obsolete: explicitly track folds inside the markers
We now record information to be able to recognize "fold" event from
obsolescence markers. To do so, we track the following pieces of information:
a) a fold ID. Unique to that fold (per successor),
b) the number of predecessors,
c) the index of the predecessor in that fold.
We will now be able to create an algorithm able to find "predecessorssets".
We now store this data in the generic "metadata" field of the markers.
Updating the format to have a more compact storage for this would be useful.
This way of tracking a fold through multiple markers could be applied to split
too. This would have two advantages:
1) We get a simpler format, since number of successors is limited to [0-1].
2) We can better deal with situations where only some of the split successors
are pushed to a remote repository.
We should look into the relevance of such a change before updating the on-disk
format.
note: unlike splits, folds do not have to deal with cases where only some of
the markers have been synchronized. As they all share the same successor
changesets, they are all relevant to the same nodes.
$ hg init a
$ hg clone a b
updating to branch default
0 files updated, 0 files merged, 0 files removed, 0 files unresolved
$ cd a
with no paths:
$ hg paths
$ hg paths unknown
not found!
[1]
$ hg paths -Tjson
[
]
with paths:
$ echo '[paths]' >> .hg/hgrc
$ echo 'dupe = ../b#tip' >> .hg/hgrc
$ echo 'expand = $SOMETHING/bar' >> .hg/hgrc
$ hg in dupe
comparing with $TESTTMP/b
no changes found
[1]
$ cd ..
$ hg -R a in dupe
comparing with $TESTTMP/b
no changes found
[1]
$ cd a
$ hg paths
dupe = $TESTTMP/b#tip
expand = $TESTTMP/a/$SOMETHING/bar
$ SOMETHING=foo hg paths
dupe = $TESTTMP/b#tip
expand = $TESTTMP/a/foo/bar
#if msys
$ SOMETHING=//foo hg paths
dupe = $TESTTMP/b#tip
expand = /foo/bar
#else
$ SOMETHING=/foo hg paths
dupe = $TESTTMP/b#tip
expand = /foo/bar
#endif
$ hg paths -q
dupe
expand
$ hg paths dupe
$TESTTMP/b#tip
$ hg paths -q dupe
$ hg paths unknown
not found!
[1]
$ hg paths -q unknown
[1]
formatter output with paths:
$ echo 'dupe:pushurl = https://example.com/dupe' >> .hg/hgrc
$ hg paths -Tjson | sed 's|\\\\|\\|g'
[
{
"name": "dupe",
"pushurl": "https://example.com/dupe",
"url": "$TESTTMP/b#tip"
},
{
"name": "expand",
"url": "$TESTTMP/a/$SOMETHING/bar"
}
]
$ hg paths -Tjson dupe | sed 's|\\\\|\\|g'
[
{
"name": "dupe",
"pushurl": "https://example.com/dupe",
"url": "$TESTTMP/b#tip"
}
]
$ hg paths -Tjson -q unknown
[
]
[1]
log template:
(behaves as a {name: path-string} dict by default)
$ hg log -rnull -T '{peerurls}\n'
dupe=$TESTTMP/b#tip expand=$TESTTMP/a/$SOMETHING/bar
$ hg log -rnull -T '{join(peerurls, "\n")}\n'
dupe=$TESTTMP/b#tip
expand=$TESTTMP/a/$SOMETHING/bar
$ hg log -rnull -T '{peerurls % "{name}: {url}\n"}'
dupe: $TESTTMP/b#tip
expand: $TESTTMP/a/$SOMETHING/bar
$ hg log -rnull -T '{get(peerurls, "dupe")}\n'
$TESTTMP/b#tip
(sub options can be populated by map/dot operation)
$ hg log -rnull \
> -T '{get(peerurls, "dupe") % "url: {url}\npushurl: {pushurl}\n"}'
url: $TESTTMP/b#tip
pushurl: https://example.com/dupe
$ hg log -rnull -T '{peerurls.dupe.pushurl}\n'
https://example.com/dupe
(in JSON, it's a dict of urls)
$ hg log -rnull -T '{peerurls|json}\n' | sed 's|\\\\|/|g'
{"dupe": "$TESTTMP/b#tip", "expand": "$TESTTMP/a/$SOMETHING/bar"}
password should be masked in plain output, but not in machine-readable/template
output:
$ echo 'insecure = http://foo:insecure@example.com/' >> .hg/hgrc
$ hg paths insecure
http://foo:***@example.com/
$ hg paths -Tjson insecure
[
{
"name": "insecure",
"url": "http://foo:insecure@example.com/"
}
]
$ hg log -rnull -T '{get(peerurls, "insecure")}\n'
http://foo:insecure@example.com/
zeroconf wraps ui.configitems(), which shouldn't crash at least:
$ hg paths --config extensions.zeroconf=
dupe = $TESTTMP/b#tip
dupe:pushurl = https://example.com/dupe
expand = $TESTTMP/a/$SOMETHING/bar
insecure = http://foo:***@example.com/
$ cd ..
sub-options for an undeclared path are ignored
$ hg init suboptions
$ cd suboptions
$ cat > .hg/hgrc << EOF
> [paths]
> path0 = https://example.com/path0
> path1:pushurl = https://example.com/path1
> EOF
$ hg paths
path0 = https://example.com/path0
unknown sub-options aren't displayed
$ cat > .hg/hgrc << EOF
> [paths]
> path0 = https://example.com/path0
> path0:foo = https://example.com/path1
> EOF
$ hg paths
path0 = https://example.com/path0
:pushurl must be a URL
$ cat > .hg/hgrc << EOF
> [paths]
> default = /path/to/nothing
> default:pushurl = /not/a/url
> EOF
$ hg paths
(paths.default:pushurl not a URL; ignoring)
default = /path/to/nothing
#fragment is not allowed in :pushurl
$ cat > .hg/hgrc << EOF
> [paths]
> default = https://example.com/repo
> invalid = https://example.com/repo
> invalid:pushurl = https://example.com/repo#branch
> EOF
$ hg paths
("#fragment" in paths.invalid:pushurl not supported; ignoring)
default = https://example.com/repo
invalid = https://example.com/repo
invalid:pushurl = https://example.com/repo
$ cd ..
'file:' disables [paths] entries for clone destination
$ cat >> $HGRCPATH <<EOF
> [paths]
> gpath1 = http://hg.example.com
> EOF
$ hg clone a gpath1
abort: cannot create new http repository
[255]
$ hg clone a file:gpath1
updating to branch default
0 files updated, 0 files merged, 0 files removed, 0 files unresolved
$ cd gpath1
$ hg -q id
000000000000
$ cd ..