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How to use get_minor method in autotest
Best Python code snippet using autotest_python
GLIStorageDevice.py
Source:GLIStorageDevice.py 
...108 elif parted_part.type_name == "free":109 if self._disklabel == "mac":110 free_minor = int(GLIUtility.spawn("mac-fdisk -l %s | grep '@ %s' | cut -d ' ' -f 1" % (self._device, str(parted_part.geom.start)), return_output=True)[1].strip()[-1])111 elif self.get_extended_partition() and parted_part.geom.start >= self.get_partition(self.get_extended_partition()).get_start() and parted_part.geom.end <= self.get_partition(self.get_extended_partition()).get_end():112 if self._partitions[-1].get_minor() > 4:113 free_minor = self._partitions[-1].get_minor() + FREE_MINOR_FRAC_LOG114 else:115 free_minor = 4 + FREE_MINOR_FRAC_LOG116 else:117 try:118 free_minor = self._partitions[-1].get_minor() + FREE_MINOR_FRAC_PRI119 except IndexError:120 free_minor = FREE_MINOR_FRAC_PRI121 self._partitions.append(Partition(self, free_minor, part_mb, parted_part.geom.start, parted_part.geom.end, "free", format=False, existing=False))122 parted_part = self._parted_disk.next_partition(parted_part)123 # Juggle minor numbers so they match physical disk order. People may complain, but we're actually doing them a favor124 self.reorder_minors()125 ##126 # Reorders partition minors so that they match physical disk order127 def reorder_minors(self):128 for i, part in enumerate(self._partitions):129 if not i:130 last_minor = 0131 else:132 last_minor = self._partitions[i-1].get_minor()133 if part.get_type() == "free":134 if self._disklabel == "mac":135 new_minor = last_minor + 1136 elif last_minor and part.is_logical():137 if self.get_partition(last_minor).is_extended():138 last_minor = 4139 new_minor = last_minor + FREE_MINOR_FRAC_LOG140 else:141 new_minor = last_minor + FREE_MINOR_FRAC_PRI142 part.set_minor(new_minor)143 else:144 if not last_minor:145 new_minor = 1146 else:147 new_minor = int(last_minor) + 1148 part.set_minor(new_minor)149 ##150 # Imports partition info from the install profile partition structure151 # @param ips Parameter structure returned from install_profile.get_partition_tables()152 def set_partitions_from_install_profile_structure(self, ips):153 for tmppart in ips:154 existing = False155 if tmppart['origminor'] and not tmppart['format']:156 existing = True157 self._partitions.append(Partition(self, tmppart['minor'], tmppart['mb'], tmppart['start'], tmppart['end'], tmppart['type'], format=tmppart['format'], origminor=tmppart['origminor'], existing=existing, mountpoint=tmppart['mountpoint'], mountopts=tmppart['mountopts'], mkfsopts=tmppart['mkfsopts'], resized=(existing and tmppart['resized'])))158 ##159 # Returns the partition object with the specified minor160 # @param minor Minor number of partition object to get161 def get_partition(self, minor):162 for part in self._partitions:163 if part.get_minor() == minor:164 return part165 return None166 def get_partition_position(self, minor):167 for i, part in enumerate(self._partitions):168 if part.get_minor() == minor:169 return i170 return -1171 ##172 # Returns name of device (e.g. /dev/hda) being represented173 def get_device(self):174 return self._device175 ##176 # Returns whether the device is local or not177 def is_local(self):178 return self._local_device179 ##180 # Uses magic to apply the recommended partition layout181 def do_recommended(self):182 free_minor = 0183 recommended_parts = [ { 'type': "ext2", 'size': 100, 'mountpoint': "/boot" },184 { 'type': "linux-swap", 'size': 512, 'mountpoint': "" },185 { 'type': "ext3", 'size': "*", 'mountpoint': "/" } ]186 to_create = []187 physical_memory = int(GLIUtility.spawn(r"free -m | egrep '^Mem:' | sed -e 's/^Mem: \+//' -e 's/ \+.