localrepo: rename revlog.maxchainlen to format.maxchainlen This is more consistent with other option names, as spotted by Pierre-Yves. Thanks!

revlog: add config variable for limiting delta-chain length The current heuristic for deciding between storing delta and full texts is based on ratio of (sizeofdeltas)/(sizeoffulltext). In some cases (for example a manifest for ahuge repo) this approach can result in extremely long delta chains (~30,000) which are very slow to read. (In the case of a manifest ~500ms are added to every hg command because of that). This commit introduces "revlog.maxchainlength" configuration variable that will limit delta chain length.

debugrevlog: fix computing chain length in debugrevlog -d The chain length was computed correctly only when generaldelta feature was enabled. Now it's fixed. When generaldelta is disabled the base revision in revlog index is not the revision we have delta against - it's always previous revision. Instead of incorrect chainbaseandlen in command.py we are now using two single-responsibility functions in revlog.py: - chainbase(rev) - chainlen(rev) Only chainlen(rev) was missing so it was written to mimic the way the chain of deltas is actually found during file reconstruction.

transaction: factorise append-only file registration The addition is done in two different places but differs slightly. We factorise this addition to ensure it is consistent in all places.

transaction: document `tr.add`

transaction: drop backupentries logic from startgroup and endgroup The `startgroup` and `endgroup` methods are used in a very specific context to wrap a very specific operation (revlog truncation). It does not make sense to perform any other operations during such a "group" (eg:file backup). There is currently no user of backupfile during a "group" so we drop the group-specific code and restrict authorized operations during "group".

transaction: document startgroup and endgroup These enigmatic methods are only used in repair. We document them to clarify there purpose and user.

transaction: mark backup-related attributes private As the transaction is gaining more functions and attributes, it is important to clarify what is part of the public API.

transaction: document the contents of `tr.backupentries` Now that all items are known we can document it.

transaction: drop the third item in `tr.backupentries` This third item is always None and never used.

rebase: fix rebase with no common ancestors (issue4446) The new rebase revset didn't check for the case when there are no common ancestors. Now it does. The new behavior should be the same as the pre-3.2 behavior. Added a test.

test-run-tests: accept more levels of precision and trailing ws (issue4440) simplejson produces slightly different output from the built-in json module, specifically: * It uses 0.000 instead of 0.0000 * It likes to put a trailing space after a comma This change works around both of those variations.

merge with stable

changegroup.cg2packer: lookup 'group' via inheritance chain This lets extensions insert themselves in the class hierarchy.

context.status: only filter suspect symlinks in the dirstate status We don't care about filtering out symlinks that have already been committed with full content, only those that have been accidentally resolved in the working directory.

context.status: inline _poststatus() By inlining _poststatus() into _buildstatus(), it becomes clearer that it is only called for the workingctx.

context.status: remove now-empty _prestatus()

context.status: call _dirstatestatus() from within _buildstatus() By making the call to _dirstatestatus() within _buildstatus(), it becomes clearer that it's called only for the workingctx.

context.status: move manifest caching trick to _buildstatus() In basectx._buildstatus(), we read the manifests for the two revisions being compared. For "caching reasons" unknown to me, it is better to read the earlier manifest first, which basectx._prestatus() takes care of. However, if the 'self' context is a committablectx and the 'other' context is the parent of the working directory (as in the very common case of plain "hg status"), there is no need to read any manifests at all -- all that's needed is the dirstate status. To avoid reading the manifests, _prestatus() is overridden in committablectx and avoids calling its super method, and _buildstatus() calls its super method only if the 'other' context is not the parent of the working directory. It seems easier to follow what's happening if we move the pre-fetching to _buildstatus() just before the place where the manifests are fetched. We just need to add an extra check that the revision is not None to handle the case that was previously handled by subclass overriding. That also makes it safe for committablectx._prestatus() to call its parent, although the latter now becomes empty, so we won't bother.

context.status: remove unused arguments from _matchstatus()

context.status: remove overriding in workingctx The workingctx method simply calls the super method. The only effect it has is that it uses a different default argument for the 'other' argument. The only in-tree caller is patch.diff, which always passes an argument to the method, so it should be safe to remove the overriding. Having the default argument depend on the type seems rather dangerous anyway.

