view tests/test-mv-cp-st-diff @ 10128:ea7c392f2b08

patch: drop eol normalization fast-path for 'lf' and 'crlf'

With eolmode set to 'lf' or 'crlf' we avoided the hunk duplication and
normalization by reading the input patch in text mode. Dropping this
optimization simplifies code expectations for a small overhead.

The change in test-mq-eol comes from a tolerance to CRLF instead of LF for last
lines without newlines being broken by this revision. This tolerance was only
partially supported and will be added again in a better way.

#!/bin/sh

add()
{
    echo $2 >> $1
}

hg init t
cd t

# set up a boring main branch
add a a
hg add a
mkdir x
add x/x x
hg add x/x
hg ci -m0

add a m1
hg ci -m1

add a m2
add x/y y1
hg add x/y
hg ci -m2
cd ..

show()
{
    echo "- $2: $1"
    hg st -C $1
    echo
    hg diff --git $1
    echo
}

count=0
# make a new branch and get diff/status output
# $1 - first commit
# $2 - second commit
# $3 - working dir action
# $4 - test description
tb()
{
    hg clone t t2 ; cd t2
    hg co -q -C 0

    add a $count
    count=`expr $count + 1`
    hg ci -m "t0"
    $1
    hg ci -m "t1"
    $2
    hg ci -m "t2"
    $3

    echo "** $4 **"
    echo "** $1 / $2 / $3"
    show "" "working to parent"
    show "--rev 0" "working to root"
    show "--rev 2" "working to branch"
    show "--rev 0 --rev ." "root to parent"
    show "--rev . --rev 0" "parent to root"
    show "--rev 2 --rev ." "branch to parent"
    show "--rev . --rev 2" "parent to branch"
    echo
    cd ..
    rm -rf t2
}


tb "add a a1" "add a a2" "hg mv a b" "rename in working dir"
tb "add a a1" "add a a2" "hg cp a b" "copy in working dir" 
tb "hg mv a b" "add b b1" "add b w" "single rename"
tb "hg cp a b" "add b b1" "add a w" "single copy"
tb "hg mv a b" "hg mv b c" "hg mv c d" "rename chain"
tb "hg cp a b" "hg cp b c" "hg cp c d" "copy chain"
tb "add a a1" "hg mv a b" "hg mv b a" "circular rename"

tb "hg mv x y" "add y/x x1" "add y/x x2" "directory move"