#
# A release branch requires updating the following six variables at the bottom of this file:
#
# IOS_PACKAGE_VERSION (major/minor/revision #)
# MAC_PACKAGE_VERSION (major/minor/revision #)
#
# IOS_NUGET_VERSION (major/minor/patch #)
# TVOS_NUGET_VERSION (major/minor/patch #)
# WATCHOS_NUGET_VERSION (major/minor/patch #)
# MACOS_NUGET_VERSION (major/minor/patch #)
#
# Update version numbers on main as well, to the next version
#

#
# ** Version numbers **
#
# Versions are defined as: Major.Minor.Revison.Build
#
# Major/minor (first/second numbers - max 2 digits each):
# - Bump for major/minor releases.
#
# Revision (third number - max 2 digits):
# - Reset to 0 after a major or minor bump (do not use 99 for Xcode preview
#   branches (use 0 instead), because otherwise we can't bump it further if
#   needed).
# - Bump for service releases and previews.
# - Bump if commit distance becomes > 999.
# - Can also be bumped for other reasons (in particular there's no correlation
#   between Preview/Service Release #X and Revision #Y).
#   - Bumping revision to a high enough number to make it clear that there's
#     no correlation is a valid reason to bump.
# - The revision must be bumped at the same time for both iOS and Mac
#   (otherwise the commit distance will differ).
# - Also bump if the [IOS|MAC]_PACKAGE_VERSION lines change for any other
#   reason (otherwise we end up with repeating version numbers, since the
#   commit distance would restart at 0, while the other numbers wouldn't
#   change).
# - Any other problem can also usually be solved by bumping the revision.
# - Do not refactor the revision to a separate variable, because the reason
#   bumping the revision is a general solution for many problems is that it
#   also resets the commit distance (which wouldn't happen if the revision was
#   refactored to a separate variable).
#
# Build (fourth number - max 3 digits):
# - Automatically calculated as the number of commits since the last time any
#   of the other three numbers changed (technically since the corresponding
#   line changed in git).
#

IOS_PACKAGE_VERSION=14.21.0.$(IOS_COMMIT_DISTANCE)
MAC_PACKAGE_VERSION=7.15.0.$(MAC_COMMIT_DISTANCE)

#
# ** NuGet package version numbers **
#
# See dotnet/VERSIONS.md.
#
# Rules:
# * The first two numbers represent the major and minor version of the corresponding OS.
# * Reset patch version (third number) to 100 every time either major or minor version is bumped.
# * Bump last two digits of the patch version for service releases.
# * Bump first digit of the patch version for feature releases (and reset the first two digits to 0)
#

# WARNING: Do **not** use versions higher than the available Xcode SDK or else we will have issues with mtouch (See https://github.com/xamarin/xamarin-macios/issues/7705)
# When bumping the major macOS version in MACOS_NUGET_VERSION also update the macOS version where we execute on bots in jenkins/Jenkinsfile (in the 'node' element)

IOS_NUGET_VERSION=14.5.100
TVOS_NUGET_VERSION=14.5.100
WATCHOS_NUGET_VERSION=7.4.100
MACOS_NUGET_VERSION=11.3.100
MACCATALYST_NUGET_VERSION=14.5.100


# Defines the default platform version if it's not specified in the TFM. The default should not change for a given .NET version:
# * We release support for iOS 14.5 with .NET 6
# * Apple releases iOS 15.0, we're still using .NET 6. This default continues to be iOS 14.5
# * .NET 7 is shipped, and at this point we bump the default to iOS 15.0
# Basically: this should be the last OS version of the platform in question when the current major .NET version is first released to stable.
# Ref: https://github.com/dotnet/designs/blob/8e6394406d44f75f30ea2259a425cb9e38d75b69/accepted/2020/net5/net5.md#os-versions

DEFAULT_TARGET_PLATFORM_VERSION_IOS=13.6
DEFAULT_TARGET_PLATFORM_VERSION_TVOS=13.4
DEFAULT_TARGET_PLATFORM_VERSION_WATCHOS=6.2
DEFAULT_TARGET_PLATFORM_VERSION_MACOS=10.15
DEFAULT_TARGET_PLATFORM_VERSION_MACCATALYST=13.5