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FlagsUtil.mo
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FlagsUtil.mo
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/*
* This file is part of OpenModelica.
*
* Copyright (c) 1998-CurrentYear, Open Source Modelica Consortium (OSMC),
* c/o Linköpings universitet, Department of Computer and Information Science,
* SE-58183 Linköping, Sweden.
*
* All rights reserved.
*
* THIS PROGRAM IS PROVIDED UNDER THE TERMS OF GPL VERSION 3 LICENSE OR
* THIS OSMC PUBLIC LICENSE (OSMC-PL) VERSION 1.2.
* ANY USE, REPRODUCTION OR DISTRIBUTION OF THIS PROGRAM CONSTITUTES
* RECIPIENT'S ACCEPTANCE OF THE OSMC PUBLIC LICENSE OR THE GPL VERSION 3,
* ACCORDING TO RECIPIENTS CHOICE.
*
* The OpenModelica software and the Open Source Modelica
* Consortium (OSMC) Public License (OSMC-PL) are obtained
* from OSMC, either from the above address,
* from the URLs: http://www.ida.liu.se/projects/OpenModelica or
* http://www.openmodelica.org, and in the OpenModelica distribution.
* GNU version 3 is obtained from: http://www.gnu.org/copyleft/gpl.html.
*
* This program is distributed WITHOUT ANY WARRANTY; without
* even the implied warranty of MERCHANTABILITY or FITNESS
* FOR A PARTICULAR PURPOSE, EXCEPT AS EXPRESSLY SET FORTH
* IN THE BY RECIPIENT SELECTED SUBSIDIARY LICENSE CONDITIONS OF OSMC-PL.
*
* See the full OSMC Public License conditions for more details.
*
*/
encapsulated package FlagsUtil
" file: FlagsUtil.mo
package: FlagsUtil
description: Tools for using compiler flags.
This package contains function for using the compiler flags in Flags.mo."
import Flags;
protected
import Corba;
import Error;
import ErrorExt;
import Global;
import List;
import Print;
import Settings;
import StringUtil;
import System;
import Util;
// This is a list of all debug flags, to keep track of which flags are used. A
// flag can not be used unless it's in this list, and the list is checked at
// initialization so that all flags are sorted by index (and thus have unique
// indices).
protected
constant list<Flags.DebugFlag> allDebugFlags = {
Flags.FAILTRACE,
Flags.CEVAL,
Flags.CHECK_BACKEND_DAE,
Flags.PARMODAUTO,
Flags.PTHREADS,
Flags.EVENTS,
Flags.DUMP_INLINE_SOLVER,
Flags.EVAL_FUNC,
Flags.GEN,
Flags.DYN_LOAD,
Flags.GENERATE_CODE_CHEAT,
Flags.CGRAPH_GRAPHVIZ_FILE,
Flags.CGRAPH_GRAPHVIZ_SHOW,
Flags.GC_PROF,
Flags.CHECK_DAE_CREF_TYPE,
Flags.CHECK_ASUB,
Flags.INSTANCE,
Flags.CACHE,
Flags.RML,
Flags.TAIL,
Flags.LOOKUP,
Flags.PATTERNM_SKIP_FILTER_UNUSED_AS_BINDINGS,
Flags.PATTERNM_ALL_INFO,
Flags.PATTERNM_DCE,
Flags.PATTERNM_MOVE_LAST_EXP,
Flags.EXPERIMENTAL_REDUCTIONS,
Flags.EVAL_PARAM,
Flags.TYPES,
Flags.SHOW_STATEMENT,
