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klee/proprietary/vendor/etc/gnss/agps_profiles_conf2.xml
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<?xml version="1.0" encoding="UTF-8" standalone="yes"?>
<mtk_agps_profiles maj_ver="1" min_ver="2" carrier_xml_enable="true">
<!-- cur_supl_profile and supl_profile
name:
SLP name will be displayed on LocatioEM2 - SLP Template list
addr:
SLP address
port:
SLP port
tls:
enable/disable TLS connection
available value: true (default), false
===== load SLP profile automatically based on PLMN in Cell info =====
This section is not supported in agps_profiles_conf2_carrier_xxx.xml
This section is not supported when carrier xml_enable="true"
mcc (optional):
auto configure the supl_profile if the current MCC on DUT are the same as mcc parameter you specified and auto_profile_enable is enabled
mcc_mnc (optional):
auto configure the supl_profile if the current MCC and MNC on DUT are the same as mcc_mnc paramter you specified and auto_profile_enable is enabled
supl_version (optional):
auto configure supl_version if above mcc_mnc condition is met
available value: 1 -> SUPL1.0 (default)
available value: 2 -> SUPL2.0
tls_version (optional):
auto configure tls_version if above mcc_mnc condition is met
available value: 0 -> TLS1.0 (default)
available value: 1 -> TLS1.1
available value: 2 -> TLS1.2
sha_version (optional):
auto configure sha_version if above mcc_mnc condition is met
available value: 0 -> SHA1 for SUPL1.0 and SHA256 for SUPL2.0 (default)
available value: 1 -> SHA1 for SUPL1.0 and SUPL2.0
available value: 2 -> SHA256 for SUPL1.0 and SUPL2.0
supl_ver_minor (optional):
auto configure the minor of supl_version if above mcc_mnc condition is met
available value: 0~255, default value is 0
supl_ver_ser_ind (optional):
auto configure the service indicator of supl_version if above mcc_mnc condition is met
available value: 0~255, default value is 0
esupl_apn_mode:
how to choose APN for eSUPL
available value: 0 to use Emergency / IMS APN if they are available as GSMA IR92 (default)
1 to use Emergency APN if it is available
2 to use IMS APN if it is available
3 not to use Emergency / IMS APN, just as a normal supl
===== other parameters are used for DM =====
app_id (optional):
"ap0004"
provider_id (optional):
"221.176.0.55"
default_apn (optional):
"XXX WAP"
optional_apn (optional):
"internet"
optional_apn_2 (optional):
""
address_type (optional):
"IPv4address:port"
-->
<cur_supl_profile name="GOOGLE"
addr="supl.google.com"
port="7275"
tls="true"
/>
<cur_up_ssr_profile name="ssr_caict"
addr="supl.bd-caict.com"
port="7275"
tls="true"
supl_version="2"
supl_version_minor="0"
supl_version_ser_ind="4"
tls_version="1"
sha_version="0"
/>
<!-- GOOGLE-->
<supl_profile name="GOOGLE"
addr="supl.google.com"
port="7275"
tls="true"
/>
<!-- GOOGLE-->
<supl_profile name="GOOGLE nonTLS"
addr="supl.google.com"
port="7276"
tls="false"
/>
<!-- GOOGLE-->
<supl_profile name="GOOGLE IP"
addr="74.125.204.192"
port="7276"
tls="false"
/>
<!-- Spirent Lab -->
<supl_profile name="SpirentLcs"
addr="www.spirent-lcs.com"
port="7275"
tls="true"
/>
<!-- Spirent Lab Operator Test Cases -->
<supl_profile name="Spirent"
addr="www.spirent.com"
port="7275"
tls="true"
/>
<!-- R&S Lab -->
<supl_profile name="RnS"
addr="slp.rs.de"
port="7275"
tls="true"
/>
<!-- CMCC Lab -->
<supl_profile name="CMCC Lab"
addr="218.206.176.50"
port="7275"
tls="true"
/>
<!-- Andrew Lab -->
<supl_profile name="Andrew"
addr="slp1acva.andrew.com"
port="7275"
tls="true"
/>
<!-- Ericsson Lab -->
<supl_profile name="Ericsson"
