def get( self, linkKeyStr ):
logging.debug( 'getBudget.GetBudget() linkKeyStr=' + linkKeyStr )
# Collect inputs
httpRequestId = os.environ.get( conf.REQUEST_LOG_ID )
responseData = { 'success':False, 'httpRequestId':httpRequestId }
cookieData = httpServer.validate( self.request, self.request.GET, responseData, self.response, idRequired=False )
userId = cookieData.id()
# Retrieve and check linkKey
linkKeyRecord = linkKey.LinkKey.get_by_id( linkKeyStr )
if (linkKeyRecord is None) or (linkKeyRecord.destinationType != conf.BUDGET_CLASS_NAME):
return httpServer.outputJson( cookieData, responseData, self.response, errorMessage=conf.BAD_LINK )
budgetId = linkKeyRecord.destinationId
# Retrieve Budget by id, filter/transform fields for display.
budgetRecord = budget.Budget.get_by_id( int(budgetId) )
logging.debug( 'GetBudgetData() budgetRecord=' + str(budgetRecord) )
budgetDisp = httpServerBudget.budgetToDisplay( budgetRecord, userId )
logging.debug( 'GetBudgetData() budgetDisp=' + str(budgetDisp) )
linkKeyDisplay = httpServer.linkKeyToDisplay( linkKeyRecord )
# Store budget to user's recent (cookie).
user.storeRecentLinkKey( linkKeyStr, cookieData )
# Display budget data.
responseData = { 'success':True , 'linkKey':linkKeyDisplay , 'budget':budgetDisp }
httpServer.outputJson( cookieData, responseData, self.response )
def createAndStoreLinkKey(destClassName, destinationId, loginRequired,
cookieData):
linkKeyString = linkKey.createLinkKey()
logging.debug('linkKeyString={}'.format(linkKeyString))
linkKeyRecord = linkKey.LinkKey(id=linkKeyString,
destinationType=destClassName,
destinationId=destinationId,
loginRequired=loginRequired)
linkKeyRecordKey = linkKeyRecord.put()
user.storeRecentLinkKey(linkKeyString, cookieData)
return linkKeyRecord
def get(self, linkKeyStr, questionId):
logging.debug('GetQuestion.get() linkKeyStr=' + str(linkKeyStr) +
' questionId=' + str(questionId))
# Collect inputs.
httpRequestId = os.environ.get(conf.REQUEST_LOG_ID)
responseData = {'success': False, 'httpRequestId': httpRequestId}
cookieData = httpServer.validate(self.request,
self.request.GET,
responseData,
self.response,
idRequired=False)
userId = cookieData.id()
# Retrieve and check linkKey.
linkKeyRecord = linkKey.LinkKey.get_by_id(linkKeyStr)
if (linkKeyRecord is None) or (linkKeyRecord.destinationType !=
conf.SURVEY_CLASS_NAME):
return httpServer.outputJson(cookieData,
responseData,
self.response,
errorMessage=conf.BAD_LINK)
surveyId = linkKeyRecord.destinationId
# Retrieve Question by id, filter/transform fields for display.
questionRecord = question.Question.get_by_id(int(questionId))
logging.debug('GetQuestion.get() questionRecord=' +
str(questionRecord))
if questionRecord.surveyId != surveyId:
return httpServer.outputJson(
cookieData,
responseData,
self.response,
errorMessage='questionRecord.surveyId != surveyId')
questionDisp = httpServerAutocomplete.questionToDisplay(
questionRecord, userId)
logging.debug('GetQuestion.get() questionDisp=' + str(questionDisp))
# Store question to user's recent (cookie).
user.storeRecentLinkKey(linkKeyStr, cookieData)
# Display question data.
responseData = {'success': True, 'question': questionDisp}
httpServer.outputJson(cookieData, responseData, self.response)
def get(self, linkKeyStr, proposalId):
logging.debug('getProposalData.GetProposalData() linkKeyStr=' +
linkKeyStr + ' proposalId=' + str(proposalId))
