gps.xml - device/samsung/crespo4g - Git at Google

 <?xml version="1.0" encoding="utf-8"?>
 <glgps xmlns="http://www.glpals.com/" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://www.glpals.com/ glconfig.xsd" >
   <!--HAL Confguration  -->
   <hal
 	   acPortName="/dev/s3c2410_serial1" lBaudRate="115200"  cLogEnabled="false" acLogDirectory="/data/gps/log/" ltoFileName="lto2.dat"
        enhanced-assisted="false" cp-enhanced-assisted="false" TISEnabled="false" RILEnabled="true" LPmode="false" cp-cold-start="false" cp-guard-time-sec="2"
        arp-supl-enable="true" arp-supl-cap-msb="true" arp-supl-cap-msa="true" arp-supl-cap-ecid="false" arp-supl-reaiding-time-sec="1200"
 	   acSuplServer="supl.google.com" SuplPort="7276"
        LbsEnable="true" LbsLocal="false" LbsServer="bcmls2.glpals.com" LbsPort="7275" LbsSyncTimeSec = "60" LbsSyncLto="true" LbsSyncCells="true"
        LbsGetGpsAssistance="false"
        LbsSyncLtoThresholdDays="3"
        gpioNStdbyPath="/sys/class/sec/gps/GPS_PWR_EN/value"
        gpioNResetPath="/sys/class/sec/gps/GPS_nRST/value"
        gpioDelayMs="250"
        lcsApiSockName="/dev/socket/gps"
        acNvStoDir="/data/gps/"
        />

   <!-- Parameters passed to GlEngine   -->
   <!--gll
          LogPriMask="LOG_DEBUG"
          LogFacMask="LOG_GLLAPI | LOG_DEVIA | LOG_NMEA | LOG_RAWDATA | LOG_DEVMS | LOG_ASIC_IO | LOG_BBTEST | LOG_DEVET | LOG_MESM | LOG_DEVKF | LOG_DEVJG | LOG_DEVMR"
          FrqPlan="FRQ_PLAN_10MHZ_2PPM_10MHZ_100PPB" FrqPlan="FRQ_PLAN_10MHZ_2PPM" "FRQ_PLAN_16_8MHZ_2PPM"
          RfType="GL_RF_PALS7" "GL_RF_BARRACUDA" "GL_RF_2075_LN22" "GL_RF_2075_BRCM" "GL_RF_PALS7_BRCM" "GL_RF_BARRACUDA_BRCM" "GL_RF_BARRACUDA_EXT_LNA"
          NOTE: "GL_RF_BARRACUDA_EXT_LNA" should be used for BAS
          LbsEnable="true" LbsLocal="true" LbsServer="bcmlbsqa1.glpals.com" LbsPort="7275" LbsSyncTimeSec = "60" LbsSyncLto="true" LbsSyncCells="true"
   /-->

   <!-- NOTE: BrcmRFwildBase, BrcmRFclkDiv, anBrcmRFclkRefHz only needed for Broadcom RF front end test chips
             ( i.e. GL_RF_2075_BRCM and GL_RF_PALS7_BRCM ) -->

   <gll
        LogPriMask="LOG_DEBUG"
        LogFacMask="LOG_GLLAPI | LOG_NMEA | LOG_ASIC_IO"
        FrqPlan="FRQ_PLAN_26MHZ_2PPM_26MHZ_300PPB"
        RfType="GL_RF_4751_DANUBE_EXT_LNA"
        pps-enable="false" pps-offset-ms="0" pps-width-ns="100"
        WarmStandbyTimeout1Seconds="5"
        WarmStandbyTimeout2Seconds="10"
        CNoSmoothEnable="true"
     >
     <periodic_hor_acc_remap>
         <remap in="50" out="55" />
     </periodic_hor_acc_remap>
   </gll>

   <!-- List of jobs can be performed by the GPS controller    -->

 <!-- The default job  all parameters are set to default values  -->
 <!-- Periodic Position Fix using default settings -->
 <job id="Periodic">
     <task>
         <req_pos/>
     </task>
 </job>

 <!-- Periodic Position with the ROM almanac ignored for simulator testing -->
 <job id="Simulator_Periodic">
     <task id="cont" repeat="1">
       <startup ignore_rom_alm="true" />
       <req_pos validfix="2000" duration_sec="4500"/>
     </task>
 </job>

 <!-- Repetetive cold starts -->
 <job id="Cold_Starts">
     <task repeat="1000000">
            <startup
                      ignore_osc="false"
                      ignore_rom_alm="false"
                      ignore_ram_alm="false"
                      ignore_pos="true"
                      ignore_nav="true"
                      ignore_time="true"
            />
       <req_pos validfix="1"/>
     </task>
 </job>

