multicoretests
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Published
20 hours ago •
ocaml-multicore
ocaml-multicore
Abbreviating print functions
Currently we are printing strings, lists, etc. unmodified which can sometimes get a bit long to the point that it may detract from seeing the structure of the program causing an issue. Below I list two example outputs that seem a bit excessive.
In contrast, the OCaml top-level cuts the output off at some point:
# String.make 4000 'c';;
- : string =
"ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc"... (* string length 4000; truncated *)
We may want to have our string, list, ... printing functions do something similar?
Here is an example with a string
Messages for test Lin DSL In_channel test with Domain:
Results incompatible with sequential execution
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In_channel.input_char t : Ok (Some ('\127')) In_channel.input_line t : Ok (Some ("ELF\001\001\001\000\000\000\000\000\000\000\000\000\003\000\003\000\001\000\000\000\208@\001\0004\000\000\000\148G#\000\000\000\000\0004\000 \000\012\000(\000(\000'\000\006\000\000\0004\000\000\0004\000\000\0004\000\000\000\128\001\000\000\128\001\000\000\004\000\000\000\004\000\000\000\003\000\000\000\180\001\000\000\180\001\000\000\180\001\000\000\019\000\000\000\019\000\000\000\004\000\000\000\001\000\000\000\001\000\000\000\000\000\000\000\000\000\000\000\000\000\000\000\004(\001\000\004(\001\000\004\000\000\000\000\016\000\000\001\000\000\000\0000\001\000\0000\001\000\0000\001\000Px\003\000Px\003\000\005\000\000\000\000\016\000\000\001\000\000\000\000\176\004\000\000\176\004\000\000\176\004\000\184\239\001\000\184\239\001\000\004\000\000\000\000\016\000\000\001\000\000\000\156\169\006\000\156\185\006\000\156\185\006\000\232l\b\000\176\134\t\000\006\000\000\000\000\016\000\000\002\000\000\000\192\170\006\000\192\186\006\000\192\186\006\000\b\001\000\000\b\001\000\000\006\000\000\000\004\000\000\000\004\000\000\000\200\001\000\000\200\001\000\000\200\001\000\000D\000\000\000D\000\000\000\004\000\000\000\004\000\000\000\007\000\000\000\156\169\006\000\156\185\006\000\156\185\006\000\028\000\000\000,\000\000\000\004\000\000\000\004\000\000\000P\229td\220\024\005\000\220\024\005\000\220\024\005\000\132'\000\000\132'\000\000\004\000\000\000\004\000\000\000Q\229td\000\000\000\000\000\000\000\000\000\000\000\000\000\000\000\000\000\000\000\000\006\000\000\000\016\000\000\000R\229td\156\169\006\000\156\185\006\000\156\185\006\000d\006\000\000d\006\000\000\004\000\000\000\001\000\000\000/lib/ld-linux.so.2\000\000\004\000\000\000\020\000\000\000\003\000\000\000GNU\000\224W\162m%\134\"\192\235\151\029G\231\138+\250\243\236c\214\004\000\000\000\016\000\000\000\001\000\000\000GNU\000\000\000\000\000\003\000\000\000\002\000\000\000\000\000\000\000\007\004\000\000\003\001\000\000\000\001\000\000\r\000\000\000\000d\018\002\020\003\002\024\144\192\208\001\006\016<\192\132\1652\000r\208\128 \000\004\000\128\002{\189\0005;|@@\000\002\000\0188P\129\b\000\000@J(\003\224\216%\t\147D\004\n"))
And here is one with string list:
Messages for test negative Lin DSL Dynlink test with Domain:
Results incompatible with sequential execution
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Dynlink.loadfile libA.cma : Ok (())
Dynlink.main_program_units () : ["CamlinternalFormat"; "CamlinternalFormatBasics"; "CamlinternalLazy"; "CamlinternalOO"; "Dune__exe__Lin_tests_dsl"; "Dynlink"; "Dynlink_common"; "Dynlink_compilerlibs"; "Dynlink_types"; "Lin"; "Lin_domain"; "QCheck"; "QCheck2"; "QCheck_base_runner"; "Std_exit"; "Stdlib"; "Stdlib__Arg"; "Stdlib__Array"; "Stdlib__Atomic"; "Stdlib__Bigarray"; "Stdlib__Buffer"; "Stdlib__Bytes"; "Stdlib__Callback"; "Stdlib__Char"; "Stdlib__Condition"; "Stdlib__Digest"; "Stdlib__Domain"; "Stdlib__Filename"; "Stdlib__Float"; "Stdlib__Format"; "Stdlib__Fun"; "Stdlib__Gc"; "Stdlib__Hashtbl"; "Stdlib__Int"; "Stdlib__Int32"; "Stdlib__Int64"; "Stdlib__Lazy"; "Stdlib__Lexing"; "Stdlib__List"; "Stdlib__Map"; "Stdlib__Mutex"; "Stdlib__Nativeint"; "Stdlib__Obj"; "Stdlib__Option"; "Stdlib__Parsing"; "Stdlib__Printexc"; "Stdlib__Printf"; "Stdlib__Queue"; "Stdlib__Random"; "Stdlib__Result"; "Stdlib__Seq"; "Stdlib__Set"; "Stdlib__Stack"; "Stdlib__String"; "Stdlib__Sys"; "Stdlib__Uchar"; "Unix"; "UnixLabels"; "Util"]
Dynlink.loadfile libC.cma : Error (Dynlink.Error (Dynlink.Cannot_open_dll "Sys_error(\"/home/runner/work/multicoretests/multicoretests/_build/default/src/dynlink/libC.cma: No such file or directory\")"))
Dynlink.main_program_units () : ["CamlinternalFormat"; "CamlinternalFormatBasics"; "CamlinternalLazy"; "CamlinternalOO"; "Dune__exe__Lin_tests_dsl"; "Dynlink"; "Dynlink_common"; "Dynlink_compilerlibs"; "Dynlink_types"; "Lin"; "Lin_domain"; "QCheck"; "QCheck2"; "QCheck_base_runner"; "Std_exit"; "Stdlib"; "Stdlib__Arg"; "Stdlib__Array"; "Stdlib__Atomic"; "Stdlib__Bigarray"; "Stdlib__Buffer"; "Stdlib__Bytes"; "Stdlib__Callback"; "Stdlib__Char"; "Stdlib__Condition"; "Stdlib__Digest"; "Stdlib__Domain"; "Stdlib__Filename"; "Stdlib__Float"; "Stdlib__Format"; "Stdlib__Fun"; "Stdlib__Gc"; "Stdlib__Hashtbl"; "Stdlib__Int"; "Stdlib__Int32"; "Stdlib__Int64"; "Stdlib__Lazy"; "Stdlib__Lexing"; "Stdlib__List"; "Stdlib__Map"; "Stdlib__Mutex"; "Stdlib__Nativeint"; "Stdlib__Obj"; "Stdlib__Option"; "Stdlib__Parsing"; "Stdlib__Printexc"; "Stdlib__Printf"; "Stdlib__Queue"; "Stdlib__Random"; "Stdlib__Result"; "Stdlib__Seq"; "Stdlib__Set"; "Stdlib__Stack"; "Stdlib__String"; "Stdlib__Sys"; "Stdlib__Uchar"; "Unix"; "UnixLabels"; "Util"]
