amazon.com/serverless/sam SAM CLI sam init --name my-function --runtime python cd my-function/ sam build sam package --s3-bucket my-packages-bucket \ --output-template-file packaged.yaml sam deploy --template-file

conda install scipy • You may build a package after installing conda-build 4 Chapter 1. User guide conda Documentation, Release 23.3.1.post2+bdcba5dd0 conda build my_fun_package Package structure mutex metapackage is a very simple package that has a name. It need not have any dependencies or build steps. Mutex metapackages are frequently an "output" in a recipe that builds some variant of another to use mutex metapackages to build NumPy against different BLAS implementa- tions. Building NumPy with BLAS variants If you build NumPy with MKL, you also need to build SciPy, scikit-learn, and anything

• Conda build configuration – Specify conda build output root directory (root-dir) – Specify conda build build folder (conda-build 3.16.3+) (output_folder) – Automatically upload conda build packages used for Anaconda.org uploads (conda-build 3.0+) (anaconda_token) – Limit build output verbosity (conda-build 3.0+) (quiet) – Disable filename hashing (conda-build 3.0+) (filename_hashing) 1.5. Configuration package verification (conda-build 3.0+) (no_verify) – Disable per-build folder creation (conda-build 3.0+) (set_build_id) – Skip building packages that already exist (conda-build 3.0+) (skip_existing) –

• Conda build configuration – Specify conda build output root directory (root-dir) – Specify conda build build folder (conda-build 3.16.3+) (output_folder) – Automatically upload conda build packages used for Anaconda.org uploads (conda-build 3.0+) (anaconda_token) – Limit build output verbosity (conda-build 3.0+) (quiet) – Disable filename hashing (conda-build 3.0+) (filename_hashing) 1.5. Configuration package verification (conda-build 3.0+) (no_verify) – Disable per-build folder creation (conda-build 3.0+) (set_build_id) – Skip building packages that already exist (conda-build 3.0+) (skip_existing) –

conda install scipy • You may build a package after installing conda-build 4 Chapter 1. User guide conda Documentation, Release 0.0.0.dev0+placeholder conda build my_fun_package Package structure mutex metapackage is a very simple package that has a name. It need not have any dependencies or build steps. Mutex metapackages are frequently an "output" in a recipe that builds some variant of another to use mutex metapackages to build NumPy against different BLAS implementa- tions. Building NumPy with BLAS variants If you build NumPy with MKL, you also need to build SciPy, scikit-learn, and anything

search scipy • You may install a package conda install scipy • You may build a package after installing conda-build conda build my_fun_package 10 Chapter 4. Contributors welcome conda, Release 23.11 mutex metapackage is a very simple package that has a name. It need not have any dependencies or build steps. Mutex metapackages are frequently an "output" in a recipe that builds some variant of another to use mutex metapackages to build NumPy against different BLAS implementa- tions. Building NumPy with BLAS variants If you build NumPy with MKL, you also need to build SciPy, scikit-learn, and anything

search scipy • You may install a package conda install scipy • You may build a package after installing conda-build conda build my_fun_package 10 Chapter 4. Contributors welcome conda, Release 23.10 mutex metapackage is a very simple package that has a name. It need not have any dependencies or build steps. Mutex metapackages are frequently an "output" in a recipe that builds some variant of another to use mutex metapackages to build NumPy against different BLAS implementa- tions. Building NumPy with BLAS variants If you build NumPy with MKL, you also need to build SciPy, scikit-learn, and anything

install a package conda install scipy • You may build a package after installing conda-build 4 Chapter 1. User guide conda, Release 23.9.1.dev1 conda build my_fun_package Package structure . bin pyflakes mutex metapackage is a very simple package that has a name. It need not have any dependencies or build steps. Mutex metapackages are frequently an "output" in a recipe that builds some variant of another to use mutex metapackages to build NumPy against different BLAS implementa- tions. Building NumPy with BLAS variants If you build NumPy with MKL, you also need to build SciPy, scikit-learn, and anything

install a package conda install scipy • You may build a package after installing conda-build 4 Chapter 1. User guide conda, Release 23.7.4.dev7 conda build my_fun_package Package structure . bin pyflakes mutex metapackage is a very simple package that has a name. It need not have any dependencies or build steps. Mutex metapackages are frequently an "output" in a recipe that builds some variant of another to use mutex metapackages to build NumPy against different BLAS implementa- tions. Building NumPy with BLAS variants If you build NumPy with MKL, you also need to build SciPy, scikit-learn, and anything

the new copy. Building identical conda environments You can use explicit specification files to build an identical conda environment on the same operating system platform, either on the same machine or channel priority and same version---from highest to lowest build number. For example, if channelA contains both NumPy 1.12.0 build 1 and build 2, build 2 is sorted first. Any packages in channelB would be sorted priority. 3. Sorts tied packages from highest to lowest build number. Because build numbers from different channels are not comparable, build number still comes after channel priority. The following