async def resolve(self, ipfsop, noCache=False, timeout=10):
"""
Resolve this object's path to a CID
"""
if self.resolvedCid and noCache is False:
# Return cached value
return self.resolvedCid
haveResolve = await ipfsop.hasCommand('resolve')
try:
if haveResolve:
# Use /api/vx/resolve as the preferred resolve strategy
resolved = await ipfsop.resolve(self.objPath, timeout=timeout)
if resolved and isIpfsPath(resolved):
resolved = stripIpfs(resolved)
if cidValid(resolved):
self._resolvedCid = resolved
return self.resolvedCid
# Use object stat
info = StatInfo(await ipfsop.objStat(self.objPath,
timeout=timeout))
if info.valid and cidValid(info.cid):
self._resolvedCid = info.cid
return self.resolvedCid
except aioipfs.APIError:
log.debug('Error resolving {0}'.format(self.objPath))
return None
async def fetchAvatar(self, ipfsop):
avatarServiceId = self.ipid.didUrl(path='/avatar')
service = await self.ipid.searchServiceById(avatarServiceId)
if service:
avatarPath = IPFSPath(service.endpoint)
if not avatarPath.valid:
log.debug(f'Invalid avatar for peer {self.peerId}')
self._avatarPath = avatarPath
statInfo = StatInfo(
await ipfsop.objStat(str(avatarPath),
timeout=15)
)
if not statInfo.valid or statInfo.dataLargerThan(
kilobytes(768)):
log.debug(f'Invalid avatar for peer {self.peerId}')
return
await ipfsop.ctx.pin(str(avatarPath), qname='ipid-avatar')
log.debug(
f'Getting avatar for peer {self.peerId} from {avatarPath}')
image = await getImageFromIpfs(str(avatarPath))
if image and not image.isNull():
self._avatarImage = image
else:
log.debug(f'Could not fetch avatar for peer {self.peerId}')
async def findIcon(self,
ipfsop,
ipfsPath,
rscStat,
mimeType,
maxIconSize=kilobytes(512)):
icon = None
statInfo = StatInfo(rscStat)
if statInfo.valid and mimeType.isImage:
if statInfo.dataSmallerThan(maxIconSize):
await ipfsop.sleep()
data = await ipfsop.catObject(str(ipfsPath), timeout=5)
if data:
icon = getIconFromImageData(data)
else:
icon = getMimeIcon('image/x-generic')
elif mimeType.isDir:
favIcon = await getFavIconFromDir(ipfsop, ipfsPath)
if favIcon:
icon = favIcon
else:
icon = getMimeIcon('inode/directory')
else:
await ipfsop.sleep()
icon = getIconFromMimeType(mimeType)
if icon is None:
icon = getIcon('unknown-file.png')
return icon
async def sendCyberHit(self, hit):
hitHash = hit.get('hash')
ipfsPath = IPFSPath(hitHash)
if not ipfsPath.valid:
return
mType, stat = await self.app.rscAnalyzer(ipfsPath,
fetchExtraMetadata=True)
if not mType or not stat:
return
sInfo = StatInfo(stat)
pHit = {
'hash': hitHash,
'path': str(ipfsPath),
'cyberlink': hit['cyberlink'],
'url': ipfsPath.ipfsUrl,
'mimetype': str(mType),
'title': hitHash,
'size': sInfo.totalSize,
'sizeformatted': sizeFormat(sInfo.totalSize),
'description': None,
'type': iUnknown(),
'first-seen': iUnknown()
}
self.resultReady.emit('cyber', hitHash, QVariant(pHit))
self.objectStatAvailable.emit(hitHash, stat)
async def makePinRequest(self,
op,
title,
descr,
objects,
priority=0,
tags=None):
async with self.profile.dagUser as dag:
# objects needs to be a list of IPFS objects paths
if not isinstance(objects, list):
return False
username = self.profile.userInfo.iphandle
uid = str(uuid.uuid4())
now = datetime.now(timezone.utc)
