def getAggregateTagGroupsByImage(self, imageKey, isKey=True):
metadata = WebServiceArray()
try:
if (isKey):
image = Picture.objects.get(pk__exact=imageKey)
else:
image = imageKey
except (ObjectDoesNotExist, ValueError):
raise Errors.INVALID_IMAGE_KEY
if not image.readPermissions(self.user):
raise Errors.AUTHENTICATION
# initialize tagging APIs
tagGroupAPI = TagGroupAPI(self.limit, self.offset, self.user, self.fields, self.unlimited)
tagAPI = TagAPI(user=self.user, unlimited=True)
geneLinkAPI = GeneLinkAPI(user=self.user, unlimited=True)
tagGroups = tagGroupAPI.getTagGroupsByImage(image, False).getObject()
for group in tagGroups:
tags = tagAPI.getTagsByTagGroup(group['id']).getObject()
for tag in tags:
geneLinks = geneLinkAPI.getGeneLinksByTag(tag['id']).getObject()
tag['geneLinks'] = geneLinks
group['tags'] = tags
metadata.setObject(tagGroups)
return metadata
def getOrganisms(self, organisms):
metadata = WebServiceArray()
candidates = []
# search for each organism
for organism in organisms:
orgCandidates = Organism.objects.filter(common_name=organism)
species = organism.split(None, 1)
if len(species) > 1:
species = species[1]
else:
species = species[0]
orgCandidates = orgCandidates | Organism.objects.filter(species=species)
if orgCandidates:
candidates.extend(orgCandidates)
closedSet = set()
for candidate in candidates:
if not candidate.pk in closedSet:
metadata.put(LimitDict(self.fields, {
'id' : candidate.pk,
'commonName' : candidate.common_name,
'abbreviation' : candidate.abbreviation,
'genus' : candidate.genus,
'species' : candidate.species
}))
closedSet.add(candidate.pk)
return metadata
def getImageMetadata(self):
metadata = WebServiceArray()
if self.user and self.user.is_authenticated():
if self.unlimited:
allowedImages = (
Picture.objects.filter(isPrivate=False)
| Picture.objects.filter(user__exact=self.user,
isPrivate=True))[self.offset:]
else:
allowedImages = (Picture.objects.filter(isPrivate=False)
| Picture.objects.filter(
user__exact=self.user,
isPrivate=True))[self.offset:self.offset +
self.limit]
else:
if self.unlimited:
allowedImages = Picture.objects.filter(
isPrivate=False)[self.offset:]
else:
allowedImages = Picture.objects.filter(
isPrivate=False)[self.offset:self.offset + self.limit]
imageMetadataAPI = ImageMetadataAPI(self.user, self.fields)
for image in allowedImages:
metadata.put(
imageMetadataAPI.getImageMetadata(image, False).getObject())
return metadata
def getTagGroupsByImage(self, imageKey, isKey=True):
metadata = WebServiceArray()
try:
if (isKey):
image = Picture.objects.get(pk__exact=imageKey)
else:
image = imageKey
except (ObjectDoesNotExist, ValueError):
raise Errors.INVALID_IMAGE_KEY
if not image.readPermissions(self.user):
raise Errors.AUTHENTICATION
# get all duplicate image instances with ImageName
images = Picture.objects.filter(imageName__exact=image.imageName)
for imageID in images:
if self.unlimited:
groups = TagGroup.objects.filter(
picture__exact=imageID)[self.offset:]
else:
groups = TagGroup.objects.filter(
picture__exact=imageID)[self.offset:self.offset +
self.limit]
for group in groups:
if group.readPermissions(self.user):
metadata.put(
LimitDict(
self.fields, {
'id':
group.pk,
'user':
group.user.username,
'name':
group.name,
'dateCreated':
group.dateCreated.strftime(
"%Y-%m-%d %H:%M:%S"),
'lastModified':
group.lastModified.strftime(
"%Y-%m-%d %H:%M:%S"),
'imageId':
group.picture.pk,