addr="172.22.1.100"
port="7275"
tls="true"
/>
<!-- Ericsson Lab FQDN -->
<supl_profile name="Ericsson FQDN"
addr="mvtvltegmpc.naladmz.ericsson.ca"
port="7275"
tls="true"
/>
<!-- Ericsson Lab FQDN 2 -->
<supl_profile name="Ericsson FQDN 2"
addr="mvtv-broadcom.naladmz.ericsson.ca"
port="7275"
tls="true"
/>
<!-- Ericsson Lab FQDN 3 -->
<supl_profile name="Ericsson FQDN TW"
addr="gmpc01.ert.ericsson.se"
port="7275"
tls="true"
/>
<!-- Ericsson Lab FQDN 4 -->
<supl_profile name="Ericsson FQDN TW 2"
addr="gmpc03GIC.ericsson.ca"
port="7275"
tls="true"
/>
<!-- ORANGE -->
<supl_profile name="ORANGE"
addr="agpss.orange.fr"
port="7275"
tls="true"
/>
<!-- CMCC-->
<supl_profile name="CMCC"
addr="221.176.0.55"
port="7275"
tls="true"
app_id="ap0004"
provider_id="221.176.0.55"
default_apn="CMCC WAP"
optional_apn="CMNET"
optional_apn_2=""
address_type="IPv4address:port"
/>
<!-- qxwz: China Public Server on Internet -->
<supl_profile name="qxwz"
addr="supl.qxwz.com"
port="7275"
tls="true"
/>
<!-- caict: China Public Server on Internet -->
<supl_profile name="caict"
addr="supl.bd-caict.com"
port="7275"
tls="true"
/>
<!-- Telstra -->
<supl_profile name="Telstra"
addr="agps.supl.telstra.com"
port="7275"
tls="true"
/>
<!-- CHUAN HWA -->
<supl_profile name="Chunghwa"
addr="10.1.101.137"
port="8025"
tls="false"
/>
<!-- T-Mobile -->
<supl_profile name="T-Mobile LBS"
addr="lbs.geo.t-mobile.com"
port="7275"
tls="true"
/>
<!-- T-Mobile for UE with SHA2 -->
<supl_profile name="T-Mobile SUPL"
addr="supl.geo.t-mobile.com"
port="7275"
tls="true"
/>
<!-- T-Mobile for LPP Test -->
<supl_profile name="T-Mobile LAB"
addr="supl.geo.msg.lab.t-mobile.com"
port="7275"
tls="true"
/>
<!-- KDDI for Enterprise Device: Live Network -->
<supl_profile name="KDDI"
addr="lcs-iot.kddi.ne.jp"
port="7275"
tls="true"
/>
<!-- KDDI for Enterprise Device: Lab Test -->
<supl_profile name="KDDI Lab Test"
addr="lcs-iot-test.kddi.ne.jp"
port="7275"
tls="true"
/>
<!-- KDDI for Consumer Device: Live Network and Lab Test -->
<supl_profile name="KDDI Consumer"
addr="location2.kddi.ne.jp"
port="7275"
tls="true"
/>
<!-- Vodafone -->
<supl_profile name="Vodafone"
addr="supl.vodafone.com"
port="7275"
tls="true"
mcc_mnc="22010"
supl_version="2"
tls_version="1"
sha_version="0"
/>
<!-- Iusacell (ATT Mexico) -->
<supl_profile name="Iusacell (ATT Mexico)"
addr="supl.attmex.mx"
port="7275"
tls="true"
mcc_mnc="334050"
supl_version="2"
tls_version="1"
sha_version="0"
esupl_apn_mode="3"
/>
<!-- NEXTEL (ATT Mexico) -->
<supl_profile name="NEXTEL (ATT Mexico)"
addr="supl.attmex.mx"
port="7275"
tls="true"
mcc_mnc="334090"
supl_version="2"
tls_version="1"
sha_version="0"
esupl_apn_mode="3"
/>
<!-- Sprint Lab Test -->
<supl_profile name="Sprint Lab Test"
addr="supl1.lbs.pcslab.com"
port="7275"
tls="true"
/>
<!-- Sprint for Production -->
<supl_profile name="Sprint"
addr="supl.lbs.sprint.com"
port="7275"
tls="true"
/>
<!-- Sprint for Production 2019 -->
<supl_profile name="Sprint2019"
addr="supl2019.lbs.sprint.com"
port="7275"
tls="true"
/>
<!-- Test 1 -->
<supl_profile name="Test 1"
addr="127.0.0.1"
port="7276"
tls="false"
mcc_mnc="999998"
supl_version="1"
tls_version="0"
sha_version="2"
supl_ver_minor="4"
supl_ver_ser_ind="2"
/>
<!-- Test 2 -->
<supl_profile name="Test 2"
addr="127.0.0.1"
port="7276"
tls="false"
mcc_mnc="999999"
supl_version="2"
tls_version="1"
sha_version="0"
/>
<!-- Test 3 -->
<supl_profile name="Test 3"
addr="127.0.0.1"
port="7276"
tls="false"
mcc="998"
supl_version="1"
tls_version="2"
sha_version="1"
/>
<!-- nlp_profile
name:
NLP vendor name
package_name:
