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messages.properties
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1552 lines (1413 loc) · 81.8 KB
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# Main window
stringListSeparator=,
confirm.title=Confirm
aro.title=Application Resource Optimizer (ARO) - {0}
aro.videoTitle=ARO Image/Video Viewer
aro.title.short=ARO
aro.tab.simple=Overview
aro.tab.advanced=Diagnostics
aro.tab.analysis=Statistics
aro.tab.waterfall=Waterfall
aro.tab.bestpractices=Best Practices/Results
aro.winpcap_error=ARO requires WinPcap. Please install WinPcap which can be found at: http://www.winpcap.org
aro.jpcap_lib_error=ARO cannot locate {0} by searching java.library.path.
aro.macrenderer_error=ARO requires AppleQuartz renderer. Please set apple.awt.graphics.UseQuartz flag to true
aro.profileLoaded=Device profile loaded.
aro.unknownApp=Unknown App
aro.unknown=Unknown
aro.open=false
# Chart labels
chart.cpu=CPU Usage
chart.gps=GPS State
chart.radio=Signal Strength
chart.bluetooth=Bluetooth State
chart.camera=Camera State
chart.screen=Screen State
chart.battery=Battery State
chart.wakelock=Wakelock State
chart.alarm=Alarm Triggered
chart.wifi=WiFi State
chart.networkType=Network Type
chart.throughput=Throughput
chart.ul=Packets UL
chart.dl=Packets DL
chart.bursts=Bursts
chart.userInput=User Input
chart.rrc=RRC States
chart.timeline=Timeline
chart.saveError=An error occurred when trying to save the chart.
chart.tooltip.zoomin=Zoom into the graph.
chart.tooltip.zoomout=Zoom out of the graph.
chart.tooltip.saveas=Save the graph image as a jpg.
#Chart plot options labels
chart.options.dialog.defaultview=Reset to Default view
chart.options.dialog.burstcolors=Show Burst Types in Color
chart.options.dialog.throughput=Show TCP Throughput
chart.options.dialog.rrc=Show RRC States
chart.options.dialog.userinput=Show User Inputs
chart.options.dialog.bursts=Show Bursts
chart.options.dialog.dlpackets=Show Downlink Packets
chart.options.dialog.ulpackets=Show Uplink Packets
chart.options.dialog.wifi=Show WiFi State
chart.options.dialog.network=Show Network Type
chart.options.dialog.cpu=Show CPU Usage
chart.options.dialog.gps=Show GPS State
chart.options.dialog.camera=Show Camera State
chart.options.dialog.bluetooth=Show Bluetooth State
chart.options.dialog.radio=Show Signal Strength
chart.options.dialog.screen=Show Screen State
chart.options.dialog.battery=Show Battery State
chart.options.dialog.wakelock=Show Wakelock State
chart.options.dialog.alarm=Show Alarm Triggered
chart.options.dialog.title=View Options
chart.options.dialog.button.ok=OK
chart.options.dialog.button.cancel=Cancel
chart.options.dialog.defaults=Default View
chart.options.dialog.legend=Packet Analysis
#Start Wakelock graph strings
wakelock.tooltip.prefix=<html><body>
wakelock.tooltip.content=<b>Wakelock Info:</b><br> {0}<br>Since: {1}<br>
wakelock.tooltip.suffix=</body></html>
#Start Alarm graph strings
alarm.tooltip.prefix=<html><body>
alarm.tooltip.content=<b>Alarm:</b><br>Type: {0}<br>Timestamp: {1}<br>{2}<br>
alarm.tooltip.setInexactRepeating=SetInexactRepeating Alarm<br>
alarm.tooltip.contentWithName=<b>Alarm:</b><br>Type: {0}<br>Timestamp: {1}<br>{2}<br>Application: {3}<br>Repeating: {4}s<br>
alarm.tooltip.suffix=</body></html>
#Select Processes Dialog
processes.dialog.title=Select Processes to View
processes.dialog.button.ok=OK
processes.dialog.button.cancel=Cancel
processes.dialog.legend=Processes
# Packet tooltip
packet.tooltip.prefix=<html><body>
packet.tooltip.packet=<b>Packet Info:</b><br>Packet ID: {0}<br>Packet Timestamp: {1}<br>Application: {2}<br>
packet.tooltip.session=<b>TCP Session Info:</b><br>Begin Time: {0}<br>End Time: {1}<br>Remote IP: {2}<br>Remote Port: {3}<br>Local Port: {4}<br>
packet.tooltip.reqresp=<b>HTTP Info:</b><br>File Name: {0}<br>Content Length: {1}<br>Content Type: {2}<br>
packet.tooltip.suffix=</body></html>
# GPS tooltip
gps.tooltip={0} seconds: {1}
# Network Type tooltip
network.tooltip={0} seconds: {1}
# Camera tooltip
camera.tooltip={0} seconds: {1}
# RRC tooltip
RRCState.STATE_IDLE=IDLE
RRCState.STATE_DCH=DCH (Active)
RRCState.TAIL_DCH=DCH TAIL
RRCState.STATE_FACH=FACH (Standby)
RRCState.TAIL_FACH=FACH Tail
RRCState.PROMO_FACH_DCH=Promo FACH (Standby)->DCH (Active)
RRCState.PROMO_IDLE_DCH=Promo IDLE->DCH (Active)
RRCTooltip.STATE_IDLE=<html><body>IDLE: Indicates the radio is off.</body></html>
RRCTooltip.STATE_DCH=<html><body>DCH (Active): Indicates radio is in a high data, <br>high radio energy and high bandwidth <br>mode which allows maximum throughput.</body></html>
RRCTooltip.TAIL_DCH=<html><body>DCH TAIL: Indicates radio is in a high throughput, <br>high bandwidth state, <br>but no packets are being sent.</body></html>
RRCTooltip.STATE_FACH=<html><body>FACH (Standby): Indicates radio is in low power state. <br>Signaling packets may be sent,<br>but content requires transition to DCH.</body></html>
RRCTooltip.TAIL_FACH=<html><body>FACH TAIL: Indicates radio is in a low power state<br>with no traffic.</body></html>
RRCTooltip.PROMO_IDLE_DCH=<html><body>IDLE->DCH (Active): Indicates radio switching from off<br> to a high power state.</body></html>
RRCTooltip.PROMO_FACH_DCH=<html><body>FACH (Standby)->DCH (Active): Indicates switching from low power state <br>to the high power state.</body></html>
RRCTooltip.LTE_IDLE=<html><body>IDLE: Radio is in an idle state, with occasional pings to<br>the network for data {0} secs.</body></html>
RRCTooltip.LTE_PROMOTION=<html><body>IDLE -> Continuous Reception: This indicates the time and power<br>associated with the radio switching from idle to active.</body></html>
RRCTooltip.LTE_CONTINUOUS=<html><body>Continuous Reception: Continuous Reception is the time of active packet transfer.<br>High throughput high energy data transfer.<br>Energy here is indicated as constant, but it does vary based on throughput.</body></html>
RRCTooltip.LTE_CR_TAIL=<html><body>Continuous Reception Tail: Continuous Reception Tail is the Inactivity timer after<br>packets are sent, prior to DRX.</body></html>
RRCTooltip.LTE_DRX_SHORT=<html><body>Short DRX: Radio is in a high bandwidth, <br>high energy state, looking for packets.</body></html>
RRCTooltip.LTE_DRX_LONG=<html><body>Long DRX (LTE Tail): Radio is in a high bandwidth, <br>high energy state, looking for packets.</body></html>
RRCTooltip.WIFI_ACTIVE=<html><body>WiFi Active: Wi-Fi transmitter is at full power - sending and receiving information.</body></html>
RRCTooltip.WIFI_TAIL=<html><body>WiFi Tail: Inactivity timer after packets are sent.</body></html>
RRCTooltip.WIFI_IDLE=<html><body>WiFi Idle: Radio is in an idle state, with a small trickle power usage</body></html>
# Burst tooltip
BurstCategory.0=Traffic during high CPU utilization.
