def httpPrefetchPerfByMode(self, mode):
gg, doc = ReportGenerationHelper.httpPrefetchPerfByMode(self.mgmt,
self.fields,
mode,
ProductGfxContext)
self.render(gg, 'HTTP Total Hits Composition')
self.saveTabularInfo(doc)
def qosClassesEnforced(self):
gg, doc = ReportGenerationHelper.qosClassesEnforced(self.mgmt,
self.fields,
ProductGfxContext,
False,
session = self.request())
self.render(gg, 'Outbound QoS Class-Enforced')
self.saveTabularInfo(doc)
def qosInboundClassesPreEnforcement(self):
gg, doc = ReportGenerationHelper.qosInboundClassesPreEnforcement(self.mgmt,
self.fields,
ProductGfxContext,
False,
session = self.request())
self.render(gg, 'Inbound QoS Pre-Enforcement')
self.saveTabularInfo(doc)
def csaDiskPercUtil(self):
fields = self.fields
gg, doc = ReportGenerationHelper.csaDiskPercUtil(self.mgmt,
self.fields,
ProductGfxContext)
disk = fields.get('disk')
render_str = 'Disk Percentage Utilization for ' + disk
self.render(gg, render_str)
self.saveTabularInfo(doc)
def csaDiskSvctm(self):
fields = self.fields
gg, doc = ReportGenerationHelper.csaDiskSvctm(self.mgmt,
self.fields,
ProductGfxContext)
disk = fields.get('disk')
render_str = 'Disk Average Service Time for ' + disk
self.render(gg, render_str)
self.saveTabularInfo(doc)
def throughputLan(self):
# Constrain (width, height) to (800, 600) -- See 141980.
if int(self.fields['w']) > 800:
self.fields['w'] = 800
if int(self.fields['h']) > 600:
self.fields['h'] = 600
gg, doc = ReportGenerationHelper.throughputLan(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Optimized LAN Throughput')
self.saveTabularInfo(doc)
def rspVNIIO(self):
vni = self.fields.get('vni', 'none')
if not vni or vni == 'none':
return
gg, doc = ReportGenerationHelper.rspVNIIO(self.mgmt,
self.fields,
ProductGfxContext)
if RVBDUtils.isSH():
import rsp
rspText = '%s VNI IO' % rsp.publicName()
else:
rspText = 'RSP VNI IO'
self.render(gg, rspText)
self.saveTabularInfo(doc)
def srdfOverviewWan(self):
gg, doc = ReportGenerationHelper.srdfOverviewWan(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'SRDF WAN Throughput')
self.saveTabularInfo(doc)
def srdfServerDetailWan(self):
gg, doc = ReportGenerationHelper.srdfServerDetailWan(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Symmetrix WAN Throughput')
def evaInitiatorStatsIOPS(self):
gg, doc = ReportGenerationHelper.evaInitiatorStatsIOPS(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Granite Initiator I/O Operations Per Second')
self.saveTabularInfo(doc)
def endpointHistory(self):
gg, doc = ReportGenerationHelper.endpointHistory(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Endpoint History')
self.saveTabularInfo(doc)
def tcpMemoryConsumption(self):
gg, doc = ReportGenerationHelper.tcpMemoryConsumption(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'TCP Memory Consumption')
self.saveTabularInfo(doc)
def evaInitiatorStatsLatency(self):
gg, doc = ReportGenerationHelper.evaInitiatorStatsLatency(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Granite Initiator I/O Latency')
self.saveTabularInfo(doc)
def evaBlockstoreStatsHitMiss(self):
gg, doc = ReportGenerationHelper.evaBlockstoreStatsHitMiss(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Granite Blockstore Read Hits / Misses')
self.saveTabularInfo(doc)
def bandwidthSummary(self):
gg, doc = ReportGenerationHelper.bandwidthSummary(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Bandwidth Summary')
def sslConnectionRate(self):
gg, doc = ReportGenerationHelper.sslConnectionRate(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'SSL Connection Rate')
self.saveTabularInfo(doc)
def srdfGroupDetailThroughput(self):
gg, doc = ReportGenerationHelper.srdfGroupDetailThroughput(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'RDF Group Throughput')
self.saveTabularInfo(doc)
def evaLunStats(self):
gg, doc = ReportGenerationHelper.evaLunStats(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Granite LUN')
self.saveTabularInfo(doc)
def evaBlockstoreStatsCommitIO(self):
gg, doc = ReportGenerationHelper.evaBlockstoreStatsCommitIO(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Granite Commit Throughput')
self.saveTabularInfo(doc)
def evaBlockstoreStatsUncmtd(self):
gg, doc = ReportGenerationHelper.evaBlockstoreStatsUncmtd(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Granite Data Writes / Commits')
self.saveTabularInfo(doc)
def srdfGroupDetailDataReduction(self):
gg, doc = ReportGenerationHelper.srdfGroupDetailDataReduction(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Data Reduction')
self.saveTabularInfo(doc)
def memoryPaging(self):
gg, doc = ReportGenerationHelper.memoryPaging(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Memory Paging')
self.saveTabularInfo(doc)
def sslOptimization(self):
gg, doc = ReportGenerationHelper.sslOptimization(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'SSL Optimization')
self.saveTabularInfo(doc)
def neighborData(self):
gg, doc = ReportGenerationHelper.neighborData(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Connection Forwarding IO')
self.saveTabularInfo(doc)
def throughputCombined(self):
gg, doc = ReportGenerationHelper.throughputCombined(self.mgmt,
self.fields,
ProductGfxContext)
#self.render(gg, 'Optimized Throughput')
self.saveTabularInfo(doc)
def nfsCalls(self):
gg, doc = ReportGenerationHelper.nfsCalls(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'NFS Calls')
self.saveTabularInfo(doc)
def trafficSummary(self):
gg, doc = ReportGenerationHelper.trafficSummary(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Traffic Summary')
self.saveTabularInfo(doc)
def pfsData(self):
gg, doc = ReportGenerationHelper.pfsData(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'PFS Statistics')
self.saveTabularInfo(doc)
def tcpMemoryPressure(self):
gg, doc = ReportGenerationHelper.tcpMemoryPressure(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Time Spent in TCP Memory Pressure')
self.saveTabularInfo(doc)
def csaBytesPending(self):
gg, doc = ReportGenerationHelper.csaBytesPending(self.mgmt,
self.fields,
ProductGfxContext)
self.render(gg, 'Replication Bytes Pending')
self.saveTabularInfo(doc)