'isPrivate':
group.isPrivate
}))
return metadata
def getGeneLinksByTag(self, tagKey, isKey=True):
metadata = WebServiceArray()
try:
if isKey:
tag = Tag.objects.get(pk__exact=tagKey)
else:
tag = tagKey
except (ObjectDoesNotExist, ValueError):
raise Errors.INVALID_TAG_KEY
if not tag.readPermissions(self.user):
raise Errors.AUTHENTICATION
if (self.unlimited):
geneLinks = GeneLink.objects.filter(
tag__exact=tag).order_by('pk')[self.offset:]
else:
geneLinks = GeneLink.objects.filter(
tag__exact=tag).order_by('pk')[self.offset:self.offset +
self.limit]
for geneLink in geneLinks:
if geneLink.readPermissions(self.user):
metadata.put(
LimitDict(
self.fields, {
'id':
geneLink.pk,
'user':
geneLink.user.username,
'tagId':
tag.pk,
'feature':
LimitDict(
self.fields, {
'uniqueName':
geneLink.feature.uniquename,
'name':
geneLink.feature.name,
'allele':
geneLink.allele,
'organismId':
geneLink.feature.organism.organism_id
})
}))
return metadata
def getTagsByImage(self, imageKey, isKey=True):
metadata = WebServiceArray()
try:
if isKey:
image = Picture.objects.get(pk__exact=imageKey)
else:
image = imageKey
except (ObjectDoesNotExist, ValueError):
raise Errors.INVALID_IMAGE_KEY
if not image.readPermissions(self.user):
raise Errors.AUTHENTICATION
tagGroups = TagGroup.objects.filter(picture__exact=image)
if self.unlimited:
tags = Tag.objects.filter(
group__in=tagGroups).order_by('pk')[self.offset:]
else:
tags = Tag.objects.filter(
group__in=tagGroups).order_by('pk')[self.offset:self.offset +
self.limit]
for tag in tags:
if tag.readPermissions(self.user):
tagPoints = TagPoint.objects.filter(
tag__exact=tag).order_by('rank')
points = []
for tagPoint in tagPoints:
points.append([tagPoint.pointX, tagPoint.pointY])
color = [tag.color.red, tag.color.green, tag.color.blue]
metadata.put(
LimitDict(
self.fields, {
'id': tag.pk,
'user': tag.user.username,
'color': color,
'points': points,
'name': tag.name
}))
return metadata
def getTags(self):
metadata = WebServiceArray()
if (self.user and self.user.is_authenticated()):
images = Picture.objects.filter(
isPrivate=False) | Picture.objects.filter(
user__exact=self.user, isPrivate=True)
else:
images = Picture.objects.filter(isPrivate=False)
tagGroups = TagGroup.objects.filter(picture__in=images)
if (self.unlimited):
tags = Tag.objects.filter(
group__in=tagGroups).order_by('pk')[self.offset:]
else:
tags = Tag.objects.filter(
group__in=tagGroups).order_by('pk')[self.offset:self.offset +
self.limit]
for tag in tags:
if tag.readPermissions(self.user):
tagPoints = TagPoint.objects.filter(
tag__exact=tag).order_by('rank')
points = []
for tagPoint in tagPoints:
points.append([tagPoint.pointX, tagPoint.pointY])
color = [tag.color.red, tag.color.green, tag.color.blue]
metadata.put(
LimitDict(
self.fields, {
'id': tag.pk,
'user': tag.user.username,
'color': color,
'points': points,
'name': tag.name
}))
return metadata
def getAggregateTagGroups(self):
metadata = WebServiceArray()
# initialize tagging APIs
tagGroupAPI = TagGroupAPI(self.limit, self.offset, self.user, self.fields, self.unlimited)
tagAPI = TagAPI(user=self.user, unlimited=True)
geneLinkAPI = GeneLinkAPI(user=self.user, unlimited=True)
tagGroups = tagGroupAPI.getTagGroups().getObject()
for group in tagGroups:
tags = tagAPI.getTagsByTagGroup(group['id']).getObject()
for tag in tags:
geneLinks = geneLinkAPI.getGeneLinksByTag(tag['id']).getObject()
