##// END OF EJS Templates
hgweb: render next pages on /graph incrementally...
hgweb: render next pages on /graph incrementally Previously, when user scrolled down to see the next page on /graph, all hgweb did was re-render everything that would be visible (by simply incrementing revcount). It was not efficient at all, and this patch makes /graph page behave similarly to the regular /log: every new page only consists of new changesets, no duplication, and only jsdata is based on the full set of changesets required to build accurate graph. This is achieved by adding "?graphtop=<node>" to the next page URL template, effectively remembering where the graph started, and using that value to create the new `tree` that covers the whole visible graph. That variable is then used to produce jsdata for redrawing graph client-side. nextentry is used for the same purpose as on /log page (to format the next page URL), but it's not a part of the graph.

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test-addremove-similar.t
174 lines | 3.8 KiB | text/troff | Tads3Lexer
/ tests / test-addremove-similar.t
$ hg init rep; cd rep
$ touch empty-file
$ $PYTHON -c 'for x in range(10000): print(x)' > large-file
$ hg addremove
adding empty-file
adding large-file
$ hg commit -m A
$ rm large-file empty-file
$ $PYTHON -c 'for x in range(10,10000): print(x)' > another-file
$ hg addremove -s50
adding another-file
removing empty-file
removing large-file
recording removal of large-file as rename to another-file (99% similar)
$ hg commit -m B
comparing two empty files caused ZeroDivisionError in the past
$ hg update -C 0
2 files updated, 0 files merged, 1 files removed, 0 files unresolved
$ rm empty-file
$ touch another-empty-file
$ hg addremove -s50
adding another-empty-file
removing empty-file
$ cd ..
$ hg init rep2; cd rep2
$ $PYTHON -c 'for x in range(10000): print(x)' > large-file
$ $PYTHON -c 'for x in range(50): print(x)' > tiny-file
$ hg addremove
adding large-file
adding tiny-file
$ hg commit -m A
$ $PYTHON -c 'for x in range(70): print(x)' > small-file
$ rm tiny-file
$ rm large-file
$ hg addremove -s50
removing large-file
adding small-file
removing tiny-file
recording removal of tiny-file as rename to small-file (82% similar)
$ hg commit -m B
should be sorted by path for stable result
$ for i in `$PYTHON $TESTDIR/seq.py 0 9`; do
> cp small-file $i
> done
$ rm small-file
$ hg addremove
adding 0
adding 1
adding 2
adding 3
adding 4
adding 5
adding 6
adding 7
adding 8
adding 9
removing small-file
recording removal of small-file as rename to 0 (100% similar)
recording removal of small-file as rename to 1 (100% similar)
recording removal of small-file as rename to 2 (100% similar)
recording removal of small-file as rename to 3 (100% similar)
recording removal of small-file as rename to 4 (100% similar)
recording removal of small-file as rename to 5 (100% similar)
recording removal of small-file as rename to 6 (100% similar)
recording removal of small-file as rename to 7 (100% similar)
recording removal of small-file as rename to 8 (100% similar)
recording removal of small-file as rename to 9 (100% similar)
$ hg commit -m '10 same files'
pick one from many identical files
$ cp 0 a
$ rm `$PYTHON $TESTDIR/seq.py 0 9`
$ hg addremove
removing 0
removing 1
removing 2
removing 3
removing 4
removing 5
removing 6
removing 7
removing 8
removing 9
adding a
recording removal of 0 as rename to a (100% similar)
$ hg revert -aq
pick one from many similar files
$ cp 0 a
$ for i in `$PYTHON $TESTDIR/seq.py 0 9`; do
> echo $i >> $i
> done
$ hg commit -m 'make them slightly different'
$ rm `$PYTHON $TESTDIR/seq.py 0 9`
$ hg addremove -s50
removing 0
removing 1
removing 2
removing 3
removing 4
removing 5
removing 6
removing 7
removing 8
removing 9
adding a
recording removal of 0 as rename to a (99% similar)
$ hg commit -m 'always the same file should be selected'
should all fail
$ hg addremove -s foo
abort: similarity must be a number
[255]
$ hg addremove -s -1
abort: similarity must be between 0 and 100
[255]
$ hg addremove -s 1e6
abort: similarity must be between 0 and 100
[255]
$ cd ..
Issue1527: repeated addremove causes Abort
$ hg init rep3; cd rep3
$ mkdir d
$ echo a > d/a
$ hg add d/a
$ hg commit -m 1
$ mv d/a d/b
$ hg addremove -s80
removing d/a
adding d/b
recording removal of d/a as rename to d/b (100% similar)
$ hg debugstate
r 0 0 1970-01-01 00:00:00 d/a
a 0 -1 unset d/b
copy: d/a -> d/b
$ mv d/b c
no copies found here (since the target isn't in d
$ hg addremove -s80 d
removing d/b
copies here
$ hg addremove -s80
adding c
recording removal of d/a as rename to c (100% similar)
$ cd ..