synthrepo: when adding files, ensure new path is not a directory

synthrepo: synthesized dates must be positive, fit in 32-bit signed ints

discovery: test coverage for issue4438 / 86c35b7ae300 / 73cfaa348650 The randomness in the discovery protocol made this problem hard to reproduce. The test mocks random.sample to make sure we hit the problem every time. The set iteration order also made the output unstable ... but with the issue fixed, it is stable.

hgweb: fix a crash when using web.archivesubrepos A matcher is required when enabling the subrepo option on archival.archive(), because that calls match.narrowmatcher(), which accesses fields on the object. It's therefore probably a bad idea to default the matcher to None on archive(), but that's a fix for default.

tests: introduce a subrepository to test-archive.t This will be used in an upcoming patch to add coverage for web.archivesubrepos.

test-status-rev: add tests for plain dirstate and inter-revision status We have tests for the status across from '.^' to the working copy. It makes sense to have the similar tests for the inter-revision status between '.^' and '.' and for the dirstate status in the same place.

test-status-rev: remove unnecessary initial commit The initial commit was there when we had a group of tests that compared against an empty base, but since those tests no longer exist, we can drop the empty commit.

test-status-rev: use one glob for each expected status It's getting a little hard to read the ~30 calls to 'hg status' with one per file. Instead, let's use one glob for each expected status. For example, modified files can be listed with 'glob:content1_*_content[23]-tracked'. That also nicely becomes an explanation for why each status is expected.

test-status-rev: remove duplicate tests The second group of tests in test-status-rev compare to an empty revision. The first group of tests that compare to the first commit should be testing all the same states with the missing_* files, so drop the second group of tests.

changegroup: sparsely populate fnodes Previously, fnodes had a key and empty dict value for every element in changedfiles. This is somewhat wasteful. Empty dicts in CPython consume a lot more memory than you would expect - 280 bytes. On mozilla-central, which has ~190,000 files/fnodes keys, the previous loop populating fnodes allocated 91,924 KB of memory, most of that for the empty dicts. With this patch in place, our peak RSS during mozilla-central clone drops: before: 364,356 KB after: 326,008 KB delta: -38,348 KB When combined with the previous patch, total peak RSS decrease is now 190,116 KB.

changegroup: don't store unused value on fnodes (issue4443) The contents of fnodes are only accessed once per key. It is wasteful to cache the value since nobody will use it. Before this patch, the caching of unused data in fnodes was effectively causing a memory leak during the file streaming part of bundle creation. On mozilla-central (which has ~190,000 entries in fnodes), this patch has a significant impact on RSS at the end of generate(): before: 516,124 KB after: 364,356 KB delta: -151,768 KB The origin of this code can be traced back to 627cd7842e5d and has been with us since the 2.7 release.

changegroup: don't define lookupmf() until it is needed lookupmf() is currently defined earlier than when it is needed. Future patches further refactoring this code will be easier to read when lookupmf() is in its new home.

mail: actually use the verifycert config value The mail module only verifies the smtp ssl certificate if 'verifycert' is enabled (the default). The 'verifycert' can take three possible values: - 'strict' - 'loose' - any "False" value, eg: 'false' or '0' We tested the validity of the third value, but never converted it to actual falseness, making 'False' an equivalent for 'loose'. This changeset fixes it.

exchange: use the postclose API on transaction As with changegroup, we should wait for the transaction to be really closed before scheduling hook execution.

changegroup: use the 'postclose' API on transaction The post-transaction hooks run after the lock release (because hooks may want to touch the repository), but they must only run if the transaction is successfully closed. We use the new 'addpostclose' method on transaction to register a callback installing this post-lock-release call.

transaction: allow registering a post-close callback The addchangegroup code considers the transaction done after a 'tr.close()' call and schedules the hook's execution for after lock release. In the nested transaction case, the transaction is not yet committed and we must delay this scheduling. We add an 'addpostclose' method (like the 'addpending' and 'addfinalize' ones) that registers code to be run if the transaction is successfully committed.

exchange: swap "push" for "pull" in pulloperation docstring

exchange: prepare kwargs for bundle2 part generation exactly once

exchange: fix indentation in _pullchangeset

dagutil: fix id/ix typos in docstrings

patchbomb: extract 'getpatchmsgs' closure into its own function Keep marching toward the promised land of simplification!

