minirst: extract function that filters parsed blocks by section name I'll move some bits from minirst.format() to caller to make the function interface simpler.

bookmarks: adjust exception type so present(bookmark(.)) works as expected

revset: expand bookmark(.) to the active bookmark We do that in several places. I'm not pretty sure if "literal:." should be expanded or not, so it's disabled for now.

pycompat: remove membershiprange which is no longer used Backed out changeset 45e05d39d9ce

transaction: remember original len(repo) instead of tracking added revs (API) It's silly to keep updating xrange(len(changelog), len(changelog) + 1) for each added revision. Instead, let's simply remember the first revision to be added. The test output slightly changed as the branch cache is also warmed up by stream clone, which seems more consistent. .. api:: ``tr.changes['revs']`` is replaced by ``tr.changes['origrepolen']`` which is the first revision number to be added.

obsutil: make sure "addedrevs" is not None in getobsoleted() If it were None, "rev in addedrevs" would crash. So tr.changes["revs"] should be a mandatory parameter here.

phases: enforce internal phase support We should not use the internal phase for repository without the requirement. Otherwise, older clients could have a look at the repository and see the internal changesets. For now, we introduce a low-level Programming error, more UI friendly error will be introduced later.

phases: add a repository requirement about internal phase For internal changeset to be properly hidden, the client version needs to support it. So we introduce a new repository requirement that will make sure clients touching a repository that uses internal phase supports the feature.

phases: add an internal phases The phase is meant to be used for internal commit that are a byproduct of command operation (eg:shelve). This changeset focus on getting the most important feature in, more advanced API is to be introduced in later changesets. The phase approach to handle internal has multiple advantages: * simple to implement, reuse optimized code, * fits well with existing phases. We don't want internal changeset to be exchanged or served. * easy to extend to for lifecycle handling. More thinking about internal changeset at https://www.mercurial-scm.org/wiki/InternalsPlan We add this new phases with a high number to leave some room to possible other phases. We also try out playing with the idea of "flag" for phases, each flag would convey a distinct meaning. We can drop the flag idea in the future (keeping the existing numbers). The flag property should still move in a monotonic direction (enabled -> disabled) or be immutable like the "internal" flag. To simplify the addition of this new phase, we introduce many placeholder phases. They are not meant to be used for now. Keeping `allphases` as a list ensure existing algorithm works fine. The full performance impact of adding that many hollow phases is unclear so far. The impact on phase computation is visible but not worrisome. Runnin `hg perfphase` in my mercurial development repository. Before: ! wall 0.001807 comb 0.000000 user 0.000000 sys 0.000000 (median of 1597) after: ! wall 0.001906 comb 0.000000 user 0.000000 sys 0.000000 (median of 1521)

stringutil: teach pprint() to recognize generators Otherwise they get serialized as e.g. <generator object X at 0x7f543d3d68c0> Differential Revision: https://phab.mercurial-scm.org/D4396