def test_neither_url_or_dynurl(self, tmpdir):
''''!
Test case when there is neither "url" or "dynamic-url" for a pre-check script
'''
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"remove": {
"version": "SONiC-OS-int_odm_hwq_sonic_v201811.0-bc110ac",
"pre-check": {
"abc": {
"source": "http://localhost:2000/content/ztp/firmware_check.sh"
}
}
},
"halt-on-failure": false,
"ignore-result": false,
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 21:16:23"
}
}
""")
firmware = Firmware(str(fh))
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware.main()
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
def test_remove_no_image_given(self, tmpdir):
''''!
Test case when there is no "image" with "remove" action
'''
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"remove": {
"XXversion": "SONiC-OS-int_odm_hwq_sonic_v201811.0-bc110ac"
},
"halt-on-failure": false,
"ignore-result": false,
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 21:16:23"
}
}
""")
firmware = Firmware(str(fh))
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware.main()
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
def test_download_image_nfound(self, tmpdir):
'''!
Test case when "install" option not able to download the image file
'''
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"halt-on-failure": false,
"ignore-result": false,
"install": {
"url": {
"source": "http://localhost:2000/content/ztp/SONiC.int_odm_hwq_sonic_v201811.0-bc110ac.bin"
}
},
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 00:34:10"
}
}
""")
firmware = Firmware(str(fh))
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware.main()
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
def test_remove_image_failed(self, tmpdir):
''''!
Test case when removing a SONiC image fail
'''
content = """#!/bin/sh
exit 0
"""
self.__write_file("/tmp/test_firmware.txt", content)
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"remove": {
"version": "SONiC-OS-int_odm_hwq_sonic_v201811.0-bc110ac"
},
"halt-on-failure": false,
"ignore-result": false,
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 21:16:23"
}
}
""")
firmware = Firmware(str(fh))
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware.main()
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
def test_remove_image_nexist_also_install_case2(self, tmpdir):
''''!
Test when the image given with "remove" option does not exist,
and there is also an "install" option in the json file
'''
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"remove": {
"version": "foo"
},
"install": {
"url": {
"source": "file:///abc/xyz/foo"
}
},
"halt-on-failure": false,
"ignore-result": false,
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 21:16:23"
}
}
""")
firmware = Firmware(str(fh))
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware.main()
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
def test_remove_pre_check_failed(self, tmpdir):
''''!
Test case when the pre-check script is failing on "Remove" action
'''
content = """#!/bin/sh
exit 1
"""
self.__write_file("/tmp/test_firmware.txt", content)
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"remove": {
"version": "SONiC-OS-int_odm_hwq_sonic_v201811.0-bc110ac",
"pre-check": {
"url": {
"destination": "/tmp/firmware_check.sh",
"source": "file:///tmp/test_firmware.txt"
}
}
},
"halt-on-failure": false,
"ignore-result": false,
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 21:16:23"
}
}
""")
firmware = Firmware(str(fh))
firmware.main()
def test_download_image_found_but_invalid(self, tmpdir):
'''!
Test case when plugin "install" option not able to download the image file
'''
content = """
Foo
"""
self.__write_file("/tmp/test_firmware.txt", content)
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"halt-on-failure": false,
"ignore-result": false,
"install": {
"url": {
"source": "file:///tmp/test_firmware.txt"
}
},
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 00:34:10"
}
}
""")
firmware = Firmware(str(fh))
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware.main()
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
def add_firmware(firm):
"""add firmware from info file"""
ports = firm['devices']
path = Path(firm['path']).parent
versions = []
updated_firm = firm.copy()
for p in ports:
fware = Firmware(port=p, firmware_info=firm)
licenses = firm.get('licenses', [])
for file in licenses:
repo, file_path = file.split(':')
fware.retrieve_license(path, repository=repo, repo_path=file_path)
compat = fware.get_compatible_tags()
for cmp in compat:
prev_compat = next(
(v for v in versions if v['version'] == cmp['version']), None)
if prev_compat:
always_merger.merge(prev_compat, cmp)
else:
versions.append(cmp)
updated_firm['versions'] = versions
for vers in versions:
devices = vers.get('devices')
if len(vers['devices']) >= 0:
v_dir = path / vers['git_tag']
dev_dirs = [Path(v_dir / dev) for dev in devices]
[d.mkdir(exist_ok=True, parents=True) for d in dev_dirs]
new = update_file(firm, updated_firm)
fware_index = INFO['firmware'].index(firm)
INFO['firmware'].pop(fware_index)
INFO['firmware'].append(new)
return new
def test_data_input_case3(self, tmpdir):
''''!
