def test_image_extract(self):
img1 = self._create_tar({
'file1': BytesIO(b'a'),
'file2': BytesIO(b'b')
})
img1_dev = '/dev/1.%s' % os.path.basename(img1)
img2 = self._create_tar({
'file3': BytesIO(b'a'),
'file4': BytesIO(b'b')
})
img2_dev = '/dev/2.%s' % os.path.basename(img2)
opts = '--zvm-image=%s --zvm-image=%s,/lib' % (img1, img2)
self.program = 'file2'
self.argv = [ZVSH]
self.argv.extend(opts.split())
self.argv.append(self.program)
cmd_line = self.program
shell = Shell(self.argv)
try:
with pytest.raises(SystemExit):
shell.run()
files = os.listdir(shell.zvsh.tmpdir)
self.assertTrue('manifest.1' in files)
self.assertTrue('nvram.1' in files)
manifest = _read_manifest(
join_path(shell.zvsh.tmpdir, 'manifest.1'))
boot = os.path.join(os.path.abspath(shell.zvsh.tmpdir), 'boot.1')
reference = self._reference_manifest(shell.zvsh.tmpdir,
executable=boot)
channels = reference['channel']
img1_chan = [
os.path.abspath(img1), img1_dev, '3', '0',
str(DEFAULT_LIMITS['reads']),
str(DEFAULT_LIMITS['rbytes']),
str(DEFAULT_LIMITS['writes']),
str(DEFAULT_LIMITS['wbytes'])
]
img2_chan = [
os.path.abspath(img2), img2_dev, '3', '0',
str(DEFAULT_LIMITS['reads']),
str(DEFAULT_LIMITS['rbytes']),
str(DEFAULT_LIMITS['writes']),
str(DEFAULT_LIMITS['wbytes'])
]
# insert in reverse order
channels.insert(3, img2_chan)
channels.insert(3, img1_chan)
self.assertEqual(manifest, reference)
nvram = _read_nvram(join_path(shell.zvsh.tmpdir, 'nvram.1'))
reference = _reference_nvram(cmd_line,
images=[(img1_dev, '/', 'ro', 'no'),
(img2_dev, '/lib', 'ro', 'no')
])
self.assertEqual(nvram, reference)
finally:
shell.zvsh.orig_cleanup()
def test_image_extract(self):
img1 = self._create_tar({'file1': BytesIO(b'a'),
'file2': BytesIO(b'b')})
img1_dev = '/dev/1.%s' % os.path.basename(img1)
img2 = self._create_tar({'file3': BytesIO(b'a'),
'file4': BytesIO(b'b')})
img2_dev = '/dev/2.%s' % os.path.basename(img2)
opts = '--zvm-image=%s --zvm-image=%s,/lib' % (img1, img2)
self.program = 'file2'
self.argv = [ZVSH]
self.argv.extend(opts.split())
self.argv.append(self.program)
cmd_line = self.program
shell = Shell(self.argv)
try:
with pytest.raises(SystemExit):
shell.run()
files = os.listdir(shell.zvsh.tmpdir)
self.assertTrue('manifest.1' in files)
self.assertTrue('nvram.1' in files)
manifest = _read_manifest(join_path(shell.zvsh.tmpdir,
'manifest.1'))
boot = os.path.join(os.path.abspath(shell.zvsh.tmpdir), 'boot.1')
reference = self._reference_manifest(shell.zvsh.tmpdir,
executable=boot)
channels = reference['channel']
img1_chan = [os.path.abspath(img1),
img1_dev,
'3',
'0',
str(DEFAULT_LIMITS['reads']),
str(DEFAULT_LIMITS['rbytes']),
str(DEFAULT_LIMITS['writes']),
str(DEFAULT_LIMITS['wbytes'])]
img2_chan = [os.path.abspath(img2),
img2_dev,
'3',
'0',
str(DEFAULT_LIMITS['reads']),
str(DEFAULT_LIMITS['rbytes']),
str(DEFAULT_LIMITS['writes']),
str(DEFAULT_LIMITS['wbytes'])]
# insert in reverse order
channels.insert(3, img2_chan)
channels.insert(3, img1_chan)
self.assertEqual(manifest, reference)
nvram = _read_nvram(join_path(shell.zvsh.tmpdir,
'nvram.1'))
reference = _reference_nvram(
cmd_line,
images=[(img1_dev, '/', 'ro', 'no'),
