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sargo: Squash update RIL blobs

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Change-Id: Ibaa841c5790dbe0495c09aeddb310d3daf953bdb
This commit is contained in:
Michael Bestas
2024-04-12 01:06:09 +03:00
parent a452ae1a4b
commit 0ba327bdf6
332 changed files with 5863 additions and 476 deletions
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231
Android.bp
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@@ -91,28 +91,6 @@ android_app_import {
product_specific: true,
}
android_app_import {
name: "uimremoteclient",
owner: "google",
apk: "proprietary/product/app/uimremoteclient/uimremoteclient.apk",
certificate: "platform",
dex_preopt: {
enabled: false,
},
product_specific: true,
}
android_app_import {
name: "uimremoteserver",
owner: "google",
apk: "proprietary/product/app/uimremoteserver/uimremoteserver.apk",
certificate: "platform",
dex_preopt: {
enabled: false,
},
product_specific: true,
}
android_app_import {
name: "AmbientSensePrebuilt",
owner: "google",
@@ -377,28 +355,6 @@ android_app_import {
product_specific: true,
}
android_app_import {
name: "QtiTelephonyService",
owner: "google",
apk: "proprietary/system_ext/app/QtiTelephonyService/QtiTelephonyService.apk",
certificate: "platform",
dex_preopt: {
enabled: false,
},
system_ext_specific: true,
}
android_app_import {
name: "atfwd",
owner: "google",
apk: "proprietary/system_ext/app/atfwd/atfwd.apk",
certificate: "platform",
dex_preopt: {
enabled: false,
},
system_ext_specific: true,
}
android_app_import {
name: "com.qualcomm.qti.services.secureui",
owner: "google",
@@ -410,40 +366,6 @@ android_app_import {
system_ext_specific: true,
}
android_app_import {
name: "ims",
owner: "google",
apk: "proprietary/system_ext/app/ims/ims.apk",
certificate: "platform",
dex_preopt: {
enabled: false,
},
system_ext_specific: true,
}
android_app_import {
name: "uceShimService",
owner: "google",
apk: "proprietary/system_ext/app/uceShimService/uceShimService.apk",
certificate: "platform",
dex_preopt: {
enabled: false,
},
system_ext_specific: true,
}
android_app_import {
name: "CNEService",
owner: "google",
apk: "proprietary/system_ext/priv-app/CNEService/CNEService.apk",
certificate: "platform",
dex_preopt: {
enabled: false,
},
privileged: true,
system_ext_specific: true,
}
android_app_import {
name: "CarrierSetup",
owner: "google",
@@ -509,6 +431,115 @@ android_app_import {
system_ext_specific: true,
}
android_app_import {
name: "obdm_stub",
owner: "google",
apk: "proprietary/system_ext/priv-app/obdm_stub/obdm_stub.apk",
preprocessed: true,
presigned: true,
dex_preopt: {
enabled: false,
},
privileged: true,
system_ext_specific: true,
}
dex_import {
name: "libhwinfo",
owner: "google",
jars: ["proprietary/product/framework/libhwinfo.jar"],
product_specific: true,
}
dex_import {
name: "com.android.hotwordenrollment.common.util",
owner: "google",
jars: ["proprietary/system_ext/framework/com.android.hotwordenrollment.common.util.jar"],
system_ext_specific: true,
}
dex_import {
name: "com.google.android.camera.extensions",
owner: "google",
jars: ["proprietary/system_ext/framework/com.google.android.camera.extensions.jar"],
system_ext_specific: true,
}
prebuilt_etc_xml {
name: "manifest_wifi_ext_aidl",
owner: "google",
src: "proprietary/vendor/etc/vintf/manifest/manifest_wifi_ext_aidl.xml",
filename_from_src: true,
sub_dir: "vintf/manifest",
soc_specific: true,
}
android_app_import {
name: "CneApp",
owner: "google",
apk: "proprietary/vendor/app/CneApp/CneApp.apk",
certificate: "platform",
dex_preopt: {
enabled: false,
},
soc_specific: true,
}
android_app_import {
name: "IWlanService",
owner: "google",
apk: "proprietary/vendor/app/IWlanService/IWlanService.apk",
certificate: "platform",
dex_preopt: {
enabled: false,
},
soc_specific: true,
}
android_app_import {
name: "uimremoteclient",
owner: "google",
apk: "proprietary/product/app/uimremoteclient/uimremoteclient.apk",
certificate: "platform",
dex_preopt: {
enabled: false,
},
product_specific: true,
}
android_app_import {
name: "uimremoteserver",
owner: "google",
apk: "proprietary/product/app/uimremoteserver/uimremoteserver.apk",
certificate: "platform",
dex_preopt: {
enabled: false,
},
product_specific: true,
}
android_app_import {
name: "QtiTelephonyService",
owner: "google",
apk: "proprietary/system_ext/app/QtiTelephonyService/QtiTelephonyService.apk",
certificate: "platform",
dex_preopt: {
enabled: false,
},
system_ext_specific: true,
}
android_app_import {
name: "uceShimService",
owner: "google",
apk: "proprietary/system_ext/app/uceShimService/uceShimService.apk",
certificate: "platform",
dex_preopt: {
enabled: false,
},
system_ext_specific: true,
}
android_app_import {
name: "RilConfigService",
owner: "google",
@@ -535,11 +566,10 @@ android_app_import {
}
android_app_import {
name: "obdm_stub",
name: "ims",
owner: "google",
apk: "proprietary/system_ext/priv-app/obdm_stub/obdm_stub.apk",
preprocessed: true,
presigned: true,
apk: "proprietary/system_ext/priv-app/ims/ims.apk",
certificate: "platform",
dex_preopt: {
enabled: false,
},
@@ -559,13 +589,6 @@ android_app_import {
system_ext_specific: true,
}
dex_import {
name: "libhwinfo",
owner: "google",
jars: ["proprietary/product/framework/libhwinfo.jar"],
product_specific: true,
}
dex_import {
name: "uimremoteclientlibrary",
owner: "google",
@@ -580,6 +603,13 @@ dex_import {
product_specific: true,
}
dex_import {
name: "uimservicelibrary",
owner: "google",
jars: ["proprietary/product/framework/uimservicelibrary.jar"],
product_specific: true,
}
dex_import {
name: "RadioConfigLib",
owner: "google",
@@ -587,20 +617,6 @@ dex_import {
system_ext_specific: true,
}
dex_import {
name: "com.android.hotwordenrollment.common.util",
owner: "google",
jars: ["proprietary/system_ext/framework/com.android.hotwordenrollment.common.util.jar"],
system_ext_specific: true,
}
dex_import {
name: "com.google.android.camera.extensions",
owner: "google",
jars: ["proprietary/system_ext/framework/com.google.android.camera.extensions.jar"],
system_ext_specific: true,
}
dex_import {
name: "google-ril",
owner: "google",
@@ -615,15 +631,6 @@ dex_import {
system_ext_specific: true,
}
prebuilt_etc_xml {
name: "manifest_wifi_ext_aidl",
owner: "google",
src: "proprietary/vendor/etc/vintf/manifest/manifest_wifi_ext_aidl.xml",
filename_from_src: true,
sub_dir: "vintf/manifest",
soc_specific: true,
}
cc_prebuilt_library_shared {
name: "libMpeg4SwEncoder",
owner: "google",