BurstCategory.1=<html><body>TcpControl: Traffic that is delayed from a previous burst.<br>Packet count: {0}<br>Total bytes: {1}<br>Throughput: {2}</html>
BurstCategory.2=<html><body>TcpLossRecoverOrDup: Traffic that has been resent due to long delay.<br>Packet count: {0}<br>Total bytes: {1}<br>Throughput: {2}</body></html>
BurstCategory.3=<html><body>UserInput: Traffic initiated after a User Input event.<br>Packet count: {0}<br>Total bytes: {1}<br>Throughput: {2}</body></html>
BurstCategory.4=<html><body>ScreenRotation: This traffic was initiated by a rotation of the device<br>Packet count: {0}<br>Total bytes: {1}<br>Throughput: {2}</body></html>
BurstCategory.5=<html><body>App: Traffic initiated by the client.<br>Packet count: {0}<br>Total bytes: {1}<br>Throughput: {2}</body></html>
BurstCategory.6=<html><body>SvrNetDelay: Traffic initiated by the server.<br>Packet count: {0}<br>Total bytes: {1}<br>Throughput: {2}</body></html>
BurstCategory.7=<html><body>LargeBurst: Traffic in a large burst (configurable in settings).<br>Packet count: {0}<br>Total bytes: {1}<br>Throughput: {2}</body></html>
BurstCategory.8=<html><body>Periodical: Traffic that has a distinct periodic pattern.<br>Packet count: {0}<br>Total bytes: {1}<br>Throughput: {2}</body></html>
BurstCategory.9=Unknown
burst.type.TcpControl=TcpControl
burst.type.Cpu=CPU
burst.type.TcpLossRecoverOrDup=TcpLossRecoverOrDup
burst.type.UserInput=UserInput
burst.type.ScreenRotation=ScreenRotation
burst.type.App=App
burst.type.LargeBurst=LargeBurst
burst.type.Periodical=Periodical
burst.type.Unknown=NonTarget
burst.type.error=Category String Error
burst.type.SvrNetDelay=ServerNetDelay
burst.type.unexpectedError=Unexpected error exporting table
burst.categoryWarning=Warning: Only one burst category.
# Wifi tooltip
wifi.tooltip.prefix=<html><body>
wifi.tooltip={0} seconds: {1}
wifi.connTooltip=<br><b>Wifi Info:</b><br>Wifi MAC Address: {0} <br>Wifi RSSI: {1} dBm<br>Wifi SSID: {2}
wifi.tooltip.suffix=</body></html>
#Start Battery graph strings
battery.tooltip.prefix=<html><body>
battery.tooltip.content=<b>Battery Info:</b><br>Battery Level: {0}%<br>Battery Temperature (C): {1}<br>Connected Status: {2}<br>
battery.tooltip.connected=Connected
battery.tooltip.disconnected=Disconnected
battery.tooltip.suffix=</body></html>
#Start radio state graph strings
radio.tooltip=Signal Strength: {0} dBm
radio.tooltip.lte=rsrp: {0} rsrq: {1}
radio.noSignal=No Signal
#Start Screen State graph strings
screenstate.tooltip.prefix=<html><body>
screenstate.tooltip.content=<b>Screen Info:</b><br>{0}<br>Screen Brightness: {1}<br>Screen Timeout: {2}<br>
screenstate.tooltip.suffix=</body></html>
screenstate.noTimeout=None
#Start Bluetooth graph strings
bluetooth.tooltip={0} seconds: {1}
#Start Rrc graph strings
rrc.tooltip.prefix=<html><body>
rrc.tooltip.content=<b>RRC Info:</b><br>RRC State: {0}<br>Begin Time: {1}<br>End Time: {2}<br>
rrc.tooltip.suffix=</body></html>
# Throughput tooltip
throughput.tooltip={0} kbps
# CPU tooltip
cpu.tooltip.prefix=<html><body>
cpu.tooltip.total=* total: {0}%
cpu.tooltip.other=<br>* other: {0}%
cpu.tooltip.individual=<br>{0}: {1}%
cpu.tooltip.suffix=</body></html>
# Menu
menu.profile=Profile
menu.profile.load=Load...
menu.profile.customize=Customize...
menu.help=Help
menu.help.about=About...
menu.help.faq=FAQ...
menu.help.forum=Forum...
menu.help.userguide=User Guide...
menu.help.learnmore=Learn More...
menu.help.analysisguide=Analysis Guide...
menu.help.dependencies=Dependencies...
menu.help.support=Support...
menu.view=View
menu.view.video=Show Video Viewer...
menu.view.apps=Select Applications/IPs...
menu.view.options=Options...
menu.view.processes=Select Processes...
menu.tools=Tools
menu.tools.wireshark=PCAP File Analysis...
menu.tools.timerangeanalysis=Time Range Analysis...
menu.tools.excludetimerangeanalysis=Select Time Range...
menu.tools.dataDump=Data Dump...
menu.file=File
menu.file.open=Open Trace...
menu.file.pcap=Open Pcap File...
menu.file.configuration=Configuration
menu.file.exit=Exit
menu.file.print=Print...
menu.file.adb=Set ADB Path
menu.datacollector=Data Collector
menu.datacollector.start=Start Collector...
menu.datacollector.stop=Stop Collector...
menu.datacollector.pull=Pull Traces...
menu.recordingindicator=Recording in progress...
menu.recordingindicatorstarting=Starting data collector...
menu.recordingindicatorstopped=Recording has stopped
menu.tooltip.recordingindicator=\u00BB Use only test data while running Data Collector
menu.tooltip.recordingstopped=Recording has stopped
menu.defecttracking=Defect Tracking
# Common Buttons
Button.ok=OK
Button.cancel=Cancel
Button.browse=Browse
Button.start=Start
Button.close=Close
Button.open=Open
Button.reset=Reset
# Select Applications Dialog
filter.title=Select Applications / IP Addresses
filter.border=Select Applications to View
filter.select=Select
filter.app=Application Name
filter.color=Color
filter.ip=IP Address
filter.domain=Domain Name
filter.application=Filter By Application
filter.ipaddress=Filter By IP Address
# Select Processes Dialog
process.filter.select=Select
process.filter=Process Name
# Select Profile dialog
profile.title=Select Profile
profile.predefined=Select Pre-Defined Profile
profile.filenotfound=Selected profile file does not exist.
profile.noselection=No profile selected.
profile.invalidprofile=Profile is invalid. Please select a valid profile.
profile.profileListError=Error loading the list of profiles.
profile.profileSettingError=Error setting the selected profile to the ARO Analyzer.
profile.deviceAttributes=Device Attributes:
profile.networkAttributes=Network Attributes:
ProfileType.T3G=3G
ProfileType.LTE=LTE
ProfileType.WIFI=WiFi
# Select color dialog
selectColor.title=Select Color
# Time Range Analysis dialog
timerangeanalysis.start=Start time:
timerangeanalysis.end=End time:
timerangeanalysis.results=Results:
timerangeanalysis.numberError=Time values must be numeric.
timerangeanalysis.title=Time Range Analysis
excludetimerangeanalysis.title=Select Time Range
timerangeanalysis.startTimeError=Start Time must be less than End Time.
timerangeanalysis.rangeError=Start Time and End Time must be between {0} and {1}
timerangeanalysis.actionInfo=Edit the Start and End Time, then press the Start button to perform the time range analysis.
