[ipfire.org.git] / webapp / backend / releases.py

#!/usr/bin/python

import hashlib
import logging
import os
import re
import urllib
import urlparse

import database
import tracker
from misc import Object

TRACKERS = (
    "http://ipv4.tracker.ipfire.org:6969/announce",
    "udp://ipv4.tracker.ipfire.org:6969",
    "http://ipv6.tracker.ipfire.org:6969/announce",
    "udp://ipv6.tracker.ipfire.org:6969",
)

class File(Object):
	def __init__(self, backend, release, id, data=None):
		Object.__init__(self, backend)

		self.id = id
		self._release = release

		# get all data from database
		self.__data = data

	def __cmp__(self, other):
		return cmp(self.prio, other.prio)

	@property
	def data(self):
		if self.__data is None:
			self.__data = self.db.get("SELECT * FROM files WHERE id = %s", self.id)
			assert self.__data

		return self.__data

	@property
	def release(self):
		if not self._release:
			release_id = self.data.get("releases")
			self._release = Release(release_id)

		return self._release

	@property
	def type(self):
		filename = self.filename

		if filename.endswith(".iso"):
			return "iso"

		elif filename.endswith(".torrent"):
			return "torrent"

		elif "xen" in filename:
			if "downloader" in filename:
				return "xen-downloader"

			return "xen"

		elif "sources" in filename:
			return "source"

		elif "usb-fdd" in filename:
			return "usbfdd"

		elif "usb-hdd" in filename:
			return "usbhdd"

		elif "armv5tel" in filename and "scon" in filename:
			return "armv5tel-scon"

		elif "armv5tel" in filename:
			return "armv5tel"

		elif "scon" in filename:
			return "alix"

		elif filename.endswith(".img.gz"):
			return "flash"

		else:
			return "unknown"

	@property
	def url(self):
                return urlparse.urljoin("https://downloads.ipfire.org", self.filename)

	@property
	def desc(self):
		_ = lambda x: x

		descriptions = {
			"armv5tel"	: _("Image for the armv5tel architecture"),
			"armv5tel-scon"	: _("armv5tel image for boards with serial console"),
			"iso"		: _("Installable CD image"),
			"torrent"	: _("Torrent file"),
			"flash"		: _("Flash image"),
			"alix"		: _("Flash image for devices with serial console"),
			"usbfdd"	: _("USB FDD Image"),
			"usbhdd"	: _("USB HDD Image"),
			"xen"		: _("Pregenerated Xen image"),
			"xen-downloader": _("Xen-Image Generator"),
		}

		try:
			return descriptions[self.type]
		except KeyError:
			return _("Unknown image type")

	@property
	def prio(self):
		priorities = {
			"iso"		: 10,
			"torrent"	: 20,
			"flash"		: 40,
			"alix"		: 41,
			"usbfdd"	: 31,
			"usbhdd"	: 30,
			"armv5tel"	: 40,
			"armv5tel-scon"	: 41,
			"xen"		: 50,
			"xen-downloader": 51,
		}
		
		try:
			return priorities[self.type]
		except KeyError:
			return 999

	@property
	def rem(self):
		_ = lambda x: x
	
		remarks = {
			"armv5tel"	: _("This image runs on many ARM-based boards"),
			"armv5tel-scon"	: _("This image runs on ARM boards with a serial console"),
			"iso"		: _("Use this image to burn a CD and install IPFire from it."),
			"torrent"	: _("Download the CD image from the torrent network."),
			"flash"		: _("An image that is meant to run on embedded devices."),
			"alix"		: _("Flash image where a serial console is enabled by default."),
			"usbfdd"	: _("Install IPFire from a floppy-formated USB key."),
			"usbhdd"	: _("If the floppy image doesn't work, use this image instead."),
			"xen"		: _("A ready-to-run image for Xen."),
			"xen-downloader": _("Generator for creating a Xen image."),
		}

		try:
			return remarks[self.type]
		except KeyError:
			return _("Unknown image type")