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12
proprietary/product/etc/permissions/UimService.xml Normal file
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@@ -0,0 +1,12 @@
<?xml version="1.0" encoding="utf-8"?>
<!--
Copyright (c) 2017, 2019 Qualcomm Technologies, Inc.
All Rights Reserved.
Confidential and Proprietary - Qualcomm Technologies, Inc.
-->
<permissions>
<library name="com.qualcomm.qti.uim.uimservicelibrary"
file="/product/framework/uimservicelibrary.jar"
dependency="qti-telephony-hidl-wrapper-prd"/>
</permissions>

3
proprietary/product/etc/permissions/uimremoteclient.xml
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@@ -1,6 +1,7 @@
<?xml version="1.0" encoding="utf-8"?>
<!--
Copyright (c) 2014 Qualcomm Technologies, Inc. All Rights Reserved.
Copyright (c) 2014, 2019 Qualcomm Technologies, Inc.
All Rights Reserved.
Qualcomm Technologies Proprietary and Confidential.
-->

3
proprietary/product/etc/permissions/uimremoteserver.xml
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@@ -1,6 +1,7 @@
<?xml version="1.0" encoding="utf-8"?>
<!--
Copyright (c) 2014 Qualcomm Technologies, Inc. All Rights Reserved.
Copyright (c) 2014, 2019 Qualcomm Technologies, Inc.
All Rights Reserved.
Qualcomm Technologies Proprietary and Confidential.
-->