timerangeanalysis.3g=\n***** Time Range Analysis: {0} to {1} *****\nPayload length (bytes) = {2}\nTotal Bytes = {3}\nEnergy (Joules) = {4}\nDCH Time (sec) = {5}\nAverage Throughput (kbps) = {6}\n
timerangeanalysis.lte=\n***** Time Range Analysis: {0} to {1} *****\nPayload length (bytes) = {2}\nTotal Bytes = {3}\nEnergy (Joules) = {4}\nLTE Continuous Reception Time (sec) = {5}\nAverage Throughput (kbps) = {6}\n
timerangeanalysis.wifi=\n***** Time Range Analysis: {0} to {1} *****\nPayload length (bytes) = {2}\nTotal Bytes = {3}\nEnergy (Joules) = {4}\nWiFi Active Time (sec) = {5}\nAverage Throughput (kbps) = {6}\n
# Data Collector
collector.folder=Please enter trace folder name
collector.record=Record Video
# About panel
About.title=About Application Resource Optimizer (ARO)
About.name=Application Resource Optimizer (ARO) Trace Analyzer
About.build=Version {0}
About.releaseNotesUrl=http://developer.att.com/ARO/ReleaseNotes
About.built=Built from AT&T ARO Public Source Software
About.supportUrl=http://developer.att.com/ARO/support
# Notices
Notices.title=ARO Dependencies
# TCP Packet Data
tcp.title=TCP/UDP Flows
tcp.tab.packet=Packet View
tcp.tab.content=Content View
tcp.tab.reqResp=Request/Response View
# Request/Response View Data
rrview.time=Time
rrview.direction=Direction
rrview.reqtye=Req Type/Status
rrview.hostname=Host Name/Content Type
rrview.objectname=Object Name/Content Length
rrview.contentlen=On Wire
rrview.unknownType=UNKNOWN
rrview.http.compression=HTTP Compression
rrview.http.compression.no=none
# TCP Flows Table
tcp.time=Time
tcp.app=Application
tcp.domain=Domain Name
tcp.remote=Remote Port
tcp.localhost=local
tcp.local=Local Port
tcp.packetcount=Packet Count
tcp.protocol=TCP/UDP
tcp.hostPortSeparator=:
tcp.tcp=TCP
tcp.udp=UDP
# Packet info table
packet.id=ID
packet.time=Time
packet.direction=Direction
packet.type=Type
packet.length=Payload Length
packet.flags=TCP Flags
# Content View Search
content.search.begin=No more matches found, search from the beginning?
content.search.title=Search
# Access Domain List Data
simple.domain.title=Accessed Domains
simple.domain.name=Domain Name
simple.no.tcp=TCP Sessions
simple.session.length=Avg. Session Length (sec)
simple.no.files=Files Downloaded
simple.percent=% of Data Transfer
chart.filetype.title=File Types
chart.filetype.unknown=Unknown
chart.filetype.others=Others
chart.filetype.tooltip={0} bytes
analysisresults.percentile=Percentile Compared To Sample Traces
analysisresults.percentage=Percentage
tooltip.traceAnalysis.avg=<html><body>Benchmark of your trace against a <br>set of analyzed traces. The higher <br>the percentile, the better the <br>performance of your application. <br>Avg rate indicates the average <br>data throughput of your application. <br>The higher the percentile here, <br>the more data you transmit over time.</body></html>
tooltip.traceAnalysis.engy=<html><body>Benchmark of your trace against a <br>set of analyzed traces. The higher <br>the percentile, the better the <br>performance of your application. <br>Energy Efficiency indicates the <br>trace is consuming less battery energy <br>per kilobyte.</body></html>
tooltip.traceAnalysis.ovrhd=<html><body>Benchmark of your trace against a <br>set of analyzed traces. The higher <br>the percentile, the better the <br>performance of your application. <br>Signaling overhead indicates the <br>time spent in RRC state transitions. <br>The lower the signaling overhead number, <br>the lower the count of state transitions, <br>and the higher your percentile rank.</body></html>
tooltip.sessionTermination=<html><body>This is a comparison of different <br>types of connections that are measured <br>in your trace. The higher the <br>percentage, the better. Proper session <br>termination indicates the percentage <br>of terminations that close promptly.</body></html>
tooltip.sessionTightConn=<html><body>This is a comparison of different <br>types of connections that are measured <br>in your trace. The higher the <br>percentage, the better. Tightly <br>grouped connections indicates as much <br>data sent in as little time as <br>possible.</body></html>
tooltip.sessionBurst=<html><body>This is a comparison of different <br>types of connections that are measured <br>in your trace. The higher the percentage, <br>the better. Non-periodic connections <br>will use small amounts of radio/battery <br>and increasing this number will improve <br>your app's battery life.</body></html>
tooltip.sessionLongBurst=<html><body>This is a comparison of different <br>types of connections that are measured <br>in your trace. The higher the <br>percentage, the better. Large bursts <br>send more data and are more efficient <br>for large chunks of data.</body></html>
# Trace Comparison
overview.info.networktype=Network type:
overview.info.networktypes=Network types:
overview.info.profile=Profile:
overview.traceoverview.title=Trace Benchmarking
overview.traceoverview.throughput=Avg Rate: {0} kbps
overview.traceoverview.jpkb=Energy Efficiency: {0} J/kb
overview.traceoverview.promoratio=Signaling Overhead: {0}
overview.sessionoverview.title=Connection Statistics
overview.sessionoverview.sessionTerm=Proper session termination %
overview.sessionoverview.longBurstTerm=Large Burst connection %
overview.sessionoverview.tightlyGroupedBurstTerm=Tightly grouped connection %
overview.sessionoverview.periodicBurstTerm=Periodic Burst connection %
overview.sessionoverview.nonPeriodicBurstTerm=Non-Periodic Burst connection %
# Duplicate Content
duplicate.title=Duplicate Content
duplicate.time=Time
duplicate.filename=File Name
duplicate.table.header=Files
duplicate.table.col0 = File Size
duplicate.table.col1 = Count
duplicate.table.col2 = File Name
duplicate.filesize=File Size (bytes)
duplicate.type=Duplicate Content Type
Diagnosis.CACHING_DIAG_CACHE_MISSED=ORIGINAL_FILE
Diagnosis.CACHING_DIAG_NOT_EXPIRED_DUP=OBJDUP_NOT_EXPIRED
Diagnosis.CACHING_DIAG_OBJ_NOT_CHANGED_DUP_SERVER=OBJDUP_NOT_CHANGED_SERVER
Diagnosis.CACHING_DIAG_OBJ_NOT_CHANGED_DUP_CLIENT=OBJDUP_NOT_CHANGED_CLIENT
Diagnosis.CACHING_DIAG_OBJ_NOT_CHANGED_DUP_PARTIALHIT_SERVER=OBJDUP_PARTIAL_NOT_CHANGED_SERVER
Diagnosis.CACHING_DIAG_OBJ_NOT_CHANGED_DUP_PARTIALHIT_CLIENT=OBJDUP_PARTIAL_NOT_CHANGED_CLIENT
Diagnosis.CACHING_DIAG_NOT_EXPIRED_DUP_PARTIALHIT=OBJDUP_PARTIAL_NOT_EXPIRED
statistics.title=ARO Statistics
# Basic TCP statistics
basic.title=TCP(Session) Statistics
basic.size=Total Bytes:
basic.duration=Duration of the packets analyzed (sec):
basic.packets=IP Packet Count:
basic.throughput=Avg Rate (kbps):
# Application score statistics
appscore.title=Trace Score
appscore.subtitle.causes=Causes
appscore.subtitle.effects=Effects
appscore.subtitle.total=Total Score
appscore.causes.cacheControl=Cache Control:
appscore.causes.connectionClosing=Connection Closing Problems:
appscore.causes.tightlyGroupedConnection=Tightly Grouped Connections:
appscore.causes.signalingOverhead=Signaling Overhead:
appscore.causes.periodicTransfers=Periodic Transfers:
appscore.causes.causeSubTotal=Cause Sub-total:
appscore.effects.duplicateContent=Duplicate Content:
appscore.effects.contentExpiration=Content Expiration:
appscore.effects.averageRate=Average Rate (kb/s):
appscore.effects.energyConsumption=Energy Efficiency (J/kb):
appscore.effect.effectSubTotal=Effects Sub-total:
# RRC Statistics
rrc.title=RRC(Radio Resource Control) State Machine Simulation
rrc.dch=DCH (Active):
rrc.fach=FACH (Standby):
rrc.idle=IDLE:
rrc.idle2dch=IDLE->DCH (Active):
rrc.fach2dch=FACH (Standby)->DCH (Active):
rrc.dchTailRatio=DCH (Active) Tail Ratio:
rrc.fachTailRatio=FACH (Standby) Tail Ratio:
rrc.promotionRatio=Promotion Ratio:
rrc.valueAndPct={0} ({1}%)
rrc.continuousReceptionIdle=IDLE->Continuous Reception:
rrc.continuousReception=Continuous Reception:
rrc.continuousReceptionTail=Continuous Reception Tail:
rrc.shortDRX=Short DRX:
rrc.longDRX=Long DRX:
rrc.crTailRatio=Continuous Reception Tail Ratio:
rrc.longDRXRatio=Long DRX Ratio:
rrc.shortDRXRatio=Short DRX Ratio:
rrc.promotionRatio=Promotion Ratio:
rrc.valueAndPctLTE={0} ({1}% of time)
rrc.wifiActive=WiFi Active:
rrc.WifiTail=WiFi Tail:
rrc.WiFiIdle=WiFi Idle:
rrc.valueAndPctWiFi={0} ({1}% of time)
burstAnalysis.title=Burst Analysis
burstAnalysis.individualBurst=Individual Burst Analysis
burstAnalysis.type=Burst
burstAnalysis.bytes=Bytes
burstAnalysis.bytesPct=% of Bytes
burstAnalysis.energy=Energy
burstAnalysis.energyPct=% of Energy
burstAnalysis.dch=DCH (Active)
burstAnalysis.dchPct=% DCH (Active)
burstAnalysis.lteCr=Continuous Reception
burstAnalysis.lteCrPct=% of Continuous Reception
burstAnalysis.wifiActive=WiFi Active
burstAnalysis.wifiActivePct=% of WiFi Active
burstAnalysis.jpkb=JpKB
burstAnalysis.jpkb.na=N/A
burstAnalysis.startTime=Start Time
burstAnalysis.elapsedTime=Time Elapsed
burstAnalysis.packetCount=Packet Count
endpointsummary.title=Endpoint Summary Per Application
endpointsummary.ip.title=Endpoint Summary Per IP Address
endpointsummary.appname=Application Name
endpointsummary.ipAddress=IP Address
endpointsummary.packets=Packet Count
endpointsummary.bytes=Total Bytes
# cache statistics
cache.title=HTTP Cache Statistics
cache.pctResponses=% of Responses
cache.pctBytes=% of Bytes
cache.cacheableSection=---------- Cacheable vs. Non-Cacheable ----------
cache.cacheable=Cacheable:
cache.nonCachable=Specified - No Store:
cache.simulationSection=---------- Cache Simulation Results ----------
cache.acceptableBehavior=Acceptable Behavior
cache.cacheMiss=Files downloaded once:
cache.notCacheable=Files specified as "No-Store":
cache.cacheHitExpiredDup304=Expired, but correct 304 response sent from server:
cache.cacheHitRespChanged=Expired, downloaded again, but file has changed:
cache.duplicateFileDownload=Duplicate File Download
cache.cacheHitNotExpiredDup=Duplicate download (not expired):
cache.cacheHitExpiredClientDup=Duplicate download (expired, but no "If-Modified-Since" header sent):
cache.cacheHitExpiredServerDup=Duplicate download (expired, but "If-Modified-Since" header ignored):
cache.duplicateStreaming=Duplicate File Download: Streaming
cache.partialHitNotExpiredDup=Partial duplicate download (Not Expired):
cache.partialHitExpiredClientDup=Partial duplicate download (expired, but no "If-Modified-Since" header sent):
cache.partialHitExpiredServerDup=Partial duplicate download (expired, but "If-Modified-Since" header ignored):
cache.duplicateAnalysis=---------- Duplicate File Analysis ----------
cache.notExpired=Duplicate download (Cache not expired):
cache.notExpiredHeur=Duplicate download (24 hr cache not expired):
cache.expired=Duplicate download (Cache expired):
cache.expiredHeur=Duplicate download (24 hr cache expired):
# Energy simulation
energy.title=Energy Efficiency Simulation
energy.rrcTotal=Total RRC Energy:
energy.idle=IDLE:
energy.dch=DCH (Active):
energy.fach=FACH (Standby):
energy.idle2dch=IDLE->DCH (Active):
energy.fach2dch=FACH (Standby)->DCH (Active):
energy.dchTail=DCH (Active) Tail:
energy.fachTail=FACH (Standby) Tail:
energy.jpkb=Joules per Kilobyte:
energy.gpsTotal=Total GPS Energy:
energy.gpsActive=GPS Active:
energy.gpsStandby=GPS Standby:
energy.cameraTotal=Total Camera Energy:
energy.wifiTotal=Total Wi-Fi Energy:
energy.wifiActive=Wi-Fi Connected:
energy.wifiStandby=Wi-Fi Standby:
energy.bluetoothTotal=Total Bluetooth Energy:
energy.bluetoothActive=Bluetooth Active:
energy.bluetoothStandby=Bluetooth Standby:
energy.screenTotal=Total Screen Energy:
energy.units={0} J
# Expanded Domain List Data
expanded.title=Domain TCP Sessions
expanded.session.time=Time
expanded.external=Remote IP Address
expanded.local=Local Port
expanded.connection.length=Session Length (sec)
expanded.bytes=Bytes Transmitted
expanded.time.gap=Session Close Delay (sec)
expanded.domain.name=Closed By
expanded.domain.name.server=Server
expanded.domain.name.client=Client
expanded.domain.name.unknown=Status Unknown
# Localization of image paths
ImageBasePath=/com/att/aro/images/
# Images for app. Resource key must start with "Image."
Image.icon=aro_24.png
Image.demagnify=demagnify.gif
Image.magnify=magnify.gif
Image.save=save.png
Image.arologo=arologo.jpg
Image.brand=
Image.bpPassDark=Check_mark_active.png
Image.bpFailDark=X_active.png
Image.bpWarningDark=iconwarn.png
Image.bpManual=ARO_Manual_Icon.png
Image.bpSeftTestTriggered=NA_active.png
Image.noVideoAvailable=
Image.headerIcon=
Image.blueHeader=blue_header.png
Image.greenHeader=Pass_header.png
Image.redHeader=Fail_header.png
Image.warningHeader=warning_header.png
Image.background=background.jpg
Image.exportBtn=ARO_export.png
Image.divider=Divider.png
Image.redRecordingIndicator=red_recording_indicator.jpg
Image.greenRecordingIndicator=green_recording_indicator.jpg
Image.yellowRecordingIndicator=yellow_recording_indicator.jpg
Image.greyHeader=Manual_Grey_header.png
Exception.ProfileException=Invalid profile format.