objsReq = []
for obj in objects:
path = IPFSPath(obj)
if not path.valid:
continue
try:
mType, stat = await self._rscAnalyzer(path)
except:
continue
statInfo = StatInfo(stat)
if not statInfo.valid:
continue
objsReq.append({
'path': path.objPath,
'totalsize': statInfo.totalSize,
'content_type': str(mType) if mType else None
})
pinRequest = {
'pinrequest': {
'body': None,
'title': title,
'description': descr,
'objects': objsReq,
'uuid': uid,
'tags': tags if tags else [],
'author': username,
'priority': priority,
'date_published': isoformat(now),
'version': 1
}
}
dag.dagRoot[PINREQS_NODEKEY].append(pinRequest)
await self.update()
return True
def onProgress(self, read):
statInfo = StatInfo(self.stat)
self.readBytes = read
size = sizeFormat(statInfo.totalSize) if statInfo.valid else \
iUnknown()
self.setToolTip('{path} (size: {size}): downloaded {dl}'.format(
path=self.path, size=size, dl=sizeFormat(self.readBytes)))
async def registerHashmark(self,
ipfsop,
mark,
button=None,
maxIconSize=512 * 1024):
"""
Register an object in the toolbar with an associated hashmark
"""
await mark._fetch_all()
ipfsPath = IPFSPath(mark.path)
if not ipfsPath.valid:
return
result = await self.analyzer(ipfsPath)
if result is None:
return
mimeType, rscStat = result
mIcon = mark.icon.path if mark.icon else None
icon = None
if mIcon and IPFSPath(mIcon).valid:
stat = await ipfsop.objStat(mIcon)
statInfo = StatInfo(stat)
# Check filesize from the stat on the object
if statInfo.valid and statInfo.dataSmallerThan(maxIconSize):
icon = await getIconFromIpfs(ipfsop, mIcon)
if icon is None:
icon = getIcon('unknown-file.png')
else:
if not await ipfsop.isPinned(mIcon):
log.debug('Pinning icon {0}'.format(mIcon))
await ipfsop.ctx.pin(mIcon)
elif mimeType:
icon = await self.findIcon(ipfsop, ipfsPath, rscStat, mimeType)
else:
icon = getIcon('unknown-file.png')
if not button:
button = HashmarkToolButton(mark, parent=self, icon=icon)
action = self.addWidget(button)
button.setToolTip(iHashmarkInfoToolTipShort(mark))
button.clicked.connect(lambda: ensure(
self.app.resourceOpener.open(str(ipfsPath), openingFrom='qa')))
button.deleteRequest.connect(
lambda: ensure(self.onDelete(button, action)))
else:
if icon:
button.setIcon(icon)
button.setToolTip(iHashmarkInfoToolTipShort(mark))
async def showImage(self, ipfsop, imgPath, fromBlock=False, timeout=10):
try:
if fromBlock is True:
imgData = await ipfsop.waitFor(
ipfsop.client.block.get(imgPath), timeout)
else:
imgData = await ipfsop.waitFor(ipfsop.catObject(imgPath),
timeout)
if not imgData:
raise Exception('Failed to load image')
mimeType, statInfo = await self.app.rscAnalyzer(IPFSPath(imgPath))
if mimeType is None:
raise Exception('Failed to load image')
stat = StatInfo(statInfo)
if mimeType.isAnimation:
fp = self.app.tempDir.filePath(stat.cid)
tmpFile = QFile(fp)
if not tmpFile.exists() and tmpFile.open(QFile.ReadWrite):
tmpFile.write(imgData)
tmpFile.close()
self.clip.stop()
self.clip.setFileName(fp)
self.labelImage.setMovie(self.clip)
self.clip.frameChanged.connect(self.onMovieFrameChanged)
self.clip.error.connect(self.onMovieError)
self.clip.start()
self.labelImage.adjustSize()
else:
img = QImage()
img.loadFromData(imgData)
self.image = img
