def do_vhd_put_get_test(self, vdi_mb, vdi_raw, pattern, blocks = None):
MAX_FRAG_SIZE = 100*K
TMP_RAW_RESPONSE_FILE = "response.tmp"
TMP_VHD_RESPONSE_FILE = "response.vhd"
REFERENCE_FILE = "reference.tmp"
VHD_FILE = "tmp.vhd"
bitmap = None
vhd.create(VHD_FILE, vdi_mb)
vhd.fill(VHD_FILE, REFERENCE_FILE, vdi_mb, pattern)
hostname, network, vdi = testsetup.setup_host_and_network(templates=1, vdi_mb=vdi_mb, vdi_raw=vdi_raw)
args = {'vdi_uuid': vdi, 'network_uuid': network, 'transfer_mode': 'http'}
if blocks:
bitmap = vhd.to_bitmap(blocks, vdi_mb * M)
args['vhd_blocks'] = base64.b64encode(zlib.compress(bitmap))
args['vhd_uuid'] = vdi #vhd uuid needed for get - using vdi value for test purposes
transferclient.expose(hostname, **args)
record = transferclient.get_record(hostname, vdi_uuid=vdi)
url_path = record['url_path']
# test "put"
f = open(VHD_FILE, 'r')
put_data = f.read()
f.close()
record['url_path'] = url_path + ".vhd"
put_status, put_headers = http_put(record, put_data, None, vdi_mb * M)
self.assertEqual(put_status, 200)
record['url_path'] = url_path
get_status, get_headers, get_respdata = http_get(record)
if len(get_respdata) > vdi_mb * M:
# raw VDIs can be larger than requested size
get_respdata = get_respdata[:vdi_mb * M]
f = open(TMP_RAW_RESPONSE_FILE, 'w')
f.write(get_respdata)
f.close()
cmd = "diff %s %s" % (TMP_RAW_RESPONSE_FILE, REFERENCE_FILE)
util.doexec(cmd, 0)
# test "get"
record['url_path'] = url_path + ".vhd"
frag_size = random.randint(1, MAX_FRAG_SIZE)
range_start = 0
range_end = frag_size
head_status, head_headers = http_head(record)
vhd_size = int(head_headers['content-length'])
total = vhd_size
total_received = 0
total_chunks = 0
f = open(TMP_VHD_RESPONSE_FILE, 'w')
while range_start < total:
if range_end > total:
range_end = total
#print "Getting range %d-%d" % (range_start, range_end)
get_status, get_headers, get_respdata = http_get(record, content_range=(range_start, range_end, total))
self.assertEquals(get_status, 200)
#print "Got response of length %d" % len(get_respdata)
total_received += len(get_respdata)
total_chunks += 1
f.write(get_respdata)
range_start = range_end
frag_size = random.randint(1, MAX_FRAG_SIZE)
range_end += frag_size
f.close()
#print "Got total length %d in %d chunks" % (total_received, total_chunks)
if blocks:
vhd.mask(REFERENCE_FILE, vdi_mb * M, blocks)
vhd.extract(TMP_VHD_RESPONSE_FILE, TMP_RAW_RESPONSE_FILE)
cmd = "diff %s %s" % (TMP_RAW_RESPONSE_FILE, REFERENCE_FILE)
util.doexec(cmd, 0)
else:
vhd.diff(TMP_VHD_RESPONSE_FILE, VHD_FILE)
clean_up()
def do_vhd_put_get_test(self, vdi_mb, vdi_raw, pattern, blocks=None):
MAX_FRAG_SIZE = 100 * K
TMP_RAW_RESPONSE_FILE = "response.tmp"
TMP_VHD_RESPONSE_FILE = "response.vhd"
REFERENCE_FILE = "reference.tmp"
VHD_FILE = "tmp.vhd"
bitmap = None
vhd.create(VHD_FILE, vdi_mb)
vhd.fill(VHD_FILE, REFERENCE_FILE, vdi_mb, pattern)
hostname, network, vdi = testsetup.setup_host_and_network(templates=1,
vdi_mb=vdi_mb,
vdi_raw=vdi_raw)
args = {'vdi_uuid': vdi, 'network_uuid': network, 'transfer_mode': 'http'}
if blocks:
bitmap = vhd.to_bitmap(blocks, vdi_mb * M)
args['vhd_blocks'] = base64.b64encode(zlib.compress(bitmap))
args[
'vhd_uuid'] = vdi #vhd uuid needed for get - using vdi value for test purposes
transferclient.expose(hostname, **args)
record = transferclient.get_record(hostname, vdi_uuid=vdi)
url_path = record['url_path']
# test "put"
f = open(VHD_FILE, 'r')
put_data = f.read()
f.close()
record['url_path'] = url_path + ".vhd"
put_status, put_headers = http_put(record, put_data, None, vdi_mb * M)
self.assertEqual(put_status, 200)
record['url_path'] = url_path
get_status, get_headers, get_respdata = http_get(record)
if len(get_respdata) > vdi_mb * M:
# raw VDIs can be larger than requested size
get_respdata = get_respdata[:vdi_mb * M]
f = open(TMP_RAW_RESPONSE_FILE, 'w')
f.write(get_respdata)
f.close()
cmd = "diff %s %s" % (TMP_RAW_RESPONSE_FILE, REFERENCE_FILE)
util.doexec(cmd, 0)
# test "get"
record['url_path'] = url_path + ".vhd"
frag_size = random.randint(1, MAX_FRAG_SIZE)
range_start = 0
range_end = frag_size
head_status, head_headers = http_head(record)
vhd_size = int(head_headers['content-length'])
total = vhd_size
total_received = 0
total_chunks = 0
f = open(TMP_VHD_RESPONSE_FILE, 'w')
while range_start < total:
if range_end > total:
range_end = total
#print "Getting range %d-%d" % (range_start, range_end)
get_status, get_headers, get_respdata = http_get(
record, content_range=(range_start, range_end, total))
self.assertEquals(get_status, 200)
#print "Got response of length %d" % len(get_respdata)
total_received += len(get_respdata)
total_chunks += 1
f.write(get_respdata)
range_start = range_end
frag_size = random.randint(1, MAX_FRAG_SIZE)
range_end += frag_size
f.close()
#print "Got total length %d in %d chunks" % (total_received, total_chunks)
if blocks:
vhd.mask(REFERENCE_FILE, vdi_mb * M, blocks)
vhd.extract(TMP_VHD_RESPONSE_FILE, TMP_RAW_RESPONSE_FILE)
cmd = "diff %s %s" % (TMP_RAW_RESPONSE_FILE, REFERENCE_FILE)
util.doexec(cmd, 0)
else:
vhd.diff(TMP_VHD_RESPONSE_FILE, VHD_FILE)
clean_up()
def get_encoded_bitmap_from_file(fn):
vdi_mb = vhd.get_virtual_size(fn)
blocks = vhd.get_allocated_blocks(fn)
bitmap = vhd.to_bitmap(blocks, vdi_mb * M)
return base64.b64encode(zlib.compress(bitmap))
def get_encoded_bitmap_from_file(fn):
vdi_mb = vhd.get_virtual_size(fn)
blocks = vhd.get_allocated_blocks(fn)
bitmap = vhd.to_bitmap(blocks, vdi_mb * M)
return base64.b64encode(zlib.compress(bitmap))