	@property
	def sha1(self):
		return self.data.get("sha1")

	@property
	def filename(self):
		return self.data.get("filename")

	@property
	def basename(self):
		return os.path.basename(self.filename)

	@property
	def size(self):
		return self.data.get("filesize")

	@property
	def arch(self):
		known_arches = ("x86_64", "i586", "arm")

		for arch in known_arches:
			if arch in self.basename:
				return arch

		return "N/A"

	@property
	def torrent_hash(self):
		return self.data.get("torrent_hash", None)

        @property
        def torrent_url(self):
                if self.torrent_hash:
                        return "%s.torrent" % self.url

	@property
	def magnet_link(self):
		# Don't return anything if we have no torrent hash.
		if self.torrent_hash is None:
			return

		s = "magnet:?xt=urn:btih:%s" % self.torrent_hash

		#s += "&xl=%d" % self.size
		s += "&dn=%s" % urllib.quote(self.basename)

		# Add our tracker.
                for tracker in TRACKERS:
                    s += "&tr=%s" % tracker

                # Add web download URL
                s += "&as=%s" % urllib.quote(self.url)

		return s


class Release(Object):
	def __init__(self, backend, id, data=None):
		Object.__init__(self, backend)
		self.id = id

		# get all data from database
		self.__data = data or self.db.get("SELECT * FROM releases WHERE id = %s", self.id)
		assert self.__data

		self.__files = []

	def __repr__(self):
		return "<%s %s>" % (self.__class__.__name__, self.name)

	def __cmp__(self, other):
		return cmp(self.id, other.id)

	@property
	def files(self):
		if not self.__files:
			files = self.db.query("SELECT * FROM files WHERE releases = %s \
				AND NOT filename LIKE '%%.torrent'", self.id)

			self.__files = [File(self.backend, self, f.id, f) for f in files]
			self.__files.sort()

		return self.__files

	@property
	def torrents(self):
		torrents = []

		for file in self.files:
			if not file.torrent_hash:
				continue

			torrents.append(file)

		return torrents

	@property
	def name(self):
		return self.__data.name

	@property
	def sname(self):
		return self.__data.sname

	@property
	def stable(self):
		return self.__data.stable

	@property
	def published(self):
		return self.__data.published

	date = published

	@property
	def path(self):
		return self.__data.path

	def get_file(self, type):
		for file in self.files:
			if file.type == type:
				return file

	def __file_hash(self, filename):
		sha1 = hashlib.sha1()

		with open(filename) as f:
			buf_size = 1024
			buf = f.read(buf_size)
			while buf:
				sha1.update(buf)
				buf = f.read(buf_size)

		return sha1.hexdigest()

	def scan_files(self, basepath="/srv/mirror0"):
		if not self.path:
			return

		path = os.path.join(basepath, self.path)
		if not os.path.exists(path):
			return

		files = self.db.query("SELECT filename FROM files WHERE releases = %s", self.id)
		files = [f.filename for f in files]

		# Make files that do not exists not loadable.
		for filename in files:
			_filename = os.path.join(basepath, filename)
			if not os.path.exists(_filename):
				self.db.execute("UPDATE files SET loadable='N' WHERE filename = %s", filename)

		for filename in os.listdir(path):
			filename = os.path.join(path, filename)

			if os.path.isdir(filename):
				continue

			_filename = re.match(".*(releases/.*)", filename).group(1)
			if _filename in files:
				continue

			if filename.endswith(".md5"):
				continue

			logging.info("Hashing %s..." % filename)
			filehash = self.__file_hash(filename)
			filesize = os.path.getsize(filename)

			# Check if there is a torrent download available for this file:
			torrent_hash = ""
			torrent_file = "%s.torrent" % filename
			if os.path.exists(torrent_file):
				torrent_hash = self.torrent_read_hash(torrent_file)

			self.db.execute("INSERT INTO files(releases, filename, filesize, \
				sha1, torrent_hash) VALUES(%s, %s, %s, %s, %s)",
				self.id, _filename, filesize, filehash, torrent_hash)