# Errors
Error.title=Error
Error.unexpected=Unexpected Exception: {0} - {1}
Error.defaultMsg=See console log for details
Error.outOfMemory=ARO Analyzer has reached the maximum memory heap size. Close ARO Analyzer and try again or increase ARO Analyzer's heap size. Also consider collecting multiple, smaller, more isolated traces.
Error.invalidTrace=Invalid trace in directory: {0} \n {1}
Error.invalidDirecotry=Invalid directory: {0}
Error.notrace=No trace loaded. Please load trace files before selecting this option.
Error.deviceconnection=More than one device or emulator is connected to PC.
Error.emulatorconnection=Could not find device or emulator connection. Please verify the connection and ADB daemon is started.
Error.emulatorunexpectederror=An unexpected error has occurred, please restart the device.
Error.emulatoradbconnectionerror=Connection to device or emulator is lost. Please wait for sometime before starting data collector.
Error.tracedirexists=Trace directory already exists. Do you want to overwrite trace files in the directory?
Error.mkdirfail=Unable to create the Emulator trace directory.
Error.clearcurrenttrace=Trace name which you want to replace is currently loaded. Do you want to clear the trace?
Error.datacollectostart=Error starting ARO Data Collector.
Error.datacollectostop=Error stopping ARO Data Collector.
Error.datacollectorpull=Error pulling ARO Data Collector traces.
Error.adbcollectorfail=ADB Rejected the ARO Data Collector device Connection.
Error.sdcardfull=Emulator SD card is full. Please free some space to start ARO Data Collector.
Error.specialchar=Trace folder name should not contain special characters or spaces.
Error.tracefolderlength=Trace folder name should not be more than 50 characters.
Error.withtcpdumppush=Emulator error with tcpdump/key.db push
Error.withemulatorioexecution=Emulator I/O exception caused data collector failure.
Error.withretrievingsdcardinfo=Unexpected error accessing emulator SD Card: {0}
Error.withretrievingdevicesdcardinfo=Unexpected error accessing device SD Card: {0}
Error.sdcardnotavailable=Please set your device USB Mode to "Charge Only" - otherwise the SD Card is not available but is required by application.
Error.sdcardnotavailableonemulator=ARO requires a virtual SD card to be configured when using the Android Emulator.
Error.sdcardnotenoughspace=Emulator SD card does not have enough space; it must have 5 MB or more.
Error.devicesdcardnotenoughspace=Device SD card does not have enough space; it must have 5 MB or more.
Error.sdcardnospacetocollect=Emulator SD Card memory full, stopping ARO Data Collector.
Error.devicesdcardnospacetocollect=Device SD Card memory full, stopping ARO Data Collector.
Error.apknotabletostart=Not able to start
Error.noPcapApp=No application found to open PCAP trace. Please install an application like Wireshark for PCAP analysis.
Error.noPcap=No traffic.cap file found in trace.
Error.printer=Unable to connect to printer: {0}
Error.unableToOpen=The system is unable to open .csv files by default. Please set a default program for .csv files.
Error.fileSize=ARO Analyzer is unable to open a file of this size. Please Save As... to a local disk and open from there.
Error.videofile=ARO Analyzer is unable to open a {0} type file. Please Save As... to a local disk and open from there.
Error.noNetmon=ARO Analyzer was unable to open the file. It may be necessary to install Microsoft Network Monitor.
Error.dataDump.valideFolder=ARO could not find trace folders in selected path. Please select a valid trace folder path.
Error.devicenotfound=The USB device got disconnected. Please check the connection.
Error.collectorisalreadyrunning=ARO Collector is already running on the device. Please stop it and try again.
Error.collectortimeout=Timeout in starting the collector trace.
Error.nocollector=ARO Collector is not installed on the device.
Error.collectoractivityondevice=ARO collector is not started. Its current activity has been brought to the front. Please exit the activity and try again.
Error.stopcollectoractivityondevice=ARO collector is not stopped. Please hide the activity on the device and press OK.
Error.openTraceFolder.notValidTraceFolder=ARO could not find a trace in the selected folder. Please select a valid trace folder.
Error.saveconfig=Error saving data to configuration file.
Error.noandroiddevicefound=No Android device found. Please connect a device and try again.
Error.nodevicefoundtryagain=No device found. Please connect a device and try again.
Error.nodevicesetadbpath=No device found. If you are testing Android Device, please set ADB path by going to File->Set ADB Path
Error.nodevicefound=No Device found.
Error.foldernamerequired=Folder/Directory path is required to save data to. Try again.
Error.createdirectory=There was an error creating directory:
Error.createvideocaptureengine=There was an error creating Video Capture engine:
Error.getserialnumberdevice=Error occured trying to get Serial Number of device.
Error.getserialnumberconnectios=Failed to get Serial Number of Device, connect an IOS device to start.
Error.nosudopassword=Without sudo password, ARODataAnalyzer cannot do important task such as packet capture, setting up Remote Virtual Interface and so on.
Error.sudopasswordissue=There was a problem with password. Try again.
Error.validatepassword=There was an error validating password.
Error.xcoderequired=Please install the latest version of XCode to continue.
Error.unrecognizedpacket = This trace has all unrecognized packets and their data will not be displayed.
Error.alammanalysis = Error in parsing alarm analysis info.
#Data Collector string messages
Message.datacollectorrunning=ARO Data Collector started on Android Emulator. Please navigate to the application you would like to test.
Message.datacollectorrunningOnDevice=ARO Data Collector started on Android Device. Please navigate to the application you would like to test.
Message.datacollectorstopped=ARO Data Collector stopped
Message.tracecopied=Trace files copied to {0}
Message.startcollector=Starting ARO Data Collector on emulator. Please wait....
Message.startcollectorOnDevice=Starting ARO Data Collector on Device. Please wait....
Message.stopcollector=Stopping ARO Data Collector. Please wait...
Message.pullconfirmation=Do you want to move ARO Data Collector traces from the emulator to the local drive?
Message.pulltrace=Pulling traces. Please wait...
Message.devicemakeHTC =htc
Message.saveadb=Saved ADB path successfully!
Message.setadbpathandtryagain=Please set ADB Path by going to File -> Set ADB Path. Then try again.