Dynlink.loadfile libA.cma : Error (Dynlink.Error (Dynlink.Module_already_loaded "LibA"))
Dynlink.all_units () : ["CamlinternalFormat"; "CamlinternalFormatBasics"; "CamlinternalLazy"; "CamlinternalOO"; "Dune__exe__Lin_tests_dsl"; "Dynlink"; "Dynlink_common"; "Dynlink_compilerlibs"; "Dynlink_types"; "LibA"; "Lin"; "Lin_domain"; "QCheck"; "QCheck2"; "QCheck_base_runner"; "Std_exit"; "Stdlib"; "Stdlib__Arg"; "Stdlib__Array"; "Stdlib__Atomic"; "Stdlib__Bigarray"; "Stdlib__Buffer"; "Stdlib__Bytes"; "Stdlib__Callback"; "Stdlib__Char"; "Stdlib__Condition"; "Stdlib__Digest"; "Stdlib__Domain"; "Stdlib__Filename"; "Stdlib__Float"; "Stdlib__Format"; "Stdlib__Fun"; "Stdlib__Gc"; "Stdlib__Hashtbl"; "Stdlib__Int"; "Stdlib__Int32"; "Stdlib__Int64"; "Stdlib__Lazy"; "Stdlib__Lexing"; "Stdlib__List"; "Stdlib__Map"; "Stdlib__Mutex"; "Stdlib__Nativeint"; "Stdlib__Obj"; "Stdlib__Option"; "Stdlib__Parsing"; "Stdlib__Printexc"; "Stdlib__Printf"; "Stdlib__Queue"; "Stdlib__Random"; "Stdlib__Result"; "Stdlib__Seq"; "Stdlib__Set"; "Stdlib__Stack"; "Stdlib__String"; "Stdlib__Sys"; "Stdlib__Uchar"; "Unix"; "UnixLabels"; "Util"]
Dynlink.loadfile libB.cma : Ok (())
Dynlink.loadfile libC.cma : Error (Dynlink.Error (Dynlink.Cannot_open_dll "Sys_error(\"/home/runner/work/multicoretests/multicoretests/_build/default/src/dynlink/libC.cma: No such file or directory\")"))
Dynlink.loadfile libA.cma : Error (Dynlink.Error (Dynlink.Module_already_loaded "LibA"))
Dynlink.loadfile libA.cma : Error (Dynlink.Error (Dynlink.Module_already_loaded "LibA"))
Dynlink.all_units () : ["CamlinternalFormat"; "CamlinternalFormatBasics"; "CamlinternalLazy"; "CamlinternalOO"; "Dune__exe__Lin_tests_dsl"; "Dynlink"; "Dynlink_common"; "Dynlink_compilerlibs"; "Dynlink_types"; "LibA"; "LibB"; "Lin"; "Lin_domain"; "QCheck"; "QCheck2"; "QCheck_base_runner"; "Std_exit"; "Stdlib"; "Stdlib__Arg"; "Stdlib__Array"; "Stdlib__Atomic"; "Stdlib__Bigarray"; "Stdlib__Buffer"; "Stdlib__Bytes"; "Stdlib__Callback"; "Stdlib__Char"; "Stdlib__Condition"; "Stdlib__Digest"; "Stdlib__Domain"; "Stdlib__Filename"; "Stdlib__Float"; "Stdlib__Format"; "Stdlib__Fun"; "Stdlib__Gc"; "Stdlib__Hashtbl"; "Stdlib__Int"; "Stdlib__Int32"; "Stdlib__Int64"; "Stdlib__Lazy"; "Stdlib__Lexing"; "Stdlib__List"; "Stdlib__Map"; "Stdlib__Mutex"; "Stdlib__Nativeint"; "Stdlib__Obj"; "Stdlib__Option"; "Stdlib__Parsing"; "Stdlib__Printexc"; "Stdlib__Printf"; "Stdlib__Queue"; "Stdlib__Random"; "Stdlib__Result"; "Stdlib__Seq"; "Stdlib__Set"; "Stdlib__Stack"; "Stdlib__String"; "Stdlib__Sys"; "Stdlib__Uchar"; "Unix"; "UnixLabels"; "Util"]