Test case of an incorrect json data input:
parameter "container-name" needs to be specified
'''
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"upgrade-docker": {
"cleanup-image": false,
"enforce-check": true,
"url": {
"source": "http://localhost:2000/content/ztp/docker-snmp-sv2.gz"
}
},
"halt-on-failure": false,
"ignore-result": false,
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 19:34:39"
}
}
""")
firmware = Firmware(str(fh))
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware.main()
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
def test_data_input_case2(self, tmpdir):
''''!
Test case of an incorrect json data input:
parameter of wrong type
'''
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"install": {
"set-default": 123,
"set-next-boot": true,
"url": {
"source": "http://localhost:2000/content/ztp/SONiC.int_odm_hwq_sonic_v201811.0-bc110ac.bin"
}
},
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 19:01:25"
}
}
""")
firmware = Firmware(str(fh))
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware.main()
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
def test_install_image_dynurl(self, tmpdir):
''''!
Test case when the install SONiC image can not be found using a dynamic URL
'''
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"halt-on-failure": false,
"ignore-result": false,
"install": {
"set-default": false,
"set-next-boot": true,
"dynamic-url" : {
"source" : {
"prefix" : "file:///abc/xyz/foo",
"identifier" : "hostname",
"suffix" : ".json"
}
}
},
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 21:36:15"
}
}
""")
firmware = Firmware(str(fh))
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware.main()
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
def test_no_section(self, tmpdir):
''''!
Test case when there is no section in the json input data
'''
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
}
""")
firmware = Firmware(str(fh))
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware.main()
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
def post(self):
devName = self.request.get("deviceName")
device_query = Device.all().filter("name = ", devName)
devItem = device_query.fetch(1)[0]
fwgName = self.request.get("fwgName")
fw_query = FirmwareGroup.all().filter("name = ", fwgName)
fwgItem = fw_query.fetch(1)[0]
releaseNumber = self.request.get("releaseName")
relQuery = Firmware.all().filter("group = ", fwgItem).filter("version = ", releaseNumber)
relItem = relQuery.fetch(1)[0]
installationTime = self.request.get("releaseDate")
if installationTime.strip().lower() == "now":
installationTime = None
else:
installationTime = datetime.strptime(installationTime, "%Y-%m-%d")
gUser = users.get_current_user()
query = User.all().filter("googleUser = ", gUser)
res = query.fetch(1)
myUser = res[0]
udu = UserDeviceUpdates()
udu.user = myUser
udu.device = devItem
udu.release = relItem
if installationTime:
udu.updateDatetime = installationTime
udu.put()
def test_install_image_with_dynurl(self, tmpdir):
''''!
Test case to install a new image using a dyamic URL
'''
content = """#!/bin/sh
exit 0
"""
self.__write_file("/tmp/test_firmware.txt", content)
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"halt-on-failure": false,
"ignore-result": false,
"install": {
"pre-check": {
"dynamic-url" : {
"source" : {
"prefix" : "file:///tmp/test_firmware.txt",
"identifier" : "hostname",
"suffix" : ".json"
}
}
},
"set-default": false,
"set-next-boot": true,
"url": {
"source": "http://localhost:2000/content/ztp/SONiC.int_odm_hwq_sonic_v201811.0-bc110ac.bin"
}
},
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 21:36:15"
}
}
""")
firmware = Firmware(str(fh))
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware.main()
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
def Ztest_upgrade_docker_failed_enforced_case2(self, tmpdir):
''''!
Test case when the 'upgrade'docker' operation is failing with enforcing the check
'''
content = """#!/bin/sh
exit 0
"""
http = HttpServer()
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"upgrade-docker": {
"container-name" : "snmp",
"dynamic-url" : {
"source" : {
"prefix" : "http://localhost:2000/ztp/json/ztp_",
"identifier" : "hostname",
"suffix" : ".json"
}
},
"cleanup-image": true,
"enforce-check" : true,
"tag" : "foo"
},
"halt-on-failure": false,
"ignore-result": false,
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 21:16:23"
}
}
""")
http.start(text=content)
firmware = Firmware(str(fh))
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware.main()
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
http.stop()
def test_upgrade_docker_pre_check_failed_case2(self, tmpdir):
''''!