self.labelImage.setPixmap(QPixmap.fromImage(self.image))
self.labelImage.adjustSize()
self.resizePixmap()
if self.qrDecoder:
# See if we have any QR codes in the image
urls = self.qrDecoder.decode(imgData)
if urls:
self.qrCodesPresent.emit(urls)
self.labelImage.adjustSize()
self.currentImgPath = IPFSPath(imgPath)
self.imageLoaded.emit(self.currentImgPath, mimeType)
except Exception:
logUser.debug('Failed to load image: {path}'.format(path=imgPath))
messageBox(iImageCannotLoad(imgPath))
async def showFromPath(self, ipfsop, ipfsPath):
if not await self.checkChanges():
return
if not ipfsPath.valid:
return
self.busy()
try:
dstdir = self.sessionNew()
mimeType, stat = await self.app.rscAnalyzer(ipfsPath)
if not stat:
self.busy(False)
messageBox('Object stat failed')
return
sInfo = StatInfo(stat)
if not await ipfsop.client.get(
ipfsPath.objPath,
dstdir=dstdir
):
raise Exception('Fetch failed')
except Exception as err:
self.busy(False)
messageBox('Error fetching object: {}'.format(str(err)))
else:
rooted = os.path.join(dstdir, ipfsPath.basename)
if os.path.isdir(rooted):
path = rooted
elif os.path.isfile(rooted):
path = dstdir
else:
path = dstdir
self.checkoutPath = path
self.sessionViewUpdate(self.checkoutPath)
for file in os.listdir(self.checkoutPath):
await asyncio.sleep(0)
fp = os.path.join(self.checkoutPath, file)
mtype = await detectMimeTypeFromFile(fp)
# Open first text file we find
if mtype and (mtype.isText or mtype.isHtml):
await self.openFileFromCheckout(file)
break
self.fsViewButton.setChecked(True)
self.rootMultihashChanged.emit(sInfo.cid)
self.busy(False)
async def listObject(self,
ipfsop,
objPath,
parentItem,
autoexpand=False,
timeout=60 * 10):
""" Lists contents of IPFS object referenced by objPath,
and change the tree's model afterwards.
We first try with resolve-type set to true, and if that gets a
timeout do the same call but without resolving nodes types
"""
self.statusLoading(True)
try:
self.setInfo(iLoading())
await self.list(ipfsop,
objPath,
parentItem=parentItem,
autoexpand=autoexpand,
resolve_type=True)
except asyncio.TimeoutError:
self.setInfo(iTimeoutTryNoResolve())
try:
await self.list(ipfsop,
objPath,
parentItem=parentItem,
autoexpand=autoexpand,
resolve_type=False)
except asyncio.TimeoutError:
# That's a dead end .. bury that hash please ..
self.setInfo(iTimeoutInvalidHash())
return
except aioipfs.APIError as err:
self.setInfo(iIpfsError(err.message))
except UnixFSTimeoutError:
self.setInfo(iTimeoutInvalidHash())
self.buttonRetry.show()
except Exception as e:
self.setInfo(iGeneralError(str(e)))
else:
rStat = await ipfsop.objStat(objPath)
statInfo = StatInfo(rStat)
if statInfo.valid and self.cid:
self.setInfo(
iCIDInfo(self.cid.version, statInfo.numLinks,
sizeFormat(statInfo.totalSize)))
self.statusLoading(False)
async def fetchMetadata(self, path, stat):
sInfo = StatInfo(stat)
cidobj = getCID(sInfo.cid)
cid = cidDowngrade(cidobj)
if not cid:
return
metadata = await objectMetadata(str(cid))
if metadata:
await self.app.multihashDb.store(path, objmetadata=metadata)
async def listMultihash(self,
ipfsop,
objPath,
parentItem,
autoexpand=False):
""" Lists contents of IPFS object referenced by objPath,
and change the tree's model afterwards.