Message.entersudopassword=Enter sudo password for ARO Analyzer to perform some important functions:
Message.adminrightrequired=Admin Right Required
#Emulator paths
Emulator.datacollectorpath=/data/data/com.att.android.arodatacollector
Emulator.localtracepath=C:\\emulatortrace
Emulator.localtracepathmac=emulatortrace
Emulator.dfsdcardoutput=/sdcard
Emulator.tempfile=temp
Emulator.apkpackage=com.att.aro.appversion
Emulator.availablespace=available
Emulator.startapk=am start -a android.intent.action.MAIN -n com.att.aro.appversion/.AROAppVerCollectorActivity
Emulator.startDeviceApk=am start -n com.att.android.arodatacollector/com.att.android.arodatacollector.activities.AROCollectorSplashActivity -e ERRORDIALOGID 100 -e TraceFolderName {0}
Emulator.stopDeviceApk=am start -n com.att.android.arodatacollector/com.att.android.arodatacollector.activities.AROCollectorHomeActivity -e StopCollector yes
Emulator.stopTCPDump=ps tcpdump
Emulator.summary=Trace Summary
Emulator.path=Path :
Emulator.data=Data :
Emulator.dataValue=Yes
Emulator.noDataValue=No
Emulator.video=Video :
Emulator.duration=Duration :
Emulator.closeactivity=am broadcast -a arodatacollector.timeout.SHUTDOWN
Emulator.closeHomeActivity=am broadcast -a arodatacollector.home.activity.close
# Localization of data collector files names
Name.tcpdump=tcpdump
Name.keyevent=key.db
Name.appverapk=AROAppVerCollector.apk
Name.startemul = startandroidemulator.bat
Name.waitfordevices = waitfordevices.bat
# Enumerations
GpsState.GPS_DISABLED=GPS Off
GpsState.GPS_ACTIVE=GPS Active
GpsState.GPS_STANDBY=GPS Standby
WifiState.WIFI_CONNECTING=Wi-Fi Connecting
WifiState.WIFI_DISCONNECTING=Wi-Fi Disconnecting
WifiState.WIFI_SUSPENDED=Wi-Fi Suspended
WifiState.WIFI_DISCONNECTED=Wi-Fi Standby
WifiState.WIFI_DISABLED=Wi-Fi Off
WifiState.WIFI_CONNECTED=Wi-Fi Connected
WifiState.WIFI_UNKNOWN=Wi-Fi Unknown State
CameraState.CAMERA_ON=Camera On
CameraState.CAMERA_OFF=Camera Off
ScreenState.SCREEN_ON=Screen On
ScreenState.SCREEN_OFF=Screen Off
BluetoothState.BLUETOOTH_DISCONNECTED=Bluetooth Standby
BluetoothState.BLUETOOTH_CONNECTED=Bluetooth Connected
BluetoothState.BLUETOOTH_TURNED_OFF=Bluetooth Off
UserEventType.EVENT_UNKNOWN=Unknown event
UserEventType.SCREEN_TOUCH=Screen Touch
UserEventType.KEY_POWER=Power Button
UserEventType.KEY_VOLUP=Volume Up
UserEventType.KEY_VOLDOWN=Volume Down
UserEventType.KEY_BALL=Ball Key
UserEventType.KEY_HOME=Home Key
UserEventType.KEY_MENU=Menu Key
UserEventType.KEY_BACK=Back Key
UserEventType.KEY_SEARCH=Search Key
UserEventType.KEY_GREEN=Green Key
UserEventType.KEY_RED=Red Key
UserEventType.KEY_KEY=Key Press/Screen Touch
UserEventType.SCREEN_LANDSCAPE=Screen Orientation Changed to Landscape
UserEventType.SCREEN_PORTRAIT=Screen Orientation Changed to Portrait
TcpInfo.TCP_DATA=DATA
TcpInfo.TCP_ACK=ACK
TcpInfo.TCP_ESTABLISH=OPEN_CONN
TcpInfo.TCP_CLOSE=CLOSE_CONN
TcpInfo.TCP_RESET=RESET
TcpInfo.TCP_DATA_DUP=DATA_DUP
TcpInfo.TCP_ACK_DUP=ACK_DUP
TcpInfo.TCP_KEEP_ALIVE=KEEP_ALIVE
TcpInfo.TCP_KEEP_ALIVE_ACK=ACK_KEEP_ALIVE
TcpInfo.TCP_ZERO_WINDOW=ZERO_WINDOW
TcpInfo.TCP_WINDOW_UPDATE=ACK_WIN_UPDATE
TcpInfo.TCP_DATA_RECOVER=DATA_RECOVER
TcpInfo.TCP_ACK_RECOVER=ACK_RECOVER
NetworkType.UNKNOWN=Unknown
NetworkType.WIFI=WIFI
NetworkType.GPRS=GPRS
NetworkType.UMTS=UMTS
NetworkType.HSDPA=HSDPA
NetworkType.HSPA=HSPA
NetworkType.HSPAP=HSPA+
NetworkType.HSUPA=HSUPA
NetworkType.LTE=LTE
NetworkType.none=NONE
# ConfigurationFrame
configuration.title=ARO Profile - {0}
configuration.menu.file=File
configuration.menu.file.open=Open...
configuration.menu.file.apply=Apply
configuration.menu.file.save=Save
configuration.menu.file.saveas=Save As...
configuration.menu.file.exit=Close
configuration.savefile=Select your device profile file.
configuration.loaderror=Error loading last device profile. Default device profile is being used.
configuration.parseerror=Please enter a valid value for the following device profile attributes:\n{0}
configuration.applied=Current profile applied.
configuration.saved=Device profile saved.
configuration.confirm=Confirm
configuration.fileExists=Selected profile file already exists. Do you wish to overwrite?
configuration.CARRIER=Carrier
configuration.DEVICE=Device Name
configuration.DCH_FACH_TIMER=DCH (Active)->FACH (Standby) timer (sec)
configuration.FACH_IDLE_TIMER=FACH (Standby)->IDLE timer (sec)
configuration.IDLE_DCH_PROMO_MIN=Min IDLE->DCH (Active) promotion delay (sec)
configuration.IDLE_DCH_PROMO_AVG=Avg IDLE->DCH (Active) promotion delay (sec)
configuration.IDLE_DCH_PROMO_MAX=Max IDLE->DCH (Active) promotion delay (sec)
configuration.FACH_DCH_PROMO_MIN=Min FACH (Standby)->DCH (Active) promotion delay (sec)
configuration.FACH_DCH_PROMO_AVG=Avg FACH (Standby)->DCH (Active) promotion delay (sec)
configuration.FACH_DCH_PROMO_MAX=Max FACH (Standby)->DCH (Active) promotion delay (sec)
configuration.RLC_UL_TH=RLC threshold for uplink (bytes)
configuration.RLC_DL_TH=RLC threshold for downlink (bytes)
configuration.DCH_TIMER_RESET_SIZE=Threshold for resetting DCH (Active) timer (bytes)
configuration.DCH_TIMER_RESET_WIN=Timing window for resetting DCH (Active) timer (sec)
configuration.RLC_UL_RATE_P2=RLC consumption rate (^2) for uplink
configuration.RLC_UL_RATE_P1=RLC consumption rate (^1) for uplink
configuration.RLC_UL_RATE_P0=RLC consumption rate (^0) for uplink
configuration.RLC_DL_RATE_P2=RLC consumption rate (^2) for downlink
configuration.RLC_DL_RATE_P1=RLC consumption rate (^1) for downlink
configuration.RLC_DL_RATE_P0=RLC consumption rate (^0) for downlink
configuration.POWER_DCH=DCH (Active) Power (w)
configuration.POWER_FACH=FACH (Standby) Power (w)
configuration.POWER_IDLE=IDLE Power (w)
configuration.POWER_IDLE_DCH=Average power for IDLE->DCH (Active) promotion (w)
configuration.POWER_FACH_DCH=Average power for FACH (Standby)->DCH (Active) promotion (w)
configuration.BURST_TH=Threshold for defining a burst (sec)
configuration.LONG_BURST_TH=Threshold for defining a long burst (sec)
configuration.USER_INPUT_TH=Threshold for user input window (sec)
configuration.PERIOD_MIN_CYCLE=Periodical Transfer Analysis - Min size of periodical clusters (sec)
configuration.PERIOD_CYCLE_TOL=Periodical Transfer Analysis - Max tolerable variation for periodical transfers (sec)
configuration.PERIOD_MIN_SAMPLES=Periodical Transfer Analysis - Min number of periodical transfers
configuration.LARGE_BURST_DURATION=Threshold for duration of a large burst (sec)
configuration.LARGE_BURST_SIZE=Threshold for size of a large burst (bytes)
configuration.CLOSE_SPACED_BURSTS=Threshold for close spaced bursts (sec)
configuration.POWER_GPS_ACTIVE=Average power for active GPS (w)
configuration.POWER_GPS_STANDBY=Average power for standby GPS (w)
configuration.POWER_CAMERA_ON=Average power when camera is on (w)
configuration.POWER_WIFI_ACTIVE=Average power Wi-Fi connected (w)
configuration.POWER_WIFI_STANDBY=Average power Wi-Fi inactive (w)
configuration.POWER_BLUETOOTH_ACTIVE=Average power for active Bluetooth (w)
configuration.POWER_BLUETOOTH_STANDBY=Average power for standby Bluetooth (w)
configuration.POWER_SCREEN_ON=Average power when screen is on (w)
#LTE energy
configuration.T_PROMOTION=Promotion time from Idle to CR (sec)
configuration.TI_DRX=Time of inactivity from CR before DRX (sec)