Dynlink.all_units () : ["CamlinternalFormat"; "CamlinternalFormatBasics"; "CamlinternalLazy"; "CamlinternalOO"; "Dune__exe__Lin_tests_dsl"; "Dynlink"; "Dynlink_common"; "Dynlink_compilerlibs"; "Dynlink_types"; "LibA"; "LibB"; "Lin"; "Lin_domain"; "QCheck"; "QCheck2"; "QCheck_base_runner"; "Std_exit"; "Stdlib"; "Stdlib__Arg"; "Stdlib__Array"; "Stdlib__Atomic"; "Stdlib__Bigarray"; "Stdlib__Buffer"; "Stdlib__Bytes"; "Stdlib__Callback"; "Stdlib__Char"; "Stdlib__Condition"; "Stdlib__Digest"; "Stdlib__Domain"; "Stdlib__Filename"; "Stdlib__Float"; "Stdlib__Format"; "Stdlib__Fun"; "Stdlib__Gc"; "Stdlib__Hashtbl"; "Stdlib__Int"; "Stdlib__Int32"; "Stdlib__Int64"; "Stdlib__Lazy"; "Stdlib__Lexing"; "Stdlib__List"; "Stdlib__Map"; "Stdlib__Mutex"; "Stdlib__Nativeint"; "Stdlib__Obj"; "Stdlib__Option"; "Stdlib__Parsing"; "Stdlib__Printexc"; "Stdlib__Printf"; "Stdlib__Queue"; "Stdlib__Random"; "Stdlib__Result"; "Stdlib__Seq"; "Stdlib__Set"; "Stdlib__Stack"; "Stdlib__String"; "Stdlib__Sys"; "Stdlib__Uchar"; "Unix"; "UnixLabels"; "Util"]
Dynlink.loadfile libB.cma : Error (Dynlink.Error (Dynlink.Module_already_loaded "LibB"))
Dynlink.loadfile libC.cma : Error (Dynlink.Error (Dynlink.Cannot_open_dll "Sys_error(\"/home/runner/work/multicoretests/multicoretests/_build/default/src/dynlink/libC.cma: No such file or directory\")"))
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Dynlink.all_units () : ["CamlinternalFormat"; "CamlinternalFormatBasics"; "CamlinternalLazy"; "CamlinternalOO"; "Dune__exe__Lin_tests_dsl"; "Dynlink"; "Dynlink_common"; "Dynlink_compilerlibs"; "Dynlink_types"; "LibA"; "LibB"; "Lin"; "Lin_domain"; "QCheck"; "QCheck2"; "QCheck_base_runner"; "Std_exit"; "Stdlib"; "Stdlib__Arg"; "Stdlib__Array"; "Stdlib__Atomic"; "Stdlib__Bigarray"; "Stdlib__Buffer"; "Stdlib__Bytes"; "Stdlib__Callback"; "Stdlib__Char"; "Stdlib__Condition"; "Stdlib__Digest"; "Stdlib__Domain"; "Stdlib__Filename"; "Stdlib__Float"; "Stdlib__Format"; "Stdlib__Fun"; "Stdlib__Gc"; "Stdlib__Hashtbl"; "Stdlib__Int"; "Stdlib__Int32"; "Stdlib__Int64"; "Stdlib__Lazy"; "Stdlib__Lexing"; "Stdlib__List"; "Stdlib__Map"; "Stdlib__Mutex"; "Stdlib__Nativeint"; "Stdlib__Obj"; "Stdlib__Option"; "Stdlib__Parsing"; "Stdlib__Printexc"; "Stdlib__Printf"; "Stdlib__Queue"; "Stdlib__Random"; "Stdlib__Result"; "Stdlib__Seq"; "Stdlib__Set"; "Stdlib__Stack"; "Stdlib__String"; "Stdlib__Sys"; "Stdlib__Uchar"; "Unix"; "UnixLabels"; "Util"] Dynlink.all_units () : ["CamlinternalFormat"; "CamlinternalFormatBasics"; "CamlinternalLazy"; "CamlinternalOO"; "Dune__exe__Lin_tests_dsl"; "Dynlink"; "Dynlink_common"; "Dynlink_compilerlibs"; "Dynlink_types"; "LibA"; "LibB"; "Lin"; "Lin_domain"; "QCheck"; "QCheck2"; "QCheck_base_runner"; "Std_exit"; "Stdlib"; "Stdlib__Arg"; "Stdlib__Array"; "Stdlib__Atomic"; "Stdlib__Bigarray"; "Stdlib__Buffer"; "Stdlib__Bytes"; "Stdlib__Callback"; "Stdlib__Char"; "Stdlib__Condition"; "Stdlib__Digest"; "Stdlib__Domain"; "Stdlib__Filename"; "Stdlib__Float"; "Stdlib__Format"; "Stdlib__Fun"; "Stdlib__Gc"; "Stdlib__Hashtbl"; "Stdlib__Int"; "Stdlib__Int32"; "Stdlib__Int64"; "Stdlib__Lazy"; "Stdlib__Lexing"; "Stdlib__List"; "Stdlib__Map"; "Stdlib__Mutex"; "Stdlib__Nativeint"; "Stdlib__Obj"; "Stdlib__Option"; "Stdlib__Parsing"; "Stdlib__Printexc"; "Stdlib__Printf"; "Stdlib__Queue"; "Stdlib__Random"; "Stdlib__Result"; "Stdlib__Seq"; "Stdlib__Set"; "Stdlib__Stack"; "Stdlib__String"; "Stdlib__Sys"; "Stdlib__Uchar"; "Unix"; "UnixLabels"; "Util"]
Dynlink.all_units () : ["CamlinternalFormat"; "CamlinternalFormatBasics"; "CamlinternalLazy"; "CamlinternalOO"; "Dune__exe__Lin_tests_dsl"; "Dynlink"; "Dynlink_common"; "Dynlink_compilerlibs"; "Dynlink_types"; "LibA"; "LibB"; "Lin"; "Lin_domain"; "QCheck"; "QCheck2"; "QCheck_base_runner"; "Std_exit"; "Stdlib"; "Stdlib__Arg"; "Stdlib__Array"; "Stdlib__Atomic"; "Stdlib__Bigarray"; "Stdlib__Buffer"; "Stdlib__Bytes"; "Stdlib__Callback"; "Stdlib__Char"; "Stdlib__Condition"; "Stdlib__Digest"; "Stdlib__Domain"; "Stdlib__Filename"; "Stdlib__Float"; "Stdlib__Format"; "Stdlib__Fun"; "Stdlib__Gc"; "Stdlib__Hashtbl"; "Stdlib__Int"; "Stdlib__Int32"; "Stdlib__Int64"; "Stdlib__Lazy"; "Stdlib__Lexing"; "Stdlib__List"; "Stdlib__Map"; "Stdlib__Mutex"; "Stdlib__Nativeint"; "Stdlib__Obj"; "Stdlib__Option"; "Stdlib__Parsing"; "Stdlib__Printexc"; "Stdlib__Printf"; "Stdlib__Queue"; "Stdlib__Random"; "Stdlib__Result"; "Stdlib__Seq"; "Stdlib__Set"; "Stdlib__Stack"; "Stdlib__String"; "Stdlib__Sys"; "Stdlib__Uchar"; "Unix"; "UnixLabels"; "Util"] Dynlink.main_program_units () : ["CamlinternalFormat"; "CamlinternalFormatBasics"; "CamlinternalLazy"; "CamlinternalOO"; "Dune__exe__Lin_tests_dsl"; "Dynlink"; "Dynlink_common"; "Dynlink_compilerlibs"; "Dynlink_types"; "Lin"; "Lin_domain"; "QCheck"; "QCheck2"; "QCheck_base_runner"; "Std_exit"; "Stdlib"; "Stdlib__Arg"; "Stdlib__Array"; "Stdlib__Atomic"; "Stdlib__Bigarray"; "Stdlib__Buffer"; "Stdlib__Bytes"; "Stdlib__Callback"; "Stdlib__Char"; "Stdlib__Condition"; "Stdlib