# Collect inputs.
onlyTopReasons = (self.request.get('onlyTop', None) == 'true')
logging.debug('onlyTopReasons=' + str(onlyTopReasons))
httpRequestId = os.environ.get(conf.REQUEST_LOG_ID)
responseData = {'success': False, 'httpRequestId': httpRequestId}
cookieData = httpServer.validate(self.request,
self.request.GET,
responseData,
self.response,
idRequired=False)
userId = cookieData.id()
# Retrieve and check linkKey.
linkKeyRecord = linkKey.LinkKey.get_by_id(linkKeyStr)
requestId = None
if linkKeyRecord is None:
logging.debug('linkKeyRecord is None')
return httpServer.outputJson(cookieData,
responseData,
self.response,
errorMessage=conf.BAD_LINK)
elif linkKeyRecord.destinationType == conf.PROPOSAL_CLASS_NAME:
proposalId = linkKeyRecord.destinationId
elif linkKeyRecord.destinationType == conf.REQUEST_CLASS_NAME:
requestId = linkKeyRecord.destinationId
else:
logging.debug('linkKeyRecord has unhandled destinationType=' +
str(linkKeyRecord.destinationType))
return httpServer.outputJson(cookieData,
responseData,
self.response,
errorMessage=conf.BAD_LINK)
# Retrieve Proposal by id, filter/transform fields for display.
proposalRecord = proposal.Proposal.get_by_id(int(proposalId))
logging.debug('GetProposalData() proposalRecord=' +
str(proposalRecord))
if proposalRecord.requestId != requestId:
logging.debug('proposalRecord.requestId=' +
str(proposalRecord.requestId) + ' != requestId=' +
str(requestId))
return httpServer.outputJson(cookieData,
responseData,
self.response,
errorMessage=conf.BAD_LINK)
proposalDisp = httpServer.proposalToDisplay(proposalRecord, userId)
logging.debug('GetProposalData() proposalDisp=' + str(proposalDisp))
# Prepare parallel retrieve reasons, with votes.
if onlyTopReasons:
reasonRecordsFutures = reason.retrieveTopReasonsAsync(
proposalId, conf.MAX_TOP_REASONS)
else:
reasonRecordsFutures = [
reason.Reason.query(
reason.Reason.proposalId == proposalId).fetch_async()
]
# If userId exists... retrieve user's ReasonVotes by KeyProperty proposalId x userId.
voteRecordsFuture = reasonVote.ReasonVote.query(
reasonVote.ReasonVote.proposalId == proposalId,
reasonVote.ReasonVote.userId
== userId).fetch_async() if userId else None
# Run parallel retrieval. Filter/transform fields for display.
linkKeyDisplay = httpServer.linkKeyToDisplay(linkKeyRecord)
logging.debug('GetProposalData() linkKeyDisplay=' +
str(linkKeyDisplay))
reasonRecords = reason.fetchReasonRecordsFutures(reasonRecordsFutures)
logging.debug('GetProposalData() reasonRecords=' + str(reasonRecords))
reasonDisps = [
httpServer.reasonToDisplay(r, userId) for r in reasonRecords
]
logging.debug('GetProposalData() reasonDisps=' + str(reasonDisps))
voteRecords = voteRecordsFuture.get_result(
) if voteRecordsFuture else None
logging.debug('GetProposalData() voteRecords=' + str(voteRecords))
# For each reason... lookup user vote ... set reason.myVote
reasonToVoteRec = {v.reasonId: v
for v in voteRecords} if voteRecords else {}
logging.debug('GetProposalData() reasonToVoteRec=' +
str(reasonToVoteRec))
for r in reasonDisps:
voteRec = reasonToVoteRec.get(r['id'])
r['myVote'] = voteRec.voteUp if voteRec else False
# Store proposal to user's recent (cookie).
user.storeRecentLinkKey(linkKeyStr, cookieData)