\+$//'", return_output=True)[1].strip())188# parts = self.get_ordered_partition_list()189 # Search for concurrent unallocated space >=4GB190 for part in self._partitions:191 if part.get_type() == "free" and part.get_mb() >= 4096:192 free_minor = part.get_minor()193 break194 if not free_minor:195 raise GLIException("RecommendedPartitionLayoutError", "notice", "do_recommended", "You do not have atleast 4GB of concurrent unallocated space. Please remove some partitions and try again.")196 remaining_free = self.get_partition(free_minor).get_mb()197 for newpart in recommended_parts:198 # extended/logical partitions suck like a hoover199 if self._labelinfo['extended'] and free_minor == (3 + FREE_MINOR_FRAC_PRI) and not newpart == recommended_parts[-1]:200 if self.get_extended_partition():201 raise GLIException("RecommendedPartitionLayoutError", "notice", "do_recommended", "This code is not yet robust enough to handle automatic partitioning with your current layout.")202 to_create.append({ 'type': "extended", 'size': remaining_free, 'mountpoint': "", 'free_minor': free_minor })203 free_minor = 4 + FREE_MINOR_FRAC_LOG204 newpart['free_minor'] = free_minor205 # Small hack to calculate optimal swap partition size206 if newpart['type'] == "linux-swap" and physical_memory and physical_memory < 1024:207 newpart['size'] = physical_memory * 2208 to_create.append(newpart)209 free_minor = free_minor + 1210 if not newpart['size'] == "*":211 remaining_free = remaining_free - newpart['size']212 for newpart in to_create:213 if newpart['size'] == "*":214 # This doesn't seem quite right...it should probably be set to remaining_free215# newpart['size'] = self.get_partition(newpart['free_minor']).get_mb()216 newpart['size'] = remaining_free217 self.add_partition(newpart['free_minor'], newpart['size'], 0, 0, newpart['type'], mountpoint=newpart['mountpoint'])218 def find_free_minor(self, min, max):219 good_minor = max220 for i in range(int(max) - 1, int(min) - 1, -1):221 if not self.get_partition(i):222 good_minor = i223# print "min = %s, max = %s, good_minor = %s" % (str(min), str(max), str(good_minor))224 return good_minor225 ##226 # Combines free space and closes gaps in minor numbers. This is used internally227 def tidy_partitions(self):228 newparts = []229 for i, part in enumerate(self._partitions):230 if part.get_type() == "free":231 if i and newparts[-1].get_type() == "free":232 newparts[-1].set_mb(newparts[-1].get_mb()+part.get_mb())233# self._partitions.pop(i)234 continue235 else:236 if self._disklabel == "mac":237 part.set_minor(self.find_free_minor(newparts[-1].get_minor() + 1, part.get_minor()))238 elif self._labelinfo['extended'] and part.get_minor() > 4:239 last_minor = newparts[-1].get_minor()240 if last_minor <= 4: last_minor = 4241 part.set_minor(last_minor + FREE_MINOR_FRAC_LOG)242 else:243 if i:244 free_minor = newparts[-1].get_minor() + FREE_MINOR_FRAC_PRI245 else:246 free_minor = FREE_MINOR_FRAC_PRI247 part.set_minor(free_minor)248 else:249 if self._labelinfo['extended'] and part.get_minor() > 4:250 part.set_minor(self.find_free_minor(5, part.get_minor()))251 else:252 part.set_minor(self.find_free_minor(1, part.get_minor()))253 newparts.append(part)254 self._partitions = newparts255 ##256 # Adds a new partition to the partition info257 # @param free_minor minor of unallocated space partition is being created in258 # @param mb size of partition in MB259 # @param start Start sector (only used for existing partitions)260 # @param end End sector (only used for existing partitions)261 # @param type Partition type (ext2, ext3, fat32, linux-swap, free, extended, etc.)262 # @param mountpoint='' Partition mountpoint263 # @param mountopts='' Partition mount options264 # @param mkfsopts='' Additional mkfs options265 def add_partition(self, free_minor, mb, start, end, type, mountpoint='', mountopts='',mkfsopts=''):266 # Automatically pick the