def _render_pattern(self, pattern: Pattern):
lines = []
for var in pattern.all_vars():
lines.append(self._generate_declaration(var))
representative_var = pattern.all_vars()[0]
if isinstance(pattern, SingularPattern):
lines.append(self._input_code_for_var(representative_var))
elif isinstance(pattern, ParallelPattern):
lines.append(_loop_header(representative_var, False))
for var in pattern.all_vars():
lines.append("{indent}{line}".format(indent=self._indent(1),
line=self._input_code_for_var(var)))
lines.append("}")
elif isinstance(pattern, TwoDimensionalPattern):
lines.append(_loop_header(representative_var, False))
lines.append(
"{indent}{line}".format(indent=self._indent(1), line=_loop_header(representative_var, True)))
for var in pattern.all_vars():
lines.append("{indent}{line}".format(indent=self._indent(2),
line=self._input_code_for_var(var)))
lines.append("{indent}}}".format(indent=self._indent(1)))
lines.append("}")
else:
raise NotImplementedError
return lines
def _input_code_for_single_pattern(self, pattern: Pattern) -> str:
assert len(pattern.all_vars()) == 1
var = pattern.all_vars()[0]
if isinstance(pattern, SingularPattern):
input_ = self._input_code_for_token(var.type)
elif isinstance(pattern, ParallelPattern):
input_ = "[ {input_} for _ in range({length}) ]".format(
input_=self._input_code_for_token(var.type),
length=var.first_index.get_length())
elif isinstance(pattern, TwoDimensionalPattern):
input_ = "[ [ {input_} for _ in range({second_length}) ] for _ in range({first_length}) ]".format(
input_=self._input_code_for_token(var.type),
first_length=var.first_index.get_length(),
second_length=var.second_index.get_length())
else:
raise NotImplementedError
return "{name} = {input_} # type: {type_}".format(
name=var.name,
input_=input_,
type_=self._get_declaration_type(var))
def _render_pattern(self, pattern: Pattern):
lines = []
for var in pattern.all_vars():
lines.append(self._generate_declaration(var))
representative_var = pattern.all_vars()[0]
if isinstance(pattern, SingularPattern):
lines.append(self._input_code_for_var(representative_var))
elif isinstance(pattern, ParallelPattern):
lines.append(_loop_header(representative_var, False))
for var in pattern.all_vars():
lines.append("{indent}{line}".format(
indent=self._indent(1),
line=self._input_code_for_var(var)))
lines.append("}")
elif isinstance(pattern, TwoDimensionalPattern):
lines.append(_loop_header(representative_var, False))
lines.append("{indent}{line}".format(indent=self._indent(1),
line=_loop_header(
representative_var,
True)))
for var in pattern.all_vars():
lines.append("{indent}{line}".format(
indent=self._indent(2),
line=self._input_code_for_var(var)))
lines.append("{indent}}}".format(indent=self._indent(1)))
lines.append("}")
else:
raise NotImplementedError
return lines
def _input_code_for_non_single_pattern(self,
pattern: Pattern) -> List[str]:
lines = []
for var in pattern.all_vars():
lines.append(self._generate_declaration(var))
representative_var = pattern.all_vars()[0]
if isinstance(pattern, SingularPattern):
assert False
elif isinstance(pattern, ParallelPattern):
lines.append(_loop_header(representative_var, False))
for var in pattern.all_vars():
lines.append("{indent}{name} = {input_}".format(
indent=self._indent(1),
name=self._get_var_name(var),
input_=self._input_code_for_token(var.type)))
elif isinstance(pattern, TwoDimensionalPattern):
lines.append(_loop_header(representative_var, False))
lines.append("{indent}{line}".format(indent=self._indent(1),
line=_loop_header(
representative_var,
True)))
for var in pattern.all_vars():
lines.append("{indent}{name} = {input_}".format(
indent=self._indent(2),
name=self._get_var_name(var),
input_=self._input_code_for_token(var.type)))
else:
raise NotImplementedError
return lines
def _input_code_for_non_single_pattern(self, pattern: Pattern) -> List[str]:
lines = []
for var in pattern.all_vars():
lines.append(self._generate_declaration(var))
representative_var = pattern.all_vars()[0]
if isinstance(pattern, SingularPattern):
assert False
elif isinstance(pattern, ParallelPattern):
lines.append(_loop_header(representative_var, False))
for var in pattern.all_vars():
lines.append("{indent}{name} = {input_}".format(indent=self._indent(1),
name=self._get_var_name(
var),
input_=self._input_code_for_token(var.type)))
elif isinstance(pattern, TwoDimensionalPattern):
lines.append(_loop_header(representative_var, False))
lines.append(
"{indent}{line}".format(indent=self._indent(1), line=_loop_header(representative_var, True)))
for var in pattern.all_vars():
lines.append("{indent}{name} = {input_}".format(indent=self._indent(2),
name=self._get_var_name(
var),
input_=self._input_code_for_token(var.type)))
else:
raise NotImplementedError
return lines
def _render_pattern(self, pattern: Pattern):
lines = []
for var in pattern.all_vars():
decl = self._generate_declaration(var)
if decl:
lines.append(decl)
representative_var = pattern.all_vars()[0]
if isinstance(pattern, SingularPattern):
lines.append(self._input_code_for_var(representative_var))
elif isinstance(pattern, ParallelPattern):