patchbomb: extract 'makeintro' closure into its own function Keep marching toward the promised land of simplification!

patchbomb: extract 'getbundlemsgs' closure in its own function Keep marching toward the promised land of simplification!

patchbomb: extract 'getdescription' closure in its own function Keep marching toward the promised land of simplification!

patchbomb: extract 'getbundle' closure in its own function Keep marching toward the promised land of simplification!

patchbomb: extract 'getpatches' closure in its own function Keep marching toward the promised land of simplification!

patchbomb: extract 'getoutgoing' closure into its own function The patchbomb command is a gigantic 300 line function full of closures. As a first step to simplify it in smaller bits, I'm extracting the closures into full featured functions. The first victim is 'getoutgoing'. It gains a docstring in the process.

bundle2: handle empty 'b2x:changegroup' value in push and pull Changeset e4dc2b0be056 added advertising of supported changegroup version through the new 'b2x:changegroup' capability. However, this capability is not new and has been around since 3.1 with an empty value. This makes new clients unable to push to 3.2 servers through bundle2 as they cannot find a common changegroup version to use from and empty list. Treating empty 'b2x:changegroup' value as old client fixes it.

bundle2: drop duplicated definition of 'b2x:exchange' This bundle2 capability is going to be dynamically computed in 'getrepocaps'. We do not need to include it in the static value.

convert: use git diff-tree -Cn% instead of --find-copies=n% for older git The option --find-copies was added in a later git version than the one included in Debian squeeze-lts (1.7.2.5), probably around 1.7.4.

changelog: rely on transaction for finalization Instead of calling 'cl.finalize()' by hand (possibly at a bogus time) we register it in the transaction during 'delayupdate' and rely on 'tr.close()' to call it at the right time.

transaction: allow registering a finalization callback The new 'addfinalize' method allows people to register a callback to be triggered when the transaction is closed. This aims to get rid of explicit calls to 'changelog.finalize'. This also obsoletes the 'onclose' function but removing it is not in the scope of this series.

changelog: handle writepending in the transaction The 'delayupdate' method now takes a transaction object and registers its '_writepending' method for execution in 'transaction.writepending()'. The hook can then use 'transaction.writepending()' directly. At some point this will allow the addition of other file creation during writepending.

transaction: add 'writepending' logic The contents of the transaction must be flushed to disk before running a hook. But it must be flushed to a special file so that the normal reader does not use it. This logic is currently in the changelog only. We add some facility to register such operations in the transaction itself.

changelog: rework the delayupdate mechanism The current way we use the 'delayupdate' mechanism is wrong. We call 'delayupdate' right after the transaction retrieval, then we call 'finalize' right before calling 'tr.close()'. The 'finalize' call will -always- result in a flush to disk, making the data available to all readers. But the 'tr.close()' may be a no-op if the transaction is nested. This would result in data: 1) exposed to reader too early, 2) rolled back by other part of the transaction after such exposure So we need to end up in a situation where we call 'finalize' a single time when the transaction actually closes. For this purpose we need to be able to call 'delayupdate' and '_writepending' multiple times and 'finalize' once. This was not possible with the previous state of the code. This changeset refactors the code to makes this possible. We buffer data in memory as much as possible and fall-back to writing to a ".a" file after the first call to '_writepending'.

merge with stable

bookmarks: fix formatting of exchange message (issue4439) The message formatting was crashing when doing explicit pulling `hg pull -B X`. This changeset fix it and improved the test coverage.

test-status-rev: document one more broken test The status for missing_content2_content2-untracked doesn't get reported at all. Since the file does exist in the working copy, it should reported as unknown. Document that in the test.

test-status-rev: use common script for generating file history Start using the generate-working-copy-states.py script that's shared with test-revert.t, instead of creating the states manually in the test. This adds several states that are currently missing. We will start checking those states later.

test-status-rev: use same names as from generate-working-copy-states To prepare for using generate-working-copy-states.py for generating the files and their content, let's start by renaming the files according to the naming scheme used by that script.

test-revert: move embedded script to its own file Move the gen-revert-cases.py out of test-revert.t into its own file so we can reuse it from other tests (specifically test-status-rev.t).