		# Search for all files that miss a torrent hash.
		files = self.db.query("SELECT id, filename FROM files \
			WHERE releases = %s AND torrent_hash IS NULL", self.id)

		for file in files:
			path = os.path.join(basepath, file.filename)

			torrent_file = "%s.torrent" % path
			if os.path.exists(torrent_file):
				torrent_hash = self.torrent_read_hash(torrent_file)

				self.db.execute("UPDATE files SET torrent_hash = %s WHERE id = %s",
					torrent_hash, file.id)

	def torrent_read_hash(self, filename):
		f = None
		try:
			f = open(filename, "rb")

			metainfo = tracker.bdecode(f.read())
			metainfo = tracker.bencode(metainfo["info"])

			hash = hashlib.sha1()
			hash.update(metainfo)

			return hash.hexdigest()

		finally:
			if f:
				f.close()

	def supports_arch(self, arch):
		return arch in ("x86_64", "i586")

	def supports_platform(self, platform):
		# Currently there is nothing else than pcbios supported
		if platform == "pcbios":
			return True

		return False

	def is_netboot_capable(self):
		return self.path and "ipfire-2.x" in self.path

	def netboot_kernel_url(self, arch, platform):
		assert self.supports_arch(arch)
		assert self.supports_platform(platform)

		if self.sname >= "ipfire-2.19-core100":
			return "https://downloads.ipfire.org/%s/images/%s/vmlinuz" % (self.path, arch)

		return "https://downloads.ipfire.org/%s/images/vmlinuz" % self.path

	def netboot_initrd_url(self, arch, platform):
		assert self.supports_arch(arch)
		assert self.supports_platform(platform)

		if self.sname >= "ipfire-2.19-core100":
			return "https://downloads.ipfire.org/%s/images/%s/instroot" % (self.path, arch)

		return "https://downloads.ipfire.org/%s/images/instroot" % self.path

	def netboot_args(self, arch, platform):
		return ""

	@property
	def news_id(self):
		return self.__data.news_id

	@property
	def news(self):
		if not hasattr(self, "_news"):
			self._news = self.backend.news.get(self.news_id)

		return self._news


class Releases(Object):
	def get_by_id(self, id):
		ret = self.db.get("SELECT * FROM releases WHERE id = %s", id)

		if ret:
			return Release(self.backend, ret.id, data=ret)

	def get_by_sname(self, sname):
		ret = self.db.get("SELECT * FROM releases WHERE sname = %s", sname)

		if ret:
			return Release(self.backend, ret.id, data=ret)

	def get_by_news_id(self, news_id):
		ret = self.db.get("SELECT * FROM releases WHERE news_id = %s", news_id)

		if ret:
			return Release(self.backend, ret.id, data=ret)

	def get_latest(self, stable=True):
		ret = self.db.get("SELECT * FROM releases WHERE published IS NOT NULL AND published <= NOW() \
			AND stable = %s ORDER BY published DESC LIMIT 1", stable)

		if ret:
			return Release(self.backend, ret.id, data=ret)

	def get_latest_unstable(self):
		ret = self.db.get("SELECT * FROM releases r1 \
			WHERE r1.published IS NOT NULL AND r1.published <= NOW() \
			AND stable = %s AND NOT EXISTS ( \
				SELECT * FROM releases r2 WHERE r2.stable = %s AND \
					r2.published IS NOT NULL AND r2.published >= r1.published \
				) ORDER BY r1.published DESC LIMIT 1", False, True)

		if ret:
			return Release(self.backend, ret.id, data=ret)

	def get_stable(self):
		query = self.db.query("SELECT * FROM releases \
			WHERE published IS NOT NULL AND published <= NOW() AND stable = TRUE \
			ORDER BY published DESC")

		releases = []
		for row in query:
			release = Release(self.backend, row.id, data=row)
			releases.append(release)