We first try with resolve-type set to true, and if that gets a
timeout do the same call but without resolving nodes types
"""
try:
self.setInfo(iLoading())
await self.timedList(ipfsop, objPath, parentItem, autoexpand, 25,
True)
except asyncio.TimeoutError:
self.setInfo(iTimeoutTryNoResolve())
try:
await self.timedList(ipfsop, objPath, parentItem, autoexpand,
15, False)
except asyncio.TimeoutError:
# That's a dead end .. bury that hash please ..
self.setInfo(iTimeoutInvalidHash())
return
except aioipfs.APIError:
self.setInfo(iErrNoCx())
return
self.tree.setModel(self.model)
self.tree.header().setSectionResizeMode(self.model.COL_NAME,
QHeaderView.ResizeToContents)
self.tree.header().setSectionResizeMode(self.model.COL_MIME,
QHeaderView.ResizeToContents)
self.tree.sortByColumn(self.model.COL_NAME, Qt.AscendingOrder)
if self.app.settingsMgr.hideHashes or self.hideHashes:
self.tree.hideColumn(self.model.COL_HASH)
rStat = await ipfsop.objStat(objPath)
statInfo = StatInfo(rStat)
if statInfo.valid and self.cid:
self.setInfo(
iCIDInfo(self.cid.version, statInfo.numLinks,
sizeFormat(statInfo.totalSize)))
async def getIconFromIpfs(ipfsop,
ipfsPath,
scaleWidth=None,
sizeMax=kilobytes(256),
timeout=10):
"""
We cache the icons that we got out of the IPFS repo by their path
Max icons cached is set by 'ipfsIconsCacheMax' in the app object
"""
app = QApplication.instance()
iconsCache = app.ipfsIconsCache
if ipfsPath in iconsCache:
# Already cached
return iconsCache[ipfsPath]
if len(iconsCache) >= app.ipfsIconsCacheMax:
# FIFO 1/8
for icount in range(0, int(app.ipfsIconsCacheMax / 8)):
out = list(iconsCache.keys())[0]
del iconsCache[out]
try:
mimeType, stat = await app.rscAnalyzer(ipfsPath)
if not mimeType or not stat:
return None
statInfo = StatInfo(stat)
if not statInfo.valid or statInfo.dataLargerThan(sizeMax):
return None
elif not mimeType.isImage:
return None
imgData = await ipfsop.waitFor(ipfsop.client.cat(ipfsPath), timeout)
if not imgData:
return None
icon = getIconFromImageData(imgData, scaleWidth=scaleWidth)
if icon:
iconsCache[ipfsPath] = icon
return icon
except BaseException:
return None
def tooltipMessage(self):
statInfo = StatInfo(self.item.stat)
message = '{path} (type: {mimetype})'.format(
path=self.item.fullPath,
mimetype=str(self.item.mimeType) if self.item.mimeType else
iUnknown()
)
if statInfo.valid:
if self.item.mimeType and self.item.mimeType.isDir:
message += '\n\nTotal size: {total}, links: {links}'.format(
total=sizeFormat(statInfo.totalSize),
links=statInfo.numLinks
)
else:
message += '\n\nTotal size: {total}'.format(
total=sizeFormat(statInfo.totalSize)
)
else:
message += '\n\nNo information on object'
return message
async def analyzeImage(self, ipfsop):
statInfo = StatInfo(self.item.stat)
if statInfo.valid:
size = statInfo.dataSize
if isinstance(size, int):
# don't scan anything larger than 4Mb
if statInfo.dataLargerThan(megabytes(4)):
