def emit(g: Graph) -> Module:
i = 0
m = Module()
variables: t.Dict[int, Symbol] = {}
for node in topological_sorted(g):
if node.is_primitive:
variables[node.uid] = m.symbol(node.name)
continue
args = []
for dep in node.depends:
args.append(variables[dep.uid])
variables[node.uid] = m.let(f"v{i}", m.symbol(node.name)(*args))
i += 1
return m
def emit(g: Graph) -> Module:
i = 0
m = Module()
variables: t.Dict[int, Symbol] = {}
# TODO: with type
# TODO: name
original_args = [
f"{node.name} string" for node in g.nodes if node.is_primitive
]
with m.func("run", *original_args, return_="error"):
for node in topological_sorted(g):
if node.is_primitive:
variables[node.uid] = m.symbol(node.name)
continue
args = []
for dep in node.depends:
args.append(variables[dep.uid])
m.letN
return_type = node.metadata.get("return_type", "")
if return_type == "":
[variables[node.uid]] = m.letN([f"v{i}"],
m.symbol(node.name)(*args))
elif return_type == "with-err":
variables[node.uid], err = m.letN((f"v{i}", "err"),
m.symbol(node.name)(*args))
with m.if_("err != nil"):
m.return_("err")
elif return_type == "with-cleanup":
variables[node.uid], cleanup = m.letN(
(f"v{i}", "cleanup"),
m.symbol(node.name)(*args))
m.stmt("defer cleanup()")
elif return_type == "with-cleanup-err":
variables[node.uid], cleanup, err = m.letN(
(f"v{i}", "cleanup", "err"),
m.symbol(node.name)(*args))
with m.if_("err != nil"):
m.return_("err")
m.stmt("defer cleanup()")
else:
raise ValueError(f"unexpected return_type {return_type}")
i += 1
m.return_("nil")
return m
def resolve(g: Graph) -> Module:
i = 0
m = Module()
variables: t.Dict[int, Symbol] = {}
# TODO: with type
# TODO: name
root_args = [
f"{node.name} string" for node in g.nodes if node.is_primitive
]
with m.func("run", *root_args, return_="error"):
for node in topological_sorted(g):
if node.is_primitive:
variables[node.uid] = m.symbol(node.name)
continue
args = [variables[dep.uid] for dep in node.deps]
metadata = t.cast(Metadata, node.metadata)
return_type = metadata.get("return_type", "")
provider = m.symbol(metadata.get("provider") or node.name)
if return_type == "":
(variables[node.uid], ) = m.letN([f"v{i}"], provider(*args))
elif return_type == "with-err":
variables[node.uid], err = m.letN([f"v{i}", "err"],
provider(*args))
with m.if_("err != nil"):
m.return_("err")
elif return_type == "with-cleanup":
variables[node.uid], cleanup = m.letN([f"v{i}", "cleanup"],
provider(*args))
m.stmt("defer cleanup()")
elif return_type == "with-cleanup-err":
variables[node.uid], cleanup, err = m.letN(
[f"v{i}", "cleanup", "err"], provider(*args))
with m.if_("err != nil"):
m.return_("err")
m.stmt("defer cleanup()")
else:
raise ValueError(f"unexpected return_type {return_type}")
i += 1
m.return_("nil")
return m
def emit(m: Module, g: Graph) -> Symbol:
# TODO: name
# TODO: import_
i = 0
variables: t.Dict[int, Symbol] = {}
for node in topological_sorted(g):
if node.is_primitive:
variables[node.uid] = m.symbol(node.name)
continue
metadata = t.cast(Metadata, node.metadata)
return_type = metadata.get("return_type", "")
return_types = list(t.get_args(return_type) or [return_type])
var_names = [
f"v{i}",
*[getattr(typ, "name", typ.__name__) for typ in return_types[1:]],
]
spec: Fnspec = metadata.get("fnspec")
provider_callable: t.Optional[Symbol] = None
if spec is not None:
pkg_prefix = m.import_(metadata["component_type"].gopackage)
provider_callable = m.symbol(f"{pkg_prefix}.{spec.name}")
if provider_callable is None:
provider_callable = m.symbol(spec.name if spec else node.name)
args = [variables[dep.uid] for dep in node.depends]
variables[node.uid], *extra_vars = m.letN(var_names,
provider_callable(*args))
if extra_vars:
for sym, typ in sorted(
zip(extra_vars, return_types[1:]),
key=lambda pair: getattr(pair[1], "priority", 5),
reverse=True,
):
if hasattr(typ, "emit"):
typ.emit(m, sym)
i += 1
return variables[node.uid]
def emit(g: Graph) -> Module:
# TODO: name
# TODO: import_
i = 0
m = Module()
variables: t.Dict[int, Symbol] = {}
with m.func("run", *_get_args(g), return_="error"):
for node in topological_sorted(g):
if node.is_primitive:
variables[node.uid] = m.symbol(node.name)
continue
metadata = t.cast(Metadata, node.metadata)
return_type = metadata.get("return_type", "")
return_types = list(t.get_args(return_type) or [return_type])
var_names = [
f"v{i}",
*[
getattr(typ, "name", typ.__name__)
for typ in return_types[1:]
],
]
provider_callable = m.symbol(metadata.get("provider") or node.name)
args = [variables[dep.uid] for dep in node.depends]
variables[node.uid], *extra_vars = m.letN(var_names,
provider_callable(*args))
if extra_vars:
for sym, typ in sorted(
zip(extra_vars, return_types[1:]),
key=lambda pair: getattr(pair[1], "priority", 5),
reverse=True,
):
if hasattr(typ, "emit"):
typ.emit(m, sym)
i += 1
m.return_("nil")
return m
def emit(g: Graph) -> Module:
i = 0
m = Module()
variables: t.Dict[int, Symbol] = {}
# TODO: with type
# TODO: name
root_args = [
f"{node.name} string" for node in g.nodes if node.is_primitive
]
with m.func("run", *root_args, return_="error"):
for node in topological_sorted(g):
if node.is_primitive:
variables[node.uid] = m.symbol(node.name)
continue
metadata = t.cast(Metadata, node.metadata)
return_type = metadata.get("return_type", "")
return_types = list(t.get_args(return_type) or [return_type])
var_names = [
f"v{i}",
*[
getattr(typ, "name", typ.__name__)
for typ in return_types[1:]
],
]
provider_callable = m.symbol(metadata.get("provider") or node.name)
args = [variables[dep.uid] for dep in node.depends]
variables[node.uid], *extra_vars = m.letN(var_names,
provider_callable(*args))
if extra_vars:
for sym, typ in zip(extra_vars, return_types[1:]):
if hasattr(typ, "emit"):
typ.emit(m, sym)
i += 1
m.return_("nil")
return m