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5
proprietary/system_ext/etc/permissions/google-ril.xml
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@@ -14,6 +14,9 @@
limitations under the License.
-->
<permissions>
<library name="google-ril" file="/system_ext/framework/google-ril.jar"/>
<library
name="google-ril"
file="/system_ext/framework/google-ril.jar"
/>
</permissions>

11
proprietary/system_ext/etc/permissions/org_codeaurora_ims.xml Normal file
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@@ -0,0 +1,11 @@
<?xml version="1.0" encoding="utf-8"?>
<permissions>
<privapp-permissions package="org.codeaurora.ims">
<permission name="android.permission.INTERACT_ACROSS_USERS"/>
<permission name="android.permission.MODIFY_PHONE_STATE"/>
<permission name="android.permission.READ_PRECISE_PHONE_STATE"/>
<permission name="android.permission.READ_PRIVILEGED_PHONE_STATE"/>
<permission name="android.permission.SUBSTITUTE_NOTIFICATION_APP_NAME"/>
<permission name="android.permission.WRITE_SECURE_SETTINGS" />
</privapp-permissions>
</permissions>

3
proprietary/system_ext/etc/permissions/qcrilhook.xml
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@@ -1,5 +1,6 @@
<?xml version="1.0" encoding="utf-8"?>
<permissions>
<library name="com.qualcomm.qcrilhook"
file="/system_ext/framework/qcrilhook.jar"/>
file="/system_ext/framework/qcrilhook.jar"
dependency="qti-telephony-utils:qti-telephony-hidl-wrapper" />
</permissions>

99
proprietary/system_ext/etc/sysconfig/qti_telephony_system_packages_config.xml Normal file
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@@ -0,0 +1,99 @@
<?xml version="1.0" encoding="utf-8" ?>
<!--
Copyright (c) 2021 Qualcomm Technologies, Inc.
All Rights Reserved.
Confidential and Proprietary - Qualcomm Technologies, Inc.
-->
<!--
This XML file declares which system packages should be initially installed for new users based on
their user type. All system packages on the device should ideally have an entry in an xml file
(keyed by its manifest name).
Base user-types (every user will be at least one of these types) are:
- SYSTEM (user 0)
- FULL (any non-profile human user)
- PROFILE (profile human user)
the precise meaning of which is defined in
frameworks/base/core/java/android/content/pm/UserInfo.java.
Changes to the whitelist during system updates can result in installing additional system packages
to pre-existing users, but cannot uninstall pre-existing system packages from pre-existing users.
Full documentation at frameworks/base/data/etc/preinstalled-packages-platform.xml
-->
<config>
<!-- qcrilOemHook -->
<install-in-user-type package="com.qualcomm.qcrilmsgtunnel">
<install-in user-type="SYSTEM" />
</install-in-user-type>
<install-in-user-type package="com.qualcomm.qti.telephonyservice">
<install-in user-type="SYSTEM" />
</install-in-user-type>
<!-- telephony-apps -->
<install-in-user-type package="com.qualcomm.atfwd">
<install-in user-type="SYSTEM" />
</install-in-user-type>
<install-in-user-type package="com.qualcomm.qti.callfeaturessetting">
<install-in user-type="SYSTEM" />
</install-in-user-type>
<install-in-user-type package="com.qti.qualcomm.datastatusnotification">
<install-in user-type="SYSTEM" />
</install-in-user-type>
<install-in-user-type package="com.qti.qualcomm.deviceinfo">
<install-in user-type="SYSTEM" />
</install-in-user-type>
<install-in-user-type package="org.codeaurora.ims">
<install-in user-type="SYSTEM" />
</install-in-user-type>
<install-in-user-type package="org.codeaurora.qti.nrNetworkSettingApp">
<install-in user-type="SYSTEM" />
</install-in-user-type>
<install-in-user-type package="com.qualcomm.qti.telephonyservice">
<install-in user-type="SYSTEM" />
</install-in-user-type>
<install-in-user-type package="com.qualcomm.qti.sam.service">
<install-in user-type="SYSTEM" />
</install-in-user-type>
<install-in-user-type package="com.qti.xdivert">
<install-in user-type="SYSTEM" />
<install-in user-type="FULL" />
</install-in-user-type>
<!-- telephony-internal -->
<install-in-user-type package="com.qualcomm.qti.imsiprivacy.tests">
<install-in user-type="SYSTEM" />
</install-in-user-type>
<!-- telephony-noship -->
<install-in-user-type package="com.qualcomm.qti.devicestatisticsservice">
<install-in user-type="SYSTEM" />
</install-in-user-type>
<install-in-user-type package="com.qualcomm.embms">
<install-in user-type="SYSTEM" />
</install-in-user-type>
<install-in-user-type package="com.qualcomm.qti.euiccresource">
<install-in user-type="SYSTEM" />
<install-in user-type="FULL" />
</install-in-user-type>
</config>