first unused minor if not a local device267 if not self._local_device or free_minor == -1:268 tmpminor = self._partitions[-1].get_minor()269 if self._disklabel == "mac":270 free_minor = tmpminor + 1271 elif self._labelinfo['extended'] and tmpminor > 4:272 free_minor = tmpminor + FREE_MINOR_FRAC_LOG273 else:274 free_minor = tmpminor + FREE_MINOR_FRAC_PRI275 self._partitions.append(Partition(self, free_minor, mb, 0, 0, "free"))276 if self._disklabel == "mac":277 new_minor = free_minor278 else:279 new_minor = int(free_minor) + 1280 free_minor_pos = self.get_partition_position(free_minor)281 if self._local_device:282 # Check to see if the new minor we picked already exists. If it does, scoot all partitions from283 # that one on down a minor284 if self.get_partition(new_minor):285 for i, part in enumerate(self._partitions):286 if i <= free_minor_pos or new_minor > part.get_minor(): continue287 part.set_minor(part.get_minor() + 1)288 # If the size specified for the new partition is less than the size of the unallocated space that it289 # is getting placed into, a new partition to represent the remaining unallocated space needs to be290 # created.291 if mb != self.get_partition(free_minor).get_mb():292 old_free_mb = self.get_partition(free_minor).get_mb()293 self._partitions.pop(free_minor_pos)294 if self._disklabel == "mac":295 free_minor = new_minor + 1296 if self.get_partition(free_minor):297 for i, part in enumerate(self._partitions):298 if i < self.get_partition_position(new_minor+1) or free_minor > part.get_minor(): continue299 part.set_minor(part.get_minor() + 1)300 if self._labelinfo['extended'] and new_minor > 4:301 free_minor = new_minor + FREE_MINOR_FRAC_LOG302 else:303 free_minor = new_minor + FREE_MINOR_FRAC_PRI304 self._partitions.insert(free_minor_pos, Partition(self, free_minor, old_free_mb-mb, 0, 0, "free"))305 else:306 self._partitions.pop(free_minor_pos)307 self._partitions.insert(free_minor_pos, Partition(self, new_minor, mb, start, end, type, mountpoint=mountpoint, mountopts=mountopts,mkfsopts=mkfsopts))308 # When we create an extended partition, we have to create the partition to represent the unallocated309 # space inside of the extended partition310 if type == "extended":311 self._partitions.insert(self.get_partition_position(self.get_extended_partition()) + 1, Partition(self, (4 + FREE_MINOR_FRAC_LOG), mb, 0, 0, "free"))312 new_minor_pos = self.get_partition_position(new_minor)313 self.tidy_partitions()314 return self._partitions[new_minor_pos].get_minor()315 ##316 # Removes partition from partition info317 # @param minor Minor of partition to remove318 def remove_partition(self, minor):319 part = self.get_partition(minor)320 part_pos = self.get_partition_position(minor)321 free_minor = 0322 if self._disklabel == "mac":323 free_minor = minor324 elif part.is_logical():325 free_minor = int(minor-1)+FREE_MINOR_FRAC_LOG326 else:327 free_minor = int(minor-1)+FREE_MINOR_FRAC_PRI328 if part.get_type() == "extended":329 # Remove free partition inside extended330 self._partitions.pop(part_pos+1)331 self._partitions[part_pos] = Partition(self, free_minor, part.get_mb(), 0, 0, "free", format=False, existing=False)332 self.tidy_partitions()333 ##334 # This function clears the partition table335 def clear_partitions(self):336 self._partitions = [ Partition(self, (0 + FREE_MINOR_FRAC_PRI), self.get_total_mb(), 0, 0, "free", format=False, existing=False) ]337 self._disklabel = archinfo[self._arch]338 ##339 # Returns an ordered list (disk order) of partition minors340 def get_ordered_partition_list(self):341 partlist = []342 for part in self._partitions:343 partlist.append(part.get_minor())344 return partlist345 ##346 # Returns partition info in a format suitable for passing to install_profile.set_partition_tables()347 def get_install_profile_structure(self):348 