Flags.DUMP,
Flags.DUMP_GRAPHVIZ,
Flags.EXEC_STAT,
Flags.TRANSFORMS_BEFORE_DUMP,
Flags.DAE_DUMP_GRAPHV,
Flags.INTERACTIVE_TCP,
Flags.INTERACTIVE_CORBA,
Flags.INTERACTIVE_DUMP,
Flags.RELIDX,
Flags.DUMP_REPL,
Flags.DUMP_FP_REPL,
Flags.DUMP_PARAM_REPL,
Flags.DUMP_PP_REPL,
Flags.DUMP_EA_REPL,
Flags.DEBUG_ALIAS,
Flags.TEARING_DUMP,
Flags.JAC_DUMP,
Flags.JAC_DUMP2,
Flags.JAC_DUMP_EQN,
Flags.JAC_WARNINGS,
Flags.DUMP_SPARSE,
Flags.DUMP_SPARSE_VERBOSE,
Flags.BLT_DUMP,
Flags.DUMMY_SELECT,
Flags.DUMP_DAE_LOW,
Flags.DUMP_INDX_DAE,
Flags.OPT_DAE_DUMP,
Flags.EXEC_HASH,
Flags.PARAM_DLOW_DUMP,
Flags.DUMP_ENCAPSULATECONDITIONS,
Flags.ON_RELAXATION,
Flags.SHORT_OUTPUT,
Flags.COUNT_OPERATIONS,
Flags.CGRAPH,
Flags.UPDMOD,
Flags.STATIC,
Flags.TPL_PERF_TIMES,
Flags.CHECK_SIMPLIFY,
Flags.SCODE_INST,
Flags.WRITE_TO_BUFFER,
Flags.DUMP_BACKENDDAE_INFO,
Flags.GEN_DEBUG_SYMBOLS,
Flags.DUMP_STATESELECTION_INFO,
Flags.DUMP_EQNINORDER,
Flags.SEMILINEAR,
Flags.UNCERTAINTIES,
Flags.SHOW_START_ORIGIN,
Flags.DUMP_SIMCODE,
Flags.DUMP_INITIAL_SYSTEM,
Flags.GRAPH_INST,
Flags.GRAPH_INST_RUN_DEP,
Flags.GRAPH_INST_GEN_GRAPH,
Flags.GRAPH_INST_SHOW_GRAPH,
Flags.DUMP_CONST_REPL,
Flags.SHOW_EQUATION_SOURCE,
Flags.LS_ANALYTIC_JACOBIAN,
Flags.NLS_ANALYTIC_JACOBIAN,
Flags.INLINE_SOLVER,
Flags.HPCOM,
Flags.INITIALIZATION,
Flags.INLINE_FUNCTIONS,
Flags.DUMP_SCC_GRAPHML,
Flags.TEARING_DUMPVERBOSE,
Flags.DISABLE_SINGLE_FLOW_EQ,
Flags.DUMP_DISCRETEVARS_INFO,
Flags.ADDITIONAL_GRAPHVIZ_DUMP,
Flags.INFO_XML_OPERATIONS,
Flags.HPCOM_DUMP,
Flags.RESOLVE_LOOPS_DUMP,
Flags.DISABLE_WINDOWS_PATH_CHECK_WARNING,
Flags.DISABLE_RECORD_CONSTRUCTOR_OUTPUT,
Flags.DUMP_TRANSFORMED_MODELICA_MODEL,
Flags.EVALUATE_CONST_FUNCTIONS,
Flags.IMPL_ODE,
Flags.EVAL_FUNC_DUMP,
Flags.PRINT_STRUCTURAL,
Flags.ITERATION_VARS,
Flags.ALLOW_RECORD_TOO_MANY_FIELDS,
Flags.HPCOM_MEMORY_OPT,
Flags.DUMP_SYNCHRONOUS,
Flags.STRIP_PREFIX,
Flags.DO_SCODE_DEP,
Flags.SHOW_INST_CACHE_INFO,
Flags.DUMP_UNIT,
Flags.DUMP_EQ_UNIT,
Flags.DUMP_EQ_UNIT_STRUCT,
Flags.SHOW_DAE_GENERATION,
Flags.RESHUFFLE_POST,
Flags.SHOW_EXPANDABLE_INFO,
Flags.DUMP_HOMOTOPY,
Flags.OMC_RELOCATABLE_FUNCTIONS,
Flags.GRAPHML,
Flags.USEMPI,
Flags.DUMP_CSE,
Flags.DUMP_CSE_VERBOSE,
Flags.ADD_DER_ALIASES,
Flags.DISABLE_COMSUBEXP,
Flags.NO_START_CALC,
Flags.NO_PARTITIONING,
Flags.CONSTJAC,
Flags.REDUCE_DYN_OPT,
Flags.VISUAL_XML,
Flags.ADD_SCALED_VARS,
Flags.ADD_SCALED_VARS_INPUT,
Flags.VECTORIZE,
Flags.CHECK_EXT_LIBS,
Flags.RUNTIME_STATIC_LINKING,
Flags.SORT_EQNS_AND_VARS,
Flags.DUMP_SIMPLIFY_LOOPS,
Flags.DUMP_RTEARING,
Flags.DIS_SIMP_FUN,
Flags.DIS_SYMJAC_FMI20,
Flags.EVAL_OUTPUT_ONLY,
Flags.HARDCODED_START_VALUES,
Flags.DUMP_FUNCTIONS,
Flags.DEBUG_DIFFERENTIATION,
