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pyoxidizer: produce working Python 3 Windows installers (issue6366)...
pyoxidizer: produce working Python 3 Windows installers (issue6366) While we've had code to produce Python 3 Windows installers with PyOxidizer, we haven't been advertising them on the web site due to a bug in making TLS connections and issues around resource handling. This commit upgrades our PyOxidizer install and configuration to use a recent Git commit of PyOxidizer. This new version of PyOxidizer contains a *ton* of changes, improvements, and bug fixes. Notably, Windows shared distributions now mostly "just work" and the TLS bug and random problems with Python extension modules in the standard library go away. And Python has been upgraded from 3.7 to 3.8.6. The price we pay for this upgrade is a ton of backwards incompatible changes to Starlark. I applied this commit (the overall series actually) on stable to produce Windows installers for Mercurial 5.5.2, which I published shortly before submitting this commit for review. In order to get the stable branch working, I decided to take a less aggressive approach to Python resource management. Previously, we were attempting to load all Python modules from memory and were performing some hacks to copy Mercurial's non-module resources into additional directories in Starlark. This commit implements a resource callback function in Starlark (a new feature since PyOxidizer 0.7) to dynamically assign standard library resources to in-memory loading and all other resources to filesystem loading. This means that Mercurial's files and all the other packages we ship in the Windows installers (e.g. certifi and pygments) are loaded from the filesystem instead of from memory. This avoids issues due to lack of __file__ and enables us to ship a working Python 3 installer on Windows. The end state of the install layout after this patch is not ideal for @: we still copy resource files like templates and help text to directories next to the hg.exe executable. There is code in @ to use importlib.resources to load these files and we could likely remove these copies once this lands on @. But for now, the install layout mimics what we've shipped for seemingly forever and is backwards compatible. It allows us to achieve the milestone of working Python 3 Windows installers and gets us a giant step closer to deleting Python 2. Differential Revision: https://phab.mercurial-scm.org/D9148

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editmergeps.ps1
78 lines | 1.6 KiB | text/x-powershell | PowerShellLexer
# A simple script for opening merge conflicts in editor
# A loose translation of contrib/editmerge to powershell
# Please make sure that both editmergeps.bat and editmerge.ps1 are available
# via %PATH% and use the following Mercurial settings to enable it
#
# [ui]
# editmergeps
# editmergeps.args=$output
# editmergeps.check=changed
# editmergeps.premerge=keep
$file=$args[0]
function Get-Lines
{
Select-String "^<<<<<<" $file | % {"$($_.LineNumber)"}
}
$ed = $Env:HGEDITOR;
if ($ed -eq $nil)
{
$ed = $Env:VISUAL;
}
if ($ed -eq $nil)
{
$ed = $Env:EDITOR;
}
if ($ed -eq $nil)
{
$ed = $(hg showconfig ui.editor);
}
if ($ed -eq $nil)
{
Write-Error "merge failed - unable to find editor"
exit 1
}
if (($ed -eq "vim") -or ($ed -eq "emacs") -or `
($ed -eq "nano") -or ($ed -eq "notepad++"))
{
$lines = Get-Lines
$firstline = if ($lines.Length -gt 0) { $lines[0] } else { $nil }
$previousline = $nil;
# open the editor to the first conflict until there are no more
# or the user stops editing the file
while (($firstline -ne $nil) -and ($firstline -ne $previousline))
{
if ($ed -eq "notepad++")
{
$linearg = "-n$firstline"
}
else
{
$linearg = "+$firstline"
}
Start-Process -Wait -NoNewWindow $ed $linearg,$file
$previousline = $firstline
$lines = Get-Lines
$firstline = if ($lines.Length -gt 0) { $lines[0] } else { $nil }
}
}
else
{
& "$ed" $file
}
$conflicts=Get-Lines
if ($conflicts.Length -ne 0)
{
Write-Output "merge failed - resolve the conflicts (line $conflicts) then use 'hg resolve --mark'"
exit 1
}
exit 0