def main():
"""
Program main
"""
args = sys.argv[1:]
cmdline = CLI("Microprobe epi tool",
default_config_file="mp_epi.cfg",
force_required=['target'])
groupname = "EPI arguments"
cmdline.add_group(groupname, "Command arguments related to EPI generation")
cmdline.add_option("epi-output-file",
"O",
None,
"Output file name",
group=groupname,
opt_type=new_file,
required=False)
cmdline.add_option("epi-output-dir",
"D",
None,
"Output directory name",
group=groupname,
opt_type=existing_dir,
required=False)
cmdline.add_option(
"instructions",
"ins",
None,
"Comma separated list of instructions to generate a benchmark with",
group=groupname,
opt_type=str,
required=False)
cmdline.add_option("benchmark-size",
"B",
4096, "Size in instructions of the microbenchmark."
" If more instruction are needed, nested loops are "
"automatically generated",
group=groupname,
opt_type=int_type(1, 999999999999))
cmdline.add_option(
"dependency-distance",
"dd",
0, "Average dependency distance between instructions. A value"
" below 1 means not dependency between instructions. A value of "
"1 means a chain of dependent instructions.",
group=groupname,
opt_type=float_type(0, 999999999999))
cmdline.add_option(
"data-init",
None,
"random",
"Data initialization values (memory and registers). It can be set"
" to zero (all zeros) or to random. ",
group=groupname,
choices=["random", "zero"],
opt_type=str)
cmdline.add_flag(
"reset",
"R",
"Reset the register contents on each loop iteration",
group=groupname,
)
cmdline.add_flag(
"parallel",
"p",
"Generate benchmarks in parallel",
group=groupname,
)
cmdline.add_flag(
"skip",
"s",
"Skip benchmarks already generated",
group=groupname,
)
cmdline.add_flag(
"ignore-errors",
"ie",
"Ignore error during code generation (continue in case of "
"an error in a particular parameter combination)",
group=groupname,
)
print_info("Processing input arguments...")
cmdline.main(args, _main)
def main():
"""Program main."""
args = sys.argv[1:]
cmdline = microprobe.utils.cmdline.CLI(
"MicroprobeTest (mpt) to ELF tool",
mpt_options=True,
default_config_file="mp_mpt2elf.cfg",
force_required=['target'],
)
group_name = "MPT to ELF arguments"
cmdline.add_group(
group_name, "Command arguments related to MPT to ELF tool",
)
cmdline.add_option(
"elf-output-file",
"O",
None,
"ELF output file name",
group=group_name,
opt_type=new_file_ext(".s"),
required=True,
)
cmdline.add_option(
"compiler",
None,
None,
"Path to the compiler",
group=group_name,
)
cmdline.add_option(
"compiler-flags",
None,
"",
"Compiler flags to use, if compiler is provided",
group=group_name,
)
group_name = "Fixing options"
cmdline.add_group(
group_name,
"Command arguments related to fixing options",
)
cmdline.add_flag(
"fix-indirect-branches", None, "Fix branches without known target",
group_name,
)
cmdline.add_flag(
"fix-branch-next", None, "Force target of branches to be the next "
"sequential instruction",
group_name,
)
cmdline.add_flag(
"fix-memory-references", None,
"Ensure that registers used by instructions accessing "
"storage are initialized to valid locations", group_name,
)
cmdline.add_flag(
"fix-memory-registers", None,
"Fix non-storage instructions touching registers used for"
" storage address computations (implies "
"--fix-memory-references flag)", group_name,
)
cmdline.add_flag(
"fix-flatten-code", None,
"All code is flatten using consecutive addresses",
group_name,
)
cmdline.add_flag(
"safe-bin", None, "Ignore unrecognized binary codifications (do not"
"fail). Useful when MPTs are generated by dumping "
"directly code "
"pages, which contain padding zeros and other "
"non-code stuff)",
group_name,
)
cmdline.add_flag(
"raw-bin", None, "Process all instruction entries together. They "
"all shoud be binary entries. Implies --safe-bin "
"flag. Useful when MPTs are generated by dumping "
"directly code "
"pages, which contain padding zeros and other "
"non-code stuff)",
group_name,
)
cmdline.add_flag(
"fix-long-jump", None,
"Sometimes the generated code is unable compile due a long jump "
"displacement required to jump to the start insturction.",
group_name,
)