Flags.DEBUG_DIFFERENTIATION_VERBOSE,
Flags.FMU_EXPERIMENTAL,
Flags.DUMP_DGESV,
Flags.MULTIRATE_PARTITION,
Flags.DUMP_EXCLUDED_EXP,
Flags.DEBUG_ALGLOOP_JACOBIAN,
Flags.DISABLE_JACSCC,
Flags.FORCE_NLS_ANALYTIC_JACOBIAN,
Flags.DUMP_LOOPS,
Flags.DUMP_LOOPS_VERBOSE,
Flags.SKIP_INPUT_OUTPUT_SYNTACTIC_SUGAR,
Flags.OMC_RECORD_ALLOC_WORDS,
Flags.TOTAL_TEARING_DUMP,
Flags.TOTAL_TEARING_DUMPVERBOSE,
Flags.PARALLEL_CODEGEN,
Flags.SERIALIZED_SIZE,
Flags.BACKEND_KEEP_ENV_GRAPH,
Flags.DUMPBACKENDINLINE,
Flags.DUMPBACKENDINLINE_VERBOSE,
Flags.BLT_MATRIX_DUMP,
Flags.LIST_REVERSE_WRONG_ORDER,
Flags.PARTITION_INITIALIZATION,
Flags.EVAL_PARAM_DUMP,
Flags.NF_UNITCHECK,
Flags.DISABLE_COLORING,
Flags.MERGE_ALGORITHM_SECTIONS,
Flags.WARN_NO_NOMINAL,
Flags.REDUCE_DAE,
Flags.IGNORE_CYCLES,
Flags.ALIAS_CONFLICTS,
Flags.SUSAN_MATCHCONTINUE_DEBUG,
Flags.OLD_FE_UNITCHECK,
Flags.EXEC_STAT_EXTRA_GC,
Flags.DEBUG_DAEMODE,
Flags.NF_SCALARIZE,
Flags.NF_EVAL_CONST_ARG_FUNCS,
Flags.NF_EXPAND_OPERATIONS,
Flags.NF_API,
Flags.NF_API_DYNAMIC_SELECT,
Flags.NF_API_NOISE,
Flags.FMI20_DEPENDENCIES,
Flags.WARNING_MINMAX_ATTRIBUTES,
Flags.NF_EXPAND_FUNC_ARGS,
Flags.DUMP_JL,
Flags.DUMP_ASSC,
Flags.SPLIT_CONSTANT_PARTS_SYMJAC,
Flags.NF_DUMP_FLAT,
Flags.DUMP_FORCE_FMI_ATTRIBUTES,
Flags.DUMP_DATARECONCILIATION
};
protected
// This is a list of all configuration flags. A flag can not be used unless it's
// in this list, and the list is checked at initialization so that all flags are
// sorted by index (and thus have unique indices).
constant list<Flags.ConfigFlag> allConfigFlags = {
Flags.DEBUG,
Flags.HELP,
Flags.RUNNING_TESTSUITE,
Flags.SHOW_VERSION,
Flags.TARGET,
Flags.GRAMMAR,
Flags.ANNOTATION_VERSION,
Flags.LANGUAGE_STANDARD,
Flags.SHOW_ERROR_MESSAGES,
Flags.SHOW_ANNOTATIONS,
Flags.NO_SIMPLIFY,
Flags.PRE_OPT_MODULES,
Flags.CHEAPMATCHING_ALGORITHM,
Flags.MATCHING_ALGORITHM,
Flags.INDEX_REDUCTION_METHOD,
Flags.POST_OPT_MODULES,
Flags.SIMCODE_TARGET,
Flags.ORDER_CONNECTIONS,
Flags.TYPE_INFO,
Flags.KEEP_ARRAYS,
Flags.MODELICA_OUTPUT,
Flags.SILENT,
Flags.CORBA_SESSION,
Flags.NUM_PROC,
Flags.LATENCY,
Flags.BANDWIDTH,
Flags.INST_CLASS,
Flags.VECTORIZATION_LIMIT,
Flags.SIMULATION_CG,
Flags.EVAL_PARAMS_IN_ANNOTATIONS,
Flags.CHECK_MODEL,
Flags.CEVAL_EQUATION,
Flags.UNIT_CHECKING,
Flags.TRANSLATE_DAE_STRING,
Flags.GENERATE_LABELED_SIMCODE,
Flags.REDUCE_TERMS,
Flags.REDUCTION_METHOD,
Flags.DEMO_MODE,
Flags.LOCALE_FLAG,
Flags.DEFAULT_OPENCL_DEVICE,
Flags.MAXTRAVERSALS,
Flags.DUMP_TARGET,
Flags.DELAY_BREAK_LOOP,
Flags.TEARING_METHOD,
Flags.TEARING_HEURISTIC,
Flags.DISABLE_LINEAR_TEARING,
Flags.SCALARIZE_MINMAX,
Flags.STRICT,
Flags.SCALARIZE_BINDINGS,
Flags.CORBA_OBJECT_REFERENCE_FILE_PATH,