		return releases

	def get_unstable(self):
		query = self.db.query("SELECT * FROM releases \
			WHERE published IS NOT NULL AND published <= NOW() AND stable = FALSE \
			ORDER BY published DESC")

		releases = []
		for row in query:
			release = Release(self.backend, row.id, data=row)
			releases.append(release)

		return releases

	def get_all(self):
		query = self.db.query("SELECT * FROM releases \
			WHERE published IS NOT NULL AND published <= NOW() \
			ORDER BY published DESC")

		releases = []
		for row in query:
			release = Release(self.backend, row.id, data=row)
			releases.append(release)

		return releases

	def _get_all(self):
		query = self.db.query("SELECT * FROM releases ORDER BY published DESC")

		releases = []
		for row in query:
			release = Release(self.backend, row.id, data=row)
			releases.append(release)

		return releases

	def get_file_for_torrent_hash(self, torrent_hash):
		file = self.db.get("SELECT id, releases FROM files WHERE torrent_hash = %s LIMIT 1",
			torrent_hash)

		if not file:
			return

		release = Release(self.backend, file.releases)
		file = File(self.backend, release, file.id)

		return file
Commit	Line	Data
940227cb MT	1	#!/usr/bin/python
940227cb MT	2
3c4f2edc	3	import hashlib
940227cb	4	import logging
3c4f2edc MT	5	import os
3c4f2edc MT	6	import re
fadcfd00	7	import urllib
940227cb MT	8	import urlparse
940227cb MT	9
9068dba1	10	import database
fadcfd00	11	import tracker
9068dba1	12	from misc import Object
fadcfd00	13
f7635119 MT	14	TRACKERS = (
	15	"http://ipv4.tracker.ipfire.org:6969/announce",
	16	"udp://ipv4.tracker.ipfire.org:6969",
	17	"http://ipv6.tracker.ipfire.org:6969/announce",
	18	"udp://ipv6.tracker.ipfire.org:6969",
	19	)
	20
9068dba1 MT	21	class File(Object):
	22	def __init__(self, backend, release, id, data=None):
	23	Object.__init__(self, backend)
940227cb	24
938d083d MT	25	self.id = id
938d083d MT	26	self._release = release
940227cb MT	27
940227cb MT	28	# get all data from database
9068dba1	29	self.__data = data
940227cb	30
9068dba1 MT	31	def __cmp__(self, other):
9068dba1 MT	32	return cmp(self.prio, other.prio)
938d083d MT	33
	34	@property
	35	def data(self):
	36	if self.__data is None:
	37	self.__data = self.db.get("SELECT * FROM files WHERE id = %s", self.id)
	38	assert self.__data
	39
	40	return self.__data
	41
	42	@property
	43	def release(self):
	44	if not self._release:
	45	release_id = self.data.get("releases")
	46	self._release = Release(release_id)
	47
	48	return self._release
940227cb MT	49
	50	@property
	51	def type(self):
fadcfd00 MT	52	filename = self.filename
	53
	54	if filename.endswith(".iso"):
	55	return "iso"
	56
	57	elif filename.endswith(".torrent"):
	58	return "torrent"
	59
	60	elif "xen" in filename:
80594ae3 MT	61	if "downloader" in filename:
	62	return "xen-downloader"
	63
fadcfd00 MT	64	return "xen"
	65
	66	elif "sources" in filename:
	67	return "source"
	68
	69	elif "usb-fdd" in filename:
	70	return "usbfdd"
	71
	72	elif "usb-hdd" in filename:
	73	return "usbhdd"
	74
3230a47f MT	75	elif "armv5tel" in filename and "scon" in filename:
	76	return "armv5tel-scon"
	77
fadcfd00 MT	78	elif "armv5tel" in filename:
	79	return "armv5tel"
	80
	81	elif "scon" in filename:
	82	return "alix"
	83
	84	elif filename.endswith(".img.gz"):