cmdline.add_option(
"fix-start-address",
"S",
None,
"Sometimes the user requires the main start point to be on specific "
"address to avoid compilation issues or comply with the execution "
"environment requirements. This flag forces the main entry point of "
"execution to be at the specified address. It is up to the user to "
"define a proper entry point that does not clash with existing code.",
group=group_name,
opt_type=int_type(0, 2**64)
)
group_name = "Wrapping options"
cmdline.add_group(
group_name,
"Command arguments related to wrapping options",
)
cmdline.add_flag(
"no-wrap-test", None, "By default the code is wrapped like it was "
"a function call, use this flag to disable the "
"wrapping",
group_name,
)
cmdline.add_flag(
"wrap-endless", None, "Use this flag to wrap the code in an endless "
"loop assuming it is a function. "
"If needed (--reset option), additional "
"instructions are added to reset the "
"the initial state between loop iterations. ",
group_name,
)
cmdline.add_option(
"wrap-endless-threshold",
None,
1,
"Maximum percentage of instructions allowed in the reset code if "
"--wrap-endless and --reset is used. I.e. if 10 is set, the tool will "
"fail if the reset code required is more than 10%% of the actual "
"code of the test case."
" Default is 1%%.",
group=group_name,
opt_type=float_type(0, 1000),
required=False,
)
cmdline.add_flag(
"reset", None, "Use this flag to enable the generation of reset "
"code if wrap-endless is enabled.",
group_name,
)
print_info("Processing input arguments...")
cmdline.main(args, _main)
def main():
"""
Program main
"""
args = sys.argv[1:]
cmdline = CLI("Microprobe seq tool",
default_config_file="mp_seq.cfg",
force_required=['target'])
groupname = "SEQ arguments"
cmdline.add_group(groupname,
"Command arguments related to Sequence generation")
cmdline.add_option("seq-output-dir",
"D",
None,
"Output directory name",
group=groupname,
opt_type=existing_dir,
required=True)
cmdline.add_option(
"instruction-slots",
"is",
4, "Number of instructions slots in the sequence. E.g. '-l 4' will "
"generate sequences of length 4.",
group=groupname,
opt_type=int_type(1, 999999999999))
cmdline.add_option(
"instruction-groups",
"ig",
None, "Comma separated list of instruction candidates per group. E.g. "
"-ins ins1,ins2 ins3,ins4. Defines two groups of instruction "
"candidates: group 1: ins1,ins2 and group 2: ins3,ins4.",
group=groupname,
opt_type=str,
action="append",
nargs="+")
cmdline.add_option(
"instruction-map",
"im",
None,
"Comma separated list specifying groups instruction candidate groups "
"to be used on each instruction slot. The list length should match "
"the number of instruction slots defined. A -1 value means all groups"
" can be used for that slot. E.g. -im 1 2,3 will generate sequences "
"containing in slot 1 instructions from group 1, and in slot 2 "
"instructions from groups 2 and 3.",
group=groupname,
opt_type=str,
required=False,
action="append",
nargs="+")
cmdline.add_option(
"base-seq",
"bs",
None,
"Comma separated list specifying the base instruction sequence",
group=groupname,
opt_type=str,
required=False,
)
cmdline.add_option(
"group-max",
"gM",
None,
"Comma separated list specifying the maximum number of instructions "
" of each group to be used. E.g. -gM 1,3 will generate sequences "
"containing at most 1 instruction of group 1 and 3 instructions of "
"group 2. A -1 value means no maximum. The list length should match "
"the number of instruction groups defined.",
group=groupname,
opt_type=str,
required=False,
action="append",
nargs="+")
cmdline.add_option(
"group-min",
"gm",
None,
"Comma separated list specifying the minimum number of instructions "
" of each group to be used. E.g. -gm 1,3 will generate sequences "
"containing at least 1 instruction of group 1 and 3 instructions of "
"group 2. A -1 value means no minimum. The list length should match "
"the number of instruction groups defined.",
group=groupname,
opt_type=str,
required=False,
action="append",
nargs="+")
cmdline.add_option("benchmark-size",
"B",
4096, "Size in instructions of the microbenchmark."
