here. This shell function runs the activa- tion/deactivation logic on the shell if requested, or delegates over to the actual Python entry-points otherwise. This part of the logic can be found in conda.shell func- tion is actually get_index(), which passes the channel URLs to fetch_index, a wrapper that delegates directly to conda.core.subdir_data.SubdirData objects. This object implements caching, authentication specs found in the history or with the specs corresponding to the installed records. This method delegates to Solver._prepare(). This initializes the index by fetching the channels and reducing it. Then

here. This shell function runs the activa- tion/deactivation logic on the shell if requested, or delegates over to the actual Python entry-points otherwise. This part of the logic can be found in conda.shell func- tion is actually get_index(), which passes the channel URLs to fetch_index, a wrapper that delegates directly to conda.core.subdir_data.SubdirData objects. This object implements caching, authentication specs found in the history or with the specs corresponding to the installed records. This method delegates to Solver._prepare(). This initializes the index by fetching the channels and reducing it. Then

here. This shell function runs the activa- tion/deactivation logic on the shell if requested, or delegates over to the actual Python entry-points otherwise. This part of the logic can be found in conda.shell func- tion is actually get_index(), which passes the channel URLs to fetch_index, a wrapper that delegates directly to conda.core.subdir_data.SubdirData objects. This object implements caching, authentication specs found in the history or with the specs corresponding to the installed records. This method delegates to Solver._prepare(). This initializes the index by fetching the channels and reducing it. Then

here. This shell function runs the activa- tion/deactivation logic on the shell if requested, or delegates over to the actual Python entry-points otherwise. This part of the logic can be found in conda.shell func- tion is actually get_index(), which passes the channel URLs to fetch_index, a wrapper that delegates directly to conda.core.subdir_data.SubdirData objects. This object implements caching, authentication specs found in the history or with the specs corresponding to the installed records. This method delegates to Solver._prepare(). This initializes the index by fetching the channels and reducing it. Then

here. This shell function runs the activa- tion/deactivation logic on the shell if requested, or delegates over to the actual Python entry-points otherwise. This part of the logic can be found in conda.shell func- tion is actually get_index(), which passes the channel URLs to fetch_index, a wrapper that delegates directly to conda.core.subdir_data.SubdirData objects. This object implements caching, authentication specs found in the history or with the specs corresponding to the installed records. This method delegates to Solver._prepare(). This initializes the index by fetching the channels and reducing it. Then

here. This shell function runs the activa- tion/deactivation logic on the shell if requested, or delegates over to the actual Python entry-points otherwise. This part of the logic can be found in conda.shell func- tion is actually get_index(), which passes the channel URLs to fetch_index, a wrapper that delegates directly to conda.core.subdir_data.SubdirData objects. This object implements caching, authentication specs found in the history or with the specs corresponding to the installed records. This method delegates to Solver._prepare(). This initializes the index by fetching the channels and reducing it. Then

here. This shell function runs the activa- tion/deactivation logic on the shell if requested, or delegates over to the actual Python entry-points otherwise. This part of the logic can be found in conda.shell func- tion is actually get_index(), which passes the channel URLs to fetch_index, a wrapper that delegates directly to conda.core.subdir_data.SubdirData objects. This object implements caching, authentication specs found in the history or with the specs corresponding to the installed records. This method delegates to Solver._prepare(). This initializes the index by fetching the channels and reducing it. Then

here. This shell function runs the activa- tion/deactivation logic on the shell if requested, or delegates over to the actual Python entry-points otherwise. This part of the logic can be found in conda.shell func- tion is actually get_index(), which passes the channel URLs to fetch_index, a wrapper that delegates directly to conda.core.subdir_data.SubdirData objects. This object implements caching, authentication specs found in the history or with the specs corresponding to the installed records. This method delegates to Solver._prepare(). This initializes the index by fetching the channels and reducing it. Then

here. This shell function runs the activa- tion/deactivation logic on the shell if requested, or delegates over to the actual Python entry-points otherwise. This part of the logic can be found in conda.shell func- tion is actually get_index(), which passes the channel URLs to fetch_index, a wrapper that delegates directly to conda.core.subdir_data.SubdirData objects. This object implements caching, authentication specs found in the history or with the specs corresponding to the installed records. This method delegates to Solver._prepare(). This initializes the index by fetching the channels and reducing it. Then

here. This shell function runs the activa- tion/deactivation logic on the shell if requested, or delegates over to the actual Python entry-points otherwise. This part of the logic can be found in conda.shell func- tion is actually get_index(), which passes the channel URLs to fetch_index, a wrapper that delegates directly to conda.core.subdir_data.SubdirData objects. This object implements caching, authentication specs found in the history or with the specs corresponding to the installed records. This method delegates to Solver._prepare(). This initializes the index by fetching the channels and reducing it. Then