	85	return "flash"
	86
	87	else:
	88	return "unknown"
940227cb MT	89
	90	@property
	91	def url(self):
73493ea6	92	return urlparse.urljoin("https://downloads.ipfire.org", self.filename)
940227cb MT	93
	94	@property
	95	def desc(self):
	96	_ = lambda x: x
	97
	98	descriptions = {
fadcfd00	99	"armv5tel" : _("Image for the armv5tel architecture"),
3230a47f	100	"armv5tel-scon" : _("armv5tel image for boards with serial console"),
940227cb MT	101	"iso" : _("Installable CD image"),
	102	"torrent" : _("Torrent file"),
	103	"flash" : _("Flash image"),
ec6ab977	104	"alix" : _("Flash image for devices with serial console"),
940227cb MT	105	"usbfdd" : _("USB FDD Image"),
	106	"usbhdd" : _("USB HDD Image"),
	107	"xen" : _("Pregenerated Xen image"),
80594ae3	108	"xen-downloader": _("Xen-Image Generator"),
940227cb MT	109	}
	110
	111	try:
	112	return descriptions[self.type]
	113	except KeyError:
	114	return _("Unknown image type")
	115
	116	@property
	117	def prio(self):
	118	priorities = {
	119	"iso" : 10,
	120	"torrent" : 20,
	121	"flash" : 40,
	122	"alix" : 41,
	123	"usbfdd" : 31,
	124	"usbhdd" : 30,
3230a47f MT	125	"armv5tel" : 40,
3230a47f MT	126	"armv5tel-scon" : 41,
940227cb	127	"xen" : 50,
80594ae3	128	"xen-downloader": 51,
940227cb MT	129	}
	130
	131	try:
	132	return priorities[self.type]
	133	except KeyError:
	134	return 999
	135
	136	@property
	137	def rem(self):
	138	_ = lambda x: x
	139
	140	remarks = {
fadcfd00	141	"armv5tel" : _("This image runs on many ARM-based boards"),
3230a47f	142	"armv5tel-scon" : _("This image runs on ARM boards with a serial console"),
940227cb MT	143	"iso" : _("Use this image to burn a CD and install IPFire from it."),
	144	"torrent" : _("Download the CD image from the torrent network."),
	145	"flash" : _("An image that is meant to run on embedded devices."),
	146	"alix" : _("Flash image where a serial console is enabled by default."),
	147	"usbfdd" : _("Install IPFire from a floppy-formated USB key."),
	148	"usbhdd" : _("If the floppy image doesn't work, use this image instead."),
	149	"xen" : _("A ready-to-run image for Xen."),
80594ae3	150	"xen-downloader": _("Generator for creating a Xen image."),
940227cb MT	151	}
	152
	153	try:
	154	return remarks[self.type]
	155	except KeyError:
	156	return _("Unknown image type")
	157
	158	@property
	159	def sha1(self):
938d083d	160	return self.data.get("sha1")
940227cb MT	161
	162	@property
	163	def filename(self):
938d083d	164	return self.data.get("filename")
940227cb	165
c9698a0b MT	166	@property
	167	def basename(self):
	168	return os.path.basename(self.filename)
	169
60024cc8 MT	170	@property
60024cc8 MT	171	def size(self):
938d083d	172	return self.data.get("filesize")
60024cc8 MT	173
	174	@property
	175	def arch(self):
6371bfda	176	known_arches = ("x86_64", "i586", "arm")
60024cc8 MT	177
	178	for arch in known_arches:
	179	if arch in self.basename:
	180	return arch
	181
fadcfd00 MT	182	return "N/A"
	183
	184	@property
	185	def torrent_hash(self):
938d083d	186	return self.data.get("torrent_hash", None)
fadcfd00	187
5276cd41 MT	188	@property
	189	def torrent_url(self):
	190	if self.torrent_hash:
	191	return "%s.torrent" % self.url
	192
fadcfd00 MT	193	@property
	194	def magnet_link(self):