" If more instruction are needed, nested loops are "
"automatically generated",
group=groupname,
opt_type=int_type(1, 999999999999))
cmdline.add_option(
"dependency-distance",
"dd",
0, "Average dependency distance between instructions. A value"
" below 1 means not dependency between instructions. A value of "
"1 means a chain of dependent instructions.",
group=groupname,
opt_type=float_type(0, 999999999999))
cmdline.add_flag(
"force-switch",
"fs",
"Force data switching in all instructions, fail if not supported.",
group=groupname,
)
cmdline.add_flag(
"reset",
"R",
"Reset the register contents on each loop iteration",
group=groupname,
)
cmdline.add_flag(
"parallel",
"p",
"Generate benchmarks in parallel",
group=groupname,
)
cmdline.add_flag(
"skip",
"s",
"Skip benchmarks already generated",
group=groupname,
)
cmdline.add_flag(
"count",
"N",
"Only count the number of sequence to generate. Do not generate "
"anything",
group=groupname,
)
print_info("Processing input arguments...")
cmdline.main(args, _main)
def main_setup():
"""
Set up the command line interface (CLI) with the arguments required by
this command line tool.
"""
args = sys.argv[1:]
# Get the target definition
try:
target = import_definition("power_v206-power7-ppc64_linux_gcc")
except MicroprobeTargetDefinitionError as exc:
print_error("Unable to import target definition")
print_error("Exception message: %s" % str(exc))
exit(-1)
func_units = {}
valid_units = [elem.name for elem in target.elements.values()]
for instr in target.isa.instructions.values():
if instr.execution_units == "None":
LOG.debug("Execution units for: '%s' not defined", instr.name)
continue
for unit in instr.execution_units:
if unit not in valid_units:
continue
if unit not in func_units:
func_units[unit] = [
elem for elem in target.elements.values()
if elem.name == unit
][0]
# Create the CLI interface object
cmdline = microprobe.utils.cmdline.CLI("ISA power v206 profile example",
config_options=False,
target_options=False,
debug_options=False)
# Add the different parameters for this particular tool
cmdline.add_option("functional_unit",
"f", [func_units['ALU']],
"Functional units to stress. Default: ALU",
required=False,
nargs="+",
choices=func_units,
opt_type=dict_key(func_units),
metavar="FUNCTIONAL_UNIT_NAME")
cmdline.add_option(
"output_prefix",
None,
"POWER_V206_FU_STRESS",
"Output prefix of the generated files. Default: POWER_V206_FU_STRESS",
opt_type=str,
required=False,
metavar="PREFIX")
cmdline.add_option("output_path",
"O",
"./",
"Output path. Default: current path",
opt_type=existing_dir,
metavar="PATH")
cmdline.add_option(
"size",
"S",
64, "Benchmark size (number of instructions in the endless loop). "
"Default: 64 instructions",
opt_type=int_type(1, 2**20),
metavar="BENCHMARK_SIZE")
cmdline.add_option("dependency_distance",
"D",
1000,
"Average dependency distance between the instructions. "
"Default: 1000 (no dependencies)",
opt_type=int_type(1, 1000),
metavar="DEPENDECY_DISTANCE")
cmdline.add_option("average_latency",
"L",
2, "Average latency of the selected instructins. "
"Default: 2 cycles",
opt_type=float_type(1, 1000),
metavar="AVERAGE_LATENCY")
# Start the main
print_info("Processing input arguments...")