 <!-- Repetetive cold starts with the ROM almanac ignored for simulator testing -->
 <job id="Simulator_Cold_Starts">
     <task repeat="1000000">
            <startup
                      ignore_osc="false"
                      ignore_rom_alm="true"
                      ignore_ram_alm="false"
                      ignore_pos="true"
                      ignore_nav="true"
                      ignore_time="true"
            />
       <req_pos validfix="1"/>
     </task>
 </job>

 <!-- Repetetive warm starts
      Stored ephemeris data is discarded before the start begins
      This simulates GPS receiver start after it was left off for more that 4 hours
 -->
 <job id="Warm_Starts">
     <task repeat="1000000">
            <startup ignore_nav="true"/>
     <req_pos validfix="1"/>
     </task>
 </job>

 <!-- Repetetive warm starts  performed on GPS simulator -->
 <job id="Simulator_Warm_Starts">
     <task repeat="1000000">
        <startup
                     ignore_rom_alm="true"
                     ignore_nav="true"
        />
        <req_pos validfix="1"/>
     </task>
 </job>

 <!-- Repetetive hot starts  -->
 <job id="Hot_Starts">
     <task repeat="1000000">
         <req_pos validfix="1"/>
     </task>
 </job>

 <!-- This job must be performed every time the GPS simulator scenarion is reset  -->
 <job id="CollectEphemeris">
     <task repeat="1">
            <startup
                      ignore_osc="true"
                      ignore_rom_alm="true"
                      ignore_ram_alm="true"
                      ignore_pos="true"
                      ignore_nav="true"
                      ignore_time="true"
            />
         <req_pos validfix="200"/>
     </task>
 </job>


 <!-- This job performes series of single shot requests using the data stored
       in NVRAM to simulate assistance data received from the network
       The QoS parameters are set to maxmize the GPS sensitivity
 -->
 <job id="Assisted_Cold_Starts">
     <task repeat="1000000">
         <startup
                     ignore_rom_alm="true"
                     ignore_ram_alm="true"
         />
         <asst>
                    <!--pos Lat="-30.0" Lon="-50.0" Alt="50" /-->
                    <pos Lat="33.7691" Lon="-84.4062" Alt="300" />
                    <!--pos Lat="37.0" Lon="-122.0" Alt="50" /-->
                    <!--pos Lat="37.26533652" Lon="-121.94128855" Alt="51.4" /-->
         </asst>
         <req_pos_single acc="50" timeout="30" />
     </task>
 </job>

 <!-- This job performes series of single shot requests using the data stored
       in NVRAM to simulate assistance data received from the network
       The QoS parameters are set as it woudld be set by Spirent ULTS executing
       3GPP TS performance tests.
 -->
 <job id="3GPP_Assisted_Cold_Starts">
     <task repeat="1000000">
         <startup
                     ignore_rom_alm="true"
                     ignore_ram_alm="true"
         />
         <asst>
                    <!--pos Lat="-30.0" Lon="-50.0" Alt="50" /-->
                    <pos Lat="33.7691" Lon="-84.4062" Alt="300" />
                    <!--pos Lat="37.0" Lon="-122.0" Alt="50" /-->
                    <!--pos Lat="37.26533652" Lon="-121.94128855" Alt="51.4" /-->
         </asst>
         <req_pos_single acc="25" timeout="20" />
     </task>
 </job>

 <!-- This job starts signle chanel factory test mode
      The signal is expected to be in the range from -125 dBm to -145 dBm
      with the frequency offset range from -2 ppm to +2 ppm
      for this mode to provide reliable results
 -->
 <job id="Factory_High_SNR">
     <task id="test" repeat="1">
            <startup
                      ignore_osc="true"
                      ignore_rom_alm="true"
                      ignore_ram_alm="true"
                      ignore_pos="true"
                      ignore_nav="true"
                      ignore_time="true"
            />
            <req_ftest
                     PRN="1"
                     GL_FACT_TEST_MODE="GL_FACT_TEST_CONT"
                     GL_FACT_TEST_ITEMS="GL_FACT_TEST_WER"
                     avg_int_sec="10"
                     duration_sec="60"
            />
      </task>
 </job>

 <!-- This job is intended to be ran after the Factory_High_SNR job
      It uses the TCXO offset stored in NVRAM during the Factory_High_SNR job
 -->
 <job id="Factory_Low_SNR">
     <task id="test" repeat="1">
            <startup
                      ignore_osc="false"
                      ignore_rom_alm="true"
                      ignore_ram_alm="true"
                      ignore_pos="true"
                      ignore_nav="true"
                      ignore_time="true"
            />
            <req_ftest
                    PRN="1"
                    GL_FACT_TEST_MODE="GL_FACT_TEST_CONT"
                    GL_FACT_TEST_ITEMS="GL_FACT_TEST_WER"
                    avg_int_sec="10"
                    duration_sec="200"
            />
      </task>
 </job>