Flags.HPCOM_SCHEDULER,
Flags.HPCOM_CODE,
Flags.REWRITE_RULES_FILE,
Flags.REPLACE_HOMOTOPY,
Flags.GENERATE_SYMBOLIC_JACOBIAN,
Flags.GENERATE_SYMBOLIC_LINEARIZATION,
Flags.INT_ENUM_CONVERSION,
Flags.PROFILING_LEVEL,
Flags.RESHUFFLE,
Flags.GENERATE_DYN_OPTIMIZATION_PROBLEM,
Flags.CSE_CALL,
Flags.CSE_BINARY,
Flags.CSE_EACHCALL,
Flags.MAX_SIZE_FOR_SOLVE_LINIEAR_SYSTEM,
Flags.CPP_FLAGS,
Flags.REMOVE_SIMPLE_EQUATIONS,
Flags.DYNAMIC_TEARING,
Flags.SYM_SOLVER,
Flags.ADD_TIME_AS_STATE,
Flags.LOOP2CON,
Flags.FORCE_TEARING,
Flags.SIMPLIFY_LOOPS,
Flags.RTEARING,
Flags.FLOW_THRESHOLD,
Flags.MATRIX_FORMAT,
Flags.PARTLINTORN,
Flags.INIT_OPT_MODULES,
Flags.MAX_MIXED_DETERMINED_INDEX,
Flags.USE_LOCAL_DIRECTION,
Flags.DEFAULT_OPT_MODULES_ORDERING,
Flags.PRE_OPT_MODULES_ADD,
Flags.PRE_OPT_MODULES_SUB,
Flags.POST_OPT_MODULES_ADD,
Flags.POST_OPT_MODULES_SUB,
Flags.INIT_OPT_MODULES_ADD,
Flags.INIT_OPT_MODULES_SUB,
Flags.PERMISSIVE,
Flags.HETS,
Flags.DEFAULT_CLOCK_PERIOD,
Flags.INST_CACHE_SIZE,
Flags.MAX_SIZE_LINEAR_TEARING,
Flags.MAX_SIZE_NONLINEAR_TEARING,
Flags.NO_TEARING_FOR_COMPONENT,
Flags.CT_STATE_MACHINES,
Flags.DAE_MODE,
Flags.INLINE_METHOD,
Flags.SET_TEARING_VARS,
Flags.SET_RESIDUAL_EQNS,
Flags.IGNORE_COMMAND_LINE_OPTIONS_ANNOTATION,
Flags.CALCULATE_SENSITIVITIES,
Flags.ALARM,
Flags.TOTAL_TEARING,
Flags.IGNORE_SIMULATION_FLAGS_ANNOTATION,
Flags.DYNAMIC_TEARING_FOR_INITIALIZATION,
Flags.PREFER_TVARS_WITH_START_VALUE,
Flags.EQUATIONS_PER_FILE,
Flags.EVALUATE_FINAL_PARAMS,
Flags.EVALUATE_PROTECTED_PARAMS,
Flags.REPLACE_EVALUATED_PARAMS,
Flags.CONDENSE_ARRAYS,
Flags.WFC_ADVANCED,
Flags.GRAPHICS_EXP_MODE,
Flags.TEARING_STRICTNESS,
Flags.INTERACTIVE,
Flags.ZEROMQ_FILE_SUFFIX,
Flags.HOMOTOPY_APPROACH,
Flags.IGNORE_REPLACEABLE,
Flags.LABELED_REDUCTION,
Flags.DISABLE_EXTRA_LABELING,
Flags.LOAD_MSL_MODEL,
Flags.Load_PACKAGE_FILE,
Flags.BUILDING_FMU,
Flags.BUILDING_MODEL,
Flags.POST_OPT_MODULES_DAE,
Flags.EVAL_LOOP_LIMIT,
Flags.EVAL_RECURSION_LIMIT,
Flags.SINGLE_INSTANCE_AGLSOLVER,
Flags.SHOW_STRUCTURAL_ANNOTATIONS,
Flags.INITIAL_STATE_SELECTION,
Flags.LINEARIZATION_DUMP_LANGUAGE,
Flags.NO_ASSC,
Flags.FULL_ASSC,
Flags.MAX_SIZE_ASSC,
Flags.USE_ZEROMQ_IN_SIM,
Flags.ZEROMQ_PUB_PORT,
Flags.ZEROMQ_SUB_PORT,
Flags.ZEROMQ_JOB_ID,
Flags.ZEROMQ_SERVER_ID,
Flags.ZEROMQ_CLIENT_ID,
Flags.FMI_VERSION,
Flags.FLAT_MODELICA,
Flags.FMI_FILTER,
Flags.FMI_SOURCES,
Flags.FMI_FLAGS,
Flags.NEW_BACKEND
};
public function new
"Create a new flags structure and read the given arguments."
input list<String> inArgs;
output list<String> outArgs;
algorithm
_ := loadFlags();
outArgs := readArgs(inArgs);
end new;
public function saveFlags
"Saves the flags with setGlobalRoot."