cmdline.main(args, _main)
def main():
"""
Program main
"""
args = sys.argv[1:]
cmdline = CLI(
"Microprobe seqtune tool",
default_config_file="mp_seqtune.cfg",
force_required=['target']
)
groupname = "SEQTUNE arguments"
cmdline.add_group(
groupname, "Command arguments related to Sequence tuner generator"
)
cmdline.add_option(
"seq-output-dir",
"D",
None,
"Output directory name",
group=groupname,
opt_type=existing_dir,
required=True
)
cmdline.add_option(
"sequence",
"seq",
None,
"Base instruction sequence to modify (command separated list of "
"instructions).",
group=groupname,
opt_type=str,
required=True
)
cmdline.add_option(
"replace-every",
"re",
None,
"Replace every. String with the format 'INSTR1:INSTR2:RANGE' to "
"specfy that INSTR1 will be replaced by INSTR2 every RANGE "
"instructions. Range can be just an integer or a RANGE specifier of "
"the form: #1:#2 to generate a range from #1 to #2, or #1:#2:#3 to "
"generate a range between #1 to #2 with step #3. E.g. 10:20 generates "
"10, 11, 12 ... 19, 20 and 10:20:2 generates 10, 12, 14, ... 18, 20.",
group=groupname,
opt_type=string_with_fields(":", 3, 3,
[str, str, int_range(1, 10000)]),
required=False,
action="append"
)
cmdline.add_option(
"add-every",
"ae",
None,
"Add every. String with the format 'INSTR1:RANGE' to "
"specfy that INSTR1 will be added to the sequence every RANGE "
"instructions. Range can be just an integer or a RANGE specifier of "
"the form: #1-#2 to generate a range from #1 to #2, or #1-#2-#3 to "
"generate a range between #1 to #2 with step #3. E.g. 10:20 generates "
"10, 11, 12 ... 19, 20 and 10:20:2 generates 10, 12, 14, ... 18, 20.",
group=groupname,
opt_type=string_with_fields(":", 2, 2,
[str, int_range(1, 10000)]),
required=False,
action="append"
)
cmdline.add_option(
"branch-every",
"be",
None,
"Conditional branches are modeled not taken by default. Using this "
"paratemeter, every N will be taken.",
group=groupname,
opt_type=int_range(1, 10000),
required=False,
action="append"
)
cmdline.add_option(
"branch-pattern",
"bp",
None,
"Branch pattern (in binary) to be generated. E.g 0010 will model the "
"conditional branches as NotTaken NotTaken Taken NotTaken in a round "
"robin fashion. One can use 'L<range>' to generate all the patterns "
"possible of length #. E.g. 'L2-5' will generate all unique possible "
"branch patterns of length 2,3,4 and 5.",
group=groupname,
opt_type=str,
required=False,
action="append")
cmdline.add_flag(
"data-switch",
"ds",
"Enable data switching for instruction. It tries to maximize the "
"data switching factor on inputs and outputs of instructions.",
group=groupname,
)
cmdline.add_flag(
"switch-branch",
"sb",
"Switch branch pattern in each iteration.",
group=groupname,
)
cmdline.add_flag(
"memory-switch",
"ms",
"Enable data switching for memory operations. It tries to maximize the"
" data switching factor on loads and store operations.",
group=groupname,
)
cmdline.add_option(
"memory-stream",
"me",
None,
"Memory stream definition. String with the format "
"NUM:SIZE:WEIGHT:STRIDE:REGS where NUM is the number of streams of "
"this type, SIZE is the working set size of the stream in bytes, "
"WEIGHT is the probability of the stream. E.g. streams with the same"
"weight will have same probability to be generated. "
"STRIDE is the stride access patern between the elements of the "
"stream and REGS is the number of register sets (address base + "
"address index) to be used for each stream. All the elements of "
"this format stream can be just a number or a range specfication "
"(start-end) or (start-end-step). This flag can be specified "
"multiple times",
group=groupname,
opt_type=string_with_fields(":", 5, 5,
[int_range(1, 100),
int_range(1, 2**32),
int_range(1, 10000),
int_range(1, 2**32),
int_range(1, 10)
]
),
required=False,
action="append"
)
cmdline.add_option(
"benchmark-size",
"B",
[4096],
"Size in instructions of the microbenchmark main loop.",
group=groupname,
opt_type=int_range(1, 999999999999),
)
cmdline.add_option(
"dependency-distance",
"dd",
0,
"Average dependency distance between instructions. A value"
" below 1 means not dependency between instructions. A value of "
"1 means a chain of dependent instructions.",
group=groupname,