# Display proposal data.
responseData = {
'success': True,
'linkKey': linkKeyDisplay,
'proposal': proposalDisp,
'reasons': reasonDisps,
}
logging.debug(
'GetProposalData() responseData=' +
json.dumps(responseData, indent=4, separators=(', ', ':')))
httpServer.outputJson(cookieData, responseData, self.response)
def get(self, linkKeyStr):
logging.debug('linkKeyStr=' + linkKeyStr)
# Collect inputs
cursor = self.request.get('cursor', None)
cursor = Cursor(urlsafe=cursor) if cursor else None
getReasons = (self.request.get('getReasons', 'true') == 'true')
logging.debug('getReasons=' + str(getReasons))
httpRequestId = os.environ.get(conf.REQUEST_LOG_ID)
responseData = {'success': False, 'httpRequestId': httpRequestId}
cookieData = httpServer.validate(self.request,
self.request.GET,
responseData,
self.response,
idRequired=False)
userId = cookieData.id()
# Retrieve requestId from linkKey. destinationType must be RequestForProposals.
linkKeyRecord = linkKey.LinkKey.get_by_id(linkKeyStr)
logging.debug('GetRequestData.get() linkKeyRecord=' +
str(linkKeyRecord))
if (linkKeyRecord == None) or (linkKeyRecord.destinationType !=
conf.REQUEST_CLASS_NAME):
return httpServer.outputJson(cookieData,
responseData,
self.response,
errorMessage=conf.BAD_LINK)
# Retrieve RequestForProposal by id, filter/transform fields for display.
requestId = linkKeyRecord.destinationId
requestRecordFuture = requestForProposals.RequestForProposals.get_by_id_async(
int(requestId))
requestRecord = requestRecordFuture.get_result(
) if requestRecordFuture else None
logging.debug('GetRequestData.get() userId=' + str(userId) +
' requestRecord.creator=' + str(requestRecord.creator))
# If userId exists... async-retrieve user's ReasonVotes by KeyProperty requestId x userId.
voteRecordsFuture = None
if getReasons and userId:
voteRecordsFuture = reasonVote.ReasonVote.query(
reasonVote.ReasonVote.requestId == requestId,
reasonVote.ReasonVote.userId == userId).fetch_async()
# Retrieve Proposals by KeyProperty requestId
# Get all data up to current page maximum length. + Refreshes earlier proposal data.
maxProposals = const.INITIAL_MAX_PROPOSALS
proposalRecords, cursor, hasMore = proposal.retrieveTopProposals(
requestId, maxProposals, cursor=cursor)
cursor = cursor.urlsafe() if cursor else None
# Async-retrieve top N reasons per proposal, equal number of pro/con reasons
reasonRecordsFutures = []
if getReasons:
for proposalRec in proposalRecords:
maxReasonsPerType = conf.MAX_TOP_REASONS / 2
proRecordsFuture, conRecordsFuture = reason.retrieveTopReasonsAsync(
proposalRec.key.id(), maxReasonsPerType)
reasonRecordsFutures.append(proRecordsFuture)
reasonRecordsFutures.append(conRecordsFuture)
# Wait for parallel retrievals
logging.debug('GetRequestData.get() requestRecord=' +
str(requestRecord))
reasonRecords = []
for reasonRecordsFuture in reasonRecordsFutures:
reasonRecordsForProp, cursor, hasMore = reasonRecordsFuture.get_result(
)
logging.debug('GetRequestData.get() reasonRecordsForProp=' +
str(reasonRecordsForProp))
reasonRecords.extend(reasonRecordsForProp)
reasonRecords = sorted(reasonRecords, key=lambda r: -r.score)
logging.debug('GetRequestData.get() reasonRecords=' +
str(reasonRecords))
voteRecords = voteRecordsFuture.get_result(
) if voteRecordsFuture else []
logging.debug('GetRequestData.get() voteRecords=' + str(voteRecords))
