def main(argv):
table_filename, output_filename = argv[1], argv[2]
print "Decoder Generator reading ", table_filename
f = open(table_filename, "r")
tables = dgen_input.parse_tables(f)
f.close()
print "Successful - got %d tables." % len(tables)
print "Generating output to %s..." % output_filename
f = open(output_filename, "w")
dgen_output.generate_decoder(tables, dgen_output.COutput(f))
f.close()
print "Completed."
return 0
def main(argv):
in_filename, out_filename = argv[1], argv[2]
print("Optimizer reading ", in_filename)
f = open(in_filename, 'r')
tables = dgen_input.parse_tables(f)
f.close()
print("Successful - got %d tables." % len(tables))
print("Generating output to %s..." % out_filename)
f = open(out_filename, 'w')
dgen_dump.dump_tables(tables, f)
f.close()
print("Completed.")
return 0
def main(argv):
table_filename, output_filename = argv[1], argv[2]
print "Decoder Generator reading ", table_filename
f = open(table_filename, 'r')
tables = dgen_input.parse_tables(f)
f.close()
print "Successful - got %d tables." % len(tables)
print "Generating output to %s..." % output_filename
f = open(output_filename, 'w')
dgen_output.generate_decoder(tables, dgen_output.COutput(f))
f.close()
print "Completed."
return 0
def main(argv):
in_filename, out_filename = argv[1], argv[2]
print "Optimizer reading ", in_filename
f = open(in_filename, 'r')
tables = dgen_input.parse_tables(f)
f.close()
print "Successful - got %d tables." % len(tables)
print "Generating output to %s..." % out_filename
f = open(out_filename, 'w')
dgen_dump.dump_tables(tables, f)
f.close()
print "Completed."
return 0
def main(argv):
table_filename = argv[1]
output_filename = argv[2]
decoder_name = argv[3]
tables = None
# Define default command line arguments.
cl_args = {'add-rule-patterns': 'True',
'auto-actual': [],
'auto-actual-sep': [],
'auto-baseline-sep': [],
'test-base': [],
'table_remove': [],
'table': [],
}
# Strip off remaining command line arguments and add.
remaining_args = argv[4:]
while remaining_args and remaining_args[0].startswith('--'):
arg = remaining_args[0][len('--'):]
remaining_args.pop(0)
index = arg.find('=')
if index == -1:
cl_args[arg] = 'True'
else:
cl_name = arg[0:index]
cl_value = arg[index+1:]
if (cl_name in cl_args.keys() and
isinstance(cl_args[cl_name], list)):
# Repeatable CL argument, add value to list.
cl_args[cl_name] = cl_args[cl_name] + [cl_value]
else:
# Single valued CL arugment, update to hold value.
cl_args[cl_name] = cl_value
# Fix separators by sorting.
cl_args['auto-actual-sep'] = sorted(cl_args['auto-actual-sep'])
cl_args['auto-baseline-sep'] = sorted(cl_args['auto-baseline-sep'])
print "cl args = %s" % cl_args
# Report arguments not understood.
if remaining_args:
for arg in remaining_args:
print "Don't understand '%s'" % arg
sys.exit(1)
# Read in the decoder tables.
print "Decoder Generator reading ", table_filename
f = open(table_filename, 'r')
decoder = dgen_input.parse_tables(f)
# Remove tables specified on command line.
for table in cl_args['table_remove']:
print 'Removing table %s' % table
decoder.remove_table(table)
# Add pattern constraints if specified on the command line.
if cl_args.get('add-rule-patterns') == 'True':
decoder = dgen_add_patterns.add_rule_pattern_constraints(decoder)
f.close()
print "Successful - got %d tables." % len(decoder.tables())
print "Generating %s..." % output_filename
f = open(output_filename, 'w')
if output_filename.endswith('tests.cc'):
dgen_test_output.generate_tests_cc(decoder,
decoder_name,
f, cl_args,
cl_args.get('table'))
elif output_filename.endswith('_named_classes.h'):
dgen_test_output.generate_named_classes_h(
decoder, decoder_name, _localize_filename(output_filename),
f, cl_args)
elif output_filename.endswith('_named_bases.h'):
dgen_test_output.generate_named_bases_h(
decoder, decoder_name, _localize_filename(output_filename),
f, cl_args)
elif output_filename.endswith('_named_decoder.h'):
dgen_test_output.generate_named_decoder_h(
decoder, decoder_name, _localize_filename(output_filename),
f, cl_args)
elif output_filename.endswith('_actuals.h'):
dgen_actuals.generate_actuals_base_h(
decoder, decoder_name, _localize_filename(output_filename),
f, cl_args)
elif _actual_suffix_in(output_filename, 'actuals_%s.h', cl_args):
dgen_actuals.generate_actuals_h(
decoder, decoder_name, _localize_filename(output_filename),
f, cl_args)
elif output_filename.endswith('baselines.h'):
dgen_baselines.generate_baselines_base_h(
decoder, decoder_name, _localize_filename(output_filename),
f, cl_args)
elif _baseline_suffix_in(output_filename, 'baselines_%s.h', cl_args):
dgen_baselines.generate_baselines_h(
decoder, decoder_name, _localize_filename(output_filename),
f, cl_args)
elif output_filename.endswith('baselines.h'):
dgen_baselines.generate_baselines_h(
decoder, decoder_name, _localize_filename(output_filename),
f, cl_args)
elif output_filename.endswith('.h'):
dgen_decoder_output.generate_h(
decoder, decoder_name, _localize_filename(output_filename),
f, cl_args)
elif output_filename.endswith('_named.cc'):
dgen_test_output.generate_named_cc(
decoder, decoder_name, _localize_filename(output_filename),
f, cl_args)
elif _actual_suffix_in(output_filename, 'actuals_%s.cc', cl_args):
dgen_actuals.generate_actuals_cc(
decoder, decoder_name, _localize_filename(output_filename),
f, cl_args)
elif _baseline_suffix_in(output_filename, 'baselines_%s.cc', cl_args):
dgen_baselines.generate_baselines_cc(
decoder, decoder_name, _localize_filename(output_filename),
f, cl_args)
elif output_filename.endswith('.cc'):
dgen_decoder_output.generate_cc(
decoder, decoder_name, _localize_filename(output_filename),
f, cl_args)
else:
print 'Error: output filename not of form "*.{h,cc}"'
f.close()
print "Completed."