	195	# Don't return anything if we have no torrent hash.
	196	if self.torrent_hash is None:
	197	return
	198
	199	s = "magnet:?xt=urn:btih:%s" % self.torrent_hash
	200
	201	#s += "&xl=%d" % self.size
	202	s += "&dn=%s" % urllib.quote(self.basename)
	203
	204	# Add our tracker.
f7635119 MT	205	for tracker in TRACKERS:
f7635119 MT	206	s += "&tr=%s" % tracker
fadcfd00	207
dc7b8879 MT	208	# Add web download URL
	209	s += "&as=%s" % urllib.quote(self.url)
	210
fadcfd00	211	return s
60024cc8	212
940227cb	213
9068dba1 MT	214	class Release(Object):
	215	def __init__(self, backend, id, data=None):
	216	Object.__init__(self, backend)
940227cb MT	217	self.id = id
	218
	219	# get all data from database
9068dba1	220	self.__data = data or self.db.get("SELECT * FROM releases WHERE id = %s", self.id)
940227cb MT	221	assert self.__data
	222
	223	self.__files = []
	224
	225	def __repr__(self):
	226	return "<%s %s>" % (self.__class__.__name__, self.name)
	227
9068dba1 MT	228	def __cmp__(self, other):
	229	return cmp(self.id, other.id)
	230
940227cb MT	231	@property
	232	def files(self):
	233	if not self.__files:
9068dba1 MT	234	files = self.db.query("SELECT * FROM files WHERE releases = %s \
9068dba1 MT	235	AND NOT filename LIKE '%%.torrent'", self.id)
940227cb	236
9068dba1 MT	237	self.__files = [File(self.backend, self, f.id, f) for f in files]
9068dba1 MT	238	self.__files.sort()
940227cb MT	239
	240	return self.__files
	241
938d083d MT	242	@property
	243	def torrents(self):
	244	torrents = []
	245
	246	for file in self.files:
	247	if not file.torrent_hash:
	248	continue
	249
	250	torrents.append(file)
	251
	252	return torrents
	253
940227cb MT	254	@property
940227cb MT	255	def name(self):
9068dba1 MT	256	return self.__data.name
	257
	258	@property
	259	def sname(self):
	260	return self.__data.sname
940227cb MT	261
	262	@property
	263	def stable(self):
9068dba1	264	return self.__data.stable
940227cb MT	265
	266	@property
	267	def published(self):
9068dba1	268	return self.__data.published
940227cb	269
9068dba1	270	date = published
940227cb	271
3c4f2edc MT	272	@property
3c4f2edc MT	273	def path(self):
9068dba1	274	return self.__data.path
3c4f2edc	275
940227cb MT	276	def get_file(self, type):
	277	for file in self.files:
	278	if file.type == type:
	279	return file
	280
3c4f2edc MT	281	def __file_hash(self, filename):
	282	sha1 = hashlib.sha1()
	283
	284	with open(filename) as f:
b5f4eef0 MT	285	buf_size = 1024
	286	buf = f.read(buf_size)
	287	while buf:
	288	sha1.update(buf)
	289	buf = f.read(buf_size)
3c4f2edc MT	290
	291	return sha1.hexdigest()
	292
3c4f2edc MT	293	def scan_files(self, basepath="/srv/mirror0"):
	294	if not self.path:
	295	return
	296
	297	path = os.path.join(basepath, self.path)
921d98cc MT	298	if not os.path.exists(path):
	299	return
	300
fadcfd00 MT	301	files = self.db.query("SELECT filename FROM files WHERE releases = %s", self.id)
fadcfd00 MT	302	files = [f.filename for f in files]
3c4f2edc MT	303
	304	# Make files that do not exists not loadable.
	305	for filename in files:
	306	_filename = os.path.join(basepath, filename)
	307	if not os.path.exists(_filename):
	308	self.db.execute("UPDATE files SET loadable='N' WHERE filename = %s", filename)
	309
	310	for filename in os.listdir(path):
