def __iter__(self) -> Iterable[Tuple[str, str]]:
"""
Yields all redraw associations as (object_handle, sort_handle) tuples.
"""
for handle, sort_handle in take2(self.sortentstable_subclass[self.TABLE_START_INDEX:]):
yield handle.value, sort_handle.value
def load_table(self, tags: 'Tags') -> None:
for handle, sort_handle in take2(tags):
if handle.code != 331:
raise DXFStructureError('Invalid handle code {}, expected 331'.format(handle.code))
if sort_handle.code != 5:
raise DXFStructureError('Invalid sort handle code {}, expected 5'.format(handle.code))
self.table[handle.value] = sort_handle.value
def load_table(self, tags: "Tags") -> None:
for handle, sort_handle in take2(tags):
if handle.code != 331:
raise DXFStructureError(
f"Invalid handle code {handle.code}, expected 331"
)
if sort_handle.code != 5:
raise DXFStructureError(
f"Invalid sort handle code {handle.code}, expected 5"
)
self.table[handle.value] = sort_handle.value
def get_acad_dstyle(self, dim_style: 'DimStyle') -> dict:
try:
data = self.get_xdata_list('ACAD', 'DSTYLE')
except DXFValueError:
return {}
attribs = {}
codes = dim_style.CODE_TO_DXF_ATTRIB
for code_tag, value_tag in take2(data):
group_code = code_tag.value
value = value_tag.value
if group_code in codes:
attribs[codes[group_code]] = value
return attribs
def get_acad_dstyle(self, dim_style: 'DimStyle') -> dict:
""" Get XDATA section ACAD:DSTYLE, to override DIMSTYLE attributes for this DIMENSION entity.
Returns a ``dict`` with DIMSTYLE attribute names as keys.
(internal API)
"""
try:
data = self.get_xdata_list('ACAD', 'DSTYLE')
except DXFValueError:
return {}
attribs = {}
codes = dim_style.CODE_TO_DXF_ATTRIB
for code_tag, value_tag in take2(data):
group_code = code_tag.value
value = value_tag.value
if group_code in codes:
attribs[codes[group_code]] = value
return self.dim_style_attr_handles_to_names(attribs)
def write_str(self, s: str) -> None:
data = s.split('\n')
for code, value in take2(data):
self.write_tag2(int(code), value)
def __iter__(self) -> Iterable[Tuple[int, int]]:
for edge in take2(self.values):
yield edge
def _parse_xlist(self) -> Dict:
if self._xlist:
return dict(take2(self._xlist))
else:
return dict()
def from_tags(cls, tags):
return cls(data=((k, v) for k, v in take2(
tag.value for tag in tags if tag.code in set(cls.SEARCH_CODES))))
def __iter__(self):
for edge in take2(self.value):
yield edge
def from_tags(cls, tags: Tags) -> 'TagDict':
return cls(data=(t for t in take2(tag.value for tag in tags if tag.code in set(cls.SEARCH_CODES))))