test-revert: simplify generation of files With the recent change in naming of the generated files, it becomes much easier to generate the files by iterating over all the possible states than over the state transitions.

merge with stable

discovery: indices between sample and yesno must match (issue4438) 3ef893520a85 changed 'sample' from a list to a set. The iteration order is thus undefined and the yesno indices are not stable. To solve this, repeat the listification and comment from elsewhere in the code. Note: the randomness in the discovery protocol can make this problem hard to reproduce.

discovery: limit 'all local heads known remotely' to real 'all' (issue4438) 3ef893520a85 made it possible that the initial head check didn't include all heads. If that is the case, don't use the early exit just because this random sample happened to be 'all known'. Note: the randomness in the discovery protocol can make this problem hard to reproduce.

largefiles: avoid printing messages while rebasing by "_lfstatuswriters" Putting "lambda *msg, **opts: None" (= avoid printing messages always) into "_lfstatuswriters" while rebasing makes explicit passing "printmessage = False" for "updatelfiles()" useless. This patch also removes setting/unsetting "repo._isrebasing" in "overriderebase", because there is no code path referring it.

largefiles: get function to write status messages via "getstatuswriter()" This patch makes "updatelfiles()" get appropriate function to write largefiles specific status messages via "getstatuswriter()". This patch introduces None as "print messages if needed", because True (forcibly writing) and False (forcibly ignoring) are already used for "printmessage" of "updatelfiles". Subsequent patch will move "avoid printing messages only while automated committing" decision from caller of "updatelfiles()" into "getstatuswriter()".

largefiles: introduce "_lfstatuswriters" to customize status reporting "lfutil.getstatuswriter" is the utility to get appropriate function to write largefiles specific status out from "repo._lfstatuswriters". This patch uses "stack" with an element instead of flag like "_isXXXXing" or so, because: - the former works correctly even when customizations are nested, and - ensuring at least one element can ignore empty check

largefiles: update standins only at the 1st commit of "hg rebase --continue" Before this patch, "hg rebase --continue" may record incorrect standins, because largefiles extension always avoid updating standins while rebasing, even though largefiles in the working directory may be modified manually at the 1st commit of "hg rebase --continue". But, on the other hand, updating standins should be avoided at subsequent commits for efficiency reason. To update standins only at the 1st commit of "hg rebase --continue", this patch introduces state-full callable object "automatedcommithook", which updates standins by "lfutil.updatestandinsbymatch()" only at the 1st commit of resuming. Even after this patch, "repo._isrebasing = True" is still needed to avoid some status report while updating largefiles in "lfcommands.updatelfiles()". This is reason why this patch omits not "repo._isrebasing = True" in "overriderebase" but examination of "getattr(repo, "_isrebasing", False)" in "updatestandinsbymatch".

largefiles: introduce "_lfcommithooks" to abstract pre-committing procedures This changes allows to customize pre-committing procedures according to conditions. This patch uses "stack" with an element instead of flag like "_isXXXXing" or so, because: - the former works correctly even when customizations are nested, and - ensuring at least one element can ignore empty check

largefiles: factor out procedures to update standins for pre-committing This patch factors out procedures to update standins for pre-committing. This is one of preparations to avoid execution of such procedures according to invocation context. For example, resuming automated committing (e.g. "hg rebase --continue") should update standins at the 1st commit, because largefiles in the working directory may be modified manually. But on the other hand, it should avoid updating standins at subsequent committings for efficiency reason. For simplicity, this patch just moves procedures mechanically only with replacing below. - "self" => "repo" - "lfutil." => (none) - "orig" invocation => returning "match" Using "fstandin" instead "standin" as the name of local variable for the loop below is the only special care, because the latter shadows the same name function in "lfutil.py". [before] for standin in standins: lfile = lfutil.splitstandin(standin) if lfdirstate[lfile] != 'r': lfutil.updatestandin(self, standin) [after] for fstandin in standins: lfile = splitstandin(fstandin) if lfdirstate[lfile] != 'r': updatestandin(repo, fstandin)

largefiles: factor out procedures to update lfdirstate for post-committing Before this patch, procedures to update lfdirstate for post-committing are scattered in "lfilesrepo.commit". In the case of "hg commit" with patterns for target files ("Case 2"), lfdirstate is updated BEFORE real committing. This patch factors out procedures to update lfdirstate for post-committing into "lfutil.markcommitted", and makes it callable via "markcommitted" of the context passed to "lfilesrepo.commitctx". "markcommitted" of the context is called, only when it is committed successfully. Passing original "markcommitted" of the context is meaningless in this patch, but required in subsequent one to prepare something before invocation of it.