devlist = []349 for tmppart in self._partitions:350# tmppart = self._partitions[part]351 devlist.append({ 'mb': tmppart.get_mb(), 'minor': float(tmppart.get_minor()), 'origminor': tmppart.get_orig_minor(), 'type': tmppart.get_type(), 'mountpoint': tmppart.get_mountpoint(), 'mountopts': tmppart.get_mountopts(), 'format': tmppart.get_format(), 'mkfsopts': tmppart.get_mkfsopts(), 'start': tmppart._start, 'end': tmppart._end, 'resized': tmppart.get_resized() })352 return devlist353 ##354 # Returns the minor of the extended partition, if any355 def get_extended_partition(self):356 for part in self._partitions:357 if part.is_extended():358 return part.get_minor()359 return 0360 ##361 # Returns the drive model362 def get_model(self):363 if self._local_device:364 return self._parted_dev.model365 else:366 return "Generic disk"367 ##368 # Sets the disklabel type369 def set_disklabel(self, disklabel):370 self._disklabel = disklabel371 ##372 # Returns the disklabel type373 def get_disklabel(self):374 return self._disklabel375 ##376 # Returns the number of sectors on the device377 def get_num_sectors(self):378 return long(self._total_sectors)379 ##380 # Returns the size of a cylinder in bytes381 def get_cylinder_size(self):382 return long(self._cylinder_bytes)383 ##384 # Returns the size of a sector in bytes385 def get_sector_size(self):386 return long(self._sector_bytes)387 ##388 # Returns the number of cylinders389 def get_num_cylinders(self):390 return long(self._geometry['cylinders'])391 ##392 # Returns the total number of bytes on the device393 def get_drive_bytes(self):394 return long(self._total_bytes)395 ##396 # Returns the total number of MB on the device397 def get_total_mb(self):398 if self._local_device:399 return self._total_mb400 else:401 total_mb = 0402 for tmppart in self._partitions:403 total_mb += tmppart.get_mb()404 return total_mb405 ##406 # Returns partition info dictionary407 def get_partitions(self):408 return self._partitions409##410# This class represents a partition within a GLIStorageDevice object411class Partition:412 "Class representing a single partition within a Device object"413 _device = None414 _minor = 0415 _orig_minor = 0416 _start = 0417 _end = 0418 _type = None419 _mountpoint = None420 _mountopts = None421 _format = None422 _resizeable = None423 _min_mb_for_resize = 0424 _mb = ""425 _mkfsopts = None426 _resized = False427 _name = None428 429 ##430 # Initialization function for the Partition class431 # @param device Parent GLIStorageDevice object432 # @param minor Minor of partition433 # @param mb Parameter Size of partition in MB434 # @param start Parameter Start sector of partition435 # @param end Parameter Start sector of partition436 # @param type Parameter Type of partition (ext2, ext3, fat32, linux-swap, free, extended, etc.)437 # @param mountpoint='' Mountpoint of partition438 # @param mountopts='' Mount options of partition439 # @param mkfsopts='' Additional mkfs options440 # @param format=True Format partition441 # @param existing=False This partition exists on disk442 def __init__(self, device, minor, mb, start, end, type, mountpoint='', mountopts='', format=True, existing=False, origminor=0, mkfsopts='', resized=False, name=""):443 self._device = device444 self._minor = float(minor)445 self._start = long(start)446 self._end = long(end)447 self._type = type or "unknown"448 self._mountpoint = mountpoint449 self._mountopts = mountopts450 self._format = format451 self._mb = mb452 self._orig_minor = origminor453 self._mkfsopts = mkfsopts454 self._resizeable = False455 self._resized = resized456 self._name = name457 self._flags = []458 if type != "free":459 if existing and not origminor:460 self._orig_minor = self._minor461 self._minor = int(self._minor)462 self._orig_minor = int(self._orig_minor)463 if existing:464 try:465 parted_part = device._parted_disk.get_partition(self._orig_minor)466 label_type = device._parted_disk.type.name467 if label_type == "loop":468 dev_node = device._device469 else:470 dev_node = device._device + str(self._orig_minor)471 # The 10 is completely arbitrary. If flags seem to be missed, this number should be increased472 for flag in range(0, 10):473 if parted_part.is_flag_available(flag) and parted_part.get_flag(flag):474 self._flags.append(flag)475 if type == "ext2" or type == "ext3":476 block_size = long(string.strip(commands.getoutput("dumpe2fs -h " + dev_node + r" 2>&1 | grep -e '^Block size:' | sed -e 's/^Block size:\s\+//'")))477 free_blocks = long(string.strip(commands.getoutput("dumpe2fs -h " + dev_node + r" 2>&1 | grep -e '^Free blocks:' | sed -e 's/^Free blocks:\s\+//'")))478 free_bytes = long(block_size * free_blocks)479 # can't hurt to pad (the +50) it a bit since this is really just a guess480 self._min_mb_for_resize = self._mb - long(free_bytes / MEGABYTE) + 50481 self._resizeable = True482 elif type == "ntfs":483 min_bytes = long(commands.getoutput("ntfsresize -f --info " + dev_node + " | grep -e '^You might resize' | sed -e 's/You might resize at //' -e 's/ bytes or .\+//'"))484 self._min_mb_for_resize = long(min_bytes / MEGABYTE) + 50485 self._resizeable = True486 else:487 parted_part = self._device._parted_disk.get_partition(int(self._orig_minor))488 parted_fs = parted_part.geom.file_system_open()489 resize_constraint = parted_fs.get_resize_constraint()490 min_bytes = resize_constraint.min_size * self._device._sector_bytes491 self._min_mb_for_resize = long(min_bytes / MEGABYTE) + 1492 self._resizeable = True493 except:494 self._resizeable = False495 def __getitem__(self, name):496 tmpdict = { 'start': self.get_start,497 'end': self.get_end,498 'format': self.get_format,499 'type': self.get_type,500 'resized': self.get_resized,501 'minor': self.get_minor,502 'mb': self.get_mb,503 'origminor': self.get_orig_minor,504 'mountpoint': self.get_mountpoint,505 'mountopts': self.get_mountopts,506 'mkfsopts': self.get_mkfsopts,507 'flags': self.get_flags,508 'devnode': self.get_devnode,509 'name': self.get_name510 }511 if name in tmpdict:512 return tmpdict[name]()513 else:514 raise ValueError(name + " is not a valid attribute!")515 def __setitem__(self, name, value):516 tmpdict = { 'start': self.set_start,517 'end': self.set_end,518 'format': self.set_format,519 'type': self.set_type,520# 'resized': self.set_resized,521 'minor': self.set_minor,522 'mb': self.set_mb,523 'origminor': self.set_orig_minor,524 'mountpoint': self.set_mountpoint,525 'mountopts': self.set_mountopts,526 'mkfsopts': self.set_mkfsopts,527 'flags': self.set_flags,528 'name': self.set_name529 }530 if name in tmpdict:531 tmpdict[name](value)532 else:533 raise ValueError(name + " is not a valid attribute!")534 ##535 # Returns the dev node that this partition will have536 def get_devnode(self):537 device = self._device.get_device()538 if device[-1] in "0123456789":539 return device + "p" + str(self.get_minor())540 else:541 return device + str(self.get_minor())542 ##543 # Returns whether or not the partition is extended544 def is_extended(self):545 if self._type == "extended":546 return True547 else:548 return False549 ##550 # Returns whether or not the partition is logical551 def is_logical(self):552 if self._type == "free":553 if int(self._minor) + FREE_MINOR_FRAC_LOG == self._minor:554 return True555 else:556 return False557 elif self._device._labelinfo['extended'] and self._minor > 4:558 return True559 else:560 return False561 ##562 # Returns a list of logical partitions if this is an extended partition563 def get_logicals(self):564 if not self.is_extended():565 return None566 logicals = []567 for part in self._device._partitions:568 if part.get_minor() > 4 and not part.get_type() == "free":569 