configuration.TIS_DRX=Time in short DRX (sec)
configuration.TON_DRX=Ping length during DRX (sec)
configuration.T_TAIL_DRX=Time in Long DRX (sec)
configuration.T_ONIDLE=Ping length in IDLE (sec)
configuration.TPS_DRX=Period between pings DRX Short (sec)
configuration.TPI_DRX=Period between pings DRX Long (sec)
configuration.PPL_DRX=Period between pings IDLE (sec)
configuration.W_THROUGHPUT=Time delta for throughput calculations (sec)
configuration.LTE_P_PROMOTION=Average power during promotion (w)
configuration.LTE_P_SHORT_DRX=Average power of ping during short DRX (w)
configuration.LTE_LONG_DRX=Average power of ping during long DRX (w)
configuration.LTE_TAIL=Average power during tail (baseline) (w)
configuration.LTE_IDLE=Average power of ping in idle (w)
configuration.LTE_ALPHA_UP=Multiplier for throughput upload energy calc. (mW/Mbps)
configuration.LTE_ALPHA_DOWN=Multiplier for throughput download energy calc. (mW/Mbps)
configuration.LTE_BETA=Baseline for CR energy (before throughput modifiers added) (w)
#WIFI Configuration
configuration.WIFI_TAIL_TIME=WiFi tail time (sec)
#configuration.TRACE_DIR=Trace directory
#configuration.TEMP_DIR=Temp directory
#configuration.WIRESHARK_PATH=Wireshark executable
#configuration.PAINT_PATH=Paint executable
#configuration.EDITOR_PATH=Text editor executable
#ProfileException
profileException.save=Unable to save file due to the errors below:
profileException.open=Unable to open file due to errors below:
profileException.load=Unable to load file due to errors below:
#ConfigurationTableModel
configurationTableModel.NETWORK_ATTRIBUTE_COLUMN=Network Attribute
configurationTableModel.DEVICE_ATTRIBUTE_COLUMN=Device Attribute
configurationTableModel.PROFILE_DATA_COLUMN=Profile Value
#Best Practices Texts
bestPractice.header=BEST PRACTICES
caching.duplicateContent.title=File Download: Duplicate Content
caching.duplicateContent.detailedTitle=Duplicate Content
caching.duplicateContent.desc=This test measures duplicate content. Excess duplicate content means that content was downloaded multiple times, which leads to slower applications and wasted bandwidth.
caching.duplicateContent.results=Your trace had {0}% duplicated TCP content. By reducing the <a href="#">duplicate content</a> ({1} items, {2} M of {3}M total TCP content), your application will appear faster to your customers.
caching.duplicateContent.pass=Your trace passes with an acceptable level of duplicate content. Your trace had less than 3 duplicate items downloaded.
caching.duplicateContent.url=http://developer.att.com/ARO/BestPractices/DuplicateContent
caching.usingCache.title=File Download: Cache Control
caching.usingCache.detailedTitle=Cache Control
caching.usingCache.desc=This test measures the presence of cache headers. For all content that should be stored in the cache the best practice is to make sure that your server is adding the appropriate cache headers.
caching.usingCache.results=ARO detected the absence of <a href="#">cache headers</a> {0}% of times. Cache headers prevent your files from being downloaded in a duplicate manner.
caching.usingCache.pass=Your data is populated with cache headers and it passes this test.
caching.usingCache.url=http://developer.att.com/ARO/BestPractices/UsingCache
caching.cacheControl.title=File Download: Content Expiration
caching.cacheControl.detailedTitle=Content Expiration
caching.cacheControl.desc=This test compares the number of "304 not modified" requests versus files that should be cached but were downloaded multiple times.
caching.cacheControl.results=Your trace contained {0} duplicate files with "<a href="#">not expired</a>" cache headers and received {1} <a>304 responses</a> for expired files.
caching.cacheControl.pass=It appears that content expiration is being handled properly. No caching issues were detected in this trace and it passes this test.
caching.cacheControl.url=http://developer.att.com/ARO/BestPractices/CacheControl
caching.prefetching.title=File Download: Content Pre-fetching
caching.prefetching.detailedTitle=Content Pre-fetching
caching.prefetching.desc=This test measures multiple user input bursts all in a row. Prefetching may help speed up an app in these situations. Downloading files "as needed" can slow the user experience. If a user scrolls through the main screen of your application and has to wait for images to load, the application appears slow.
caching.prefetching.results=ARO detected {0} user input <a href="#">bursts</a> in a row. Consider pre-fetching your data (downloading all at once) to reduce the time your application is connected to the network.
caching.prefetching.pass=The files in this trace seem to be downloaded in reasonable bursts, and it passes this test. Remember that this may need to change as user behavior changes.
caching.prefetching.url=http://developer.att.com/ARO/BestPractices/Prefetching
connections.connectionOpening.title=Connections: Connection Opening
connections.connectionOpening.detailedTitle=Connection Opening
connections.connectionOpening.desc=This test helps ensure connections are opened properly. Some connection startups consists of an input burst, followed by a series of bursts spread out over time which can dramatically slow down the application's response time and waste energy on the device. This is a self test.
connections.connectionOpening.selfEvaluation=If you see many application-initiated bursts, consider a transaction manager to group these more closely together.
connections.connectionOpening.url=http://developer.att.com/ARO/BestPractices/OpeningConnections
connections.unnecssaryConn.title=Connections: Unnecessary Connections - Multiple Simultaneous Connections
connections.unnecssaryConn.detailedTitle=Unnecessary Connections - Multiple Simultaneous Connections
connections.unnecssaryConn.desc=This test measures bursts that could be more tightly grouped. Syncing all of your data connections can help reduce the amount of time your application is on the network, reducing the battery drain. That will also make your content appear to load faster to the user.
connections.unnecssaryConn.results={0} sets of <a href="#">bursts</a> that could be more tightly grouped.
connections.unnecssaryConn.pass=It appears that the data in this trace is grouped together well, and it passes this test.
connections.unnecssaryConn.url=http://developer.att.com/ARO/BestPractices/TCPConnections
connections.periodic.title=Connections: Inefficient Connections - Periodic Transfers
connections.periodic.detailedTitle=Inefficient Connections - Periodic Transfers
connections.periodic.desc=This test helps ensure that your periodic connections are truly needed for the customer, which if not handled properly could cause excessive power drain.
connections.periodic.results=There were {0} different <a href="#">connections</a> which were repeated a total of {1} times with a minimum repeat time of {2} seconds.
connections.periodic.result=There was {0} different <a href="#">connection</a> which was repeated a total of {1} times with a minimum repeat time of {2} seconds.
connections.periodic.pass=No periodic transfers were detected in this trace. It may be worthwhile to look for connections that happened regularly, but are not at exact intervals. This can cause excessive battery drain.