largefiles: remove meaningless code path for "hg pull --rebase" This patch removes "--rebase" specific code path for "hg pull" in "overridepull", because previous patch makes it meaningless: now, "rebase.rebase" ("orig" invocation in this patch) can update/commit largefiles safely without "repo._isrebasing = True". As a side effect of removing "rebase.rebase" invocation in "overridepull", this patch removes "nothing to rebase ..." message in "test-largefiles.t", which is shown only when rebase extension is enabled AFTER largefiles: before this patch: 1. "dispatch" invokes "pullrebase" of rebase as "hg pull" at first, because rebase wraps "hg pull" later 2. "pullrebase" invokes "overridepull" of largefiles as "orig", even though rebase assumes that "orig" is "pull" of commands 3. "overridepull" executes "pull" and "rebase" directly 3.1 "pull" pulls changesets and creates new head "X" 3.2 "rebase" rebases current working parent "Y" on "X" 4. "overridepull" returns to "pullrebase" 5. "pullrebase" tries to rebase, but there is nothing to be done, because "Y" is already rebased on "X". then, it shows "nothing to rebase ..." after this patch: 1. "dispatch" invokes "pullrebase" of rebase as "hg pull" 2. "pullrebase" invokes "overridepull" of largefiles as "orig" 3. "overridepull" executes "pull" as "orig" 4. "overridepull" returns to "pullrebase" 5. revision "Y" is not yet rebased, so "pullrebase" doesn't shows "nothing to rebase ..." As another side effect of removing "rebase.rebase" invocation, this patch fixes issue3861, which occurs only when rebase extension is enabled BEFORE largefiles: before this patch: 1. "dispatch" invokes "overridepull" of largefiles at first, because largefiles wrap "hg pull" later 2. "overridepull" executes "pull" and "rebase" explicitly 2.1 "pull" pulls changesets and creates new head "X" 2.2 "rebase" rebases current working parent, but fails because no revision is checked out in issue3861 case 3. "overridepull" returns to "dispatch" with exit code 1 returned from "rebase" at (2.2) 4. "hg pull" terminates with exit code 1 unexpectedly after this patch: 1. "dispatch" invokes "overridepull" of largefiles at first 2. "overridepull" invokes "pullrebase" of rebase as "orig" 3. "pullrebase" invokes "pull" as "orig" 4. "pullrebase" invokes "rebase", and it fails 5. "pullrebase" returns to "overridepull" with exit code 0 (because "pullrebase" ignores result of "pull" and "rebase") 6. "overridepull" returns to "dispatch" with exit code 0 returned from "rebase" at (5) 7. "hg pull" terminates with exit code 0

largefiles: wrap "rebase.rebase" for functions using it directly Before this patch, largefiles extension wraps only "rebase" in the command table by "extensions.wrapcommand". But there are some functions using "rebase.rebase" directly. Without special care for them, largefiles extension can't work correctly with such functions. In addition to it, "special care" often becomes complicated and awkward. For example: - "unshelve" can't get correct result of "rebase.rebase", because of lack of special care - special care for "hg pull --rebase" causes issue3861 This patch wraps "rebase.rebase" for functions using it directly. For simplicity, this patch keeps 'special care for "hg pull --rebase"'. It is removed in the subsequent patch.

changegroup: introduce cg2packer/unpacker cg2 supports generaldelta in changegroups, to be used in bundle2. Since generaldelta is handled directly in cg2, reordering is switched off by default.

push: send highest changegroup format supported by both side When using bundle2, we find the common subset of supported changegroup-packers and we pick the max of them. This allow to use generaldelta aware changegroups through bundle2.

getbundle: send highest changegroup format supported by both side When using bundle2, we find the common subset of supported changegroup-packers and we pick the max of them. This allow to use generaldelta aware changegroup through bundle2.