input Flags.Flag inFlags;
algorithm
setGlobalRoot(Global.flagsIndex, inFlags);
end saveFlags;
protected function createConfigFlags
output array<Flags.FlagData> configFlags;
protected
Integer count, index = 0;
algorithm
configFlags := listArray(list(flag.defaultValue for flag in allConfigFlags));
end createConfigFlags;
protected function createDebugFlags
output array<Boolean> debugFlags;
algorithm
debugFlags := listArray(list(flag.default for flag in allDebugFlags));
end createDebugFlags;
public function loadFlags
"Loads the flags with getGlobalRoot. Creates a new flags structure if it
hasn't been created yet."
input Boolean initialize = true;
output Flags.Flag flags;
protected
array<Boolean> debug_flags;
array<Flags.FlagData> config_flags;
algorithm
try
flags := Flags.getFlags();
else
if initialize then
checkDebugFlags();
checkConfigFlags();
flags := Flags.FLAGS(createDebugFlags(), createConfigFlags());
saveFlags(flags);
else
print("Flag loading failed!\n");
flags := Flags.NO_FLAGS();
end if;
end try;
end loadFlags;
public function backupFlags
"Creates a copy of the existing flags."
output Flags.Flag outFlags;
protected
array<Boolean> debug_flags;
array<Flags.FlagData> config_flags;
algorithm
Flags.FLAGS(debug_flags, config_flags) := loadFlags();
outFlags := Flags.FLAGS(arrayCopy(debug_flags), arrayCopy(config_flags));
end backupFlags;
public function resetDebugFlags
"Resets all debug flags to their default values."
protected
array<Boolean> debug_flags;
array<Flags.FlagData> config_flags;
algorithm
Flags.FLAGS(_, config_flags) := loadFlags();
debug_flags := createDebugFlags();
saveFlags(Flags.FLAGS(debug_flags, config_flags));
end resetDebugFlags;
public function resetConfigFlags
"Resets all configuration flags to their default values."
protected
array<Boolean> debug_flags;
array<Flags.FlagData> config_flags;
algorithm
Flags.FLAGS(debug_flags, _) := loadFlags();
config_flags := createConfigFlags();
saveFlags(Flags.FLAGS(debug_flags, config_flags));
end resetConfigFlags;
protected function checkDebugFlags
"Checks that the flags listed in allDebugFlags have sequential and unique indices."
protected
Integer index = 0;
String err_str;
algorithm
for flag in allDebugFlags loop
index := index + 1;
// If the flag indices are borked, print an error and terminate the compiler.
// Only failing here could cause an infinite loop of trying to load the flags.
if flag.index <> index then
err_str := "Invalid flag '" + flag.name + "' with index " + String(flag.index) + " (expected " + String(index) +
") in Flags.allDebugFlags. Make sure that all flags are present and ordered correctly!";
Error.terminateError(err_str, sourceInfo());
end if;
end for;
end checkDebugFlags;
protected function checkConfigFlags
"Checks that the flags listed in allConfigFlags have sequential and unique indices."
protected
Integer index = 0;
String err_str;
algorithm
for flag in allConfigFlags loop
index := index + 1;
// If the flag indices are borked, print an error and terminate the compiler.
// Only failing here could cause an infinite loop of trying to load the flags.
if flag.index <> index then
err_str := "Invalid flag '" + flag.name + "' with index " + String(flag.index) + " (expected " + String(index) +
") in Flags.allConfigFlags. Make sure that all flags are present and ordered correctly!";
Error.terminateError(err_str, sourceInfo());
end if;
end for;
end checkConfigFlags;
public function set
"Sets the value of a debug flag, and returns the old value."
input Flags.DebugFlag inFlag;
input Boolean inValue;
output Boolean outOldValue;
protected
array<Boolean> debug_flags;
array<Flags.FlagData> config_flags;
Flags.Flag flags;
algorithm
Flags.FLAGS(debug_flags, config_flags) := loadFlags();
(debug_flags, outOldValue) := updateDebugFlagArray(debug_flags, inValue, inFlag);
saveFlags(Flags.FLAGS(debug_flags, config_flags));
end set;
public function enableDebug
"Enables a debug flag."
input Flags.DebugFlag inFlag;
output Boolean outOldValue;
algorithm
outOldValue := set(inFlag, true);
end enableDebug;
public function disableDebug
"Disables a debug flag."
input Flags.DebugFlag inFlag;
output Boolean outOldValue;
algorithm
outOldValue := set(inFlag, false);
end disableDebug;
function getConfigOptionsStringList
"Returns the valid options of a single-string configuration flag."