 </glgps>
	<?xml version="1.0" encoding="utf-8"?>
	<glgps xmlns="http://www.glpals.com/" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://www.glpals.com/ glconfig.xsd" >
	<!--HAL Confguration -->
	<hal
	acPortName="/dev/s3c2410_serial1" lBaudRate="115200" cLogEnabled="false" acLogDirectory="/data/gps/log/" ltoFileName="lto2.dat"
	enhanced-assisted="false" cp-enhanced-assisted="false" TISEnabled="false" RILEnabled="true" LPmode="false" cp-cold-start="false" cp-guard-time-sec="2"
	arp-supl-enable="true" arp-supl-cap-msb="true" arp-supl-cap-msa="true" arp-supl-cap-ecid="false" arp-supl-reaiding-time-sec="1200"
	acSuplServer="supl.google.com" SuplPort="7276"
	LbsEnable="true" LbsLocal="false" LbsServer="bcmls2.glpals.com" LbsPort="7275" LbsSyncTimeSec = "60" LbsSyncLto="true" LbsSyncCells="true"
	LbsGetGpsAssistance="false"
	LbsSyncLtoThresholdDays="3"
	gpioNStdbyPath="/sys/class/sec/gps/GPS_PWR_EN/value"
	gpioNResetPath="/sys/class/sec/gps/GPS_nRST/value"
	gpioDelayMs="250"
	lcsApiSockName="/dev/socket/gps"
	acNvStoDir="/data/gps/"
	/>

	<!-- Parameters passed to GlEngine -->
	<!--gll
	LogPriMask="LOG_DEBUG"
	LogFacMask="LOG_GLLAPI \| LOG_DEVIA \| LOG_NMEA \| LOG_RAWDATA \| LOG_DEVMS \| LOG_ASIC_IO \| LOG_BBTEST \| LOG_DEVET \| LOG_MESM \| LOG_DEVKF \| LOG_DEVJG \| LOG_DEVMR"
	FrqPlan="FRQ_PLAN_10MHZ_2PPM_10MHZ_100PPB" FrqPlan="FRQ_PLAN_10MHZ_2PPM" "FRQ_PLAN_16_8MHZ_2PPM"
	RfType="GL_RF_PALS7" "GL_RF_BARRACUDA" "GL_RF_2075_LN22" "GL_RF_2075_BRCM" "GL_RF_PALS7_BRCM" "GL_RF_BARRACUDA_BRCM" "GL_RF_BARRACUDA_EXT_LNA"
	NOTE: "GL_RF_BARRACUDA_EXT_LNA" should be used for BAS
	LbsEnable="true" LbsLocal="true" LbsServer="bcmlbsqa1.glpals.com" LbsPort="7275" LbsSyncTimeSec = "60" LbsSyncLto="true" LbsSyncCells="true"
	/-->

	<!-- NOTE: BrcmRFwildBase, BrcmRFclkDiv, anBrcmRFclkRefHz only needed for Broadcom RF front end test chips
	( i.e. GL_RF_2075_BRCM and GL_RF_PALS7_BRCM ) -->

	<gll
	LogPriMask="LOG_DEBUG"
	LogFacMask="LOG_GLLAPI \| LOG_NMEA \| LOG_ASIC_IO"
	FrqPlan="FRQ_PLAN_26MHZ_2PPM_26MHZ_300PPB"
	RfType="GL_RF_4751_DANUBE_EXT_LNA"
	pps-enable="false" pps-offset-ms="0" pps-width-ns="100"
	WarmStandbyTimeout1Seconds="5"
	WarmStandbyTimeout2Seconds="10"
	CNoSmoothEnable="true"
	>
	<periodic_hor_acc_remap>
	<remap in="50" out="55" />
	</periodic_hor_acc_remap>
	</gll>

	<!-- List of jobs can be performed by the GPS controller -->

	<!-- The default job all parameters are set to default values -->
	<!-- Periodic Position Fix using default settings -->
	<job id="Periodic">
	<task>
	<req_pos/>
	</task>
	</job>

	<!-- Periodic Position with the ROM almanac ignored for simulator testing -->
	<job id="Simulator_Periodic">
	<task id="cont" repeat="1">
	<startup ignore_rom_alm="true" />
	<req_pos validfix="2000" duration_sec="4500"/>
	</task>
	</job>

	<!-- Repetetive cold starts -->
	<job id="Cold_Starts">
	<task repeat="1000000">
	<startup
	ignore_osc="false"
	ignore_rom_alm="false"
	ignore_ram_alm="false"
	ignore_pos="true"
	ignore_nav="true"
	ignore_time="true"
	/>
	<req_pos validfix="1"/>
	</task>
	</job>

