def records(self):
"""Returns the list of record types, as a list of tuples:
[ (ctype name, corresponding CType, ada name, [fields],
[union], [private=False]) ...]
Where fields is a dict for each field whose type is
overridden:
{ name: CType, ... }
and union is a list of tuples (value, field) associating
a field of a <union> with the corresponding value of the
discriminant.
The returned list includes records added via add_record_type
"""
result = []
if self.node:
for rec in self.node.findall("record"):
override_fields = {}
for field in rec.findall("field"):
override_fields[field.get("name")] = \
naming.type(name="", cname=field.get("ctype"))
unions = []
for field in rec.findall("union"):
unions.append((field.get("value"), field.get("field")))
result.append((rec.get("ctype"),
naming.type(name="", cname=rec.get("ctype")),
rec.get("ada"), override_fields, unions,
rec.get("private", "false").lower() == "true"))
return result
def records(self):
"""Returns the list of record types, as a list of tuples:
[ (ctype name, corresponding CType, ada name, [fields],
[union], [private=False]) ...]
Where fields is a dict for each field whose type is
overridden:
{ name: CType, ... }
and union is a list of tuples (value, field) associating
a field of a <union> with the corresponding value of the
discriminant.
The returned list includes records added via add_record_type
"""
result = []
if self.node:
for rec in self.node.findall("record"):
override_fields = {}
for field in rec.findall("field"):
override_fields[field.get("name")] = \
naming.type(name="", cname=field.get("ctype"))
unions = []
for field in rec.findall("union"):
unions.append((field.get("value"), field.get("field")))
result.append((rec.get("ctype"),
naming.type(name="",
cname=rec.get("ctype")),
rec.get("ada"),
override_fields, unions,
rec.get("private", "false").lower() == "true"))
return result
def lists(self):
"""Return the list of list instantiations we need to add to the
package. Returns a list of tuples:
[(adaname, CType for element,
true for a single-linked list, section),
...]
"""
result = []
if self.node:
for l in self.node.findall("list"):
result.append(
(l.get("ada"), naming.type(name="",
cname=l.get("ctype")), False,
l.get("section", "")))
for l in self.node.findall("slist"):
result.append(
(l.get("ada"), naming.type(name="",
cname=l.get("ctype")), True,
l.get("section", "")))
return result
def lists(self):
"""Return the list of list instantiations we need to add to the
package. Returns a list of tuples:
[(adaname, CType for element,
true for a single-linked list, section),
...]
"""
result = []
if self.node:
for l in self.node.findall("list"):
result.append((l.get("ada"),
naming.type(name="", cname=l.get("ctype")),
False,
l.get("section", "")))
for l in self.node.findall("slist"):
result.append((l.get("ada"),
naming.type(name="", cname=l.get("ctype")),
True,
l.get("section", "")))
return result
def enumerations(self):
"""List of all enumeration types that need to be declared in the
package. The result is a list of tuples.
"""
result = []
if self.node:
for enum in self.node.findall("enum"):
result.append((enum.get("ctype"),
naming.type(name="", cname=enum.get("ctype")),
enum.get("prefix", "GTK_"),
enum.get("asbitfield", "false").lower() == "true",
enum.get("ignore", "")
))
return result
def enumerations(self):
"""List of all enumeration types that need to be declared in the
package. The result is a list of tuples.
"""
result = []
if self.node:
for enum in self.node.findall("enum"):
result.append(
(enum.get("ctype"),
naming.type(name="", cname=enum.get("ctype")),
enum.get("prefix",
"GTK_"), enum.get("asbitfield",
"false").lower() == "true",
enum.get("ignore", "")))
return result
