Log message:
(cad/py-gdstk) Updated 0.9.34 to 0.9.35

# Changelog
## 0.9.35 - 2022-12-16
### Fixed
- Segfaults caused by class inheritance in Python
- Segfaults caused by cleanup of incomplete initialization of Python instances

Log message:
(cad/py-gdstk)  Update 0.9.0 to 0.9.34

## 0.9.33 - 2022-11-14
 - build wheels for windows separately from macOs and linux

## 0.9.1 - 2022-10-12
### Fixed
 - Reading polygons with extremelly large number of vertices
 - Integer overflow in boolean operations
 - `GdsWriter` C++ API fix
 - Properly read zlib path from environment during build
 - Ensure polygons are closed when laoding GDSII files
 - Reference counting in `Reference.apply_repetition` and `Cell.flatten`

Log message:
(cad/gdstk) Updated 0.8.3 to 0.9.0

## 0.9.0 2022-08-21 (Date from timestamp)
### Fixed
- Bug when saving OASIS files with missing references.
### Added
- `Reference.get_polygons`, `Reference.get_paths`, `Reference.get_labels`
- `Library.rename_cell`
- `Library::rename_cell` and `Library::replace_cell` in the C++ API
### Changed
- `Cell.filter` arguments modified to match `read_gds`.
- Changed default tolerance for `read_gds` and `read_oas` to be the library's \ 
rounding size.
- `Reference::polygons` renamed to `Reference::get_polygons` in the C++ API.
- `Reference::flexpaths` renamed to `Reference::get_flexpaths` in the C++ API.
- `Reference::robustpaths` renamed to `Reference::get_robustpaths` in the C++ API.
- `Reference::labels` renamed to `Reference::get_labels` in the C++ API.
- Removed magnification argument from `Reference::init` and `Label::init` in the \ 
C++ API.

Log message:
(cad/py-gdstk) Fix GITHUB_PROJECT (missing)

Log message:
cad/py-gdstk: import py39-gdstk-0.8.3

Gdstk (GDSII Tool Kit) is a C++ library for creation and manipulation of
GDSII and OASIS files. It is also available as a Python module meant to be
a successor to Gdspy.

Key features for the creation of complex CAD layouts are included:

-  Boolean operations on polygons (AND, OR, NOT, XOR) based on clipping
   algorithm
-  Polygon offset (inward and outward rescaling of polygons)
-  Efficient point-in-polygon solutions for large array sets

Typical applications of Gdstk are in the fields of electronic chip design,
planar lightwave circuit design, and mechanical engineering.