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git/t/t0000-basic.sh

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#!/bin/sh
#
# Copyright (c) 2005 Junio C Hamano
#
test_description='Test the very basics part #1.
The rest of the test suite does not check the basic operation of git
plumbing commands to work very carefully. Their job is to concentrate
on tricky features that caused bugs in the past to detect regression.
This test runs very basic features, like registering things in cache,
writing tree, etc.
Note that this test *deliberately* hard-codes many expected object
IDs. When object ID computation changes, like in the previous case of
swapping compression and hashing order, the person who is making the
modification *should* take notice and update the test vectors here.
'
################################################################
# It appears that people try to run tests without building...
../git >/dev/null
if test $? != 1
then
echo >&2 'You do not seem to have built git yet.'
exit 1
fi
. ./test-lib.sh
################################################################
# git init has been done in an empty repository.
# make sure it is empty.
find .git/objects -type f -print >should-be-empty
test_expect_success \
'.git/objects should be empty after git init in an empty repo.' \
'cmp -s /dev/null should-be-empty'
# also it should have 2 subdirectories; no fan-out anymore, pack, and info.
# 3 is counting "objects" itself
find .git/objects -type d -print >full-of-directories
test_expect_success \
'.git/objects should have 3 subdirectories.' \
'test $(wc -l < full-of-directories) = 3'
Sane use of test_expect_failure Originally, test_expect_failure was designed to be the opposite of test_expect_success, but this was a bad decision. Most tests run a series of commands that leads to the single command that needs to be tested, like this: test_expect_{success,failure} 'test title' ' setup1 && setup2 && setup3 && what is to be tested ' And expecting a failure exit from the whole sequence misses the point of writing tests. Your setup$N that are supposed to succeed may have failed without even reaching what you are trying to test. The only valid use of test_expect_failure is to check a trivial single command that is expected to fail, which is a minority in tests of Porcelain-ish commands. This large-ish patch rewrites all uses of test_expect_failure to use test_expect_success and rewrites the condition of what is tested, like this: test_expect_success 'test title' ' setup1 && setup2 && setup3 && ! this command should fail ' test_expect_failure is redefined to serve as a reminder that that test *should* succeed but due to a known breakage in git it currently does not pass. So if git-foo command should create a file 'bar' but you discovered a bug that it doesn't, you can write a test like this: test_expect_failure 'git-foo should create bar' ' rm -f bar && git foo && test -f bar ' This construct acts similar to test_expect_success, but instead of reporting "ok/FAIL" like test_expect_success does, the outcome is reported as "FIXED/still broken". Signed-off-by: Junio C Hamano <gitster@pobox.com>
2008-02-01 10:50:53 +01:00
################################################################
# Test harness
test_expect_success 'success is reported like this' '
:
'
test_expect_failure 'pretend we have a known breakage' '
false
'
test_expect_failure 'pretend we have fixed a known breakage' '
:
'
################################################################
# Basics of the basics
# updating a new file without --add should fail.
Sane use of test_expect_failure Originally, test_expect_failure was designed to be the opposite of test_expect_success, but this was a bad decision. Most tests run a series of commands that leads to the single command that needs to be tested, like this: test_expect_{success,failure} 'test title' ' setup1 && setup2 && setup3 && what is to be tested ' And expecting a failure exit from the whole sequence misses the point of writing tests. Your setup$N that are supposed to succeed may have failed without even reaching what you are trying to test. The only valid use of test_expect_failure is to check a trivial single command that is expected to fail, which is a minority in tests of Porcelain-ish commands. This large-ish patch rewrites all uses of test_expect_failure to use test_expect_success and rewrites the condition of what is tested, like this: test_expect_success 'test title' ' setup1 && setup2 && setup3 && ! this command should fail ' test_expect_failure is redefined to serve as a reminder that that test *should* succeed but due to a known breakage in git it currently does not pass. So if git-foo command should create a file 'bar' but you discovered a bug that it doesn't, you can write a test like this: test_expect_failure 'git-foo should create bar' ' rm -f bar && git foo && test -f bar ' This construct acts similar to test_expect_success, but instead of reporting "ok/FAIL" like test_expect_success does, the outcome is reported as "FIXED/still broken". Signed-off-by: Junio C Hamano <gitster@pobox.com>
2008-02-01 10:50:53 +01:00
test_expect_success 'git update-index without --add should fail adding.' '
! git update-index should-be-empty
'
# and with --add it should succeed, even if it is empty (it used to fail).
test_expect_success \
'git update-index with --add should succeed.' \
'git update-index --add should-be-empty'
test_expect_success \
'writing tree out with git write-tree' \
'tree=$(git write-tree)'