opt_type=float_type(0, 999999999999)
)
cmdline.add_flag(
"reset",
"R",
"Reset the register contents on each loop iteration",
group=groupname,
)
cmdline.add_flag(
"parallel",
"p",
"Generate benchmarks in parallel",
group=groupname,
)
cmdline.add_flag(
"skip",
"s",
"Skip benchmarks already generated",
group=groupname,
)
cmdline.add_flag(
"count",
"N",
"Only count the number of sequence to generate. Do not generate "
"anything",
group=groupname,
)
cmdline.add_option(
"max-memory",
"Mm",
999999999999,
"Maximum memory for all the streams generated",
group=groupname,
opt_type=int_type(0, 999999999999)
)
cmdline.add_option(
"min-memory",
"mm",
0,
"Minimum memory for all the streams generated",
group=groupname,
opt_type=int_type(0, 999999999999)
)
cmdline.add_option(
"max-regsets",
"Mr",
999999999999,
"Maximum number of regsets for all the streams generated",
group=groupname,
opt_type=int_type(1, 999999999999)
)
cmdline.add_flag(
"ignore-errors",
"ie",
"Ignore error during code generation (continue in case of "
"an error in a particular parameter combination)",
group=groupname,
)
print_info("Processing input arguments...")
cmdline.main(args, _main)
def main():
"""
Program main
"""
args = sys.argv[1:]
cmdline = CLI(
"Microprobe seqtune tool",
default_config_file="mp_seqtune.cfg",
force_required=['target']
)
groupname = "SEQTUNE arguments"
cmdline.add_group(
groupname, "Command arguments related to Sequence tuner generator"
)
cmdline.add_option(
"seq-output-dir",
"D",
None,
"Output directory name",
group=groupname,
opt_type=existing_dir,
required=True
)
cmdline.add_option(
"sequence",
"seq",
None,
"Base instruction sequence to modify (command separated list of "
"instructions). If multiple sequences are provided (separated by"
" a space) they are combined (product).",
group=groupname,
opt_type=str,
required=True,
nargs="+"
)
cmdline.add_option(
"repeat",
"r",
1,
"If multiple sequences are provided in --sequence, this parameter"
" specifies how many of them are concated to generate the final "
"sequence.",
group=groupname,
opt_type=int_type(1, 999999999999),
)
cmdline.add_option(
"replace-every",
"re",
None,
"Replace every. String with the format 'INSTR1:INSTR2:RANGE' to "
"specfy that INSTR1 will be replaced by INSTR2 every RANGE "
"instructions. Range can be just an integer or a RANGE specifier of "
"the form: #1:#2 to generate a range from #1 to #2, or #1:#2:#3 to "
"generate a range between #1 to #2 with step #3. E.g. 10:20 generates "
"10, 11, 12 ... 19, 20 and 10:20:2 generates 10, 12, 14, ... 18, 20.",
group=groupname,
opt_type=string_with_fields(":", 3, 3,
[str, str, int_range(1, 10000)]),
required=False,
action="append"
)
cmdline.add_option(
"add-every",
"ae",
None,
"Add every. String with the format 'INSTR1:RANGE' to "
"specfy that INSTR1 will be added to the sequence every RANGE "
"instructions. Range can be just an integer or a RANGE specifier of "
"the form: #1-#2 to generate a range from #1 to #2, or #1-#2-#3 to "
"generate a range between #1 to #2 with step #3. E.g. 10:20 generates "
"10, 11, 12 ... 19, 20 and 10:20:2 generates 10, 12, 14, ... 18, 20.",
group=groupname,
opt_type=string_with_fields(":", 2, 2,
[str, int_range(1, 10000)]),
required=False,
action="append"
)
cmdline.add_option(
"branch-every",
"be",
None,
"Conditional branches are modeled not taken by default. Using this "
"paratemeter, every N will be taken.",
group=groupname,
opt_type=int_range(1, 10000),
required=False,
action="append"
)
cmdline.add_option(
"branch-pattern",
"bp",
None,
"Branch pattern (in binary) to be generated. E.g 0010 will model the "
"conditional branches as NotTaken NotTaken Taken NotTaken in a round "
"robin fashion. One can use 'L<range>' to generate all the patterns "
"possible of length #. E.g. 'L2-5' will generate all unique possible "
"branch patterns of length 2,3,4 and 5.",
group=groupname,
opt_type=str,
required=False,
action="append")
cmdline.add_flag(
"data-switch",
"ds",
"Enable data switching for instruction. It tries to maximize the "
"data switching factor on inputs and outputs of instructions.",
group=groupname,
)
cmdline.add_flag(
"switch-branch",
"sb",
"Switch branch pattern in each iteration.",
group=groupname,
)
cmdline.add_flag(
