def createContent(self):
domainfilter = self.processInput(self.standardInputs['domain'])
nodefilter = self.processInput(self.standardInputs['node'])
contacts = map( lambda x: (x['activity'],x['activity']), model.getAnzaContacts() )
contactfilter = self.processInput(II('contact','Contact',II.DROPDOWN,options=contacts,allowBlank=True,blankVal=''))
#stgpool = self.processInput(self.standardInputs['stgpool'])
showDuplicatePools = self.processInput(II('dups','Include _DUP_',II.DROPDOWN,options=[('yes','Yes'),('','No')],allowBlank=True))
# Create node list table
self.nodeTable = nodeTable = TableController(self.req,'nodes','Nodes')
if not contactfilter:
nodeTable.addHeader(TH('contact', 'Contact',TH.TEXT,sorted=True))
nodeTable.addHeader(TH('node_name', 'Node Name',TH.TEXT,self.linkNode))
else:
nodeTable.addHeader(TH('node_name', 'Node Name',TH.TEXT,self.linkNode,sorted=True))
nodeTable.addHeader(TH('num_files', 'Number of Files',TH.NUMBER,dbOrder=False))
nodeTable.addHeader(TH('logical_total', 'Total Storage',TH.BYTES,dbOrder=False))
nodes = model.getNodes(
nodefilter=nodefilter,
domainfilter=domainfilter,
contactfilter=contactfilter,
orderby=nodeTable.getOrderBy()
)
for i in nodes:
i['logical_total'] = i.logical_bytes_arch+i.logical_bytes_bkup
i['num_files'] = i.num_files_bkup + i.num_files_arch
if showDuplicatePools == True:
i['logical_total'] += i.dup_logical_bytes_arch+i.dup_logical_bytes_bkup
i['num_files'] += i.dup_num_files_bkup + i.dup_num_files_arch
nodeTable.addRow(**i)
def createContent(self):
domainfilter = self.processInput(self.standardInputs['domain'])
nodefilter = self.processInput(self.standardInputs['node'])
contacts = map( lambda x: (x['contact'],'%s (%d)' % (x['contact'],x['count'])), model.getAnzaContacts() )
contactfilter = self.processInput(II('contact','Contact',II.DROPDOWN,options=contacts,allowBlank=True,blankVal=''))
start = self.processInput(self.standardInputs['startyesterday'])
end = self.processInput(self.standardInputs['endtoday'])
nodes = model.getNodes(
nodefilter=nodefilter,
domainfilter=domainfilter,
contactfilter=contactfilter
)
self.filespaces = {}
self.clientopts = {}
self.nodeList = []
self.domainList = {}
for i in nodes:
self.nodeList.append( i.node_name )
self.domainList[i.domain_name] = None
# Filespace and filespace graphs
self.filespaces[i.node_name] = filespaceTable = TableController(self.req,'filespaces_%s'%i.node_name,'Filespaces')
filespaceTable.addHeader(TH('filespace_name','Filespace Name',TH.TEXT))
filespaceTable.addHeader(TH('filespace_type', 'FS Type',TH.TEXT))
filespaceTable.addHeader(TH('backup_end', 'Last Backup',TH.DATE))
filespaceTable.addHeader(TH('capacity_bytes', 'Capacity',TH.BYTES,self.linkGraph))
filespaceTable.addHeader(TH('used_bytes', 'Used',TH.BYTES,self.linkGraph))
filespaceTable.addHeader(TH('logical_total', 'In Storage',TH.BYTES,dbOrder=False,sorted=True))
filespaces = model.getFilespaces(i.node_name,orderby=filespaceTable.getOrderBy())
for j in filespaces:
j['logical_total'] = j.logical_bytes_bkup+j.logical_bytes_arch
filespaceTable.addRow(**j)
# Optionsets
self.clientopts[i.node_name] = clientoptsTable = TableController(self.req,'clientopts_%s'%i.node_name,'Client Options Set',dbOrder=False)
clientoptsTable.addHeader(TH('seqnumber','Sequence', TH.NUMBER,sorted=True,sortDesc=False))
clientoptsTable.addHeader(TH('option_name','Option Name', TH.TEXT))
clientoptsTable.addHeader(TH('option_value','Value', TH.NUMBER))
clientopts = model.getClientopts(i.node_name)
for j in clientopts: clientoptsTable.addRow(**j)
copygroups = []
for i in self.domainList.keys():
copygroups += model.getCopygroups(domain_name=i)
# Lets construct a copygroup table
self.copygroups = copygroupTable = TableController(self.req,'copygroup','Copygroups',dbOrder=False)
copygroupTable.addHeader(TH('domain_name', 'Domain Name', TH.TEXT ))
copygroupTable.addHeader(TH('set_name', 'Set Name', TH.TEXT ))
copygroupTable.addHeader(TH('copygroup_name', 'Group Name', TH.TEXT ))
copygroupTable.addHeader(TH('destination', 'Destination', TH.TEXT ))