changegroup: allow use of different cg#packer in getchangegroupraw This will allow the use of general delta aware changegroup formats.

changegroup: introduce "raw" versions of some commands The commands getchangegroup, getlocalchangegroup and getsubset now each have a version ending in -raw. The raw versions return the chunk generator from the changegroup packer directly, without wrapping it in a chunkbuffer and unpacker. This avoids extra chunkbuffers in the bundle2 code path. Also, the raw versions can be extended to support alternative packers in the future, to be used from bundle2.

merge with stable

win32: remove Mercurial.ini file from Inno Setup installer (issue4435)

win32: fix win32 installers generation cd0c51c07e5f introduced a typo preventing a proper generation of the installers. Also remove ConcatenateFiles() function as it is no more required.

patchbomb: add label and color to the confirm output The current output is mostly a wall of text. This makes it hard to actually check something for people with lazy eyes. We use labels and colors to make it more joyful (and get the patch summaries to stand out). The colors have been arbitrarily choosen. They can be changed later if someone has a more scientific choice.

tests: write hgrc of more than two lines by using shell heredoc Here document should be readable than repeating echo commands.

perf: use a formatter for output We use a `formatter` object in the perf extensions. This allow the use of formatted output like json. To avoid adding logic to create a formatter and pass it around to the timer function in every command, we add a `gettimer` function in charge of returning a `timer` function as simple as before but embedding an appropriate formatter. This new `gettimer` function also return the formatter as it needs to be explicitly closed at the end of the command. example output: $ hg --config ui.formatjson=True perfvolatilesets visible obsolete [ { "comb": 0.02, "count": 126, "sys": 0.0, "title": "obsolete", "user": 0.02, "wall": 0.0199398994446 }, { "comb": 0.02, "count": 117, "sys": 0.0, "title": "visible", "user": 0.02, "wall": 0.0250301361084 } ]

bundle2: support a "version" argument in `changegroup` part When included, this mandatory parameter (mandatory == cannot be ignored) lets the part handler select the right cgunpacker class.

bundle2caps: advertise the available versions for changegroup packer This will let the bundle2 client and server detect what packer they should be using. This detection part is not done. I expect it to be done with the addition of the second packer (with generaldelta support).

changegroup: add a "packermap" dictionary to track different packer versions We only have "01" right now, but we should get general delta in soon. Bundle2 is expected to make use of this to advertise and select the right packer to use on both sides.

templater: don't overwrite the keyword mapping in runsymbol() (issue4362) This keyword remapping was introduced in e06e9fd2d99f as part of converting generator based iterators into list based iterators, mentioning "undesired behavior in template" when a generator is exhausted, but doesn't say what and introduces no tests. The problem with the remapping was that it corrupted the output for keywords like 'extras', 'file_copies' and 'file_copies_switch' in templates such as: $ hg log -r 142b5d5ec9cc --template "{file_copies % ' File: {file_copy}\n'}" File: mercurial/changelog.py (mercurial/hg.py) File: mercurial/changelog.py (mercurial/hg.py) File: mercurial/changelog.py (mercurial/hg.py) File: mercurial/changelog.py (mercurial/hg.py) File: mercurial/changelog.py (mercurial/hg.py) File: mercurial/changelog.py (mercurial/hg.py) File: mercurial/changelog.py (mercurial/hg.py) File: mercurial/changelog.py (mercurial/hg.py) What was happening was that in the first call to runtemplate() inside runmap(), 'lm' mapped the keyword (e.g. file_copies) to the appropriate showxxx() method. On each subsequent call to runtemplate() in that loop however, the keyword was mapped to a list of the first item's pieces, e.g.: 'file_copy': ['mercurial/changelog.py', ' (', 'mercurial/hg.py', ')'] Therefore, the dict for the second and any subsequent items were not processed through the corresponding showxxx() method, and the first item's data was reused. The 'extras' keyword regressed in de7e6c489412, and 'file_copies' regressed in 0b241d7a8c62 for other reasons. The common thread of things fixed by this seems to be when a list of dicts are passed to the templatekw._hybrid class.