# Transform records for display.
linkKeyDisp = httpServer.linkKeyToDisplay(linkKeyRecord)
logging.debug('GetRequestData.get() linkKeyDisp=' + str(linkKeyDisp))
requestDisp = httpServer.requestToDisplay(requestRecord, userId)
logging.debug('GetRequestData.get() requestDisp=' + str(requestDisp))
proposalDisps = [
httpServer.proposalToDisplay(p,
userId,
requestRecord=requestRecord)
for p in proposalRecords
]
logging.debug('GetRequestData.get() proposalDisps=' +
str(proposalDisps))
reasonDisps = [
httpServer.reasonToDisplay(r, userId) for r in reasonRecords
]
logging.debug('GetRequestData.get() reasonDisps=' + str(reasonDisps))
# For each reason... collect user vote in reason.myVote
reasonToVoteRec = {v.reasonId: v
for v in voteRecords} if voteRecords else {}
logging.debug('GetRequestData.get() reasonToVoteRec=' +
str(reasonToVoteRec))
for r in reasonDisps:
voteRec = reasonToVoteRec.get(r['id'])
r['myVote'] = voteRec.voteUp if voteRec else False
# Store request to user's recent requests (cookie).
user.storeRecentLinkKey(linkKeyStr, cookieData)
# Display request data.
responseData = {
'success': True,
'linkKey': linkKeyDisp,
'request': requestDisp,
'proposals': proposalDisps,
'reasons': reasonDisps,
'maxProposals': maxProposals,
'cursor': cursor,
}
logging.debug(
'GetRequestData.get() responseData=' +
json.dumps(responseData, indent=4, separators=(', ', ':')))
httpServer.outputJson(cookieData, responseData, self.response)
def get(self, linkKeyStr, proposalId):
if conf.isDev:
logging.debug('TopReasons.get() linkKeyStr=' + str(linkKeyStr) +
' proposalId=' + str(proposalId))
# Collect inputs
preview = self.request.get('preview', None) is not None
cursorPro = self.request.get('cursorPro', None)
cursorPro = Cursor(urlsafe=cursorPro) if cursorPro else None
cursorCon = self.request.get('cursorCon', None)
cursorCon = Cursor(urlsafe=cursorCon) if cursorCon else None
httpRequestId = os.environ.get(conf.REQUEST_LOG_ID)
responseData = {'success': False, 'httpRequestId': httpRequestId}
cookieData = httpServer.validate(self.request,
self.request.GET,
responseData,
self.response,
idRequired=False)
userId = cookieData.id()
# Retrieve top-level records
(linkKeyRecord, proposalRecord,
requestRecord) = retrieveRequestAndProposal(linkKeyStr, proposalId)
if not linkKeyRecord: return # Bad link
proposalId = str(proposalRecord.key.id())
# Retrieve reasons and vote, in parallel
voteRecordsFuture = reasonVote.ReasonVote.query(
reasonVote.ReasonVote.proposalId == proposalId,
reasonVote.ReasonVote.userId
== userId).fetch_async() if userId else None
maxReasonsPerType = (conf.MAX_TOP_REASONS / 2) if preview else 10
proRecordsFuture, conRecordsFuture = reason.retrieveTopReasonsAsync(
proposalId,
maxReasonsPerType,
cursorPro=cursorPro,
cursorCon=cursorCon)
proRecords, cursorPro, morePros = proRecordsFuture.get_result()
conRecords, cursorCon, moreCons = conRecordsFuture.get_result()
cursorPro = cursorPro.urlsafe() if cursorPro else None
cursorCon = cursorCon.urlsafe() if cursorCon else None
voteRecords = voteRecordsFuture.get_result(
) if voteRecordsFuture else None
# Filter/transform fields for display
linkKeyDisplay = httpServer.linkKeyToDisplay(linkKeyRecord)
proposalDisp = httpServer.proposalToDisplay(
proposalRecord, userId, requestRecord=requestRecord)
reasonDisps = [
httpServer.reasonToDisplay(r, userId)
for r in (proRecords + conRecords)
]
mergeReasonVotes(voteRecords, reasonDisps)
# Store request/proposal to user's recent (cookie)
user.storeRecentLinkKey(linkKeyStr, cookieData)
# Display proposal data
responseData = {
'success': True,
'linkKey': linkKeyDisplay,
'proposal': proposalDisp,
'reasons': reasonDisps,
'cursorPro': cursorPro,
'cursorCon': cursorCon
}
httpServer.outputJson(cookieData, responseData, self.response)