NLP apk package name
-->
<nlp_profile name="Baidu"
package_name="com.baidu.map.location"
/>
<!-- cdma_profile
name:
SLP name
mcp_enable:
enable/disable MCP parameters
available value: true, false (default)
mcp_addr:
MCP address
mcp_port:
MCP port
pde_addr_valid:
PDE address is valid or invalid
available value: true, false (default)
pde_ip_type:
PDE's address type
available value: 0 -> IPv4 (default)
available value: 1 -> IPv6
pde_addr:
PDE IP address
pde_port:
PDE port
pde_url_valid:
PDE URL is valid or invalid
available value: true, false (default)
pde_url_addr:
PDE URL
-->
<!-- CDMA profile template -->
<cdma_profile name="CDMA1"
mcp_enable="true"
mcp_addr="10.199.22.165"
mcp_port="6066"
pde_addr_valid="false"
pde_ip_type="0"
pde_addr="11.11.11.11"
pde_port="1111"
pde_url_valid="false"
pde_url_addr="www.mediatek.com"
/>
<!-- agps_setting
agps_enable:
enable/disable A-GPS
available value: true (default), false
agps_protocol:
choose which A-GPS you want to use for SET Initiated
available value: 0 -> User Plane (default)
available value: 1 -> Control Plane
gpevt:
enable/disable GPEVT report
available value: true, false (default)
e911_gps_icon_enable:
enable/disable showing GPS icon during E911 location
available value: true (default), false
e911_open_gps:
enable/disable opening GPS earlier when E911 call is dialed
tc10_ignore_fw_config:
enable/disable TC10's configuration from FWK
available value: true, false (default)
lppe_network_location_disable:
enable/disable LPPe's crowd source location (ex: network location)
available value: true, false (default)
agps_nvram_enable
enable/disable AGPS NVRAM functionality
available value: true (default), false
lbs_log_enable
enable/disable tc10 lbs log to the debugging port
available value: true (default), false
lppe_crowd_source_confident
determine how confident you would like to fill in LPPe HA3D Position for crowd source location
available value: 0~99, 90 is default
ignore_si_for_e911:
ignore MOLR / SI for Emergency Call (For northern america operators)
available value: true, false (default)
ignore_emergency_ext_secs_from_framework:
Decide if we need to ignore the value of emergency_ext_secs from AOSP location framework.
available value: true, false (default)
true: ignore the value from AOSP framework
false: accept the value from AOSP framework
lppe_dbh_num_sv_level_a:
* When the GNSS SV number used in fix larger than or equal to lppe_dbh_num_sv_level_a,
we will use lppe_dbh_nlp_accuracy_level_a to check the quality of network
location
* We expect lppe_dbh_nlp_accuracy_level_b < lppe_dbh_nlp_accuracy_level_a
* available value: 3 ~ 64, default is 6
lppe_dbh_num_sv_level_b:
* When the GNSS SV number used in fix larger than or equal to lppe_dbh_num_sv_level_b,
we will use lppe_dbh_nlp_accuracy_level_b to check the quality of network
location
* We expect lppe_dbh_nlp_accuracy_level_b < lppe_dbh_nlp_accuracy_level_a
* available value: 3 ~ 64, default is 4
lppe_dbh_nlp_accuracy_level_a:
* When the accurcy (in meters) of a network location is less than or equal to lppe_dbh_nlp_accuracy_level_a,
we will think it is a network location by wlan_ap.
* We will use the network location to fill the LPPe DBH when the GNSS SV number used in fix larger than
or equal to lppe_dbh_num_sv_level_a
* available value: 10 ~ 500, default is 100
lppe_dbh_nlp_accuracy_level_b:
* When the accurcy (in meter) of a network location is less than or equal to lppe_dbh_nlp_accuracy_level_b,
we will think it is a network location by WLAN_AP.
* If not, we will think it is a network location by LTE ECID.
