By making checklocalchanges() return the full instance of the status
class instead of just the first 4 elements of it, we can take
advantage of the field names and not require the caller to remember
the element indices.
The various status types are currently documented on the
dirstate.status() method. Now that we have a class for the status
types, it makese sense to document the status types there
instead. Only leave the bits related to lookup/unsure in the status()
method documentation.
Callers of various status() methods (on dirstate, context, repo) get a
tuple of 7 elements, where each element is a list of files. This
results in lots of uses of indexes where names would be much more
readable. For example, "status.ignored" seems clearer than "status[4]"
[1]. So, let's introduce a simple named tuple containing the 7 status
fields: modified, added, removed, deleted, unknown, ignored, clean.
This patch introduces the class and updates the status methods to
return instances of it. Later patches will update the callers.
[1] Did you even notice that it should have been "status[5]"?
(tweaked by mpm to introduce the class in scmutil and only change one user)
In lfdirstatestatus(), the status tuple gets deconstructed, the lists
get updated, and then an identical status tuple gets created and
returned. Change it so we simply return the original tuple.
The status tuple returned from dirstate.status() has an additional
field compared to the other status tuples: lookup/unsure. This field
is just an optimization and not something most callers care about
(they want the resolved value of 'modified' or 'clean'). To prepare
for a single future status type, let's separate out the 'lookup' field
from the rest by having dirstate.status() return a pair: (lookup,
status).
Now that we have a separate variable for the original 'm1' manifest,
we can safely update the nodeid of the file in the new manifest in the
same place as we update the flags.
In localrepo.commitctx(), p1's manifest is copied and used as the
basis for the manifest that is about to be committed. The way the copy
is updated makes it safe to use it where the original p1's manifest is
wanted. For readability, though, a separate variable for each purpose
would be clearer. Make it so.
This is preparation for removing open-coded rebase/graft operations.
As a side-effect, this exposes proper renames in the working copy when
there are conflicts, which shows up in test-shelve.t.
This moves the initial root phase assignment to it's own function. Future
patches which make phase calculations lazy will use this function to pre-fill
certain phases which can be deduced from the roots.
A future patch is going to make phase computation lazy, so the phase command can
no longer read and diff the entire phase list directly. This changes the phase
command to build it's own list for diff purposes.