	<!-- Repetetive cold starts with the ROM almanac ignored for simulator testing -->
	<job id="Simulator_Cold_Starts">
	<task repeat="1000000">
	<startup
	ignore_osc="false"
	ignore_rom_alm="true"
	ignore_ram_alm="false"
	ignore_pos="true"
	ignore_nav="true"
	ignore_time="true"
	/>
	<req_pos validfix="1"/>
	</task>
	</job>

	<!-- Repetetive warm starts
	Stored ephemeris data is discarded before the start begins
	This simulates GPS receiver start after it was left off for more that 4 hours
	-->
	<job id="Warm_Starts">
	<task repeat="1000000">
	<startup ignore_nav="true"/>
	<req_pos validfix="1"/>
	</task>
	</job>

	<!-- Repetetive warm starts performed on GPS simulator -->
	<job id="Simulator_Warm_Starts">
	<task repeat="1000000">
	<startup
	ignore_rom_alm="true"
	ignore_nav="true"
	/>
	<req_pos validfix="1"/>
	</task>
	</job>

	<!-- Repetetive hot starts -->
	<job id="Hot_Starts">
	<task repeat="1000000">
	<req_pos validfix="1"/>
	</task>
	</job>

	<!-- This job must be performed every time the GPS simulator scenarion is reset -->
	<job id="CollectEphemeris">
	<task repeat="1">
	<startup
	ignore_osc="true"
	ignore_rom_alm="true"
	ignore_ram_alm="true"
	ignore_pos="true"
	ignore_nav="true"
	ignore_time="true"
	/>
	<req_pos validfix="200"/>
	</task>
	</job>


	<!-- This job performes series of single shot requests using the data stored
	in NVRAM to simulate assistance data received from the network
	The QoS parameters are set to maxmize the GPS sensitivity
	-->
	<job id="Assisted_Cold_Starts">
	<task repeat="1000000">
	<startup
	ignore_rom_alm="true"
	ignore_ram_alm="true"
	/>
	<asst>
	<!--pos Lat="-30.0" Lon="-50.0" Alt="50" /-->
	<pos Lat="33.7691" Lon="-84.4062" Alt="300" />
	<!--pos Lat="37.0" Lon="-122.0" Alt="50" /-->
	<!--pos Lat="37.26533652" Lon="-121.94128855" Alt="51.4" /-->
	</asst>
	<req_pos_single acc="50" timeout="30" />
	</task>
	</job>

	<!-- This job performes series of single shot requests using the data stored
	in NVRAM to simulate assistance data received from the network
	The QoS parameters are set as it woudld be set by Spirent ULTS executing
	3GPP TS performance tests.
	-->
	<job id="3GPP_Assisted_Cold_Starts">
	<task repeat="1000000">
	<startup
	ignore_rom_alm="true"
	ignore_ram_alm="true"
	/>
	<asst>
	<!--pos Lat="-30.0" Lon="-50.0" Alt="50" /-->
	<pos Lat="33.7691" Lon="-84.4062" Alt="300" />
	<!--pos Lat="37.0" Lon="-122.0" Alt="50" /-->
	<!--pos Lat="37.26533652" Lon="-121.94128855" Alt="51.4" /-->
	</asst>
	<req_pos_single acc="25" timeout="20" />
	</task>
	</job>

	<!-- This job starts signle chanel factory test mode
	The signal is expected to be in the range from -125 dBm to -145 dBm
	with the frequency offset range from -2 ppm to +2 ppm
	for this mode to provide reliable results
	-->
	<job id="Factory_High_SNR">
	<task id="test" repeat="1">
	<startup
	ignore_osc="true"
	ignore_rom_alm="true"
	ignore_ram_alm="true"
	ignore_pos="true"
	ignore_nav="true"
	ignore_time="true"
	/>
	<req_ftest
	PRN="1"
	GL_FACT_TEST_MODE="GL_FACT_TEST_CONT"
	GL_FACT_TEST_ITEMS="GL_FACT_TEST_WER"
	avg_int_sec="10"
	duration_sec="60"
	/>
	</task>
	</job>

	<!-- This job is intended to be ran after the Factory_High_SNR job
	It uses the TCXO offset stored in NVRAM during the Factory_High_SNR job
	-->
	<job id="Factory_Low_SNR">
	<task id="test" repeat="1">
	<startup
	ignore_osc="false"
	ignore_rom_alm="true"
	ignore_ram_alm="true"
	ignore_pos="true"
	ignore_nav="true"
	ignore_time="true"
	/>
	<req_ftest
	PRN="1"
	GL_FACT_TEST_MODE="GL_FACT_TEST_CONT"
	GL_FACT_TEST_ITEMS="GL_FACT_TEST_WER"
	avg_int_sec="10"
	duration_sec="200"
	/>
	</task>
	</job>

	</glgps>