log.debug('{path}: Image too large, not scanning')
return
else:
# Don't trust this one
log.debug('No object info for image, bailing out')
return
try:
data = await ipfsop.catObject(self.item.path)
if data is None:
return
icon = getIconFromImageData(data)
if icon:
self.updateIcon(icon)
# Decode the QR codes in the image if there's any
qrDecoder = IPFSQrDecoder()
if not qrDecoder:
return
urls = qrDecoder.decode(data)
if isinstance(urls, list):
# Display the QR codes in a separate menu
menu = qrCodesMenuBuilder(urls, self.app.resourceOpener,
parent=self)
self.menu.addSeparator()
self.menu.addMenu(menu)
except aioipfs.APIError:
pass
async def update(self, ipfsop):
try:
oController = ObjectActionsWidget(self, self.objdescr)
oController.fLayout()
self.treeWidget().setItemWidget(
self, self.COL_ACTIONS, oController)
sInfo = StatInfo(self.objdescr['stat'])
if sInfo.valid:
self.fileDetails(sizeFormat(sInfo.totalSize))
self.setToolTip(self.COL_NAME, sInfo.cid)
else:
self.fileDetails('Unknown')
mType = self.objdescr.get('mimetype')
if validMimeType(mType):
mIcon = getMimeIcon(mType)
if mIcon:
self.setIcon(self.COL_NAME, mIcon)
whoHasC = len(
await ipfsop.whoProvides(
self.objdescr['path'],
numproviders=500,
timeout=15
)
)
if whoHasC == 0:
self.status(iUnavailShortUpper())
elif whoHasC > 0:
self.status(iProvidedByPeersShort(whoHasC))
except asyncio.CancelledError:
pass
except Exception:
pass
async def getResource(self, ipfsop, rPath, dest, rStat):
"""
Get the resource referenced by rPath to directory dest
"""
statInfo = StatInfo(rStat)
if not statInfo.valid:
return
self.getProgress.show()
async def onGetProgress(ref, bytesRead, arg):
per = int((bytesRead / statInfo.totalSize) * 100)
self.getLabel.setText('Downloaded: {0}'.format(
sizeFormat(bytesRead)))
self.getProgress.setValue(per)
await ipfsop.client.get(rPath,
dstdir=dest,
progress_callback=onGetProgress,
chunk_size=524288)
self.getLabel.setText('Download finished')
self.getProgress.hide()
async def registerFromIdent(self, ipfsop, sender, iMsg):
profile = ipfsop.ctx.currentProfile
log.debug(f'registerFromIdent ({iMsg.peer}): '
f'DID: {iMsg.personDid}, handle: {iMsg.iphandle}')
try:
inGraph = await profile.dagNetwork.byDid(iMsg.personDid)
except Exception:
# network dag not ready ..
log.debug(f'registerFromIdent {iMsg.personDid}: '
'network DAG not loaded yet ?')
return
if not inGraph:
if isinstance(iMsg, PeerIdentMessageV4) and \
sender != ipfsop.ctx.node.id:
pubKeyPem = await ipfsop.rsaPubKeyCheckImport(
iMsg.defaultRsaPubKeyCid)
if not pubKeyPem:
log.debug(
f'Invalid RSA pub key .. {iMsg.defaultRsaPubKeyCid}')
return
sigBlob = await ipfsop.catObject(iMsg.pssSigCurDid)
if sigBlob is None:
log.debug(
f'Cannot get pss SIG {iMsg.pssSigCurDid}')
return
if not await ipfsop.ctx.rsaExec.pssVerif(
iMsg.personDid.encode(),
sigBlob,
pubKeyPem
):
log.debug(f'Invalid PSS sig for peer {sender}')
return
else:
log.debug(f'Valid PSS sig for {sender} !')