"memory-switch",
"ms",
"Enable data switching for memory operations. It tries to maximize the"
" data switching factor on loads and store operations.",
group=groupname,
)
cmdline.add_option(
"memory-stream",
"me",
None,
"Memory stream definition. String with the format "
"NUM:SIZE:WEIGHT:STRIDE:REGS:RND:LOC1:LOC2 where NUM is the number "
"of streams of "
"this type, SIZE is the working set size of the stream in bytes, "
"WEIGHT is the probability of the stream. E.g. streams with the same"
"weight will have same probability to be generated. "
"STRIDE is the stride access patern between the elements of the "
"stream and REGS is the number of register sets (address base + "
"address index) to be used for each stream. "
"RND controls the randomess of the generated memory access "
"stream. -1 is full randomness, 0 is not randomness, and any "
"value above 0 control the randomness range. E.g. a value of "
"1024 randomizes the accesses within 1024 bytes memory ranges."
"LOC1 and LOC2 control the temporal locality of the memory access "
"stream in the following way: the last LOC1 accesses are going "
"to be accessed again LOC2 times before moving forward to the "
"next addresses. If LOC2 is 0 not temporal locality is generated "
"besides the implicit one from the memory access stream definition. "
"All the elements of "
"this format stream can be just a number or a range specfication "
"(start-end) or (start-end-step). This flag can be specified "
"multiple times",
group=groupname,
opt_type=string_with_fields(":", 8, 8,
[int_range(1, 100),
int_range(1, 2**32),
int_range(1, 10000),
int_range(1, 2**32),
int_range(1, 10),
int_range(-1, 2**32),
int_range(1, 2**32),
int_range(0, 2**32),
]
),
required=False,
action="append"
)
cmdline.add_option(
"benchmark-size",
"B",
[4096],
"Size in instructions of the microbenchmark main loop.",
group=groupname,
opt_type=int_range(1, 999999999999),
)
cmdline.add_option(
"dependency-distance",
"dd",
0,
"Average dependency distance between instructions. A value"
" below 1 means not dependency between instructions. A value of "
"1 means a chain of dependent instructions.",
group=groupname,
opt_type=float_type(0, 999999999999)
)
cmdline.add_flag(
"reset",
"R",
"Reset the register contents on each loop iteration",
group=groupname,
)
cmdline.add_flag(
"endless",
"e",
"Some backends allow the control to wrap the sequence generated in an"
" endless loop. Depending on the target specified, this flag will "
"force to generate sequences in an endless loop (some targets "
" might ignore it)",
group=groupname,
)
cmdline.add_flag(
"parallel",
"p",
"Generate benchmarks in parallel",
group=groupname,
)
cmdline.add_option(
"batch-number",
"bn",
1,
"Batch number to generate. Check --num-batches option for more "
"details",
group=groupname,
opt_type=int_type(1, 10000)
)
cmdline.add_option(
"num-batches",
"nb",
1,
"Number of batches. The number of microbenchmark to generate "
"is divided by this number, and the number the batch number "
"specified using -bn option is generated. This is useful to "
"split the generation of many test cases in various batches.",
group=groupname,
opt_type=int_type(1, 10000)
)
cmdline.add_flag(
"skip",
"s",
"Skip benchmarks already generated",
group=groupname,
)
cmdline.add_flag(
"shortnames",
"sn",
"Use short output names",
group=groupname,
)
cmdline.add_flag(
"compress",
"CC",
"Compress output files",
group=groupname,
)
cmdline.add_flag(
"count",
"N",
"Only count the number of sequence to generate. Do not generate "
"anything",
group=groupname,
)
cmdline.add_option(
"max-memory",
"Mm",
999999999999,
"Maximum memory for all the streams generated",
group=groupname,
opt_type=int_type(0, 999999999999)
)
cmdline.add_option(
"min-memory",
"mm",
0,
"Minimum memory for all the streams generated",
group=groupname,
opt_type=int_type(0, 999999999999)
)
cmdline.add_option(
"max-regsets",
"Mr",
999999999999,
"Maximum number of regsets for all the streams generated",
group=groupname,
opt_type=int_type(1, 999999999999)
)
cmdline.add_flag(
"ignore-errors",
"ie",
"Ignore error during code generation (continue in case of "
"an error in a particular parameter combination)",
group=groupname,
)
print_info("Processing input arguments...")