	311	filename = os.path.join(path, filename)
	312
	313	if os.path.isdir(filename):
	314	continue
	315
	316	_filename = re.match(".(releases/.)", filename).group(1)
	317	if _filename in files:
	318	continue
	319
	320	if filename.endswith(".md5"):
	321	continue
	322
9068dba1	323	logging.info("Hashing %s..." % filename)
3c4f2edc MT	324	filehash = self.__file_hash(filename)
3c4f2edc MT	325	filesize = os.path.getsize(filename)
3c4f2edc	326
fadcfd00 MT	327	# Check if there is a torrent download available for this file:
	328	torrent_hash = ""
	329	torrent_file = "%s.torrent" % filename
	330	if os.path.exists(torrent_file):
	331	torrent_hash = self.torrent_read_hash(torrent_file)
	332
	333	self.db.execute("INSERT INTO files(releases, filename, filesize, \
	334	sha1, torrent_hash) VALUES(%s, %s, %s, %s, %s)",
	335	self.id, _filename, filesize, filehash, torrent_hash)
	336
	337	# Search for all files that miss a torrent hash.
	338	files = self.db.query("SELECT id, filename FROM files \
	339	WHERE releases = %s AND torrent_hash IS NULL", self.id)
	340
	341	for file in files:
	342	path = os.path.join(basepath, file.filename)
	343
	344	torrent_file = "%s.torrent" % path
	345	if os.path.exists(torrent_file):
	346	torrent_hash = self.torrent_read_hash(torrent_file)
	347
	348	self.db.execute("UPDATE files SET torrent_hash = %s WHERE id = %s",
	349	torrent_hash, file.id)
	350
	351	def torrent_read_hash(self, filename):
	352	f = None
	353	try:
	354	f = open(filename, "rb")
	355
	356	metainfo = tracker.bdecode(f.read())
	357	metainfo = tracker.bencode(metainfo["info"])
	358
	359	hash = hashlib.sha1()
	360	hash.update(metainfo)
	361
	362	return hash.hexdigest()
	363
	364	finally:
	365	if f:
	366	f.close()
3c4f2edc	367
37b5c0cf	368	def supports_arch(self, arch):
6371bfda	369	return arch in ("x86_64", "i586")
37b5c0cf MT	370
	371	def supports_platform(self, platform):
	372	# Currently there is nothing else than pcbios supported
	373	if platform == "pcbios":
	374	return True
	375
	376	return False
	377
9068dba1 MT	378	def is_netboot_capable(self):
	379	return self.path and "ipfire-2.x" in self.path
	380
37b5c0cf MT	381	def netboot_kernel_url(self, arch, platform):
	382	assert self.supports_arch(arch)
	383	assert self.supports_platform(platform)
	384
6371bfda	385	if self.sname >= "ipfire-2.19-core100":
73493ea6	386	return "https://downloads.ipfire.org/%s/images/%s/vmlinuz" % (self.path, arch)
6371bfda	387
73493ea6	388	return "https://downloads.ipfire.org/%s/images/vmlinuz" % self.path
940227cb	389
37b5c0cf MT	390	def netboot_initrd_url(self, arch, platform):
	391	assert self.supports_arch(arch)
	392	assert self.supports_platform(platform)
	393
6371bfda	394	if self.sname >= "ipfire-2.19-core100":
73493ea6	395	return "https://downloads.ipfire.org/%s/images/%s/instroot" % (self.path, arch)
6371bfda	396
73493ea6	397	return "https://downloads.ipfire.org/%s/images/instroot" % self.path
940227cb	398
37b5c0cf MT	399	def netboot_args(self, arch, platform):
	400	return ""
	401
2fed2438 MT	402	@property
	403	def news_id(self):
	404	return self.__data.news_id
	405
	406	@property
	407	def news(self):
	408	if not hasattr(self, "_news"):
	409	self._news = self.backend.news.get(self.news_id)
	410
	411	return self._news
	412
940227cb	413