Test case when the pre-check script does not include either "url" or "dynamic-url"
'''
content = """#!/bin/sh
exit 0
"""
self.__write_file("/tmp/test_firmware.txt", content)
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"upgrade-docker": {
"pre-check": {
"dynamic-url" : {
"source" : {
"prefix" : "file:///tmp/test_firmware.txt",
"identifier" : "hostname",
"suffix" : ".json"
}
}
},
"container-name" : "snmp",
"cleanup-image": true,
"enforce-check" : false
},
"halt-on-failure": false,
"ignore-result": false,
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 21:16:23"
}
}
""")
firmware = Firmware(str(fh))
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware.main()
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
def extract_parser_handler(args):
print("Extracting wavetables from {} to {}".format(
args.firmware, os.path.abspath(args.out_wav_dir)))
firmware = Firmware.load_from_mff(args.firmware)
if args.verbose:
firmware.log()
wavetables_image = firmware.get_image(FirmwareImage.Type.WAVETABLES)
wavetables = Wavetables.from_image(wavetables_image)
mkdir_p(args.out_wav_dir)
wavetables.write_tables_to_wavs(args.out_wav_dir)
def test_binary_version(self, tmpdir):
''''!
Test the functions __which_current_image and __binary_version
'''
content = """#!/bin/sh
exit 0
"""
self.__write_file("/tmp/test_firmware", content)
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"halt-on-failure": false,
"ignore-result": false,
"install": {
"url": {
"source": "file:///tmp/test_firmware"
}
},
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 00:34:10"
}
}
""")
firmware = Firmware(str(fh))
current_image = firmware._Firmware__which_current_image()
assert (current_image != '')
v = firmware._Firmware__binary_version("foo")
assert (v == '')
v = firmware._Firmware__binary_version(current_image)
assert (v == '')
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware._Firmware__set_default_image('Foo')
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware._Firmware__set_next_boot_image('Foo')
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
def replace_parser_handler(args):
print(
"Replacing wavetables from {} with those in {} and writing result to {}".
format(
args.firmware,
os.path.abspath(args.wav_dir),
os.path.abspath(args.out_firmware)))
firmware = Firmware.load_from_mff(args.firmware)
wavetables = Wavetables.from_image(firmware.get_image(FirmwareImage.Type.WAVETABLES))
wavetables.replace_tables_with_wavs(args.wav_dir)
firmware.put_image(wavetables.to_image())
if args.verbose:
firmware.log()
firmware.write_to_mff(args.out_firmware)
# Sanity check that the file was written.
assert(Firmware.load_from_mff(args.out_firmware) is not None)
def test_data_input_case5(self, tmpdir):
''''!
Test case when the image file does not include neither a URL or a dynamic URL
'''
content = """#!/bin/sh
exit 0
"""
self.__write_file("/tmp/test_firmware.txt", content)
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"install": {
"pre-check": {
"url": {
"source": "file:///tmp/test_firmware.txt",
"destination": "/tmp/firmware_check.sh"
}
},
"set-default": false,
"set-next-boot": true,
"Xurl": {
"source": "http://localhost:2001/content/ztp/SONiC.int_odm_hwq_sonic_v201811.0-bc110ac.bin"
}
},
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 19:01:25"
}
}
""")
firmware = Firmware(str(fh))
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware.main()
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
def test_data_input_case4(self, tmpdir):
''''!
Test case of pre-check script returning an error
Exec format error] encountered while processing the pre-check command
'''
content = """
#!/bin/sh
exit 1
"""
self.__write_file("/tmp/test_firmware.txt", content)
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"install": {
"pre-check": {
"url": {
"source": "file:///tmp/test_firmware.txt",
"destination": "/tmp/firmware_check.sh"
}
},
"set-default": false,
"set-next-boot": true,
"Xurl": {
"source": "http://localhost:2001/content/ztp/SONiC.int_odm_hwq_sonic_v201811.0-bc110ac.bin"
}
},
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 19:01:25"
}
}
""")
firmware = Firmware(str(fh))
firmware.main()
def test_upgrade_docker_failed(self, tmpdir):
''''!