logicals.append(part.get_minor())570 return logicals571 ##572 # Returns the extened parent partition if this is a logical partition (no longer used)573 def get_extended_parent(self):574 if not self.is_logical():575 return None576 else:577 return self._device.get_partition_at(self._start, ignore_extended=0)578 ##579 # Sets the options passed to mkfs580 # @param mkfsopts Options passed to mkfs581 def set_mkfsopts(self, mkfsopts):582 self._mkfsopts = mkfsopts583 ##584 # Returns the options passes to mkfs585 def get_mkfsopts(self):586 return self._mkfsopts587 ##588 # Sets the start sector for the partition589 # @param start Start sector590 def set_start(self, start):591 self._start = long(start)592 ##593 # Returns the start sector for the partition594 def get_start(self):595 return long(self._start)596 ##597 # Sets the end sector of the partition598 # @param end End sector599 def set_end(self, end):600 self._end = long(end)601 ##602 # Returns end sector for the partition603 def get_end(self):604 return long(self._end)605 ##606 # Returns size of partition in MB607 def get_mb(self):608 return self._mb609 ##610 # Sets size of partition in MB611 # @param mb Parameter description612 def set_mb(self, mb):613 self._mb = mb614 ##615 # Sets type of partition616 # @param type Parameter description617 def set_type(self, type):618 self._type = type619 ##620 # Returns type of partition621 def get_type(self):622 return self._type623 ##624 # Returns parent GLIStorageDevice object625 def get_device(self):626 return self._device627 ##628 # Sets minor of partition629 # @param minor New minor630 def set_minor(self, minor):631 self._minor = float(minor)632 ##633 # Returns minor of partition634 def get_minor(self):635 if int(self._minor) == self._minor:636 return int(self._minor)637 else:638 return float(self._minor)639 ##640 # Sets the original minor of the partition641 # @param orig_minor Parameter description642 def set_orig_minor(self, orig_minor):643 self._orig_minor = int(orig_minor)644 ##645 # Returns the original minor of the partition646 def get_orig_minor(self):647 return self._orig_minor648 ##649 # Sets the mountpoint for the partition650 # @param mountpoint Mountpoint651 def set_mountpoint(self, mountpoint):652 self._mountpoint = mountpoint653 ##654 # Returns the mountpoint for the partition655 def get_mountpoint(self):656 return self._mountpoint657 ##658 # Sets the mount options for the partition659 # @param mountopts Mount options660 def set_mountopts(self, mountopts):661 self._mountopts = mountopts662 ##663 # Returns the mount options for the partition664 def get_mountopts(self):665 return self._mountopts666 ##667 # Set whether to format the partition668 # @param format Format this partition (True/False)669 def set_format(self, format):670 self._format = format671 ##672 # Returns whether to format the partition673 def get_format(self):674 return self._format675 ##676 # Returns whether to partition is resized677 def get_resized(self):678 return self._resized679 ##680 # Returns whether the partition is resizeable681 def is_resizeable(self):682 return self._resizeable683 ##684 # Sets partition flags685 def set_flags(self, flags):686 self._flags = flags687 ##688 # Returns partition flags689 def get_flags(self):690 return self._flags691 ##692 # Sets partition name693 def set_name(self, name):694 self._name = name695 ##696 # Returns partition name697 def get_name(self):698 return self._name699 ##700 # Returns minimum MB for resize701 def get_min_mb_for_resize(self):702# if self.is_extended():703# min_size = self._start704# for part in self._device._partitions:705# if part < 5: continue706# if part.get_end > min_size: min_size = part.get_end()707# return min_size708# else:709 if self._resizeable:710 return self._min_mb_for_resize711 else:712 return -1713 ##714 # Returns