(img2_dev, '/lib', 'ro', 'no')])
self.assertEqual(nvram, reference)
finally:
shell.zvsh.orig_cleanup()
def test_input_output_file(self):
in_fd, in_name = mkstemp(dir=self.testdir)
os.write(in_fd, b'test')
os.close(in_fd)
out_fd, out_name = mkstemp(dir=self.testdir)
os.close(out_fd)
os.unlink(out_name)
self.assertFalse(os.path.exists(out_name))
opts = '-i @%s -o @%s' % (in_name, out_name)
in_dev_name = '/dev/1.%s' % os.path.basename(in_name)
out_dev_name = '/dev/2.%s' % os.path.basename(out_name)
cmd_line = ' '.join([self.program, '-i %s -o %s'
% (in_dev_name, out_dev_name)])
self.argv.extend(opts.split())
shell = Shell(self.argv)
try:
with pytest.raises(SystemExit):
shell.run()
files = os.listdir(shell.zvsh.tmpdir)
self.assertTrue('manifest.1' in files)
self.assertTrue('nvram.1' in files)
manifest = _read_manifest(join_path(shell.zvsh.tmpdir,
'manifest.1'))
reference = self._reference_manifest(shell.zvsh.tmpdir)
channels = reference['channel']
file_chan = [out_name,
out_dev_name,
'3',
'0',
str(DEFAULT_LIMITS['reads']),
str(DEFAULT_LIMITS['rbytes']),
str(DEFAULT_LIMITS['writes']),
str(DEFAULT_LIMITS['wbytes'])]
channels.insert(3, file_chan)
file_chan = [in_name,
in_dev_name,
'3',
'0',
str(DEFAULT_LIMITS['reads']),
str(DEFAULT_LIMITS['rbytes']),
str(DEFAULT_LIMITS['writes']),
str(DEFAULT_LIMITS['wbytes'])]
channels.insert(3, file_chan)
self.assertEqual(manifest, reference)
nvram = _read_nvram(join_path(shell.zvsh.tmpdir,
'nvram.1'))
reference = _reference_nvram(cmd_line,
[{'channel': in_dev_name,
'mode': 'file'},
{'channel': out_dev_name,
'mode': 'file'}])
self.assertEqual(nvram, reference)
self.assertTrue(os.path.exists(out_name))
finally:
shell.zvsh.orig_cleanup()
def test_one_command(self):
cmd_line = self.program
shell = Shell(self.argv)
try:
with pytest.raises(SystemExit):
shell.run()
files = os.listdir(shell.zvsh.tmpdir)
self.assertTrue('manifest.1' in files)
self.assertTrue('nvram.1' in files)
manifest = _read_manifest(
join_path(shell.zvsh.tmpdir, 'manifest.1'))
reference = self._reference_manifest(shell.zvsh.tmpdir)
self.assertEqual(manifest, reference)
nvram = _read_nvram(join_path(shell.zvsh.tmpdir, 'nvram.1'))
reference = _reference_nvram(cmd_line)
self.assertEqual(nvram, reference)
finally:
shell.zvsh.orig_cleanup()
def test_one_command(self):
cmd_line = self.program
shell = Shell(self.argv)
try:
with pytest.raises(SystemExit):
shell.run()
files = os.listdir(shell.zvsh.tmpdir)
self.assertTrue('manifest.1' in files)
self.assertTrue('nvram.1' in files)
manifest = _read_manifest(join_path(shell.zvsh.tmpdir,
'manifest.1'))
reference = self._reference_manifest(shell.zvsh.tmpdir)
self.assertEqual(manifest, reference)
nvram = _read_nvram(join_path(shell.zvsh.tmpdir,
'nvram.1'))
reference = _reference_nvram(cmd_line)
self.assertEqual(nvram, reference)
finally:
shell.zvsh.orig_cleanup()
def test_command_with_args(self):
opts = '-t --test test'
cmd_line = ' '.join([self.program, opts])
self.argv.extend(opts.split())
shell = Shell(self.argv)
try:
with pytest.raises(SystemExit):
shell.run()
files = os.listdir(shell.zvsh.tmpdir)
self.assertTrue('manifest.1' in files)
self.assertTrue('nvram.1' in files)