* When the GNSS SV number used in fix larger than or equal to lppe_dbh_num_sv_level_b,
we will use a WLAN_AP network location to fill LPPe DBH
* When the GNSS SV number used in fix less than lppe_dbh_num_sv_level_b,
we will use a WLAN_AP / LPP_ECID network location to fill LPPe DBH
* available value: 10 ~ 500, default is 200
lppe_dbh_cache_max_age:
The max age (in seconds) of cached network Locations
available value: 1 ~ 1023, default is 120 (= 2 minutes)
lppe_dbh_gnss_cache_max_age:
The max age (in seconds) of cached GNSS Locations
available value: 1 ~ 1023, default is 10 (= 10 seconds)
lppe_dbh_fill_gnss_when_bad_nlp_enable="false"
* to decide if we can use GNSS location to fill LPPe DBH when no network location
* available value: true (default), false
false: use cached GNSS location to fill LPPe DBH when no network location
and no new GNSS location
true: use new / cached GNSS location to fill LPPe DBH when no network location
-->
<agps_setting
agps_enable="true"
agps_protocol="0"
gpevt="false"
e911_gps_icon_enable="false"
e911_open_gps="false"
tc10_ignore_fw_config="false"
lppe_network_location_disable="false"
agps_nvram_enable="false"
lbs_log_enable="false"
lppe_crowd_source_confident="90"
ignore_si_for_e911="false"
ignore_emergency_ext_secs_from_framework="false"
lppe_dbh_num_sv_level_a="6"
lppe_dbh_num_sv_level_b="4"
lppe_dbh_nlp_accuracy_level_a="2000"
lppe_dbh_nlp_accuracy_level_b="2000"
lppe_dbh_cache_max_age="1024"
lppe_dbh_gnss_cache_max_age="1024"
lppe_dbh_fill_gnss_when_bad_nlp_enable="false"
ssr_protocol="0"
/>
<!-- gnss_setting
sib8_16_enable:
enable/disable SIB8/SIB16
available value: true (default), false
a_glonass_satellite_enable:
enable/disable Glonass aiding if hardware can support A-Glonass
available value: true (default), false
a_beidou_satellite_enable:
enable/disable Beidou aiding if hardware can support A-Beidou
available value: true, false (default)
a_galileo__satellite_enable:
enable/disable Galileo aiding if hardware can support A-Galileo
available value: true, false (default)
-->
<gnss_setting
sib8_16_enable="true"
gps_satellite_enable = "true"
glonass_satellite_enable = "true"
beidou_satellite_enable = "true"
galileo_satellite_enable = "true"
a_glonass_satellite_enable = "true"
a_gps_satellite_enable = "true"
a_beidou_satellite_enable = "true"
a_galileo_satellite_enable = "true"
a_qzss_enable = "false"
a_b1c_enable = "false"
a_navic_enable = "false"
/>
<!-- cp_setting
molr_pos_method:
available value: 0 (Location Estimate) (default)
available value: 1 (Assistance Data)
external_addr_enable:
enable/disable the external address
available value: true, false (default)
external_addr:
external_address
mlc_number_enable:
enable/disable the mlc number
available value: true, false (default)
mlc_number:
MLC number
cp_auto_reset:
enable/disable to send PMTK997_5
available value: true, false (default)
epc_molr_lpp_payload_enable:
enable/disable to send LPP payload in the EPC-MOLR message
available value: true, false (default)
epc_molr_lpp_payload:
specify the LPP payload in the EPC-MOLR message in hexString format (ex: "010203ff" = { 0x01, 0x02, 0x03, 0xff }
the purpose of this parameter is used for LAB testing only, please do not change it.
reject_non911_nilr_enable:
enable/disable to reject non911 NILR request
available value: true, false (default)
cp_2g_disable:
enable/disable CP GSM functionality (tc10 requirement)
available value: true, false (default)
cp_3g_disable:
enable/disable CP UMTS functionality (tc10 requirement)
available value: true, false (default)
cp_4g_disable:
enable/disable CP LTE functionality (tc10 requirement)
available value: true, false (default)
cp_lppe_enable:
enable/disable CP LPPe functionality
available value: true (default), false
cp_lppe_wlan_enable:
enable/disable CP LPPe Wireless LAN part functionality (tc1 requirement)
available value: true (default), false
cp_lppe_srn_enable:
enable/disable CP LPPe srn (e.g., Bluetooth or BluetoothLE) part functionality (tc1 requirement)
available value: true (default), false
cp_lppe_sensor_enable:
enable/disable CP LPPe sensor (e.g., Barometers) part functionality (tc1 requirement)
available value: true (default), false
cp_lppe_dbh_enable:
enable/disable CP LPPe Device Based Hybrid functionality (tc1 requirement)
available value: true (default), false
cp_lppe_civic_enable:
enable/disable CP LPPe civic address functionality (tc1 requirement)
available value: true (default), false
-->
<cp_setting
molr_pos_method="0"
external_addr_enable="false"
external_addr="0123456789*#+"
mlc_number_enable="false"
mlc_number="0123456789*#+"
cp_auto_reset="false"
epc_molr_lpp_payload_enable="false"
epc_molr_lpp_payload="D2000010237B2026404FB8007202BFFFFFFFF80000000020C0000100940FB9001202B7FFFFF8000000000061800002018A00"
reject_non911_nilr_enable="false"
cp_2g_disable="false"
cp_3g_disable="false"
cp_4g_disable="false"
cp_5g_disable="false"
cp_lppe_enable="true"
cp_lppe_wlan_enable="true"
cp_lppe_srn_enable="true"
cp_lppe_sensor_enable="true"
cp_lppe_dbh_enable="true"
cp_lppe_civic_enable="true"
cp_ssr_enable="true"
/>
<!-- up_setting
ca_enable:
enable/disable the certificate verification
available value: true (default), false
ni_request:
enable/disable Network Initiated (NI) functionality
available value: true (default), false
roaming:
enable/disable to use A-GPS when device is under roaming state
available value: true (default), false
cdma_preferred:
when CDMA network and WCDMA network are available, which AGPS protocol you prefer?
