print the section of STACK end define zbacktrace p back_trace_out(0,0) end document zbacktrace print the CLISP backtrace end break funcall commands xout fun end disable break apply commands xout fun end disable break eval commands xout form end disable break interpret_bytecode_ commands xout closure end disable break gar_col disable # not available with MULTITHREAD #watch back_trace #commands # zbacktrace # continue #end break register_foreign_inttype commands silent printf "%30s: %d %d\n", name_asciz, size, signed_p continue end break main_actions commands silent call check_funtab() continue end break error_notreached break SP_ueber break STACK_ueber break error break prepare_error break OS_error break OS_file_error break OS_filestream_error break errno_out_low break break_driver break signal_and_debug info break #ifdef GENERATIONAL_GC # This command fails in a build without GENERATIONAL_GC; this is normal. break sigsegv_handler_failed # You need to execute these two commands by hand, but *only* in a build # with GENERATIONAL_GC. Also you need to undo them when the breakpoint # at sigsegv_handler_failed has been triggered. #handle SIGSEGV noprint nostop #handle SIGBUS noprint nostop #endif #ifdef MULTITHREAD # you need this when debugging multithreaded CLISP # because SIGUSR1 is used by WITH-TIMEOUT #handle SIGUSR1 noprint nostop #end # cut and paste when you stop in interpret_bytecode_() watch byteptr commands output byteptr-byteptr_in echo \n end