peerValidated = False
personDid = iMsg.personDid
if not ipidFormatValid(personDid):
log.debug('Invalid DID: {}'.format(personDid))
return
inProgress = self._didAuthInp.get(personDid, False)
if inProgress is True:
log.debug(f'registerFromIdent {iMsg.personDid}: '
f'authentication in progress')
return
self._didAuthInp[personDid] = True
try:
mType, stat = await self.app.rscAnalyzer(iMsg.iphandleqrpngcid)
except Exception:
log.debug('Cannot stat QR: {}'.format(iMsg.iphandleqrpngcid))
self._didAuthInp[personDid] = False
return
else:
statInfo = StatInfo(stat)
if not statInfo.valid or statInfo.dataLargerThan(
kilobytes(512)) or not mType or not mType.isImage:
log.debug('Invalid stat for QR: {}'.format(
iMsg.iphandleqrpngcid))
self._didAuthInp[personDid] = False
return
if not await self.validateQr(
iMsg.iphandleqrpngcid, iMsg) is True:
log.debug('Invalid QR: {}'.format(iMsg.iphandleqrpngcid))
peerValidated = False
self._didAuthInp[personDid] = False
return
else:
log.debug('Ident QR {qr} for {peer} seems valid'.format(
qr=iMsg.iphandleqrpngcid, peer=iMsg.peer))
peerValidated = True
await ipfsop.ctx.pin(iMsg.iphandleqrpngcid)
# Load the IPID
loadAttempts = cGet('peers.didLoadAttempts')
for attempt in range(0, loadAttempts):
ipid = await self.app.ipidManager.load(
personDid,
localIdentifier=(iMsg.peer == ipfsop.ctx.node.id)
)
if ipid:
break
if not ipid:
log.debug(f'Cannot load DID: {personDid}')
self._didAuthInp[personDid] = False
return
async with self.lock.writer_lock:
piCtx = self.getByHandle(iMsg.iphandle)
if not piCtx:
log.debug(f'Creating new PeerIdentityCtx for '
f'{iMsg.iphandle} ({personDid})')
piCtx = PeerIdentityCtx(
self.ctx, iMsg.peer, iMsg.iphandle,
ipid,
validated=peerValidated
)
ipid.sChanged.connectTo(partialEnsure(
self.onPeerDidModified, piCtx))
piCtx.sStatusChanged.connectTo(partialEnsure(
self.peerModified.emit, piCtx))
piCtx.ident = iMsg
if not piCtx.authFailedRecently:
ensure(self.didPerformAuth(piCtx, iMsg))
self._byHandle[iMsg.iphandle] = piCtx
else:
# This peer is already registered in the network graph
# What we ought to do here is just to refresh the DID document
async with self.lock.writer_lock:
piCtx = self.getByHandle(iMsg.iphandle)
if piCtx:
self._byPeerId[piCtx.peerId] = piCtx
piCtx.ident = iMsg
await piCtx.ipid.refresh()
await self.peerModified.emit(piCtx)
await self.changed.emit()
async def open(self,
ipfsop,
pathRef,
mimeType=None,
openingFrom=None,
pyramidOrigin=None,
minWebProfile='ipfs',
schemePreferred=None,
tryDecrypt=False,
fromEncrypted=False,
editObject=False,
pin=False,
burnAfterReading=False,
useWorkspace=None):
"""
Open the resource referenced by rscPath according
to its MIME type
:param pathRef: IPFS object's path (can be str or IPFSPath)
:param openingFrom str: UI component making the open request
:param minWebProfile str: Minimum Web profile to use
:param tryDecrypt bool: Try to decrypt the object or not
:param editObject bool: Set Text Editor in edit mode for text files
:param MIMEType mimeType: MIME type
"""
ipfsPath = None
statInfo = None
if isinstance(pathRef, IPFSPath):
ipfsPath = pathRef
elif isinstance(pathRef, str):
url = QUrl(pathRef)
if isEnsUrl(url):
return self.openEnsUrl(url, pin=pin)
if isUrlSupported(url):
return self.openUrl(url)
ipfsPath = IPFSPath(pathRef, autoCidConv=True)
else:
raise ValueError(f'Invalid input value: {pathRef}')
if not ipfsPath.valid:
return False
rscPath = ipfsPath.objPath