revset-matching: call 'getset' on a 'fullreposet' Calling 'baseset(repo.changelog)' builds a list for all revisions in the repo. And we already have the lazy and efficient 'fullreposet' class for this purpose. This gives us the usual benefits of the fullreposet but it is less visible because the matching process itself is very expensive: revset) matching(100) before) wall 6.413281 comb 6.420000 user 5.910000 sys 0.510000 (best of 3) after) wall 6.173608 comb 6.170000 user 5.750000 sys 0.420000 (best of 3) However for some complex list, this provide a massive speedup revset) matching(parents(100)) before) wall 23.890740 comb 23.890000 user 23.450000 sys 0.440000 (best of 3) after) wall 6.382280 comb 6.390000 user 5.930000 sys 0.460000 (best of 3)

revset-parentspec: call 'getset' on a 'fullreposet' Calling 'baseset(repo.changelog)' builds a list for all revisions in the repo. And we already have the lazy and efficient 'fullreposet' class for this purpose. This gives us the usual benefits of the fullreposet: revset) 100^1 before) wall 0.002694 comb 0.000000 user 0.000000 sys 0.000000 (best of 897) after) wall 0.000997 comb 0.000000 user 0.000000 sys 0.000000 (best of 2324) revset) parents(100)^1 before) wall 0.003832 comb 0.000000 user 0.000000 sys 0.000000 (best of 587) after) wall 0.001034 comb 0.000000 user 0.000000 sys 0.000000 (best of 2309) revset) (100^1)^1 before) wall 0.005616 comb 0.000000 user 0.000000 sys 0.000000 (best of 405) after) wall 0.001030 comb 0.000000 user 0.000000 sys 0.000000 (best of 2258)

revset-children: call 'getset' on a 'fullreposet' Calling 'baseset(repo.changelog)' builds a list for all revisions in the repo. And we already have the lazy and efficient 'fullreposet' class for this purpose. This gives us the usual benefits of the fullreposet: revset) children(tip~100) before) wall 0.007469 comb 0.010000 user 0.010000 sys 0.000000 (best of 338) after) wall 0.003356 comb 0.000000 user 0.000000 sys 0.000000 (best of 755)

revset-ancestorspec: call 'getset' on a 'fullreposet' Calling 'baseset(repo.changelog)' builds a list for all revisions in the repo. And we already have the lazy and efficient 'fullreposet' class for this purpose. This gives us the usual benefits of the fullreposet: revset) 100~5 before) wall 0.002712 comb 0.000000 user 0.000000 sys 0.000000 (best of 918) after) wall 0.000996 comb 0.000000 user 0.000000 sys 0.000000 (best of 2493) revset) parents(100)~5 before) wall 0.003812 comb 0.010000 user 0.010000 sys 0.000000 (best of 667) after) wall 0.001038 comb 0.000000 user 0.000000 sys 0.000000 (best of 2361) revset) (100~5)~5 before) wall 0.005614 comb 0.000000 user 0.000000 sys 0.000000 (best of 446) after) wall 0.001035 comb 0.000000 user 0.000000 sys 0.000000 (best of 2424)

revset-rangeset: call 'getset' on a 'fullreposet' Calling 'baseset(repo.changelog)' builds a list for all revisions in the repo. And we already have the lazy and efficient 'fullreposet' class for this purpose. This gives us the usual benefit ofs the fullreposet: revset) 10:100 before) wall 0.002774 comb 0.000000 user 0.000000 sys 0.000000 (best of 797) after) wall 0.001977 comb 0.000000 user 0.000000 sys 0.000000 (best of 1244) revset) parents(10):parents(100) before) wall 0.005054 comb 0.000000 user 0.000000 sys 0.000000 (best of 481) after) wall 0.002060 comb 0.000000 user 0.000000 sys 0.000000 (best of 1056)

test-revert: make sure all 'tracked' files are really tracked When a file is missing in the 'parent' version and is tracked but missing in the working directory, which happens by the 'missing' or 'removed' types, and the 'clean' type in the working directory, the file does not exist in the working directory (unlike it would had the 'deleted' type been used). Thus, the *_missing_missing_tracked are not actually tracked and they end up testing the same state as *_missing_missing_untracked. To make them tracked, add a temporary file, just like we do for the delete case. For simplicity's sake, let's make sure the gen-revert-cases.py script always puts a file in the working directory, whether or not it's going to be deleted.