def test_unicode_arg(self):
from pbs import echo
if IS_PY3: test = "漢字"
else: test = "漢字".decode("utf8")
p = echo(test).strip()
self.assertEqual(test, p)
def test_unicode_arg(self):
from pbs import echo
if IS_PY3: test = "漢字"
else: test = "漢字".decode("utf8")
p = echo(test).strip()
self.assertEqual(test, p)
def test_change_default_encoding(self):
import pbs
self.assertEqual(pbs.config["DEFAULT_ENCODING"], "mbcs")
pbs.set_default_encoding("utf8")
ret = pbs.echo(u"נסיון")
self.assertEqual(pbs.config["DEFAULT_ENCODING"], "utf8")
def makeTreeFromDir(backupname, paths):
""" imports a path into the git repro and makes a tree from it. returns the tree sha """
clearIndex()
topLevel = []
filesInTree = []
dirsInTree = []
emptyFileHash = None
for path in paths:
if not os.path.exists(path):
fatal("Path '%s' does not exist, cannot backup" % path)
bn = os.path.basename(path)
if bn in topLevel:
fatal(
"Multiple paths ending in '%s' are being backed up, not supported"
% bn)
if os.path.isdir(path):
# add current dir to the index (also import all objects)
git('--work-tree', path, 'add', '-f', '.')
# empty dirs are not added by the above, pretend there is a .gibkeep file in each
# (we will delete this when extracting backups)
for emptyDir in getEmptyDirs(path):
if not emptyFileHash:
emptyFileHash = git_pipe(pbs.echo('-n', ''), 'hash-object',
'-w', '--stdin').strip()
git('update-index', '--add', '--cacheinfo', '10644',
emptyFileHash,
os.path.join(os.path.relpath(emptyDir, path), '.gibkeep'))
# write the tree for this and get the tree sha
tree = git('write-tree').strip()
clearIndex()
dirsInTree.append((bn, tree))
else:
fileHash = git('hash-object', '-w', path).strip()
filesInTree.append((bn, fileHash))
clearIndex()
# now make the final snapshot index
for (dir, tree) in dirsInTree:
git('read-tree', '-i', tree, '--prefix=%s/' % dir)
for (file, hash) in filesInTree:
# see http://git-scm.com/book/en/Git-Internals-Git-Objects
# adding with 10644 means normal file (TODO perhaps check if it should be marked as executable)
# cacheinfo means we have the hash, but no file in our work dir corresponding to it
git('update-index', '--add', '--cacheinfo', '10644', hash, file)
tree = git('write-tree').strip()
clearIndex()
return tree
def makeTreeFromDir(backupname,paths):
""" imports a path into the git repro and makes a tree from it. returns the tree sha """
clearIndex()
topLevel=[]
filesInTree=[]
dirsInTree=[]
emptyFileHash=None
for path in paths:
if not os.path.exists(path):
fatal("Path '%s' does not exist, cannot backup"%path)
bn=os.path.basename(path)
if bn in topLevel:
fatal("Multiple paths ending in '%s' are being backed up, not supported"%bn)
if os.path.isdir(path):
# add current dir to the index (also import all objects)
git('--work-tree',path,'add','-f','.')
# empty dirs are not added by the above, pretend there is a .gibkeep file in each
# (we will delete this when extracting backups)
for emptyDir in getEmptyDirs(path):
if not emptyFileHash:
emptyFileHash=git_pipe(pbs.echo('-n',''),'hash-object','-w','--stdin').strip()
git('update-index','--add','--cacheinfo','10644',emptyFileHash,os.path.join(os.path.relpath(emptyDir,path),'.gibkeep'))
# write the tree for this and get the tree sha
tree=git('write-tree').strip()
clearIndex()
dirsInTree.append((bn,tree))
else:
fileHash=git('hash-object','-w',path).strip()
filesInTree.append((bn,fileHash))
clearIndex()
# now make the final snapshot index
for (dir,tree) in dirsInTree:
git('read-tree','-i',tree,'--prefix=%s/'%dir)
for (file,hash) in filesInTree:
# see http://git-scm.com/book/en/Git-Internals-Git-Objects
# adding with 10644 means normal file (TODO perhaps check if it should be marked as executable)
# cacheinfo means we have the hash, but no file in our work dir corresponding to it
git('update-index','--add','--cacheinfo','10644',hash,file)
tree=git('write-tree').strip()
clearIndex()
return tree
def test_long_option(self):
from pbs import sed, echo
out = sed(echo("test"), expression="s/test/lol/").strip()
self.assertEqual(out, "lol")
def test_nt_internal_commands(self):
from pbs import echo
s1 = unicode(echo("test")).strip()
s2 = 'test'
self.assertEqual(s1, s2)
def test_bg_to_int(self):
from pbs import echo
# bugs with background might cause the following error:
# ValueError: invalid literal for int() with base 10: ''
self.assertEqual(int(echo("123", _bg=True)), 123)
def test_bg_to_int(self):
from pbs import echo
# bugs with background might cause the following error:
# ValueError: invalid literal for int() with base 10: ''
self.assertEqual(int(echo("123", _bg=True)), 123)
def test_long_option(self):
from pbs import sed, echo
out = sed(echo("test"), expression="s/test/lol/").strip()
self.assertEqual(out, "lol")