line = _loop_header(representative_var, False) + ' { '
for var in pattern.all_vars():
line += '{input} '.format(
input=self._input_code_for_declared_var(var))
line += '}'
lines.append(line)
elif isinstance(pattern, TwoDimensionalPattern):
line = _loop_header(representative_var, False) + ' '
line += _loop_header(representative_var, True) + ' { '
for var in pattern.all_vars():
line += '{input} '.format(
input=self._input_code_for_declared_var(var))
line += '}'
lines.append(line)
else:
raise NotImplementedError
return lines
def _input_code_for_single_pattern(self, pattern: Pattern) -> str:
assert len(pattern.all_vars()) == 1
var = pattern.all_vars()[0]
if isinstance(pattern, SingularPattern):
input_ = self._input_code_for_token(var.type)
elif isinstance(pattern, ParallelPattern):
input_ = "[ {input_} for _ in range({length}) ]".format(
input_=self._input_code_for_token(var.type),
length=var.first_index.get_length())
elif isinstance(pattern, TwoDimensionalPattern):
input_ = "[ [ {input_} for _ in range({second_length}) ] for _ in range({first_length}) ]".format(
input_=self._input_code_for_token(var.type),
first_length=var.first_index.get_length(),
second_length=var.second_index.get_length())
else:
raise NotImplementedError
return "{name} = {input_} # type: {type_}".format(
name=var.name,
input_=input_,
type_=self._get_declaration_type(var))
def _append_declaration_and_allocation(self, lines, pattern: Pattern,
global_mode):
if global_mode:
for var in pattern.all_vars():
self._append(lines, self._generate_allocation(var))
else:
for var in pattern.all_vars():
self._append(lines,
self._generate_declaration_and_allocation(var))
def _append_singular_pattern(self, lines, pattern: Pattern, global_mode):
var = pattern.all_vars()[0]
if not global_mode:
if var.type == Type.int:
if hasattr(self.info, "declare_and_input_int"):
self._append(
lines,
self.info.declare_and_input_int.format(name=var.name))
return
elif var.type == Type.float:
if hasattr(self.info, "declare_and_input_float"):
self._append(
lines,
self.info.declare_and_input_float.format(
name=var.name))
return
elif var.type == Type.str:
if hasattr(self.info, "declare_and_input_string"):
self._append(
lines,
self.info.declare_and_input_string.format(
name=var.name))
return
else:
raise NotImplementedError
self._append_declaration_and_allocation(lines, pattern, global_mode)
self._append(lines, self._input_code_for_var(var))
def _render_pattern(self, pattern: Pattern):
if len(pattern.all_vars()) == 1:
return [self._input_code_for_single_pattern(pattern)]
else:
return self._input_code_for_non_single_pattern(pattern)
def _render_pattern(self, pattern: Pattern):
if len(pattern.all_vars()) == 1:
return [self._input_code_for_single_pattern(pattern)]
else:
return self._input_code_for_non_single_pattern(pattern)
def _render_pattern(self, pattern: Pattern, global_mode):
lines = []
representative_var = pattern.all_vars()[0]
if isinstance(pattern, SingularPattern):
self._append_singular_pattern(lines, pattern, global_mode)
elif isinstance(pattern, ParallelPattern):
added = False
if len(pattern.all_vars()) == 1:
var = pattern.all_vars()[0]
if global_mode:
if hasattr(self.info, "allocate_and_input_seq"):
self._append(
lines,
self.info.allocate_and_input_seq.format(
input_func=self._get_input_func(var.type),
length=self._get_length(var.first_index),
name=var.name))
added = True
else:
if hasattr(self.info,
"declare_and_allocate_and_input_seq"):
self._append(
lines,
self.info.declare_and_allocate_and_input_seq.
format(input_func=self._get_input_func(var.type),
length=self._get_length(var.first_index),
name=var.name,
type=self._convert_type(var.type)))
added = True
if not added:
self._append_declaration_and_allocation(
lines, pattern, global_mode)
self._append(lines, self._loop_header(representative_var,
False))
for var in pattern.all_vars():
self._append(lines, self._input_code_for_var(var), 1)
self._append(lines, self.info.loop_footer)
elif isinstance(pattern, TwoDimensionalPattern):
added = False
if len(pattern.all_vars()) == 1:
var = pattern.all_vars()[0]
if global_mode:
if hasattr(self.info, "allocate_and_input_2d_seq"):
self._append(
lines,
self.info.allocate_and_input_2d_seq.format(
input_func=self._get_input_func(var.type),
length_i=self._get_length(var.first_index),
length_j=self._get_length(var.second_index),
name=var.name))
added = True
else:
if hasattr(self.info,
"declare_and_allocate_and_input_2d_seq"):
self._append(
lines,
self.info.declare_and_allocate_and_input_2d_seq.
format(input_func=self._get_input_func(var.type),
length_i=self._get_length(var.first_index),
length_j=self._get_length(var.second_index),
name=var.name,
type=self._convert_type(var.type)))
added = True
if not added:
self._append_declaration_and_allocation(
lines, pattern, global_mode)
self._append(lines, self._loop_header(representative_var,
False))
self._append(lines, self._loop_header(representative_var,
True), 1)
for var in pattern.all_vars():
self._append(lines, self._input_code_for_var(var), 2)
self._append(lines, self.info.loop_footer, 1)
self._append(lines, self.info.loop_footer)
else:
raise NotImplementedError
return lines