9068dba1	414	class Releases(Object):
940227cb	415	def get_by_id(self, id):
9068dba1 MT	416	ret = self.db.get("SELECT * FROM releases WHERE id = %s", id)
	417
	418	if ret:
	419	return Release(self.backend, ret.id, data=ret)
	420
	421	def get_by_sname(self, sname):
	422	ret = self.db.get("SELECT * FROM releases WHERE sname = %s", sname)
	423
	424	if ret:
	425	return Release(self.backend, ret.id, data=ret)
940227cb	426
9de13943 MT	427	def get_by_news_id(self, news_id):
	428	ret = self.db.get("SELECT * FROM releases WHERE news_id = %s", news_id)
	429
	430	if ret:
	431	return Release(self.backend, ret.id, data=ret)
	432
9068dba1 MT	433	def get_latest(self, stable=True):
	434	ret = self.db.get("SELECT * FROM releases WHERE published IS NOT NULL AND published <= NOW() \
	435	AND stable = %s ORDER BY published DESC LIMIT 1", stable)
940227cb	436
9068dba1 MT	437	if ret:
9068dba1 MT	438	return Release(self.backend, ret.id, data=ret)
940227cb	439
0aab96e0 MT	440	def get_latest_unstable(self):
	441	ret = self.db.get("SELECT * FROM releases r1 \
	442	WHERE r1.published IS NOT NULL AND r1.published <= NOW() \
	443	AND stable = %s AND NOT EXISTS ( \
	444	SELECT * FROM releases r2 WHERE r2.stable = %s AND \
	445	r2.published IS NOT NULL AND r2.published >= r1.published \
	446	) ORDER BY r1.published DESC LIMIT 1", False, True)
	447
	448	if ret:
	449	return Release(self.backend, ret.id, data=ret)
	450
940227cb	451	def get_stable(self):
9068dba1 MT	452	query = self.db.query("SELECT * FROM releases \
	453	WHERE published IS NOT NULL AND published <= NOW() AND stable = TRUE \
	454	ORDER BY published DESC")
940227cb	455
9068dba1 MT	456	releases = []
	457	for row in query:
	458	release = Release(self.backend, row.id, data=row)
	459	releases.append(release)
	460
	461	return releases
940227cb MT	462
940227cb MT	463	def get_unstable(self):
9068dba1 MT	464	query = self.db.query("SELECT * FROM releases \
	465	WHERE published IS NOT NULL AND published <= NOW() AND stable = FALSE \
	466	ORDER BY published DESC")
	467
	468	releases = []
	469	for row in query:
	470	release = Release(self.backend, row.id, data=row)
	471	releases.append(release)
940227cb	472
9068dba1	473	return releases
940227cb MT	474
940227cb MT	475	def get_all(self):
9068dba1 MT	476	query = self.db.query("SELECT * FROM releases \
	477	WHERE published IS NOT NULL AND published <= NOW() \
	478	ORDER BY published DESC")
940227cb	479
9068dba1 MT	480	releases = []
	481	for row in query:
	482	release = Release(self.backend, row.id, data=row)
	483	releases.append(release)
	484
	485	return releases
940227cb	486
d0eee7f8 MT	487	def _get_all(self):
	488	query = self.db.query("SELECT * FROM releases ORDER BY published DESC")
	489
	490	releases = []
	491	for row in query:
	492	release = Release(self.backend, row.id, data=row)
	493	releases.append(release)
	494
	495	return releases
	496
938d083d MT	497	def get_file_for_torrent_hash(self, torrent_hash):
938d083d MT	498	file = self.db.get("SELECT id, releases FROM files WHERE torrent_hash = %s LIMIT 1",
fadcfd00 MT	499	torrent_hash)
	500
	501	if not file:
	502	return
	503
ea324f48 MT	504	release = Release(self.backend, file.releases)
ea324f48 MT	505	file = File(self.backend, release, file.id)
938d083d MT	506
938d083d MT	507	return file