return 0
def main(argv):
table_filename = argv[1]
output_filename = argv[2]
decoder_name = argv[3]
tables = None
# Define default command line arguments.
cl_args = {
'add-rule-patterns': 'True',
'auto-actual': [],
'auto-actual-sep': [],
'auto-baseline-sep': [],
'table_remove': [],
'table': [],
}
# Strip off remaining command line arguments and add.
remaining_args = argv[4:]
while remaining_args and remaining_args[0].startswith('--'):
arg = remaining_args[0][len('--'):]
remaining_args.pop(0)
index = arg.find('=')
if index == -1:
cl_args[arg] = 'True'
else:
cl_name = arg[0:index]
cl_value = arg[index + 1:]
if (cl_name in cl_args.keys()
and isinstance(cl_args[cl_name], list)):
# Repeatable CL argument, add value to list.
cl_args[cl_name] = cl_args[cl_name] + [cl_value]
else:
# Single valued CL arugment, update to hold value.
cl_args[cl_name] = cl_value
# Fix separators by sorting.
cl_args['auto-actual-sep'] = sorted(cl_args['auto-actual-sep'])
cl_args['auto-baseline-sep'] = sorted(cl_args['auto-baseline-sep'])
print "cl args = %s" % cl_args
# Report arguments not understood.
if remaining_args:
for arg in remaining_args:
print "Don't understand '%s'" % arg
sys.exit(1)
# Read in the decoder tables.
print "Decoder Generator reading ", table_filename
f = open(table_filename, 'r')
decoder = dgen_input.parse_tables(f)
# Remove tables specified on command line.
for table in cl_args['table_remove']:
print 'Removing table %s' % table
decoder.remove_table(table)
# Add pattern constraints if specified on the command line.
if cl_args.get('add-rule-patterns') == 'True':
decoder = dgen_add_patterns.add_rule_pattern_constraints(decoder)
f.close()
print "Successful - got %d tables." % len(decoder.tables())
decoder = install_actuals_and_baselines(decoder, cl_args)
print "Generating %s..." % output_filename
f = open(output_filename, 'w')
if output_filename.endswith('tests.cc'):
dgen_test_output.generate_tests_cc(decoder, decoder_name, f, cl_args,
cl_args.get('table'))
elif output_filename.endswith('_named_classes.h'):
dgen_test_output.generate_named_classes_h(
decoder, decoder_name, _localize_filename(output_filename), f,
cl_args)
elif output_filename.endswith('_named_bases.h'):
dgen_test_output.generate_named_bases_h(
decoder, decoder_name, _localize_filename(output_filename), f,
cl_args)
elif output_filename.endswith('_named_decoder.h'):
dgen_test_output.generate_named_decoder_h(
decoder, decoder_name, _localize_filename(output_filename), f,
cl_args)
elif output_filename.endswith('_actuals.h'):
dgen_actuals.generate_actuals_base_h(
decoder, decoder_name, _localize_filename(output_filename), f,
cl_args)
elif _actual_suffix_in(output_filename, 'actuals_%s.h', cl_args):
dgen_actuals.generate_actuals_h(decoder, decoder_name,
_localize_filename(output_filename), f,
cl_args)
elif output_filename.endswith('baselines.h'):
dgen_baselines.generate_baselines_base_h(
decoder, decoder_name, _localize_filename(output_filename), f,
cl_args)
elif _baseline_suffix_in(output_filename, 'baselines_%s.h', cl_args):
dgen_baselines.generate_baselines_h(
decoder, decoder_name, _localize_filename(output_filename), f,
cl_args)
elif output_filename.endswith('baselines.h'):
dgen_baselines.generate_baselines_h(
decoder, decoder_name, _localize_filename(output_filename), f,
cl_args)
elif output_filename.endswith('.h'):
dgen_decoder_output.generate_h(decoder, decoder_name,
_localize_filename(output_filename), f,
cl_args)
elif output_filename.endswith('_named.cc'):
dgen_test_output.generate_named_cc(decoder, decoder_name,
_localize_filename(output_filename),
f, cl_args)
elif _actual_suffix_in(output_filename, 'actuals_%s.cc', cl_args):
dgen_actuals.generate_actuals_cc(decoder, decoder_name,
_localize_filename(output_filename),
f, cl_args)
elif _baseline_suffix_in(output_filename, 'baselines_%s.cc', cl_args):
dgen_baselines.generate_baselines_cc(
decoder, decoder_name, _localize_filename(output_filename), f,
cl_args)
elif output_filename.endswith('.cc'):
dgen_decoder_output.generate_cc(decoder, decoder_name,
_localize_filename(output_filename), f,
cl_args)
else:
print 'Error: output filename not of form "*.{h,cc}"'
f.close()
print "Completed."
return 0