available value: 0 (WCDMA AGPS protocol is preferred) (default)
available value: 2 (FORCE CDMA AGPS protocol)
pref_method:
the preferred method in SUPL_START and SUPL_POS_INIT
available value: 0 -> SET assisted Preferred
available value: 1 -> SET Based Preferred (default)
available value: 2 -> no Preference
supl_version:
Major of SUPL version for ULP
available value: 1 -> SUPL1.0 (default)
available value: 2 -> SUPL2.0
tls_version:
TLS version for TLS connection
available value: 0 -> TLS1.0 (default)
available value: 1 -> TLS1.1
available value: 2 -> TLS1.2
sha_version:
SHA version for calculating VER
available value: 0 -> SHA1 for SUPL1.0 and SHA256 for SUPL2.0 (default)
available value: 1 -> SHA1 for SUPL1.0 and SUPL2.0
available value: 2 -> SHA256 for SUPL1.0 and SUPL2.0
supl_log:
enable or disable the AGPS log
available value: true, false (default)
msa_enable:
enable/disable the MSA capability
available value: true (default), false
msb_enable:
enable/disable the MSB capability
available value: true (default), false
ecid_enable:
enable/disable the eCID capability
available value: true (default), false
otdoa_enable_v2:
enable/disable the otdoa capability
otdoa_enable (default false) is not supported
available value: true (default), false
autonomous_enable:
enable/disable the Autonomous capability
available value: true (default), false
aflt_enable:
enable/disable the AFLT capability
available value: true, false (default)
udp_port_enable:
enable/disable the UDP 7275 port by default, if you enable it, you may cause Android/CTS failure for checking netstat
available value: true, false (default)
dedicated_apn_enable:
enable/disable the dedicated SUPL APN flow
available value: true, false (default)
preferred_2g3g_cell_age:
max age of 2G / 3G cell info in history is OK to send to SLP server instead if the latest cell is of 3G or 4G.
available value: non-negative integer, from 0 ~ 1800, unit in second
0 (always use the latest cell info)
300 (prefer to use 2G / 3G cell if its age is less than 5 mins)
lpp_enable:
enable/disable the LPP capability
available value: true (default), false
cert_from_sdcard:
enable/disable the AGPS certification installation from the internal SDCard (~ Android 8)
or from "/vendor/etc/security/cacerts_supl/lab" (Android 9 does not allow vendor modules accessing the internal SDCard).
Please use "false" for Android 9 and laters because the lab root certs are not secure (they may be issued by a
non-trusted CA or their related private keys may be public).
And enable this option for lab test by using Engineering Mode Utility
available value: true (default), false
auto_profile_enable:
enable/disable the auto profile configuration based on current mcc or mcc_mnc specified in supl_profile
We will disable auto_profile_enable when carrier_xml_enable="true"
available value: true (default), false
ut1:
customize the SUPL UT1 timer
available value: 1~60, default value is 11 (OMA spec)
ut2:
customize the SUPL UT2 timer
available value: 1~60, default value is 11 (OMA spec)
ut3:
customize the SUPL UT3 timer
available value: 1~60, default value is 10 (OMA spec)
sync_to_slp:
sync the AGPS setting (ex: SUPL profile, SUPL version, TLS version) from AGPSD to SLPD in runtime
available value: true, false (default)
imsi_enable:
enable/disable the valid IMSI in SUPL messages
available value: true, false (default)
no_sensitive_log:
remove/allow agps daemon's log with sensitive info (e.g., the current location)
available value: true (default), false
supl_ver_minor:
Minor of SUPL version for ULP
available value: 0~255, default value is 0
choosable value in LocationEM: 0~5
supl_ver_ser_ind:
Service Indicator of SUPL version for ULP
available value: 0~255, default value is 0
choosable value in LocationEM: 0~5
tls_reuse_enable:
enable/disable tls session reuse mode
available value: true, false (default)
imsi_cache_enable:
enable/disable the IMSI cache mechanism
available value: true, false (default)
supl_raw_data_enable:
enable/disable SUPL raw data dump to main log (logcat)
available value: true, false (default)
tc10_supl_1_0_disable:
disable suplv1 if suplv1 not selected by framework (tc10 requirement)
available value: true, false(default)
allow_ni_for_gps_off:
From Android 10, GVC (GNSS Visibility Control) is introduced.
And GVC is mandatory to get the GMS License.