# we know the shape and contents of the tree and know the object ID for it.
test_expect_success \
'validate object ID of a known tree.' \
'test "$tree" = 7bb943559a305bdd6bdee2cef6e5df2413c3d30a'
# Removing paths.
rm -f should-be-empty full-of-directories
Sane use of test_expect_failure Originally, test_expect_failure was designed to be the opposite of test_expect_success, but this was a bad decision. Most tests run a series of commands that leads to the single command that needs to be tested, like this: test_expect_{success,failure} 'test title' ' setup1 && setup2 && setup3 && what is to be tested ' And expecting a failure exit from the whole sequence misses the point of writing tests. Your setup$N that are supposed to succeed may have failed without even reaching what you are trying to test. The only valid use of test_expect_failure is to check a trivial single command that is expected to fail, which is a minority in tests of Porcelain-ish commands. This large-ish patch rewrites all uses of test_expect_failure to use test_expect_success and rewrites the condition of what is tested, like this: test_expect_success 'test title' ' setup1 && setup2 && setup3 && ! this command should fail ' test_expect_failure is redefined to serve as a reminder that that test *should* succeed but due to a known breakage in git it currently does not pass. So if git-foo command should create a file 'bar' but you discovered a bug that it doesn't, you can write a test like this: test_expect_failure 'git-foo should create bar' ' rm -f bar && git foo && test -f bar ' This construct acts similar to test_expect_success, but instead of reporting "ok/FAIL" like test_expect_success does, the outcome is reported as "FIXED/still broken". Signed-off-by: Junio C Hamano <gitster@pobox.com>
2008-02-01 10:50:53 +01:00
test_expect_success 'git update-index without --remove should fail removing.' '
! git update-index should-be-empty
'
test_expect_success \
'git update-index with --remove should be able to remove.' \
'git update-index --remove should-be-empty'
# Empty tree can be written with recent write-tree.
test_expect_success \
'git write-tree should be able to write an empty tree.' \
'tree=$(git write-tree)'
test_expect_success \
'validate object ID of a known tree.' \
'test "$tree" = 4b825dc642cb6eb9a060e54bf8d69288fbee4904'
# Various types of objects
mkdir path2 path3 path3/subp3
for p in path0 path2/file2 path3/file3 path3/subp3/file3
do
echo "hello $p" >$p
ln -s "hello $p" ${p}sym
done
test_expect_success \
'adding various types of objects with git update-index --add.' \
'find path* ! -type d -print | xargs git update-index --add'
# Show them and see that matches what we expect.
test_expect_success \
'showing stage with git ls-files --stage' \
'git ls-files --stage >current'
cat >expected <<\EOF
100644 f87290f8eb2cbbea7857214459a0739927eab154 0 path0
120000 15a98433ae33114b085f3eb3bb03b832b3180a01 0 path0sym
100644 3feff949ed00a62d9f7af97c15cd8a30595e7ac7 0 path2/file2
120000 d8ce161addc5173867a3c3c730924388daedbc38 0 path2/file2sym
100644 0aa34cae68d0878578ad119c86ca2b5ed5b28376 0 path3/file3
120000 8599103969b43aff7e430efea79ca4636466794f 0 path3/file3sym
100644 00fb5908cb97c2564a9783c0c64087333b3b464f 0 path3/subp3/file3
120000 6649a1ebe9e9f1c553b66f5a6e74136a07ccc57c 0 path3/subp3/file3sym
EOF
test_expect_success \
'validate git ls-files output for a known tree.' \
'diff current expected'
test_expect_success \
'writing tree out with git write-tree.' \
'tree=$(git write-tree)'
test_expect_success \
'validate object ID for a known tree.' \
'test "$tree" = 087704a96baf1c2d1c869a8b084481e121c88b5b'
test_expect_success \
'showing tree with git ls-tree' \
'git ls-tree $tree >current'
cat >expected <<\EOF
100644 blob f87290f8eb2cbbea7857214459a0739927eab154 path0
120000 blob 15a98433ae33114b085f3eb3bb03b832b3180a01 path0sym
040000 tree 58a09c23e2ca152193f2786e06986b7b6712bdbe path2
040000 tree 21ae8269cacbe57ae09138dcc3a2887f904d02b3 path3
EOF
test_expect_success \
'git ls-tree output for a known tree.' \
'diff current expected'
