windows: vs: install more dependencies #2
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anarazel
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Mar 23, 2023
Looks like the reason the deprecation failed was not specifying --project...
nbyavuz
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Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
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Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 6, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 7, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 7, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 7, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 7, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
nbyavuz
added a commit
to nbyavuz/pg-vm-images
that referenced
this issue
Jun 11, 2024
It looks like vcpkg is a most correct way to install Postgres packages in Windows. There are 4 steps to install packages via vcpkg: 1- Create a base Windows image which has dependencies to run vcpkg. 2- Install packages via vcpkg and save & upload the vcpkg cache. Reuse that cache on the next install. 3- Create a Windows image from the base image (step #1). While installing packages via vcpkg, use cache from step anarazel#2. 4- Delete Windows base image. Important note: After this PR is merged, extra_*_dirs needs to be removed from Windows task in Postgres.
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I think adding icu, lz4, zlib, zstd would be a good minimal set.
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