input Flags.ConfigFlag inFlag;
output list<String> outOptions;
output list<String> outComments;
algorithm
(outOptions,outComments) := match inFlag
local
list<tuple<String, Gettext.TranslatableContent>> options;
list<String> flags;
case Flags.CONFIG_FLAG(validOptions=SOME(Flags.STRING_DESC_OPTION(options)))
then (List.map(options,Util.tuple21),List.mapMap(options, Util.tuple22, Gettext.translateContent));
case Flags.CONFIG_FLAG(validOptions=SOME(Flags.STRING_OPTION(flags)))
then (flags,List.fill("",listLength(flags)));
end match;
end getConfigOptionsStringList;
protected function updateDebugFlagArray
"Updates the value of a debug flag in the debug flag array."
input array<Boolean> inFlags;
input Boolean inValue;
input Flags.DebugFlag inFlag;
output array<Boolean> outFlags;
output Boolean outOldValue;
protected
Integer index;
algorithm
Flags.DEBUG_FLAG(index = index) := inFlag;
outOldValue := arrayGet(inFlags, index);
outFlags := arrayUpdate(inFlags, index, inValue);
end updateDebugFlagArray;
protected function updateConfigFlagArray
"Updates the value of a configuration flag in the configuration flag array."
input array<Flags.FlagData> inFlags;
input Flags.FlagData inValue;
input Flags.ConfigFlag inFlag;
output array<Flags.FlagData> outFlags;
protected
Integer index;
algorithm
Flags.CONFIG_FLAG(index = index) := inFlag;
outFlags := arrayUpdate(inFlags, index, inValue);
applySideEffects(inFlag, inValue);
end updateConfigFlagArray;
public function readArgs
"Reads the command line arguments to the compiler and sets the flags
accordingly. Returns a list of arguments that were not consumed, such as the
model filename."
input list<String> inArgs;
output list<String> outArgs = {};
protected
Flags.Flag flags;
Integer numError;
String arg;
list<String> rest_args = inArgs;
algorithm
numError := Error.getNumErrorMessages();
flags := loadFlags();
while not listEmpty(rest_args) loop
arg :: rest_args := rest_args;
if arg == "--" then
// Stop parsing arguments if -- is encountered.
break;
else
if not readArg(arg, flags) then
outArgs := arg :: outArgs;
end if;
end if;
end while;
outArgs := List.append_reverse(outArgs, rest_args);
_ := List.map2(outArgs,System.iconv,"UTF-8","UTF-8");
Error.assertionOrAddSourceMessage(numError == Error.getNumErrorMessages(), Error.UTF8_COMMAND_LINE_ARGS, {}, Util.dummyInfo);
saveFlags(flags);
end readArgs;
protected function readArg
"Reads a single command line argument. Returns true if the argument was not
consumed, otherwise false."
input String inArg;
input Flags.Flag inFlags;
output Boolean outConsumed;
protected
String flagtype;
Integer len, pos;
algorithm
flagtype := stringGetStringChar(inArg, 1);
len := stringLength(inArg);
// Flags beginning with + can be both short and long, i.e. +h or +help.
if flagtype == "+" then
if len == 1 then
// + alone is not a valid flag.
parseFlag(inArg, Flags.NO_FLAGS());
else
parseFlag(System.substring(inArg, 2, len), inFlags, flagtype);
end if;
outConsumed := true;
// Flags beginning with - must have another - for long flags, i.e. -h or --help.
elseif flagtype == "-" then
if len == 1 then
// - alone is not a valid flag.
parseFlag(inArg, Flags.NO_FLAGS());
elseif len == 2 then
// Short flag without argument, i.e. -h.
parseFlag(System.substring(inArg, 2, 2), inFlags, flagtype);
elseif stringGetStringChar(inArg, 2) == "-" then
if len < 4 or stringGetStringChar(inArg, 4) == "=" then
// Short flags may not be used with --, i.e. --h or --h=debug.
parseFlag(inArg, Flags.NO_FLAGS());
else
// Long flag, i.e. --help or --help=debug.
parseFlag(System.substring(inArg, 3, len), inFlags, "--");
end if;
else
if stringGetStringChar(inArg, 3) == "=" then
// Short flag with argument, i.e. -h=debug.
parseFlag(System.substring(inArg, 2, len), inFlags, flagtype);
else
// Long flag used with -, i.e. -help, which is not allowed.
parseFlag(inArg, Flags.NO_FLAGS());
end if;
end if;
outConsumed := true;
else
// Arguments that don't begin with + or - are not flags, ignore them.
outConsumed := false;
end if;
end readArg;
protected function parseFlag
"Parses a single flag."
input String inFlag;
input Flags.Flag inFlags;
input String inFlagPrefix = "";
protected
String flag;
list<String> values;
algorithm
flag :: values := System.strtok(inFlag, "=");
values := List.flatten(List.map1(values, System.strtok, ","));
parseConfigFlag(flag, values, inFlags, inFlagPrefix);
end parseFlag;
protected function parseConfigFlag
"Tries to look up the flag with the given name, and set it to the given value."