tag['geneLinks'] = geneLinks
group['tags'] = tags
metadata.setObject(tagGroups)
return metadata
def getGeneLinksByImage(self, imageKey, isKey=True):
metadata = WebServiceArray()
try:
if isKey:
image = TagGroup.objects.get(pk__exact=imageKey)
else:
image = imageKey
except (ObjectDoesNotExist, ValueError):
raise Errors.INVALID_IMAGE_KEY
if not image.readPermissions(self.user):
raise Errors.AUTHENTICATION
tagGroups = TagGroup.objects.filter(picture__exact=image)
tags = Tag.objects.filter(group__in=tagGroups)
if (self.unlimited):
geneLinks = GeneLink.objects.filter(
tag__in=tags).order_by('pk')[self.offset:]
else:
geneLinks = GeneLink.objects.filter(
tag__in=tags).order_by('pk')[self.offset:self.offset +
self.limit]
for geneLink in geneLinks:
if geneLink.readPermissions(self.user):
metadata.put(
LimitDict(
self.fields, {
'id': geneLink.pk,
'user': geneLink.user.username,
'tagId': geneLink.tag.pk,
'uniquename': geneLink.feature.uniquename,
'name': geneLink.feature.name,
'allele': geneLink.allele,
'organismId': geneLink.feature.organism.organism_id
}))
return metadata
def getGeneLinksByTagGroup(self, tagGroupKey, isKey=True):
metadata = WebServiceArray()
try:
if isKey:
tagGroup = TagGroup.objects.get(pk__exact=tagGroupKey)
else:
tagGroup = tagGroupKey
except (ObjectDoesNotExist, ValueError):
raise Errors.NO_TAG_GROUP_KEY
if not tagGroup.readPermissions(self.user):
raise Errors.AUTHENTICATION
tags = Tag.objects.filter(group__exact=tagGroup)
if (self.unlimited):
geneLinks = GeneLink.objects.filter(
tag__in=tags).order_by('pk')[self.offset:]
else:
geneLinks = GeneLink.objects.filter(
tag__in=tags).order_by('pk')[self.offset:self.offset +
self.limit]
for geneLink in geneLinks:
if geneLink.readPermissions(self.user):
metadata.put(
LimitDict(
self.fields, {
'id': geneLink.pk,
'user': geneLink.user.username,
'tagId': geneLink.tag.pk,
'uniquename': geneLink.feature.uniquename,
'name': geneLink.feature.name,
'organismId':
geneLink.feature.organism.organism_id,
}))
return metadata
def getTagGroups(self):
metadata = WebServiceArray()
if self.user and self.user.is_authenticated():
images = Picture.objects.filter(
isPrivate=False) | Picture.objects.filter(
user__exact=self.user, isPrivate=True)
else:
images = Picture.objects.filter(isPrivate=False)
if self.unlimited:
groups = TagGroup.objects.filter(picture__in=images)[self.offset:]
else:
groups = TagGroup.objects.filter(
picture__in=images)[self.offset:self.offset + self.limit]
for group in groups:
if group.readPermissions(self.user):
metadata.put(
LimitDict(
self.fields, {
'id':
group.pk,
'user':
group.user.username,
'name':
group.name,
'dateCreated':
group.dateCreated.strftime("%Y-%m-%d %H:%M:%S"),
'lastModified':
group.lastModified.strftime("%Y-%m-%d %H:%M:%S"),
'imageId':
group.picture.pk,
'isPrivate':
group.isPrivate
}))
return metadata
def getGeneLinks(self):
metadata = WebServiceArray()
if self.user and self.user.is_authenticated():
images = Picture.objects.filter(
isPrivate=False) | Picture.objects.filter(
user__exact=self.user, isPrivate=True)
else:
images = Picture.objects.filter(isPrivate=False)
tagGroups = TagGroup.objects.filter(picture__in=images)
tags = Tag.objects.filter(group__in=tagGroups)
if self.unlimited:
geneLinks = GeneLink.objects.filter(
tag__in=tags).order_by('pk')[self.offset:]
else:
geneLinks = GeneLink.objects.filter(
tag__in=tags).order_by('pk')[self.offset:self.offset +
self.limit]