__Digest"; "Stdlib__Domain"; "Stdlib__Filename"; "Stdlib__Float"; "Stdlib__Format"; "Stdlib__Fun"; "Stdlib__Gc"; "Stdlib__Hashtbl"; "Stdlib__Int"; "Stdlib__Int32"; "Stdlib__Int64"; "Stdlib__Lazy"; "Stdlib__Lexing"; "Stdlib__List"; "Stdlib__Map"; "Stdlib__Mutex"; "Stdlib__Nativeint"; "Stdlib__Obj"; "Stdlib__Option"; "Stdlib__Parsing"; "Stdlib__Printexc"; "Stdlib__Printf"; "Stdlib__Queue"; "Stdlib__Random"; "Stdlib__Result"; "Stdlib__Seq"; "Stdlib__Set"; "Stdlib__Stack"; "Stdlib__String"; "Stdlib__Sys"; "Stdlib__Uchar"; "Unix"; "UnixLabels"; "Util"]
Dynlink.main_program_units () : ["CamlinternalFormat"; "CamlinternalFormatBasics"; "CamlinternalLazy"; "CamlinternalOO"; "Dune__exe__Lin_tests_dsl"; "Dynlink"; "Dynlink_common"; "Dynlink_compilerlibs"; "Dynlink_types"; "Lin"; "Lin_domain"; "QCheck"; "QCheck2"; "QCheck_base_runner"; "Std_exit"; "Stdlib"; "Stdlib__Arg"; "Stdlib__Array"; "Stdlib__Atomic"; "Stdlib__Bigarray"; "Stdlib__Buffer"; "Stdlib__Bytes"; "Stdlib__Callback"; "Stdlib__Char"; "Stdlib__Condition"; "Stdlib__Digest"; "Stdlib__Domain"; "Stdlib__Filename"; "Stdlib__Float"; "Stdlib__Format"; "Stdlib__Fun"; "Stdlib__Gc"; "Stdlib__Hashtbl"; "Stdlib__Int"; "Stdlib__Int32"; "Stdlib__Int64"; "Stdlib__Lazy"; "Stdlib__Lexing"; "Stdlib__List"; "Stdlib__Map"; "Stdlib__Mutex"; "Stdlib__Nativeint"; "Stdlib__Obj"; "Stdlib__Option"; "Stdlib__Parsing"; "Stdlib__Printexc"; "Stdlib__Printf"; "Stdlib__Queue"; "Stdlib__Random"; "Stdlib__Result"; "Stdlib__Seq"; "Stdlib__Set"; "Stdlib__Stack"; "Stdlib__String"; "Stdlib__Sys"; "Stdlib__Uchar"; "Unix"; "UnixLabels"; "Util"] Dynlink.all_units () : ["CamlinternalFormat"; "CamlinternalFormatBasics"; "CamlinternalLazy"; "CamlinternalOO"; "Dune__exe__Lin_tests_dsl"; "Dynlink"; "Dynlink_common"; "Dynlink_compilerlibs"; "Dynlink_types"; "LibA"; "LibB"; "Lin"; "Lin_domain"; "QCheck"; "QCheck2"; "QCheck_base_runner"; "Std_exit"; "Stdlib"; "Stdlib__Arg"; "Stdlib__Array"; "Stdlib__Atomic"; "Stdlib__Bigarray"; "Stdlib__Buffer"; "Stdlib__Bytes"; "Stdlib__Callback"; "Stdlib__Char"; "Stdlib__Condition"; "Stdlib__Digest"; "Stdlib__Domain"; "Stdlib__Filename"; "Stdlib__Float"; "Stdlib__Format"; "Stdlib__Fun"; "Stdlib__Gc"; "Stdlib__Hashtbl"; "Stdlib__Int"; "Stdlib__Int32"; "Stdlib__Int64"; "Stdlib__Lazy"; "Stdlib__Lexing"; "Stdlib__List"; "Stdlib__Map"; "Stdlib__Mutex"; "Stdlib__Nativeint"; "Stdlib__Obj"; "Stdlib__Option"; "Stdlib__Parsing"; "Stdlib__Printexc"; "Stdlib__Printf"; "Stdlib__Queue"; "Stdlib__Random"; "Stdlib__Result"; "Stdlib__Seq"; "Stdlib__Set"; "Stdlib__Stack"; "Stdlib__String"; "Stdlib__Sys"; "Stdlib__Uchar"; "Unix"; "UnixLabels"; "Util"]
