penblas-feedstock/blob/ae5af5e/ recipe/meta.yaml#L127-L137 This attached track_features entry is why MKL is chosen over OpenBLAS. MKL does not have any track_features associated with it. If there are (R, Perl, arbitrary executables). Tracking depen- dencies Tracks binary dependencies explicitly. Why use venv-based virtual environments • You prefer their workflow or spec formats. • You prefer to directly from the project maintainers, rather than someone else providing builds based on the same code. Why use conda virtual environments? • You want control over binary compatibility choices. • You want

penblas-feedstock/blob/ae5af5e/ recipe/meta.yaml#L127-L137 This attached track_features entry is why MKL is chosen over OpenBLAS. MKL does not have any track_features associated with it. If there are (R, Perl, arbitrary executables). Tracking depen- dencies Tracks binary dependencies explicitly. Why use venv-based virtual environments • You prefer their workflow or spec formats. • You prefer to directly from the project maintainers, rather than someone else providing builds based on the same code. Why use conda virtual environments? • You want control over binary compatibility choices. • You want

old software. That old software could have incom- patible constraint information. Read more about why we made this change. If you still need the content from the free channel to reproduce old environments penblas-feedstock/blob/ae5af5e/ recipe/meta.yaml#L127-L137 This attached track_features entry is why MKL is chosen over OpenBLAS. MKL does not have any track_features associated with it. If there are (R, Perl, arbitrary executables). Tracking depen- dencies Tracks binary dependencies explicitly. Why use venv-based virtual environments • You prefer their workflow or spec formats. • You prefer to

penblas-feedstock/blob/ae5af5e/ recipe/meta.yaml#L127-L137 This attached track_features entry is why MKL is chosen over OpenBLAS. MKL does not have any track_features associated with it. If there are (R, Perl, arbitrary executables). Tracking depen- dencies Tracks binary dependencies explicitly. Why use venv-based virtual environments • You prefer their workflow or spec formats. • You prefer to directly from the project maintainers, rather than someone else providing builds based on the same code. Why use conda virtual environments? • You want control over binary compatibility choices. • You want

penblas-feedstock/blob/ae5af5e/ recipe/meta.yaml#L127-L137 This attached track_features entry is why MKL is chosen over OpenBLAS. MKL does not have any track_features associated with it. If there are (R, Perl, arbitrary executables). Tracking depen- dencies Tracks binary dependencies explicitly. Why use venv-based virtual environments • You prefer their workflow or spec formats. • You prefer to directly from the project maintainers, rather than someone else providing builds based on the same code. Why use conda virtual environments? • You want control over binary compatibility choices. • You want

old software. That old software could have incom- patible constraint information. Read more about why we made this change. If you still need the content from the free channel to reproduce old environments penblas-feedstock/blob/ae5af5e/ recipe/meta.yaml#L127-L137 This attached track_features entry is why MKL is chosen over OpenBLAS. MKL does not have any track_features associated with it. If there are (R, Perl, arbitrary executables). Tracking depen- dencies Tracks binary dependencies explicitly. Why use venv-based virtual environments • You prefer their workflow or spec formats. • You prefer to

old software. That old software could have incom- patible constraint information. Read more about why we made this change. If you still need the content from the free channel to reproduce old environments penblas-feedstock/blob/ae5af5e/ recipe/meta.yaml#L127-L137 This attached track_features entry is why MKL is chosen over OpenBLAS. MKL does not have any track_features associated with it. If there are (R, Perl, arbitrary executables). Tracking depen- dencies Tracks binary dependencies explicitly. Why use venv-based virtual environments • You prefer their workflow or spec formats. • You prefer to

old software. That old software could have incom- patible constraint information. Read more about why we made this change. If you still need the content from the free channel to reproduce old environments penblas-feedstock/blob/ae5af5e/ recipe/meta.yaml#L127-L137 This attached track_features entry is why MKL is chosen over OpenBLAS. MKL does not have any track_features associated with it. If there are (R, Perl, arbitrary executables). Tracking depen- dencies Tracks binary dependencies explicitly. Why use venv-based virtual environments • You prefer their workflow or spec formats. • You prefer to

old software. That old software could have incom- patible constraint information. Read more about why we made this change. If you still need the content from the free channel to reproduce old environments penblas-feedstock/blob/ae5af5e/ recipe/meta.yaml#L127-L137 This attached track_features entry is why MKL is chosen over OpenBLAS. MKL does not have any track_features associated with it. If there are Tracks binary dependencies explicitly. 92 Chapter 4. Contributors welcome conda, Release 24.7.1 Why use venv-based virtual environments • You prefer their workflow or spec formats. • You prefer to

penblas-feedstock/blob/ae5af5e/ recipe/meta.yaml#L127-L137 This attached track_features entry is why MKL is chosen over OpenBLAS. MKL does not have any track_features associated with it. If there are (R, Perl, arbitrary executables). Tracking depen- dencies Tracks binary dependencies explicitly. Why use venv-based virtual environments • You prefer their workflow or spec formats. • You prefer to directly from the project maintainers, rather than someone else providing builds based on the same code. Why use conda virtual environments? • You want control over binary compatibility choices. • You want