If GVC is not supported (~ Android 9), this option will allow normal NI request when GPS is off in location setting
If GVC is supported (Android 10 ~), this option is ignored because GVC will not allow any NI without emergency call when gps is off
available value: true, false (default)
force_otdoa_assist_req:
force to fill otdoa assistance request when posMethod=agpsSETassisted,agpsSETassistedpref,ver2-agnssSETassisted or agnssSETassistedpref
Notice that some servers may not allow to get otdoa assistance request when posMethod is not OTDOA
available value: true, false (default)
up_lppe_enable
enable/disable UP LPPe functionality
available value: true (default), false
esupl_apn_mode:
how to choose APN for eSUPL
available value: 0 to use Emergency / IMS APN if they are available as GSMA IR92 (default)
1 to use Emergency APN if it is available
2 to use IMS APN if it is available
3 not to use Emergency / IMS APN, just as a normal supl
tcp_keepalive:
enable/disable TCP Keepalive functionality for SUPL
available value: 0 disable (default)
> 0 enable to send TCP keepalive packetets and interval value is tcp_keepalive in second
aosp_profile_enable:
enable/disable the supl profile configuration from GnssLocationProvider via native_set_agps_server (tc3 requirement)
auto_profile_enable will be ignored when aosp_profile_enable is true because AOSP Location Framework
can load SUPL_HOST and SUPL_PORT from framework resource for different MCC/MNC
available value: true, false (default)
bind_nlp_setting_to_supl
enable/disable to bind nlp setting to SUPL SI flow
If it is enabled, the SUPL SI is enabled only if NLP setting is enabled by user
If it is disabled, agps_enable will be used and it's same as previous design
available value: true, false (default)
up_lppe_wlan_enable:
enable/disable UP LPPe Wireless LAN part functionality (tc1 requirement)
available value: true (default), false
up_lppe_srn_enable:
enable/disable UP LPPe srn (e.g., Bluetooth or BluetoothLE) part functionality (tc1 requirement)
available value: true (default), false
up_lppe_sensor_enable:
enable/disable UP LPPe sensor (e.g., Barometers) part functionality (tc1 requirement)
available value: true (default), false
up_lppe_dbh_enable:
enable/disable UP LPPe Device Based Hybrid functionality (tc1 requirement)
available value: true (default), false
up_lppe_civic_enable:
enable/disable UP LPPe civic address functionality (tc1 requirement)
available value: true (default), false
ip_version_prefer
select the preferred mode for IP version when connnecting to the SUPL server (Softbank requirement)
available value: 0 IPv6 if we have both (default)
1 IPv4 if we have both
up_lpp_in_2g3g_disable
decide if we need to turn off lpp in 2G / 3G network (ATT requirement)
US ATT SUPL server may not provide assistance data if we have the lpp capability in 2G / 3G network
available value: true, false (default)
up_rrlp_in_4g_disable
decide if we need to turn off RRLP in 4G network when we have SUPL 2.0 and LPP (ATT requirement)
US ATT SUPL server may not provide assistance data if we have the rrlp capability in 4G network
available value: true, false (default)
up_si_disable
decide if we need to reject SUPL SI request (Sprint requirement)
Sprint_2019Feb_GTR-LBS-00219 asks us not to trigger SUPL SI.
Sprint_2019Feb_GTR-LBS-00222 asks us to support NI including normal and emergency
Sprint_2019Feb_GTR-LBS-00223 asks us to use Sprint SLP in our configuration
If we turn off agps_enable, we will allow Emergency NI only (reject SI and normal NI)
If we turn on up_si_disable, we will allow both normal NI and Emergency NI (reject SI only)
So this option is more suitable for Sprint requirements.
available value: true, false (default)
aosp_pos_mode_enable
decide if we can accept the set_position_mode (MSA / MSB) from AOSP Location Framework
If it is false, we will use pref_method to fill the preferred method for SI
If it is true, we will use the value from set_position_mode
available value: true, false (default)
privacy_override_mode
If GVC is not supported (~ Android 9), this option is ignored
If GVC (GNSS Visibility Control) is supported (Android 10 ~), we use this option to
decide the behavior of a privacy-override / e-supl NI session.