connections.periodic.url=http://developer.att.com/ARO/BestPractices/PeriodicTransfers
connections.screenRotation.title=Connections: Inefficient Connections - Screen Rotation
connections.screenRotation.detailedTitle=Inefficient Connections - Screen Rotation
connections.screenRotation.desc=This test tracks screen rotation, to see if the app is pinging the server on orientation changes, or actually completely retransmit content. If you see this in your trace - consider a new layout for existing content (rather than re-download) or sending the orientation change later as a part of a larger data transmission.
connections.screenRotation.results=After rotating the screen, we detected a network traffic <a href="#">burst</a>. Consider reusing the content you have already downloaded in the previous layout, rather than downloading again.
connections.screenRotation.pass=Either no screen rotations were noted or the screen rotations did not trigger network activity.
connections.screenRotation.url=http://developer.att.com/ARO/BestPractices/ScreenRotations
connections.connClosing.title=Connections: Inefficient Connections - Connection Closing Problems
connections.connClosing.detailedTitle=Inefficient Connections - Connection Closing Problems
connections.connClosing.desc=This test checks that connections are closed promptly. If not effectively closed with the last data, the server timeout can turn the radio on just to close your connections, which wastes power and bandwidth.
connections.connClosing.results=ARO detected that {0} Joules ({1}% of the total energy) was used to control these <a href="#">connections</a>. By closing connections promptly, you will reduce battery drain.
connections.connClosing.pass=Connections appear to be closed promptly in this trace, and it passes this test.
connections.connClosing.url=http://developer.att.com/ARO/BestPractices/ClosingConnections
connections.offloadingToWifi.title=Connections: Inefficient Connections - Offloading to WiFi when Possible
connections.offloadingToWifi.detailedTitle=Inefficient Connections - Offloading to WiFi when Possible
connections.offloadingToWifi.desc=This test is a check to see if you are transmitting large chunks of data. When this occurs you may consider offloading to WiFi when appropriate.
connections.offloadingToWifi.results=ARO detected {0} large <a href="#">bursts</a> with high amounts of data in your trace.
connections.offloadingToWifi.pass=There were not many large bursts of data seen in this trace, and it passes this test.
connections.offloadingToWifi.url=http://developer.att.com/ARO/BestPractices/WifiOffload
connections.http4xx5xx.title=Connections: 400, 500 HTTP Status Response Codes
connections.http4xx5xx.detailedTitle=400, 500 HTTP Status Response Codes
connections.http4xx5xx.desc=HTTP status response codes in the 4xx range indicate a client request error, and 5xx codes indicate a server error. There should be zero such errors in your application.
connections.http4xx5xx.errorSingular=1 <a href="{0}">{0}</a> status response
connections.http4xx5xx.errorPlural={0} <a href="{1}">{1}</a> status responses
connections.http4xx5xx.errorList={0}, {1}
connections.http4xx5xx.errorListEnd={0} and {1}
connections.http4xx5xx.results=ARO detected {0} during the trace.
connections.http4xx5xx.pass=No 4xx or 5xx HTTP status response codes were detected during the trace.
connections.http4xx5xx.url=http://developer.att.com/ARO/BestPractices/HTTPcodes
connections.http4xx5xx.table.col1=Time
connections.http4xx5xx.table.col2=Domain Name
connections.http4xx5xx.table.col3=File Name
connections.http4xx5xx.table.col4=HTTP Code
connections.http4xx5xx.table.header=400,500 HTTP Status Response Codes
connections.http3xx.title=Connections: 301, 302 HTTP Status Response Codes
connections.http3xx.detailedTitle=301, 302 HTTP Status Response Codes
connections.http3xx.desc=Redirects are an easy way to switch users to different versions of your data. However, redirects also add significant latency to your application. Use with care.
connections.http3xx.errorSingular=1 <a href="{0}">{0}</a> status response
connections.http3xx.errorPlural={0} <a href="{1}">{1}</a> status responses
connections.http3xx.errorList={0}, {1}
connections.http3xx.errorListEnd={0} and {1}
connections.http3xx.results=ARO detected {0} during the trace.
connections.http3xx.pass=No 301 or 302 HTTP status response codes were detected during the trace.
connections.http3xx.url=http://developer.att.com/ARO/BestPractices/300HTTPcodes
connections.http3xx.table.col1=Time
connections.http3xx.table.col2=Domain
connections.http3xx.table.col3=HTTP Code
connections.http3xx.table.col4=File Name
connections.http3xx.table.header=Files
other.accessingPeripherals.title=Other: Accessing Peripheral Applications
other.accessingPeripherals.detailedTitle=Accessing Peripheral Applications
other.accessingPeripherals.desc=This test reviews accessing device hardware applications like cameras, GPS, Bluetooth, speakers and WiFi, which can drain the battery. That's not a problem if your app is utilizing those peripherals, but many apps access peripherals they never utilize.
other.accessingPeripherals.results=During your trace, <a href="#">GPS</a> was active for {0}% of the time. <a href="#">Bluetooth</a> was active for {1}% of the time. <a href="#">Camera</a> was active for {2}% of the time.
other.accessingPeripherals.pass=Peripherals appear to be managed properly. Trace shows GPS was active for {0}% of the time. Bluetooth was active for {1} % of the time. Camera was active for {2} % of the time.
other.accessingPeripherals.url=http://developer.att.com/ARO/BestPractices/Peripherals
html.httpUsage.title=HTML: HTTP 1.0 Usage
html.httpUsage.detailedTitle=HTTP 1.0 Usage
html.httpUsage.desc=This test is just review to make sure you are using HTTP 1.1, which allows multiple items to be downloaded per connection, which is more efficient for your app.
html.httpUsage.results=ARO detected {0} HTTP 1.0 <a href="#">headers</a>.
html.httpUsage.pass=ARO detected {0} HTTP 1.0 headers, and it passes this test.
html.httpUsage.url=http://developer.att.com/ARO/BestPractices/HTTP1.0
html.asyncload.title=HTML: Asynchronous Load of JavaScript in HTML
html.asyncload.detailedTitle=Asynchronous Load of JavaScript in HTML
html.asyncload.desc=JavaScript loading blocks parallel downloads, and files downloaded in the HEAD of your HTML will block the rendering of your HTML. If you must load JavaScript in the HEAD load asynchronously.
html.asyncload.results=ARO discovered {0} HTML files that use synchronous load of JavaScript in the HEAD.
html.asyncload.pass=ARO discovered {0} HTML files loaded synchronously and it passes the test.
html.asyncload.url=http://developer.att.com/ARO/BestPractices/loadJSasynchronously
html.asyncload.table.header=Synchronous Loaded Files
html.asyncload.table.col1=Time
html.asyncload.table.col2=Host Name
html.asyncload.table.col3=File Name
html.fileorder.title=HTML: File Order
html.fileorder.detailedTitle=File Order
html.fileorder.desc=In the HEAD of your HTML, CSS files should always be loaded before JS files to ensure faster loading of your website.
html.fileorder.singresults=ARO discovered {0} HTML file where JS is loaded immediately before CSS.
html.fileorder.pluresults=ARO discovered {0} HTML files where JS is loaded immediately before CSS.
html.fileorder.pass=ARO discovered 0 HTML file where JS is loaded immediately before CSS.
html.fileorder.url=http://developer.att.com/ARO/BestPractices/FileOrder
html.fileorder.table.header=Files where JS is loaded before CSS
html.fileorder.table.col1=Time
html.fileorder.table.col2=Host Name
html.fileorder.table.col3=File Name
html.displaynoneincss.title=HTML: "display:none" in CSS
html.displaynoneincss.detailedTitle="display:none" in CSS
html.displaynoneincss.desc=The CSS rule "display:none" is used to hide html objects from being shown on a page. However, this does not prevent the objects from being downloaded to the mobile device. These extra objects (that are never displayed to the user), will slow down your app and waste data.