tests/test-win32text

minirst: support containers

Text can be grouped into generic containers in reStructuredText:

  .. container:: foo

     This is text inside a "foo" container.

     .. container:: bar

        This is nested inside two containers.

The minirst parser now recognizes these containers. The containers are
either pruned completely from the output (included all nested blocks)
or they are simply un-indented. So if 'foo' and 'bar' containers are
kept, the above example will result in:

     This is text inside a "foo" container.

     This is nested inside two containers.

If only 'foo' containers are kept, we get:

     This is text inside a "foo" container.

No output is made if only 'bar' containers are kept.

This feature will come in handy for implementing different levels of
help output (e.g., verbose and debug level help texts).

#!/bin/sh

hg init t
cd t

cat > unix2dos.py <<EOF
import sys

for path in sys.argv[1:]:
    data = file(path, 'rb').read()
    data = data.replace('\n', '\r\n')
    file(path, 'wb').write(data)
EOF

cat > print.py <<EOF
import sys
print(sys.stdin.read().replace('\n', '<LF>').replace('\r', '<CR>').replace('\0', '<NUL>'))
EOF

echo '[hooks]' >> .hg/hgrc
echo 'pretxncommit.crlf = python:hgext.win32text.forbidcrlf' >> .hg/hgrc
echo 'pretxnchangegroup.crlf = python:hgext.win32text.forbidcrlf' >> .hg/hgrc
cat .hg/hgrc
echo

echo hello > f
hg add f
echo commit should succeed
hg ci -m 1
echo

hg clone . ../zoz
cp .hg/hgrc ../zoz/.hg

python unix2dos.py f
echo commit should fail
hg ci -m 2.1
echo

mv .hg/hgrc .hg/hgrc.bak
echo commits should succeed
hg ci -m 2
hg cp f g
hg ci -m 2.2
echo

echo push should fail
hg push ../zoz
echo

mv .hg/hgrc.bak .hg/hgrc
echo hello > f
hg rm g
echo commit should succeed
hg ci -m 2.3
echo

echo push should succeed
hg push ../zoz
echo

echo and now for something completely different
mkdir d
echo hello > d/f2
python unix2dos.py d/f2
hg add d/f2
hg ci -m 3
hg revert -a
rm d/f2
echo

hg rem f
hg ci -m 4
echo

python -c 'file("bin", "wb").write("hello\x00\x0D\x0A")'
hg add bin
hg ci -m 5
hg log -v
echo

hg clone . dupe
echo
for x in a b c d; do echo content > dupe/$x; done
hg -R dupe add
python unix2dos.py dupe/b dupe/c dupe/d
hg -R dupe ci -m a dupe/a
hg -R dupe ci -m b/c dupe/[bc]
hg -R dupe ci -m d dupe/d
hg -R dupe log -v
echo

hg pull dupe
echo

hg log -v
echo

rm .hg/hgrc
(echo some; echo text) > f3
python -c 'file("f4.bat", "wb").write("rem empty\x0D\x0A")'
hg add f3 f4.bat
hg ci -m 6

python print.py < bin
python print.py < f3
python print.py < f4.bat
echo

echo '[extensions]' >> .hg/hgrc
echo 'win32text = ' >> .hg/hgrc
echo '[decode]' >> .hg/hgrc
echo '** = cleverdecode:' >> .hg/hgrc
echo '[encode]' >> .hg/hgrc
echo '** = cleverencode:' >> .hg/hgrc
cat .hg/hgrc
echo

rm f3 f4.bat bin
hg co -C 2>&1 | python -c 'import sys, os; sys.stdout.write(sys.stdin.read().replace(os.getcwd(), "...."))'
python print.py < bin
python print.py < f3
python print.py < f4.bat
echo

python -c 'file("f5.sh", "wb").write("# empty\x0D\x0A")'
hg add f5.sh
hg ci -m 7
python print.py < f5.sh
hg cat f5.sh | python print.py

echo '% just linefeed' > linefeed
hg ci -qAm 8 linefeed
python print.py < linefeed
hg cat linefeed | python print.py
hg st -q
hg revert -a linefeed
python print.py < linefeed
hg st -q
echo modified >> linefeed
hg st -q
hg revert -a
hg st -q
python print.py < linefeed