for geneLink in geneLinks:
if geneLink.readPermissions(self.user):
metadata.put(
LimitDict(
self.fields, {
'id': geneLink.pk,
'user': geneLink.user.username,
'tagId': geneLink.tag.pk,
'uniquename': geneLink.feature.uniquename,
'name': geneLink.feature.name,
'allele': geneLink.allele,
'organismId': geneLink.feature.organism.organism_id
}))
return metadata
def getImageMetadataForiSearch(self, query):
metadata = WebServiceArray()
imageMetadata = {}
# Image description
iDescImages = Picture.objects.filter(
description__icontains=query[0])[self.offset:self.offset +
self.limit]
# Image notes
iNoteImages = []
picturesIN = []
iNotes = PictureNotes.objects.filter(notes__icontains=query[0])
for note in iNotes:
pictureID = note.picture.pk
if pictureID not in picturesIN:
iNoteImages.extend(Picture.objects.filter(id__exact=pictureID))
picturesIN.append(pictureID)
iNoteImages = iNoteImages[self.offset:self.offset + self.limit]
# Gene name
gNameImages = []
picturesGN = []
pMgdbs = PictureMgdb.objects.filter(
locus_full_name__icontains=query[0])
for pMgdb in pMgdbs:
pictureID = pMgdb.picture.pk
if pictureID not in picturesGN:
gNameImages.extend(Picture.objects.filter(id__exact=pictureID))
picturesGN.append(pictureID)
gNameImages = gNameImages[self.offset:self.offset + self.limit]
# Gene Symbol
gSymbolImages = []
picturesGS = []
pMgdbs = PictureMgdb.objects.filter(locus_name__icontains=query[0])
for pMgdb in pMgdbs:
pictureID = pMgdb.picture.pk
if pictureID not in picturesGS:
gSymbolImages.extend(
Picture.objects.filter(id__exact=pictureID))
picturesGS.append(pictureID)
gSymbolImages = gSymbolImages[self.offset:self.offset + self.limit]
# Gene ID
gIDImages = []
pictureGIs = []
pIDs = PictureGeneID.objects.filter(gene_id__icontains=query[0])
for pID in pIDs:
pictureID = pID.picture.pk
if pictureID not in pictureGIs:
gIDImages.extend(Picture.objects.filter(id__exact=pictureID))
pictureGIs.append(pictureID)
gIDImages = gIDImages[self.offset:self.offset + self.limit]
imageMetadataAPI = ImageMetadataAPI(self.user, self.fields)
for image in iDescImages:
if imageMetadata.has_key(0):
imageMetadata[0]['images'].append(
imageMetadataAPI.getImageMetadata(image,
False).getObject())
else:
imageMetadata[0] = {
'images': [
imageMetadataAPI.getImageMetadata(image,
False).getObject()
]
}
for image in iNoteImages:
if imageMetadata.has_key(1):
imageMetadata[1]['images'].append(
imageMetadataAPI.getImageMetadata(image,
False).getObject())
else:
imageMetadata[1] = {
'images': [
imageMetadataAPI.getImageMetadata(image,
False).getObject()
]
}
for image in gNameImages:
if imageMetadata.has_key(2):
imageMetadata[2]['images'].append(
imageMetadataAPI.getImageMetadata(image,
False).getObject())
else:
imageMetadata[2] = {
'images': [
imageMetadataAPI.getImageMetadata(image,
False).getObject()
]
}
for image in gSymbolImages:
if imageMetadata.has_key(3):
imageMetadata[3]['images'].append(
imageMetadataAPI.getImageMetadata(image,
False).getObject())
else:
imageMetadata[3] = {
'images': [
imageMetadataAPI.getImageMetadata(image,
False).getObject()
]
}
for image in gIDImages:
if imageMetadata.has_key(4):
imageMetadata[4]['images'].append(
imageMetadataAPI.getImageMetadata(image,
False).getObject())
else:
imageMetadata[4] = {
'images': [
imageMetadataAPI.getImageMetadata(image,
False).getObject()
]
}
metadata.setObject(LimitDict(self.fields, imageMetadata))
return metadata