copygroupTable.addHeader(TH('verexists', 'Versions Data Exists', TH.TEXT ))
copygroupTable.addHeader(TH('verdeleted', 'Versions Data Deleted', TH.TEXT ))
copygroupTable.addHeader(TH('retextra', 'Retain Extra Versions', TH.TEXT ))
copygroupTable.addHeader(TH('retonly', 'Retain Only Version', TH.TEXT ))
for j in copygroups: copygroupTable.addRow(**j)
self.nodeList.sort()
def createContent(self):
update, user = self.processInputs(allowBlankUser=False)
updateNodes = StringToBool(self.getField('updateNodes'))
# checked="checked"
jsScript = '''<input class="checkbox" type="checkbox" name="_ALL_" onchange="SetAllCheckBoxes(this,this.checked);"/>'''
extraFooter = '''<input class="submit commit" value="Add/Update User" type="submit">'''
self.nodeTable = nodeTable = TableController(self.req,'nodes','Nodes',emptyMessage='No Matching Nodes Found',extraFooter=extraFooter,extraFooterClass='button')
nodeTable.addHeader(TH('show_hide', jsScript,TH.HTML,sortable=False,escapeName=False))
#nodeTable.addHeader(TH('view', 'View',TH.TEXT))
nodeTable.addHeader(TH('node_name', 'Node Name',TH.TEXT,self.linkNode,sorted=True))
nodeTable.addHeader(TH('domain_name', 'Domain Name',TH.TEXT,self.linkDomain))
nodeTable.addHeader(TH('platform_name', 'Platform',TH.TEXT,sortDesc=False))
nodeTable.addHeader(TH('node_version', 'Version',TH.NUMBER,sum=False))
nodeTable.addHeader(TH('contact', 'Contact',TH.TEXT))
self.addHiddenValue('user',user)
domainfilter = self.processInput(self.standardInputs['domain'])
nodefilter = self.processInput(self.standardInputs['node'])
# TODO: ehrm.. something
contacts = map( lambda x: (x['contact'],'%s (%d)' % (x['contact'],x['count'])), model.getAnzaContacts() )
contactfilter = self.processInput(II('contact','Contact',II.DROPDOWN,options=contacts,allowBlank=True,blankVal=''))
currentOpts = [('','-'),('1','Currently Seen'),('2','Currently Not Seen')]
current = self.processInput(II('current','User Nodes',II.DROPDOWN,options=currentOpts,allowBlank=True,blankVal=''))
invertOpts = [('','No'),('1','Yes')]
invert = self.processInput(II('invert','Invert Result',II.DROPDOWN,options=invertOpts,allowBlank=True,blankVal=''))
aclNodes = {}
nodelist = []
if user:
for node in model.getStatmonACL(user,'node_name'):
aclNodes[node] = True
if current: nodelist.append(node)
if not current: nodelist = None
nodes = model.getNodes(
nodefilter=nodefilter,
nodelist=nodelist,
domainfilter=domainfilter,
contactfilter=contactfilter,
orderby=nodeTable.getOrderBy(),
invert=invert,
invertNodelist=(current=='2'),
)
protected = model.getNodes(
nodefilter=nodefilter,
nodelist=nodelist,
domainfilter=domainfilter,
contactfilter=contactfilter,
invert=not invert,
invertNodelist=(current=='2'),
)
newAcl = {}
if protected:
self.inputHidden = False
for node in protected:
if aclNodes.has_key(node.node_name):
newAcl[node.node_name] = True
for node in nodes:
checkname = '_%s_' % node.node_name
old = checked = aclNodes.get(node.node_name,False)
if updateNodes:
checked = bool(self.getField(checkname,False))
if checked:
newAcl[node.node_name] = True
node['oddevenclass'] = 'Checked'
if not update and (old != checked):
node['oddevenclass'] = 'Pending'
check = ''
if checked: check = 'checked="checked"'
node['show_hide'] = '''<input class="checkbox" name="%s" type="checkbox" %s/>''' % (checkname, check)
nodeTable.addRow(**node)
if updateNodes:
if update:
intersect = {}
deleted = {}
added = {}
union = {}
for node in newAcl.keys():
union[node] = True
if aclNodes.has_key(node): intersect[node] = True
else: added[node] = True
for node in aclNodes.keys():
union[node] = True
if newAcl.has_key(node): intersect[node] = True
else: deleted[node] = True
self.addMessage('Node list updated: <span class="varible">%d</span> nodes affected, <span class="varible">%d</span> unchanged, <span class="varible">%d</span> added and <span class="varible">%d</span> deleted.' % (len(union),len(intersect),len(added),len(deleted)))
model.updateStatmonACL(user,'node_name',newAcl)
else:
self.addMessage('Node list changes in red not applied, see above error.')
