def make_args_data(definition_ir: gt_ir.StencilDefinition,
sir_field_info: Dict[str, Any]) -> Dict[str, Any]:
data: Dict[str, Any] = {
"field_info": {},
"parameter_info": {},
"unreferenced": {}
}
fields = {item.name: item for item in definition_ir.api_fields}
parameters = {item.name: item for item in definition_ir.parameters}
for arg in definition_ir.api_signature:
if arg.name in fields:
access = sir_field_info[arg.name]["access"]
if access is None:
access = gt_definitions.AccessKind.READ_ONLY
data["unreferenced"].append(arg.name)
extent = sir_field_info[arg.name]["extent"]
boundary = gt_definitions.Boundary([(-pair[0], pair[1])
for pair in extent])
data["field_info"][arg.name] = gt_definitions.FieldInfo(
access=access,
dtype=fields[arg.name].data_type.dtype,
boundary=boundary)
else:
data["parameter_info"][
arg.name] = gt_definitions.ParameterInfo(
dtype=parameters[arg.name].data_type.dtype)
return data
def make_args_data(definition_ir: gt_ir.StencilDefinition,
sir_field_info: Dict[str, Any]) -> ModuleData:
data = ModuleData()
fields = {item.name: item for item in definition_ir.api_fields}
parameters = {item.name: item for item in definition_ir.parameters}
for arg in definition_ir.api_signature:
if arg.name in fields:
access = sir_field_info[arg.name]["access"]
if access is None:
access = gt_definitions.AccessKind.READ_ONLY
data.unreferenced.add(arg.name)
extent = sir_field_info[arg.name]["extent"]
boundary = gt_definitions.Boundary([(-pair[0], pair[1])
for pair in extent])
data.field_info[arg.name] = gt_definitions.FieldInfo(
access=access,
boundary=boundary,
axes=fields[arg.name].axes,
dtype=fields[arg.name].data_type.dtype,
)
else:
data.parameter_info[arg.name] = gt_definitions.ParameterInfo(
dtype=parameters[arg.name].data_type.dtype)
return data
def _generate_module_info(cls, definition_ir, options, field_info) -> Dict[str, Any]:
info = {}
if definition_ir.sources is not None:
info["sources"].update(
{
key: gt_utils.text.format_source(value, line_length=100)
for key, value in definition_ir.sources
}
)
else:
info["sources"] = {}
parallel_axes = definition_ir.domain.parallel_axes or []
sequential_axis = definition_ir.domain.sequential_axis.name
domain_info = gt_definitions.DomainInfo(
parallel_axes=tuple(ax.name for ax in parallel_axes),
sequential_axis=sequential_axis,
ndims=len(parallel_axes) + (1 if sequential_axis else 0),
)
info["domain_info"] = repr(domain_info)
info["docstring"] = definition_ir.docstring
info["field_info"] = {}
info["parameter_info"] = {}
info["unreferenced"] = []
fields = {item.name: item for item in definition_ir.api_fields}
parameters = {item.name: item for item in definition_ir.parameters}
for arg in definition_ir.api_signature:
if arg.name in fields:
access = field_info[arg.name]["access"]
if access is None:
access = gt_definitions.AccessKind.READ_ONLY
info["unreferenced"].append(arg.name)
extent = field_info[arg.name]["extent"]
boundary = gt_definitions.Boundary([(-pair[0], pair[1]) for pair in extent])
info["field_info"][arg.name] = gt_definitions.FieldInfo(
access=access, dtype=fields[arg.name].data_type.dtype, boundary=boundary
)
else:
info["parameter_info"][arg.name] = gt_definitions.ParameterInfo(
dtype=parameters[arg.name].data_type.dtype
)
if definition_ir.externals:
info["gt_constants"] = {
name: repr(value)
for name, value in definition_ir.externals.items()
if isinstance(value, numbers.Number)
}
else:
info["gt_constants"] = {}
info["gt_options"] = {
key: value for key, value in options.as_dict().items() if key not in ["build_info"]
}
return info
def make_args_data_from_iir(
implementation_ir: gt_ir.StencilImplementation) -> Dict[str, Any]:
data: Dict[str, Any] = {
"field_info": {},
"parameter_info": {},
"unreferenced": {}
}
# Collect access type per field
out_fields = set()
for ms in implementation_ir.multi_stages:
for sg in ms.groups:
for st in sg.stages:
for acc in st.accessors:
if (isinstance(acc, gt_ir.FieldAccessor) and acc.intent
== gt_ir.AccessIntent.READ_WRITE):
out_fields.add(acc.symbol)
for arg in implementation_ir.api_signature:
if arg.name in implementation_ir.fields:
access = (gt_definitions.AccessKind.READ_WRITE
if arg.name in out_fields else
gt_definitions.AccessKind.READ_ONLY)
if arg.name not in implementation_ir.unreferenced:
field_decl = implementation_ir.fields[arg.name]
data["field_info"][arg.name] = gt_definitions.FieldInfo(
access=access,
boundary=implementation_ir.fields_extents[
arg.name].to_boundary(),
axes=field_decl.axes,
dtype=field_decl.data_type.dtype,
)
else:
data["field_info"][arg.name] = None
else:
if arg.name not in implementation_ir.unreferenced:
data["parameter_info"][
arg.name] = gt_definitions.ParameterInfo(
dtype=implementation_ir.parameters[
arg.name].data_type.dtype)
else:
data["parameter_info"][arg.name] = None
data["unreferenced"] = implementation_ir.unreferenced
return data
def _generate_module_info(self) -> Dict[str, Any]:
info = {}
implementation_ir = self.implementation_ir
if self.definition_ir.sources is not None:
info["sources"].update({
key: gt_utils.text.format_source(
value, line_length=self.SOURCE_LINE_LENGTH)
for key, value in self.definition_ir.sources
})
else:
info["sources"] = {}
info["docstring"] = implementation_ir.docstring
parallel_axes = implementation_ir.domain.parallel_axes or []
sequential_axis = implementation_ir.domain.sequential_axis.name
info["domain_info"] = repr(
gt_definitions.DomainInfo(
parallel_axes=tuple(ax.name for ax in parallel_axes),
sequential_axis=sequential_axis,
ndims=len(parallel_axes) + (1 if sequential_axis else 0),
))
info["field_info"] = field_info = {}
info["parameter_info"] = parameter_info = {}
# Collect access type per field
out_fields = set()
for ms in implementation_ir.multi_stages:
for sg in ms.groups:
for st in sg.stages:
for acc in st.accessors:
if (isinstance(acc, gt_ir.FieldAccessor) and acc.intent
== gt_ir.AccessIntent.READ_WRITE):
out_fields.add(acc.symbol)
for arg in implementation_ir.api_signature:
if arg.name in implementation_ir.fields:
access = (gt_definitions.AccessKind.READ_WRITE
if arg.name in out_fields else
gt_definitions.AccessKind.READ_ONLY)
if arg.name not in implementation_ir.unreferenced:
field_info[arg.name] = gt_definitions.FieldInfo(
access=access,
dtype=implementation_ir.fields[
arg.name].data_type.dtype,
boundary=implementation_ir.fields_extents[
arg.name].to_boundary(),
)
else:
field_info[arg.name] = None
else:
if arg.name not in implementation_ir.unreferenced:
parameter_info[arg.name] = gt_definitions.ParameterInfo(
dtype=implementation_ir.parameters[
arg.name].data_type.dtype)
else:
parameter_info[arg.name] = None
if implementation_ir.externals:
info["gt_constants"] = {
name: repr(value)
for name, value in implementation_ir.externals.items()
if isinstance(value, numbers.Number)
}
else:
info["gt_constants"] = {}
info["gt_options"] = {
key: value
for key, value in self.options.as_dict().items()
if key not in ["build_info"]
}
info["unreferenced"] = self.implementation_ir.unreferenced
return info
def __call__(self, stencil_id, implementation_ir):
self.stencil_id = stencil_id
self.implementation_ir = implementation_ir
stencil_signature = self.generate_signature()
sources = {}
if implementation_ir.sources is not None:
sources = {
key: gt_utils.text.format_source(value, line_length=self.SOURCE_LINE_LENGTH)
for key, value in implementation_ir.sources
}
parallel_axes = implementation_ir.domain.parallel_axes or []
sequential_axis = implementation_ir.domain.sequential_axis.name
domain_info = repr(
gt_definitions.DomainInfo(
parallel_axes=tuple(ax.name for ax in parallel_axes),
sequential_axis=sequential_axis,
ndims=len(parallel_axes) + (1 if sequential_axis else 0),
)
)
field_info = {}
field_names = []
parameter_info = {}
param_names = []
# Collect access type per field
out_fields = set()
for ms in implementation_ir.multi_stages:
for sg in ms.groups:
for st in sg.stages:
for acc in st.accessors:
if (
isinstance(acc, gt_ir.FieldAccessor)
and acc.intent == gt_ir.AccessIntent.READ_WRITE
):
out_fields.add(acc.symbol)
for arg in implementation_ir.api_signature:
if arg.name in implementation_ir.fields:
access = (
gt_definitions.AccessKind.READ_WRITE
if arg.name in out_fields
else gt_definitions.AccessKind.READ_ONLY
)
if arg.name not in implementation_ir.unreferenced:
field_info[arg.name] = gt_definitions.FieldInfo(
access=access,
dtype=implementation_ir.fields[arg.name].data_type.dtype,
boundary=implementation_ir.fields_extents[arg.name].to_boundary(),
)
else:
field_info[arg.name] = None
field_names.append(arg.name)
else:
if arg.name not in implementation_ir.unreferenced:
parameter_info[arg.name] = gt_definitions.ParameterInfo(
dtype=implementation_ir.parameters[arg.name].data_type.dtype
)
else:
parameter_info[arg.name] = None
param_names.append(arg.name)
field_info = repr(field_info)
parameter_info = repr(parameter_info)
if implementation_ir.externals:
gt_constants = {
name: repr(value)
for name, value in implementation_ir.externals.items()
if isinstance(value, numbers.Number)
}
else:
gt_constants = {}
gt_options = dict(self.options.__dict__)
if "build_info" in gt_options:
del gt_options["build_info"]
# Concrete implementation in the subclasses
imports = self.generate_imports()
module_members = self.generate_module_members()
class_members = self.generate_class_members()
implementation = self.generate_implementation()
module_source = self.template.render(
imports=imports,
module_members=module_members,
class_name=self.stencil_class_name,
class_members=class_members,
docstring=implementation_ir.docstring,
gt_backend=self.backend_name,
gt_source=sources,
gt_domain_info=domain_info,
gt_field_info=field_info,
gt_parameter_info=parameter_info,
gt_constants=gt_constants,
gt_options=gt_options,
stencil_signature=stencil_signature,
field_names=field_names,
param_names=param_names,
synchronization=self.generate_synchronization(
[
k
for k in implementation_ir.fields.keys()
if k not in implementation_ir.temporary_fields
and k not in implementation_ir.unreferenced
]
),
mark_modified=self.generate_mark_modified(
[
k
for k in out_fields
if k not in implementation_ir.temporary_fields
and k not in implementation_ir.unreferenced
]
),
implementation=implementation,
)
module_source = gt_utils.text.format_source(
module_source, line_length=self.SOURCE_LINE_LENGTH
)
return module_source