available value: 0 Do not support privacy override supl (SUPL-2.0-con-023 may be failed) (GMS License expects this behavior)
1 Allow hiding the location icon for the privacy override SUPL INIT
(SUPL-2.0-con-023 can be passed if GVC allows non-framework locationing)
2 Allow locationing for the privacy override SUPL INIT even if GVC does not allow non-framework locationing
4 Allow locationing for the emergency SUPL INIT without emergency call even if GVC does not allow non-framework locationing
(Known operators may need this: 1. Claro Colomiba 2. L.G. U+)
(Please discuss this with Google before getting GMS License)
8 Ignore GVC for SUPL (AGPS OTA test uses normal supl. And AOSP power manager may turn off GPS when screen off)
combined value:
3 Allow hiding the location icon and
allow locationing for the privacy override SUPL INIT even if GVC does not allow non-framework locationing
(SUPL-2.0-con-023 can be passed)
7 Allow locationing for the emergency SUPL INIT without emergency call and
allow hiding the location icon and
allow locationing for the privacy override SUPL INIT even if GVC does not allow non-framework locationing
tc10_supl_ssl_method
decide the SSL method for TC10
available value: 1 SSLv3
2 SSLv23
3 TLSv1
tc10_enable
decide if we can accept LPP_PROFILE from GNSS HIDL
available value: true, false (default)
operation_mode
Seletc the operation_mode for some supl server or test cases
available value: 0 common mode (default)
1 for Spirent's DOCOMO_SUPL_IOT_UEB_AGNSS_WCDMA_SUPLV2_TP2 test cases
Disable ganssIonosphericModel, ganssAdditionalIonosphericModelForDataID11, ganssEarthOrientationParameters (for TC-0024)
use notEnoughSats but do not use notEnoughGANSSSats (for TC-0014, TC-0024 and TC-0031)
2 for RAKUTEN AGPS spec requirement, ALPS07517070.
a. Set position method by MSA/MSB, not by XML config.
b. Do not change MSA/MSB type during one SUPL session.
glonass_msa_enable
enable/disable the MSA capability for glonass
available value: true (default), false
glonass_msb_enable
enable/disable the MSB capability for glonass
available value: true (default), false
beidou_msa_enable
enable/disable the MSA capability for beidou
available value: true (default), false
beidou_msb_enable
enable/disable the MSB capability for beidou
available value: true (default), false
galileo_msa_enable
enable/disable the MSA capability for galileo
available value: true (default), false
galileo_msb_enable
enable/disable the MSB capability for galileo
available value: true (default), false
customer_ca_path
now ca_enable=true by default, so customer may need install SUPL certification. Use this to
include customer's SUPL certification path.
For eAP project, the recommended value is /mnt/remotefs/lbs/cacerts_supl
eap_carrier_cfg_template
carrier config files can be loaded from eAP remote file system.
use this to specify eAP carrier files path template.
For eAP project, the recommended value is /mnt/remotefs/lbs/carrier/agps_profiles_conf2_carrier_%s.xml
-->
<up_setting
ca_enable="true"
ni_request="true"
roaming="true"
cdma_preferred="0"
pref_method="1"
supl_version="2"
tls_version="1"
sha_version="0"
supl_log="false"
msa_enable="true"
msb_enable="true"
ecid_enable="true"
otdoa_enable_v2="true"
autonomous_enable="true"
aflt_enable="false"
qop_hacc="22"
qop_vacc="0"
qop_loc_age="0"
qop_delay="0"
udp_port_enable="false"
dedicated_apn_enable="false"
preferred_2g3g_cell_age="0"
lpp_enable="true"
cert_from_sdcard="false"
auto_profile_enable="false"
ut1="11"
ut2="11"
ut3="10"
sync_to_slp="false"
imsi_enable="false"
no_sensitive_log="true"
supl_ver_minor="0"
supl_ver_ser_ind="4"
tls_reuse_enable="false"
imsi_cache_enable="false"
supl_raw_data_enable="false"
tc10_supl_1_0_disable="false"
allow_ni_for_gps_off="false"
force_otdoa_assist_req="false"
up_lppe_enable="true"
esupl_apn_mode="0"
tcp_keepalive="4"
aosp_profile_enable="false"
bind_nlp_setting_to_supl="false"
up_lppe_wlan_enable="true"
up_lppe_srn_enable="true"
up_lppe_sensor_enable="true"
up_lppe_dbh_enable="true"
up_lppe_civic_enable="true"
ip_version_prefer="0"
up_lpp_in_2g3g_disable="false"
up_rrlp_in_4g_disable="false"
up_si_disable="false"
aosp_pos_mode_enable="false"
privacy_override_mode="0"
operation_mode="0"
glonass_msa_enable="true"
glonass_msb_enable="true"
beidou_msa_enable="true"
beidou_msb_enable="true"
galileo_msa_enable="true"
galileo_msb_enable="true"
freq_Otdoa_enable="true"
customer_ca_path=""
eap_carrier_cfg_template = ""
up_ssr_enable="true"
/>
<!-- carrier_mapping
This feature can be turned on by carrier_xml_enable.