if self.app.mainWindow.pinAllGlobalChecked:
ensure(
ipfsop.ctx.pinner.queue(rscPath, False, None, qname='default'))
rscShortName = ipfsPath.shortRepr()
if ipfsPath.isIpfs:
# Try to reuse metadata from the multihash store
rscMeta = await self.app.multihashDb.get(rscPath)
if rscMeta:
cachedMime = rscMeta.get('mimetype')
cachedStat = rscMeta.get('stat')
if cachedMime:
mimeType = MIMEType(cachedMime)
if cachedStat:
statInfo = StatInfo(cachedStat)
wsSwitch = True
mtConfig = self.cObjectOpener.mimeTypes.default
if mimeType is None:
ltBefore = loopTime()
mimeType = await detectMimeType(rscPath)
spent = loopTime() - ltBefore
if spent > mtConfig.slowObjectTimer:
# We won't switch workspaces
wsSwitch = False
if mimeType and mimeType.valid:
logUser.info('{path} ({type}): opening'.format(path=rscPath,
type=str(mimeType)))
else:
logUser.info(iResourceCannotOpen(rscPath))
return
hashmark = await hashmarksByPath(rscPath)
if hashmark and not useWorkspace:
await hashmark._fetch_all()
useWorkspace = self.app.mainWindow.stack.wsHashmarkTagRulesRun(
hashmark)
if mimeType == mimeTypeDagUnknown:
indexPath = ipfsPath.child('index.html')
stat = await ipfsop.objStat(indexPath.objPath, timeout=8)
if stat:
# Browse the index
return self.app.mainWindow.addBrowserTab(
minProfile=minWebProfile, pinBrowsed=pin).browseFsPath(
indexPath, schemePreferred=schemePreferred)
# Otherwise view the DAG
view = DAGViewer(rscPath, self.app.mainWindow)
self.app.mainWindow.registerTab(view,
iDagViewer(),
current=True,
icon=getIcon('ipld.png'),
tooltip=rscPath)
return
if mimeType.type == 'application/octet-stream' and not fromEncrypted:
# Try to decode it with our key if it's a small file
if statInfo is None:
statInfo = StatInfo(await ipfsop.objStat(rscPath, timeout=5))
profile = ipfsop.ctx.currentProfile
if profile and statInfo.valid and \
(statInfo.dataSmallerThan(megabytes(8)) or tryDecrypt):
data = await ipfsop.catObject(ipfsPath.objPath, timeout=30)
if not data:
# XXX
return
decrypted = await profile.rsaAgent.decrypt(data)
if decrypted:
#
# "Good evening, 007"
#
# Create a short-lived IPFS offline file (not announced)
# with the decrypted content and open it
#
logUser.info('{path}: RSA OK'.format(path=rscPath))
# This one won't be announced or pinned
entry = await ipfsop.addBytes(decrypted,
offline=True,
pin=False)
if not entry:
logUser.info(
'{path}: cannot import decrypted file'.format(
path=rscPath))
return
# Open the decrypted file
return ensure(
self.open(entry['Hash'],
fromEncrypted=True,
burnAfterReading=True))
else:
logUser.debug(
'{path}: decryption impossible'.format(path=rscPath))
if mimeType.isText or editObject:
tab = TextEditorTab(parent=self.app.mainWindow,
editing=editObject,
pyramidOrigin=pyramidOrigin)
tab.editor.display(ipfsPath)
self.objectOpened.emit(ipfsPath)
return self.app.mainWindow.registerTab(
tab,
rscShortName,
icon=getMimeIcon('text/x-generic'),
tooltip=rscPath,
current=True,
workspace=WS_EDIT)
if mimeType.isImage or mimeType.isAnimation:
tab = ImageViewerTab(self.app.mainWindow)
ensure(tab.view.showImage(rscPath))
self.objectOpened.emit(ipfsPath)
return self.app.mainWindow.registerTab(
tab,
rscShortName,
icon=getMimeIcon('image/x-generic'),
tooltip=rscPath,
current=True)
if mimeType.isVideo or mimeType.isAudio:
tab = self.app.mainWindow.getMediaPlayer()
if tab:
tab.playFromPath(rscPath)
return
if mimeType == 'application/pdf' and 0: # not usable yet