manifest = _read_manifest(
join_path(shell.zvsh.tmpdir, 'manifest.1'))
reference = self._reference_manifest(shell.zvsh.tmpdir)
self.assertEqual(manifest, reference)
nvram = _read_nvram(join_path(shell.zvsh.tmpdir, 'nvram.1'))
reference = _reference_nvram(cmd_line)
self.assertEqual(nvram, reference)
finally:
shell.zvsh.orig_cleanup()
def test_command_with_args(self):
opts = '-t --test test'
cmd_line = ' '.join([self.program, opts])
self.argv.extend(opts.split())
shell = Shell(self.argv)
try:
with pytest.raises(SystemExit):
shell.run()
files = os.listdir(shell.zvsh.tmpdir)
self.assertTrue('manifest.1' in files)
self.assertTrue('nvram.1' in files)
manifest = _read_manifest(join_path(shell.zvsh.tmpdir,
'manifest.1'))
reference = self._reference_manifest(shell.zvsh.tmpdir)
self.assertEqual(manifest, reference)
nvram = _read_nvram(join_path(shell.zvsh.tmpdir,
'nvram.1'))
reference = _reference_nvram(cmd_line)
self.assertEqual(nvram, reference)
finally:
shell.zvsh.orig_cleanup()
def test_wo_image(self):
img1 = self._create_tar({'file1': BytesIO(b'a'),
'file2': BytesIO(b'b')})
img1_dev = '/dev/1.%s' % os.path.basename(img1)
opts = '--zvm-image=%s,/,wo' % img1
self.argv = [ZVSH]
self.argv.extend(opts.split())
self.argv.append(self.program)
cmd_line = self.program
shell = Shell(self.argv)
try:
with pytest.raises(SystemExit):
shell.run()
files = os.listdir(shell.zvsh.tmpdir)
self.assertTrue('manifest.1' in files)
self.assertTrue('nvram.1' in files)
manifest = _read_manifest(join_path(shell.zvsh.tmpdir,
'manifest.1'))
reference = self._reference_manifest(shell.zvsh.tmpdir)
channels = reference['channel']
img1_chan = [os.path.abspath(img1),
img1_dev,
'3',
'0',
str(DEFAULT_LIMITS['reads']),
str(DEFAULT_LIMITS['rbytes']),
str(DEFAULT_LIMITS['writes']),
str(DEFAULT_LIMITS['wbytes'])]
channels.insert(3, img1_chan)
self.assertEqual(manifest, reference)
nvram = _read_nvram(join_path(shell.zvsh.tmpdir,
'nvram.1'))
reference = _reference_nvram(
cmd_line,
images=[(img1_dev, '/', 'wo', 'no')])
self.assertEqual(nvram, reference)
finally:
shell.zvsh.orig_cleanup()
def test_existing_file(self):
fd, name = mkstemp(dir=self.testdir)
os.write(fd, b'test')
os.close(fd)
opts = '-f @%s' % name
dev_name = '/dev/1.%s' % os.path.basename(name)
cmd_line = ' '.join([self.program, '-f %s' % dev_name])
self.argv.extend(opts.split())
shell = Shell(self.argv)
try:
with pytest.raises(SystemExit):
shell.run()
files = os.listdir(shell.zvsh.tmpdir)
self.assertTrue('manifest.1' in files)
self.assertTrue('nvram.1' in files)
manifest = _read_manifest(join_path(shell.zvsh.tmpdir,
'manifest.1'))
reference = self._reference_manifest(shell.zvsh.tmpdir)
channels = reference['channel']
file_chan = [name,
dev_name,
'3',
'0',
str(DEFAULT_LIMITS['reads']),
str(DEFAULT_LIMITS['rbytes']),
str(DEFAULT_LIMITS['writes']),
str(DEFAULT_LIMITS['wbytes'])]
channels.insert(3, file_chan)
self.assertEqual(manifest, reference)
nvram = _read_nvram(join_path(shell.zvsh.tmpdir,
'nvram.1'))
reference = _reference_nvram(cmd_line,
[{'channel': dev_name,
'mode': 'file'}])
self.assertEqual(nvram, reference)
finally:
shell.zvsh.orig_cleanup()