maximum MB for resize715 def get_max_mb_for_resize(self):716 if self._resizeable:717 minor_pos = self._device.get_partition_position(self._minor)718 try:719 free_minor = self._device._partitions[minor_pos+1].get_minor()720 except:721 free_minor = 0722 if not free_minor or not self._device.get_partition(free_minor).get_type() == "free": return self._mb723 if self._device.get_partition(free_minor).is_logical():724 if self.is_logical():725 return self._mb + self._device.get_partition(free_minor).get_mb()726 else:727 return self._mb728 else:729 return self._mb + self._device.get_partition(free_minor).get_mb()730 else:731 return -1732 ##733 # Resizes the partition734 # @param mb New size in MB735 def resize(self, mb):736 minor_pos = self._device.get_partition_position(self._minor)737 try:738 free_minor = self._device._partitions[minor_pos+1].get_minor()739 except:740 free_minor = 0741 if mb < self._mb:742 # Shrinking743 if not free_minor or not self._device.get_partition(free_minor).get_type() == "free":744 if self._device._disklabel == "mac":745 free_minor = self._minor + 1746 elif self.is_logical():747 free_minor = self._minor + FREE_MINOR_FRAC_LOG748 else:749 free_minor = self._minor + FREE_MINOR_FRAC_PRI750 if self._device.get_partition(free_minor):751 for i, part in enumerate(self._device._partitions):752 if i <= minor_pos or free_minor > part.get_minor(): continue753 part.set_minor(part.get_minor() + 1)754 self._device._partitions.insert(minor_pos+1, Partition(self._device, free_minor, self._mb - mb, 0, 0, "free", format=False, existing=False))755 else:756 self._device.get_partition(free_minor).set_mb(self._device.get_partition(free_minor).get_mb() + (self._mb - mb))757 self._mb = mb758 else:759 if mb == self._mb + self._device.get_partition(free_minor).get_mb():760 # Using all available unallocated space761 self._device._partitions.pop(self._device.get_partition_position(free_minor))762 self._mb = mb763 else:764 # Growing765 self._device.get_partition(free_minor).set_mb(self._device.get_partition(free_minor).get_mb() - (mb - self._mb))766 self._mb = mb767 self._resized = True...
semver.py
Source:semver.py
...16 is_max_minor = str.startswith(semver_version, '^')17 if get_major(version) == get_major(semver_version):18 if is_max_minor:19 return version20 if get_minor(version) == get_minor(semver_version):21 if is_max_build:22 return version23 if get_build(version) == get_build(semver_version):24 return version25 raise exceptions.DeploymentError('No matching semver version found in tags')26def is_valid_semver(version_string):27 return re.match(regex.get_semver_env_value_regex(), version_string)28def is_valid_static(version_string):29 return re.match(regex.get_static_version_regex(), version_string)30def sort_compare(ver1, ver2):31 if get_major(ver1) == get_major(ver2):32 if get_minor(ver1) == get_minor(ver2):33 return get_build(ver2) - get_build(ver1)34 else:35 return get_minor(ver2) - get_minor(ver1)36 else:37 return get_major(ver2) - get_major(ver1)38def get_major(version):39 return int(version.split('.')[0].replace('~', '').replace('^', ''))40def get_minor(version):41 return int(version.split('.')[1])42def get_build(version):43 build = version.split('.')[2]...
z3_dep_solver.py
Source:z3_dep_solver.py
...18 get_major(tp_a) < get_major(tp_b),19 T,20 z3.If(21 z3.And(22 get_major(tp_a) == get_major(tp_b), get_minor(tp_a) < get_minor(tp_b)23 ),24 T,25 z3.And(26 get_minor(tp_a) == get_minor(tp_b), get_micro(tp_a) < get_micro(tp_b)27 ),28 ),29 )30def le_tuple(tp_a, tp_b):31 return z3.Or(tp_a == tp_b, lt_tuple(tp_a, tp_b))32def ge_tuple(a, b):33 return le_tuple(b, a)34def gt_tuple(a, b):35 return lt_tuple(b, a)36def eq_tuple(a, b):37 return a == b38def ne_tuple(a, b):39 return a != b40def solve_deps(deps: list):...
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