cmdline.main(args, _main)
def main():
"""Program main."""
args = sys.argv[1:]
cmdline = microprobe.utils.cmdline.CLI(
"MicroprobeTest (mpt) to BIN tool",
mpt_options=True,
avp_options=False,
default_config_file="mp_mpt2bin.cfg",
force_required=['target'],
)
group_name = "MPT to BIN arguments"
cmdline.add_group(
group_name, "Command arguments related to MPT to BIN tool",
)
cmdline.add_option(
"bin-output-file",
"O",
None,
"BIN output file name",
group=group_name,
opt_type=new_file_ext(".bin"),
required=True,
)
cmdline.add_flag(
"big-endian", None, "Test case in big endian (default is little "
"endian)",
group_name,
)
group_name = "Fixing options"
cmdline.add_group(
group_name,
"Command arguments related to fixing options",
)
cmdline.add_flag(
"fix-indirect-branches", None, "Fix branches without known target",
group_name,
)
cmdline.add_flag(
"fix-branch-next", None, "Force target of branches to be the next "
"sequential instruction",
group_name,
)
cmdline.add_flag(
"fix-memory-references", None,
"Ensure that registers used by instructions accessing "
"storage are initialized to valid locations", group_name,
)
cmdline.add_flag(
"fix-memory-registers", None,
"Fix non-storage instructions touching registers used for"
" storage address computations (implies "
"--fix-memory-references flag)", group_name,
)
cmdline.add_flag(
"fix-flatten-code", None,
"All code is flatten using consecutive addresses",
group_name,
)
cmdline.add_flag(
"safe-bin", None, "Ignore unrecognized binary codifications (do not"
"fail). Useful when MPTs are generated by dumping "
"directly code "
"pages, which contain padding zeros and other "
"non-code stuff)",
group_name,
)
group_name = "Wrapping options"
cmdline.add_group(
group_name,
"Command arguments related to wrapping options",
)
cmdline.add_flag(
"no-wrap-test", None, "By default the code is wrapped like it was "
"a function call, use this flag to disable the "
"wrapping",
group_name,
)
cmdline.add_flag(
"wrap-endless", None, "Use this flag to wrap the code in an endless "
"loop assuming it is a function. "
"If needed, additional instructions are "
"added to reset the "
"the initial state between loop iterations. ",
group_name,
)
cmdline.add_option(
"wrap-endless-threshold",
None,
1,
"Maximum percentage of instructions allowed in the reset code if "
"--wrap-endless loop is used. I.e. if 10 is set, the tool will "
"fail if the reset code required is more than 10%% of the actual "
"code of the test case."
" Default is 1%%.",
group=group_name,
opt_type=float_type(0, 1000),
required=False,
)
cmdline.add_flag(
"endless", None, "Use this flag to wrap the code in an endless "
"loop.",
group_name,
)
print_info("Processing input arguments...")
cmdline.main(args, _main)