input String inFlag;
input list<String> inValues;
input Flags.Flag inFlags;
input String inFlagPrefix;
protected
Flags.ConfigFlag config_flag;
algorithm
config_flag := lookupConfigFlag(inFlag, inFlagPrefix);
evaluateConfigFlag(config_flag, inValues, inFlags);
end parseConfigFlag;
protected function lookupConfigFlag
"Lookup up the flag with the given name in the list of configuration flags."
input String inFlag;
input String inFlagPrefix;
output Flags.ConfigFlag outFlag;
algorithm
try
outFlag := List.getMemberOnTrue(inFlag, allConfigFlags, matchConfigFlag);
else
Error.addMessage(Error.UNKNOWN_OPTION, {inFlagPrefix + inFlag});
fail();
end try;
end lookupConfigFlag;
protected function configFlagEq
input Flags.ConfigFlag inFlag1;
input Flags.ConfigFlag inFlag2;
output Boolean eq;
algorithm
eq := match(inFlag1, inFlag2)
local
Integer index1, index2;
case(Flags.CONFIG_FLAG(index=index1), Flags.CONFIG_FLAG(index=index2))
then index1 == index2;
end match;
end configFlagEq;
protected function setAdditionalOptModules
input Flags.ConfigFlag inFlag;
input Flags.ConfigFlag inOppositeFlag;
input list<String> inValues;
protected
list<String> values;
algorithm
for value in inValues loop
// remove value from inOppositeFlag
values := Flags.getConfigStringList(inOppositeFlag);
values := List.removeOnTrue(value, stringEq, values);
setConfigStringList(inOppositeFlag, values);
// add value to inFlag
values := Flags.getConfigStringList(inFlag);
values := List.removeOnTrue(value, stringEq, values);
setConfigStringList(inFlag, value::values);
end for;
end setAdditionalOptModules;
protected function evaluateConfigFlag
"Evaluates a given flag and it's arguments."
input Flags.ConfigFlag inFlag;
input list<String> inValues;
input Flags.Flag inFlags;
algorithm
_ := match(inFlag, inFlags)
local
array<Boolean> debug_flags;
array<Flags.FlagData> config_flags;
list<String> values;
// Special case for +d, +debug, set the given debug flags.
case (Flags.CONFIG_FLAG(index = 1), Flags.FLAGS(debugFlags = debug_flags))
equation
List.map1_0(inValues, setDebugFlag, debug_flags);
then
();
// Special case for +h, +help, show help text.
case (Flags.CONFIG_FLAG(index = 2), _)
equation
values = List.map(inValues, System.tolower);
System.gettextInit(if Flags.getConfigString(Flags.RUNNING_TESTSUITE) == "" then Flags.getConfigString(Flags.LOCALE_FLAG) else "C");
print(printHelp(values));
setConfigString(Flags.HELP, "omc");
then
();
// Special case for --preOptModules+=<value>
case (_, _) guard(configFlagEq(inFlag, Flags.PRE_OPT_MODULES_ADD))
equation
setAdditionalOptModules(Flags.PRE_OPT_MODULES_ADD, Flags.PRE_OPT_MODULES_SUB, inValues);
then
();
// Special case for --preOptModules-=<value>
case (_, _) guard(configFlagEq(inFlag, Flags.PRE_OPT_MODULES_SUB))
equation
setAdditionalOptModules(Flags.PRE_OPT_MODULES_SUB, Flags.PRE_OPT_MODULES_ADD, inValues);
then
();
// Special case for --postOptModules+=<value>
case (_, _) guard(configFlagEq(inFlag, Flags.POST_OPT_MODULES_ADD))
equation
setAdditionalOptModules(Flags.POST_OPT_MODULES_ADD, Flags.POST_OPT_MODULES_SUB, inValues);
then
();
// Special case for --postOptModules-=<value>
case (_, _) guard(configFlagEq(inFlag, Flags.POST_OPT_MODULES_SUB))
equation
setAdditionalOptModules(Flags.POST_OPT_MODULES_SUB, Flags.POST_OPT_MODULES_ADD, inValues);
then
();
// Special case for --initOptModules+=<value>
case (_, _) guard(configFlagEq(inFlag, Flags.INIT_OPT_MODULES_ADD))
equation
setAdditionalOptModules(Flags.INIT_OPT_MODULES_ADD, Flags.INIT_OPT_MODULES_SUB, inValues);
then
();
// Special case for --initOptModules-=<value>
case (_, _) guard(configFlagEq(inFlag, Flags.INIT_OPT_MODULES_SUB))
equation
setAdditionalOptModules(Flags.INIT_OPT_MODULES_SUB, Flags.INIT_OPT_MODULES_ADD, inValues);
then
();
// All other configuration flags, set the flag to the given values.
case (_, Flags.FLAGS(configFlags = config_flags))
equation
setConfigFlag(inFlag, config_flags, inValues);
then
();
end match;
end evaluateConfigFlag;
protected function setDebugFlag
"Enables a debug flag given as a string, or disables it if it's prefixed with -."
