def _command(self, CC_Type, Parameter):
if self.column_count_per_chunk is None:
if CC_Type == E_CharacterCountType.BAD:
return [Op.GotoDoorId(self.door_id_on_bad_indentation)]
elif CC_Type == E_CharacterCountType.COLUMN:
return [
Op.ColumnCountAdd(Parameter),
]
elif CC_Type == E_CharacterCountType.GRID:
return [
Op.ColumnCountGridAdd(Parameter),
]
elif CC_Type == E_CharacterCountType.LINE:
return [
Op.LineCountAdd(Parameter),
Op.AssignConstant(E_R.Column, 1),
]
else:
if CC_Type == E_CharacterCountType.BAD:
return [
Op.ColumnCountReferencePDeltaAdd(
E_R.InputP, self.column_count_per_chunk, False),
Op.ColumnCountReferencePSet(E_R.InputP),
Op.GotoDoorId(self.door_id_on_bad_indentation)
]
elif CC_Type == E_CharacterCountType.COLUMN:
return []
elif CC_Type == E_CharacterCountType.GRID:
return [
Op.ColumnCountReferencePDeltaAdd(
E_R.InputP, self.column_count_per_chunk, True),
Op.ColumnCountGridAdd(Parameter),
Op.ColumnCountReferencePSet(E_R.InputP)
]
elif CC_Type == E_CharacterCountType.LINE:
return [
Op.LineCountAdd(Parameter),
Op.AssignConstant(E_R.Column, 1),
Op.ColumnCountReferencePSet(E_R.InputP)
]
"begin(newline)": E_CharacterCountType.X_BEGIN_NEWLINE,
"begin(comment to newline)": E_CharacterCountType.X_BEGIN_COMMENT_TO_NEWLINE,
"end(newline)": E_CharacterCountType.X_END_NEWLINE,
}
cc_type_name_db = dict((value, key) for key, value in cc_type_db.iteritems())
count_operation_db_without_reference = {
E_CharacterCountType.BAD: lambda Parameter, Dummy=None, Dummy2=None: [
Op.GotoDoorId(Parameter)
],
E_CharacterCountType.COLUMN: lambda Parameter, Dummy=None, Dummy2=None: [
Op.ColumnCountAdd(Parameter)
],
E_CharacterCountType.GRID: lambda Parameter, Dummy=None, Dummy2=None: [
Op.ColumnCountGridAdd(Parameter)
],
E_CharacterCountType.LINE: lambda Parameter, Dummy=None, Dummy2=None: [
Op.LineCountAdd(Parameter),
Op.AssignConstant(E_R.Column, 1),
],
E_CharacterCountType.LOOP_ENTRY: lambda Parameter, Dummy=None, Dummy2=None: [
],
E_CharacterCountType.LOOP_EXIT: lambda Parameter, Dummy=None, Dummy2=None: [
],
E_CharacterCountType.COLUMN_BEFORE_APPENDIX_SM: lambda Parameter, ColumnNPerCodeUnit, ColumnAdd: [
Op.ColumnCountAdd(ColumnAdd)
],
E_CharacterCountType.BEFORE_RELOAD: lambda Parameter, Dummy=None, Dummy2=None: [
],
E_CharacterCountType.AFTER_RELOAD: lambda Parameter, Dummy=None, Dummy2=None: [
"begin(newline)": E_CharacterCountType.BEGIN_NEWLINE,
"begin(comment to newline)": E_CharacterCountType.BEGIN_COMMENT_TO_NEWLINE,
"end(newline)": E_CharacterCountType.END_NEWLINE,
"bad": E_CharacterCountType.BAD,
"whitespace": E_CharacterCountType.WHITESPACE,
}
cc_type_name_db = dict((value, key) for key, value in cc_type_db.iteritems())
count_operation_db_without_reference = {
E_CharacterCountType.BAD:
lambda Parameter, Dummy=None: [Op.GotoDoorId(Parameter)],
E_CharacterCountType.COLUMN:
lambda Parameter, Dummy=None: [Op.ColumnCountAdd(Parameter)],
E_CharacterCountType.GRID:
lambda Parameter, Dummy=None: [Op.ColumnCountGridAdd(Parameter)],
E_CharacterCountType.LINE:
lambda Parameter, Dummy=None: [
Op.LineCountAdd(Parameter),
Op.AssignConstant(E_R.Column, 1),
],
E_CharacterCountType.LOOP_ENTRY:
lambda Parameter, Dummy=None: [],
E_CharacterCountType.LOOP_EXIT:
lambda Parameter, Dummy=None: [],
E_CharacterCountType.BEFORE_RELOAD:
lambda Parameter, Dummy=None: [],
E_CharacterCountType.AFTER_RELOAD:
lambda Parameter, Dummy=None: [],
}
def get_OpList(cls, LCCI, ModeName):
"""RETURN: [0] Verdict
[1] CounterCode
Verdict == True --> Run-time counter implementation required!!
Pattern's length cannot be determined beforehand.
False --> No run-time counting is necessary!!
It was possible to determine the increments
based on the pattern's structure.
Default Character Counter is used when the increments and/or setting
cannot be derived from the pattern itself.
"""
if not (Setup.count_line_number_f or Setup.count_column_number_f):
return False, []
elif LCCI is None:
return True, [Op.PasspartoutCounterCall(ModeName)]
elif LCCI.run_time_counter_required_f:
return True, [Op.PasspartoutCounterCall(ModeName)]
# (*) Determine Line and Column Number Count ______________________________
#
# Both, for line and column number considerations the same rules hold.
# Those rules are defined in 'get_offset()' as shown below.
#
def get_offset(Increment, IncrementByLexemeLength):
if IncrementByLexemeLength == 0 or Increment == 0:
return None, None
elif Increment != E_Count.VOID:
return Increment, 1
else:
return Lng.LEXEME_LENGTH(), IncrementByLexemeLength
# Column and line counts must be shifted (begin=end) even if only
# columns are counted. For example, even if only columns are modified
# the old line_number_at_begin must be adapted to the current.
cmd_list = [Op.ColumnCountShift(), Op.LineCountShift()]
# -- Line Number Count
offset, factor = get_offset(LCCI.line_n_increment,
LCCI.line_n_increment_by_lexeme_length)
if offset is not None:
cmd_list.append(Op.LineCountAdd(offset, factor))
# -- Column Number Count
if LCCI.column_index != E_Count.VOID:
cmd_list.append(Op.ColumnCountSet(LCCI.column_index + 1))
elif LCCI.column_n_increment_by_lexeme_length != E_Count.VOID:
offset, factor = get_offset(
LCCI.column_n_increment,
LCCI.column_n_increment_by_lexeme_length)
if offset is not None:
cmd_list.append(Op.ColumnCountAdd(offset, factor))
else:
# Following assert results from entry check against 'VOID'
assert LCCI.grid_step_size_by_lexeme_length != E_Count.VOID
if LCCI.grid_step_n == E_Count.VOID:
grid_step_n = Lng.LEXEME_LENGTH()
elif LCCI.grid_step_n != 0:
grid_step_n = LCCI.grid_step_n
else:
grid_step_n = None
if grid_step_n is not None:
cmd_list.append(
Op.ColumnCountGridAdd(LCCI.grid_step_size_by_lexeme_length,
grid_step_n))
return False, cmd_list