# This changed in ls-tree pathspec change -- recursive does
# not show tree nodes anymore.
test_expect_success \
'showing tree with git ls-tree -r' \
'git ls-tree -r $tree >current'
cat >expected <<\EOF
100644 blob f87290f8eb2cbbea7857214459a0739927eab154 path0
120000 blob 15a98433ae33114b085f3eb3bb03b832b3180a01 path0sym
100644 blob 3feff949ed00a62d9f7af97c15cd8a30595e7ac7 path2/file2
120000 blob d8ce161addc5173867a3c3c730924388daedbc38 path2/file2sym
100644 blob 0aa34cae68d0878578ad119c86ca2b5ed5b28376 path3/file3
120000 blob 8599103969b43aff7e430efea79ca4636466794f path3/file3sym
100644 blob 00fb5908cb97c2564a9783c0c64087333b3b464f path3/subp3/file3
120000 blob 6649a1ebe9e9f1c553b66f5a6e74136a07ccc57c path3/subp3/file3sym
EOF
test_expect_success \
'git ls-tree -r output for a known tree.' \
'diff current expected'
# But with -r -t we can have both.
test_expect_success \
'showing tree with git ls-tree -r -t' \
'git ls-tree -r -t $tree >current'
cat >expected <<\EOF
100644 blob f87290f8eb2cbbea7857214459a0739927eab154 path0
120000 blob 15a98433ae33114b085f3eb3bb03b832b3180a01 path0sym
040000 tree 58a09c23e2ca152193f2786e06986b7b6712bdbe path2
100644 blob 3feff949ed00a62d9f7af97c15cd8a30595e7ac7 path2/file2
120000 blob d8ce161addc5173867a3c3c730924388daedbc38 path2/file2sym
040000 tree 21ae8269cacbe57ae09138dcc3a2887f904d02b3 path3
100644 blob 0aa34cae68d0878578ad119c86ca2b5ed5b28376 path3/file3
120000 blob 8599103969b43aff7e430efea79ca4636466794f path3/file3sym
040000 tree 3c5e5399f3a333eddecce7a9b9465b63f65f51e2 path3/subp3
100644 blob 00fb5908cb97c2564a9783c0c64087333b3b464f path3/subp3/file3
120000 blob 6649a1ebe9e9f1c553b66f5a6e74136a07ccc57c path3/subp3/file3sym
EOF
test_expect_success \
'git ls-tree -r output for a known tree.' \
'diff current expected'
test_expect_success \
'writing partial tree out with git write-tree --prefix.' \
'ptree=$(git write-tree --prefix=path3)'
test_expect_success \
'validate object ID for a known tree.' \
'test "$ptree" = 21ae8269cacbe57ae09138dcc3a2887f904d02b3'
test_expect_success \
'writing partial tree out with git write-tree --prefix.' \
'ptree=$(git write-tree --prefix=path3/subp3)'
test_expect_success \
'validate object ID for a known tree.' \
'test "$ptree" = 3c5e5399f3a333eddecce7a9b9465b63f65f51e2'
cat >badobjects <<EOF
100644 blob 1000000000000000000000000000000000000000 dir/file1
100644 blob 2000000000000000000000000000000000000000 dir/file2
100644 blob 3000000000000000000000000000000000000000 dir/file3
100644 blob 4000000000000000000000000000000000000000 dir/file4
100644 blob 5000000000000000000000000000000000000000 dir/file5
EOF
rm .git/index
test_expect_success \
'put invalid objects into the index.' \
'git update-index --index-info < badobjects'
Sane use of test_expect_failure Originally, test_expect_failure was designed to be the opposite of test_expect_success, but this was a bad decision. Most tests run a series of commands that leads to the single command that needs to be tested, like this: test_expect_{success,failure} 'test title' ' setup1 && setup2 && setup3 && what is to be tested ' And expecting a failure exit from the whole sequence misses the point of writing tests. Your setup$N that are supposed to succeed may have failed without even reaching what you are trying to test. The only valid use of test_expect_failure is to check a trivial single command that is expected to fail, which is a minority in tests of Porcelain-ish commands. This large-ish patch rewrites all uses of test_expect_failure to use test_expect_success and rewrites the condition of what is tested, like this: test_expect_success 'test title' ' setup1 && setup2 && setup3 && ! this command should fail ' test_expect_failure is redefined to serve as a reminder that that test *should* succeed but due to a known breakage in git it currently does not pass. So if git-foo command should create a file 'bar' but you discovered a bug that it doesn't, you can write a test like this: test_expect_failure 'git-foo should create bar' ' rm -f bar && git foo && test -f bar ' This construct acts similar to test_expect_success, but instead of reporting "ok/FAIL" like test_expect_success does, the outcome is reported as "FIXED/still broken". Signed-off-by: Junio C Hamano <gitster@pobox.com>