tab = WebTab(self.app.mainWindow)
tab.attach(DWebView(page=PDFViewerPage(rscPath)))
self.objectOpened.emit(ipfsPath)
return self.app.mainWindow.registerTab(
tab,
rscShortName,
icon=getMimeIcon('application/pdf'),
tooltip=rscPath,
current=True)
if mimeType.isHtml:
self.objectOpened.emit(ipfsPath)
return self.app.mainWindow.addBrowserTab(
minProfile=minWebProfile,
pinBrowsed=pin,
workspace=useWorkspace,
wsSwitch=wsSwitch).browseFsPath(
ipfsPath, schemePreferred=schemePreferred)
if mimeType.isDir:
indexPath = ipfsPath.child('index.html')
stat = await ipfsop.objStat(indexPath.objPath, timeout=8)
if stat:
self.objectOpened.emit(ipfsPath)
return self.app.mainWindow.addBrowserTab(
minProfile=minWebProfile,
pinBrowsed=pin,
workspace=useWorkspace,
wsSwitch=wsSwitch).browseFsPath(
ipfsPath, schemePreferred=schemePreferred)
else:
return await self.app.mainWindow.exploreIpfsPath(ipfsPath)
if mimeType.isBitTorrent:
wStack = self.app.mainWindow.stack
with wStack.workspaceCtx(WS_FILES, show=True) as ws:
btClient = await ws.getTorrentClient()
return await btClient.addTorrentFromIpfs(ipfsPath)
if openingFrom in ['filemanager', 'qa', 'didlocal']:
await self.needUserConfirm.emit(ipfsPath, mimeType, True)
else:
await self.needUserConfirm.emit(ipfsPath, mimeType, False)
async def analyzeFeed(self, ipfsop):
statInfo = StatInfo(self.item.stat)
if statInfo.valid and not statInfo.dataLargerThan(megabytes(4)):
pass
async def registerFromIdent(self, op, iMsg):
# iMsg is a PeerIdentMessage
if iMsg.peer not in self.byPeerId:
peerValidated = False
now = int(time.time())
avgPing = await op.waitFor(op.pingAvg(iMsg.peer, count=2), 5)
personDid = iMsg.personDid
if not ipidFormatValid(personDid):
log.debug('Invalid DID: {}'.format(personDid))
return
try:
mType, stat = await self.app.rscAnalyzer(iMsg.iphandleqrpngcid)
except Exception:
log.debug('Invalid QR: {}'.format(iMsg.iphandleqrpngcid))
else:
statInfo = StatInfo(stat)
if not statInfo.valid or statInfo.dataLargerThan(
kilobytes(512)) or not mType or not mType.isImage:
log.debug('Invalid stat for QR: {}'.format(
iMsg.iphandleqrpngcid))
return
if not await self.validateQr(
iMsg.iphandleqrpngcid, iMsg) is True:
log.debug('Invalid QR: {}'.format(iMsg.iphandleqrpngcid))
peerValidated = False
else:
log.debug('Ident QR {qr} for {peer} seems valid'.format(
qr=iMsg.iphandleqrpngcid, peer=iMsg.peer))
peerValidated = True
ensure(op.ctx.pin(iMsg.iphandleqrpngcid))
# Load the IPID
ipid = await self.app.ipidManager.load(
personDid,
initialCid=iMsg.personDidCurCid,
track=True
)
if not ipid:
log.debug('Cannot load DID: {}'.format(personDid))
return
async with self.lock:
pCtx = PeerCtx(self.ctx, iMsg.peer, iMsg, ipid,
pingavg=avgPing if avgPing else 0,
pinglast=now if avgPing else 0,
validated=peerValidated
)
ipid.sChanged.connectTo(partialEnsure(
self.onPeerDidModified, pCtx))
pCtx.sInactive.connectTo(self.onUnresponsivePeer)
ensure(self.didPerformAuth(pCtx))
self._byPeerId[iMsg.peer] = pCtx
ensureLater(60, pCtx.watch)
await self.peerAdded.emit(iMsg.peer)
else:
# This peer is already registered
# What we ought to do here is just to refresh the DID document
async with self.lock:
pCtx = self.getByPeerId(iMsg.peer)
if pCtx:
log.debug('Updating ident for peer {}'.format(iMsg.peer))
pCtx.ident = iMsg
log.debug('Refreshing DID: {}'.format(pCtx.ipid))
await pCtx.ipid.refresh()
await self.peerModified.emit(iMsg.peer)
await self.changed.emit()