Test case when the upgrade docker fails
'''
content = """#!/bin/sh
exit 0
"""
self.__write_file("/tmp/test_firmware.txt", content)
d = tmpdir.mkdir("valid")
fh = d.join("input.json")
fh.write("""
{
"01-firmware": {
"upgrade-docker": {
"container-name" : "foo",
"url": {
"source": "file:///tmp/test_firmware.txt"
},
"cleanup-image": false,
"enforce-check" : true
},
"halt-on-failure": false,
"ignore-result": false,
"plugin": "firmware",
"reboot-on-failure": false,
"reboot-on-success": false,
"status": "BOOT",
"timestamp": "2019-04-25 21:16:23"
}
}
""")
firmware = Firmware(str(fh))
with pytest.raises(SystemExit) as pytest_wrapped_e:
firmware.main()
assert pytest_wrapped_e.type == SystemExit
assert pytest_wrapped_e.value.code == 1
def _parse_entry_table(self) -> (List[Firmware], List[Directory]):
entries = chunker(self.firmware_entry_table[4:], 4)
for index, entry in enumerate(entries):
firmware_type = self._FIRMWARE_ENTRY_TYPES[index] if index < len(
self._FIRMWARE_ENTRY_TYPES) else 'unknown'
address = struct.unpack('<I', entry)[0] & 0x00FFFFFF
# assumption: offset == 0 is an invalid entry
if address not in [0x0, 0xfffffe]:
directory = self[address:address + 16 * 8]
magic = directory[:4]
# either this entry points to a PSP directory directly
if magic in [b'$PSP', b'$BHD']:
directory = Directory(self, address, firmware_type)
self.directories.append(directory)
# if this Directory points to a secondary directory: add it, too
if directory.secondary_directory_address is not None:
secondary_directory = Directory(
self, directory.secondary_directory_address,
'secondary')
self.directories.append(secondary_directory)
# or this entry points to a combo-directory (i.e. two directories)
elif magic == b'2PSP':
psp_dir_one_addr = struct.unpack(
'<I', directory[10 * 4:10 * 4 + 4])[0] & 0x00FFFFFF
psp_dir_two_addr = struct.unpack(
'<I', directory[14 * 4:14 * 4 + 4])[0] & 0x00FFFFFF
for address in [psp_dir_one_addr, psp_dir_two_addr]:
directory = Directory(self, address, firmware_type)
self.directories.append(directory)
# if this Directory points to a secondary directory: add it, too
if directory.secondary_directory_address is not None:
secondary_directory = Directory(
self, directory.secondary_directory_address,
'secondary')
self.directories.append(secondary_directory)
# or this entry is unparsable and thus a firmware
else:
firmware = Firmware(self, address, firmware_type, magic)
self.firmwares.append(firmware)
def add_device(device):
"""add device from info file"""
fware_info = get_firm_by_device(device)
dev_fware = device['firmware']
# Find a suitable port
_port_attrs = ['machine', 'sysname', 'nodename']
_port_ids = [dev_fware.get(a).lower().split() for a in _port_attrs]
port_ids = set(chain.from_iterable(_port_ids))
fware_devs = [d.lower() for d in fware_info['devices']]
port = list(set(fware_devs).intersection(port_ids))[0]
fware_tag = dev_fware['version']
fware_versions = [v['version'] for v in fware_info['versions']]
if fware_tag not in fware_versions:
try:
fware_tag = fware_versions[0]
except IndexError:
fware_tag = "master"
fware = Firmware(firmware_info=fware_info, port=port, tag=fware_tag)
device_root = Path(device['path']).parent
mods_out = device_root / 'frozen'
with file_backups(mods_out, "*.py"):
mods_out.mkdir(exist_ok=True, parents=True)
fware.retrieve_license(device_root)
mod_paths = fware_info['module_path']
if isinstance(mod_paths, list) and any(
(i for i in mod_paths if '@' in i)):
for mod_path in mod_paths:
out_append, repo_path = mod_path.split('@')
submod_out = mods_out / out_append / repo_path
mods_out.mkdir(exist_ok=True, parents=True)
fware.module_path = [Path(repo_path)]
fware.retrieve_modules(submod_out)
else:
fware.retrieve_modules(mods_out)
make_stubs(mods_out)
return device
"--%icode" % i,
help="file containing code to be added to %i (%X) section" %
(i, i))
parser.add_argument(
"--%irst" % i,
help="file containing label->address mapping for the %i. (%X) "
"section" % (i, i))
args = parser.parse_args()
#check firmware image
if not check_firmware_image(args.firmware):
logger.warning("This firmware version is not verified for this "
"patches.")