2008-02-01 10:50:53 +01:00
test_expect_success 'writing this tree without --missing-ok.' '
! git write-tree
'
test_expect_success \
'writing this tree with --missing-ok.' \
'git write-tree --missing-ok'
################################################################
rm .git/index
test_expect_success \
'git read-tree followed by write-tree should be idempotent.' \
'git read-tree $tree &&
test -f .git/index &&
newtree=$(git write-tree) &&
test "$newtree" = "$tree"'
cat >expected <<\EOF
:100644 100644 f87290f8eb2cbbea7857214459a0739927eab154 0000000000000000000000000000000000000000 M path0
:120000 120000 15a98433ae33114b085f3eb3bb03b832b3180a01 0000000000000000000000000000000000000000 M path0sym
:100644 100644 3feff949ed00a62d9f7af97c15cd8a30595e7ac7 0000000000000000000000000000000000000000 M path2/file2
:120000 120000 d8ce161addc5173867a3c3c730924388daedbc38 0000000000000000000000000000000000000000 M path2/file2sym
:100644 100644 0aa34cae68d0878578ad119c86ca2b5ed5b28376 0000000000000000000000000000000000000000 M path3/file3
:120000 120000 8599103969b43aff7e430efea79ca4636466794f 0000000000000000000000000000000000000000 M path3/file3sym
:100644 100644 00fb5908cb97c2564a9783c0c64087333b3b464f 0000000000000000000000000000000000000000 M path3/subp3/file3
:120000 120000 6649a1ebe9e9f1c553b66f5a6e74136a07ccc57c 0000000000000000000000000000000000000000 M path3/subp3/file3sym
EOF
test_expect_success \
'validate git diff-files output for a know cache/work tree state.' \
'git diff-files >current && diff >/dev/null -b current expected'
test_expect_success \
'git update-index --refresh should succeed.' \
'git update-index --refresh'
test_expect_success \
'no diff after checkout and git update-index --refresh.' \
'git diff-files >current && cmp -s current /dev/null'
################################################################
P=087704a96baf1c2d1c869a8b084481e121c88b5b
test_expect_success \
'git commit-tree records the correct tree in a commit.' \
'commit0=$(echo NO | git commit-tree $P) &&
tree=$(git show --pretty=raw $commit0 |
sed -n -e "s/^tree //p" -e "/^author /q") &&
test "z$tree" = "z$P"'
test_expect_success \
'git commit-tree records the correct parent in a commit.' \
'commit1=$(echo NO | git commit-tree $P -p $commit0) &&
parent=$(git show --pretty=raw $commit1 |
sed -n -e "s/^parent //p" -e "/^author /q") &&
test "z$commit0" = "z$parent"'
test_expect_success \
'git commit-tree omits duplicated parent in a commit.' \
'commit2=$(echo NO | git commit-tree $P -p $commit0 -p $commit0) &&
parent=$(git show --pretty=raw $commit2 |
sed -n -e "s/^parent //p" -e "/^author /q" |
sort -u) &&
test "z$commit0" = "z$parent" &&
numparent=$(git show --pretty=raw $commit2 |
sed -n -e "s/^parent //p" -e "/^author /q" |
wc -l) &&
test $numparent = 1'
test_expect_success 'update-index D/F conflict' '
mv path0 tmp &&
mv path2 path0 &&
mv tmp path2 &&
git update-index --add --replace path2 path0/file2 &&
numpath0=$(git ls-files path0 | wc -l) &&
test $numpath0 = 1
'
test_expect_success 'absolute path works as expected' '
mkdir first &&
ln -s ../.git first/.git &&
mkdir second &&
ln -s ../first second/other &&
mkdir third &&
dir="$(cd .git; pwd -P)" &&
dir2=third/../second/other/.git &&
test "$dir" = "$(test-absolute-path $dir2)" &&
file="$dir"/index &&
test "$file" = "$(test-absolute-path $dir2/index)" &&
basename=blub &&
test "$dir/$basename" = "$(cd .git && test-absolute-path "$basename")" &&
ln -s ../first/file .git/syml &&
sym="$(cd first; pwd -P)"/file &&
test "$sym" = "$(test-absolute-path "$dir2/syml")"
'
test_expect_success 'very long name in the index handled sanely' '
a=a && # 1
a=$a$a$a$a$a$a$a$a$a$a$a$a$a$a$a$a && # 16
a=$a$a$a$a$a$a$a$a$a$a$a$a$a$a$a$a && # 256
a=$a$a$a$a$a$a$a$a$a$a$a$a$a$a$a$a && # 4096
a=${a}q &&
>path4 &&
git update-index --add path4 &&
(
git ls-files -s path4 |
sed -e "s/ .*/ /" |
tr -d "\012"
echo "$a"
) | git update-index --index-info &&
len=$(git ls-files "a*" | wc -c) &&
test $len = 4098
'
test_done