When user inserts a SIM/UICC with IMSI=xxxyyyddddddddd, we will try to load
/vendor/etc/gnss/agps_profiles_conf2_carrier_NAME.xml
where
/vendor/etc/gnss/ is the folder to provide agps configuration files in Android
NAME is from a carrier_mapping like the following
<carrier_mapping name="NAME">
<mcc_mnc
v1="xxxyyy"
v2="xxxyy"
v3="xxx"
/>
</carrier_mapping>
-->
<carrier_mapping name="Test_SIM1">
<mcc_mnc
v1="00101"
/>
</carrier_mapping>
<carrier_mapping name="Test_SIM2">
<mcc_mnc
v1="00102"
/>
</carrier_mapping>
<carrier_mapping name="ATnT_US">
<mcc_mnc
v1="310030"
v2="310070"
v3="310170"
v4="310280"
v5="310380"
v6="310410"
v7="310560"
v8="310680"
v9="310950"
v10="311180"
/>
</carrier_mapping>
<carrier_mapping name="T-Mobile_US">
<mcc_mnc
v1="310026"
v2="310160"
v3="310200"
v4="310210"
v5="310220"
v6="310230"
v7="310240"
v8="310250"
v9="310260"
v10="310270"
v11="310300"
v12="310310"
v13="310490"
v14="310530"
v15="310590"
v16="310640"
v17="310660"
v18="310800"
/>
</carrier_mapping>
<carrier_mapping name="Sprint">
<mcc_mnc
v1="310120"
v2="312530"
/>
</carrier_mapping>
<carrier_mapping name="Verizon_Wireless">
<mcc_mnc
v1="310012"
v2="311280"
v3="311281"
v4="311282"
v5="311283"
v6="311284"
v7="311285"
v8="311286"
v9="311287"
v10="311288"
v11="311289"
v12="311480"
v13="311481"
v14="311482"
v15="311483"
v16="311484"
v17="311485"
v18="311486"
v19="311487"
v20="311488"
v21="311489"
/>
</carrier_mapping>
<carrier_mapping name="ATnT_Mexico">
<mcc_mnc
v1="33401"
v2="33409"
v3="334050"
/>
</carrier_mapping>
<carrier_mapping name="ATT_NEXTEL_Mexico">
<mcc_mnc
v1="334090"
/>
</carrier_mapping>
<carrier_mapping name="KDDI">
<mcc_mnc
v1="44007"
v2="44008"
v3="44050"
v4="44051"
v5="44052"
v6="44053"
v7="44054"
v8="44055"
v9="44056"
/>
</carrier_mapping>
<carrier_mapping name="SoftBank">
<mcc_mnc
v1="44020"
/>
</carrier_mapping>
<carrier_mapping name="DoCoMo">
<mcc_mnc
v1="44010"
/>
</carrier_mapping>
<carrier_mapping name="Rakuten">
<mcc_mnc
v1="44011"
/>
</carrier_mapping>
<carrier_mapping name="SK_Telecom">
<mcc_mnc
v1="45005"
/>
</carrier_mapping>
<carrier_mapping name="Claro_Peru">
<mcc_mnc
v1="71610"
/>
</carrier_mapping>
<carrier_mapping name="Entel_Peru">
<mcc_mnc
v1="71617"
/>
</carrier_mapping>
<carrier_mapping name="1and1">
<mcc_mnc
v1="26223"
/>
</carrier_mapping>
<carrier_mapping name="Metfone">
<mcc_mnc
v1="45608"
/>
</carrier_mapping>
<carrier_mapping name="Smart">
<mcc_mnc
v1="45606"
v2="45602"
v3="45605"
/>
</carrier_mapping>
<carrier_mapping name="SEATEL">
<mcc_mnc
v1="45611"
/>
</carrier_mapping>
<carrier_mapping name="CMCC">
<mcc_mnc
v1="46000"
v2="46002"
v3="46007"
/>
</carrier_mapping>
<carrier_mapping name="CT">
<mcc_mnc
v1="46011"
v2="46003"
v3="46005"
/>
</carrier_mapping>
<carrier_mapping name="CU">
<mcc_mnc
v1="46001"
v2="46006"
v3="46009"
/>
</carrier_mapping>
<carrier_mapping name="CBN">
<mcc_mnc
v1="46015"
/>
</carrier_mapping>
<carrier_mapping name="Claro_Ecuador">
<mcc_mnc
v1="74001"
/>
</carrier_mapping>
<carrier_mapping name="Claro_Columbia">
<mcc_mnc
v1="732101"
/>
</carrier_mapping>
<carrier_mapping name="Claro_Chile">
<mcc_mnc
v1="73003"
/>
</carrier_mapping>
<carrier_mapping name="Movistar_Peru">
<mcc_mnc
v1="71606"
/>
</carrier_mapping>
<carrier_mapping name="Movistar_Chile">
<mcc_mnc
v1="73002"
/>
</carrier_mapping>
<!-- Ecuador and Mexico Movistar -->
<carrier_mapping name="Movistar_Ecuador">
<mcc_mnc
v1="74000"
v2="334030"
/>
</carrier_mapping>
</mtk_agps_profiles>
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