input String inFlag;
input array<Boolean> inFlags;
protected
Boolean negated,neg1,neg2;
String flag_str;
algorithm
neg1 := stringEq(stringGetStringChar(inFlag, 1), "-");
neg2 := System.strncmp("no",inFlag,2) == 0;
negated := neg1 or neg2;
flag_str := if negated then Util.stringRest(inFlag) else inFlag;
flag_str := if neg2 then Util.stringRest(flag_str) else flag_str;
setDebugFlag2(flag_str, not negated, inFlags);
end setDebugFlag;
protected function setDebugFlag2
input String inFlag;
input Boolean inValue;
input array<Boolean> inFlags;
algorithm
_ := matchcontinue(inFlag, inValue, inFlags)
local
Flags.DebugFlag flag;
case (_, _, _)
equation
flag = List.getMemberOnTrue(inFlag, allDebugFlags, matchDebugFlag);
(_, _) = updateDebugFlagArray(inFlags, inValue, flag);
then
();
else
equation
Error.addMessage(Error.UNKNOWN_DEBUG_FLAG, {inFlag});
then
fail();
end matchcontinue;
end setDebugFlag2;
protected function matchDebugFlag
"Returns true if the given flag has the given name, otherwise false."
input String inFlagName;
input Flags.DebugFlag inFlag;
output Boolean outMatches;
protected
String name;
algorithm
Flags.DEBUG_FLAG(name = name) := inFlag;
outMatches := stringEq(inFlagName, name);
end matchDebugFlag;
protected function matchConfigFlag
"Returns true if the given flag has the given name, otherwise false."
input String inFlagName;
input Flags.ConfigFlag inFlag;
output Boolean outMatches;
protected
Option<String> opt_shortname;
String name, shortname;
algorithm
// A configuration flag may have two names, one long and one short.
Flags.CONFIG_FLAG(name = name, shortname = opt_shortname) := inFlag;
shortname := Util.getOptionOrDefault(opt_shortname, "");
outMatches := stringEq(inFlagName, shortname) or
stringEq(System.tolower(inFlagName), System.tolower(name));
end matchConfigFlag;
protected function setConfigFlag
"Sets the value of a configuration flag, where the value is given as a list of
strings."
input Flags.ConfigFlag inFlag;
input array<Flags.FlagData> inConfigData;
input list<String> inValues;
protected
Flags.FlagData data, default_value;
String name;
Option<Flags.ValidOptions> validOptions;
algorithm
Flags.CONFIG_FLAG(name = name, defaultValue = default_value, validOptions = validOptions) := inFlag;
data := stringFlagData(inValues, default_value, validOptions, name);
_ := updateConfigFlagArray(inConfigData, data, inFlag);
end setConfigFlag;
protected function stringFlagData
"Converts a list of strings into a FlagData value. The expected type is also
given so that the value can be typechecked."
input list<String> inValues;
input Flags.FlagData inExpectedType;
input Option<Flags.ValidOptions> validOptions;
input String inName;
output Flags.FlagData outValue;
algorithm
outValue := matchcontinue(inValues, inExpectedType, validOptions, inName)
local
Boolean b;
Integer i;
list<Integer> ilst;
String s, et, at;
list<tuple<String, Integer>> enums;
list<String> flags, slst;
Flags.ValidOptions options;
// A boolean value.
case ({s}, Flags.BOOL_FLAG(), _, _)
equation
b = Util.stringBool(s);
then
Flags.BOOL_FLAG(b);
// No value, but a boolean flag => enable the flag.
case ({}, Flags.BOOL_FLAG(), _, _) then Flags.BOOL_FLAG(true);
// An integer value.
case ({s}, Flags.INT_FLAG(), _, _)
equation
i = stringInt(s);
true = stringEq(intString(i), s);
then
Flags.INT_FLAG(i);
// integer list.
case (slst, Flags.INT_LIST_FLAG(), _, _)
equation
ilst = List.map(slst,stringInt);
then
Flags.INT_LIST_FLAG(ilst);
// A real value.
case ({s}, Flags.REAL_FLAG(), _, _)
then Flags.REAL_FLAG(System.stringReal(s));
// A string value.
case ({s}, Flags.STRING_FLAG(), SOME(options), _)
equation
flags = getValidStringOptions(options);
true = listMember(s,flags);
then Flags.STRING_FLAG(s);
case ({s}, Flags.STRING_FLAG(), NONE(), _) then Flags.STRING_FLAG(s);
// A multiple-string value.
case (_, Flags.STRING_LIST_FLAG(), _, _) then Flags.STRING_LIST_FLAG(inValues);
// An enumeration value.
case ({s}, Flags.ENUM_FLAG(validValues = enums), _, _)
equation