fw = Firmware()
fw.load_from_file(args.firmware)
if args.action == actions[1]:
# "FindFreeBlock"
if args.section is None:
logger.error("No section provided")
else:
fw.save_last_free_chunk(section_names.index(args.section),
args.output)
if args.action == actions[0]:
# "GenerateHFile"
fw.generate_header_file(args.output)
if args.action == actions[2]:
def get(self):
gUser = users.get_current_user()
query = User.all().filter("googleUser = "******"user = "******"sEcho")
numberRecords = int(self.request.get("iDisplayLength"))
startRecords = int(self.request.get("iDisplayStart"))
try:
indexSort = int(self.request.get("iSortCol_0"))
except:
indexSort = 0
directionSort = self.request.get("sSortDir_0")
if directionSort.strip().lower() == "desc":
directionSort = "-"
else:
directionSort = ""
# sortList = ['device.name','device.manufactorer']
# device_query = device_query.order(directionSort + sortList[indexSort])
i = 0
devices = device_query.fetch(numberRecords, offset=startRecords)
txt = (
'{"sEcho": '
+ sEcho
+ ', "iTotalRecords": '
+ str(nrDevices)
+ ', "iTotalDisplayRecords": '
+ str(nrDevices)
+ ', "aaData": ['
)
for device in devices:
fws = 0
if i:
txt += ","
if device.firmwareGroup:
fwgName = device.firmwareGroup.name
fwQuery = Firmware.all().filter("group =", device.firmwareGroup).order("-releaseDate")
fws = fwQuery.fetch(1)
if fws:
fws = fws[0]
fwgLatest = str(fws.version) + " (" + str(fws.releaseDate) + ")"
else:
fwgLatest = "n.a."
else:
fwgName = "n.a."
fwgLatest = "n.a."
releaseQuery = (
UserDeviceUpdates.all()
.filter("user = "******"device = ", device.device)
.order("-updateDatetime")
)
releases = releaseQuery.fetch(1)
if releases:
relName = releases[0].release.version
relDate = str(releases[0].updateDatetime)
else:
relName = "n.a."
relDate = "n.a."
txt += (
'["'
+ device.device.name
+ '","'
+ device.device.manufactorer.name
+ '","'
+ fwgName
+ '","'
+ relName
+ '","'
+ relDate
+ '","'
+ fwgLatest
+ '"'
)
# newer firmware available?
if fws:
if not releases:
txt += ', "1"]'
elif releases[0].release.version != fws.version:
txt += ', "1"]'
else:
txt += ', "0"]'
else:
txt += ', "0"]'
i += 1
txt += "]}"
self.response.out.write(txt)
# we do it this way to be compatible to Psychson
parser.add_argument("--basecode", help="file containing code to be added to base section")
parser.add_argument("--baserst", help="file containing label->address mapping for the base section")
for i in xrange(16):
parser.add_argument("--%icode" % i, help="file containing code to be added to %i (%X) section" % (i, i))
parser.add_argument(
"--%irst" % i, help="file containing label->address mapping for the %i. (%X) " "section" % (i, i)
)
args = parser.parse_args()
# check firmware image
if not check_firmware_image(args.firmware):
logger.warning("This firmware version is not verified for this " "patches.")
fw = Firmware()
fw.load_from_file(args.firmware)
if args.action == actions[1]:
# "FindFreeBlock"
if args.section is None:
logger.error("No section provided")
else:
fw.save_last_free_chunk(section_names.index(args.section), args.output)
if args.action == actions[0]:
# "GenerateHFile"
fw.generate_header_file(args.output)
if args.action == actions[2]:
# "ApplyPatches"