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66
proprietary/vendor/etc/cne/Nexus/ATT/ATT_profiles.xml vendored Normal file
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@@ -0,0 +1,66 @@
<?xml version="1.0" encoding="utf-8"?>
<!--
Copyright (c) 2016-2017 Qualcomm Technologies, Inc.
All Rights Reserved.
Confidential and Proprietary - Qualcomm Technologies, Inc.
-->
<resources>
<profiles>
<profile id="1">
<!-- RSSI threshold from which all values greater than it is
considered to be good for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIAddThreshold units="dbm">-64,-70</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is
considered to be bad for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIDropThreshold units="dbm">-67,-73</RSSIDropThreshold>
</profile>
<profile id="2">
<!-- RSSI threshold from which all values greater than it is
considered to be good for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIAddThreshold units="dbm">-78,-78</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is
considered to be bad for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIDropThreshold units="dbm">-85,-87</RSSIDropThreshold>
</profile>
<profile id="3">
<!-- RSSI threshold from which all values greater than it is
considered to be good for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIAddThreshold units="dbm">-72,-72</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is
considered to be bad for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIDropThreshold units="dbm">-79,-79</RSSIDropThreshold>
</profile>
<profile id="4">
<!-- RSSI threshold from which all values greater than it is
considered to be good for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIAddThreshold units="dbm">-72,-75</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is
considered to be bad for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIDropThreshold units="dbm">-75,-80</RSSIDropThreshold>
</profile>
</profiles>
</resources>

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@@ -0,0 +1,80 @@
<?xml version="1.0" encoding="utf-8"?>
<!--
Copyright (c) 2016-2017 Qualcomm Technologies, Inc.
All Rights Reserved.
Confidential and Proprietary - Qualcomm Technologies, Inc.
-->
<resources>
<profiles>
<profile id="1">
<!-- RSSI threshold from which all values greater than it is
considered to be good for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIAddThreshold units="dbm">-78,-78</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is
considered to be bad for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIDropThreshold units="dbm">-85,-87</RSSIDropThreshold>
</profile>
<profile id="2">
<!-- RSSI threshold from which all values greater than it is
considered to be good for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIAddThreshold units="dbm">-64,-70</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is
considered to be bad for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIDropThreshold units="dbm">-67,-73</RSSIDropThreshold>
</profile>
<profile id="3">
<!-- RSSI threshold from which all values greater than it is
considered to be good for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIAddThreshold units="dbm">-72,-75</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is
considered to be bad for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIDropThreshold units="dbm">-75,-80</RSSIDropThreshold>
</profile>
<profile id="4">
<!-- RSSI threshold from which all values greater than it is
considered to be good for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIAddThreshold units="dbm">-72,-72</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is
considered to be bad for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIDropThreshold units="dbm">-79,-79</RSSIDropThreshold>
</profile>
<profile id="5">
<!-- RSSI threshold from which all values greater than it is
considered to be good for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIAddThreshold units="dbm">-70,-75</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is
considered to be bad for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIDropThreshold units="dbm">-73,-79</RSSIDropThreshold>
</profile>
</profiles>
</resources>

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proprietary/vendor/etc/cne/Nexus/VZW/VZW_profiles.xml vendored Normal file
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@@ -0,0 +1,94 @@
<?xml version="1.0" encoding="utf-8"?>
<!--
Copyright (c) 2016-2017 Qualcomm Technologies, Inc.
All Rights Reserved.
Confidential and Proprietary - Qualcomm Technologies, Inc.
-->
<resources>
<profiles>
<profile id="1">
<!-- RSSI threshold from which all values greater than it is
considered to be good for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIAddThreshold units="dbm">-64,-69</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is
considered to be bad for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIDropThreshold units="dbm">-67,-72</RSSIDropThreshold>
</profile>
<profile id="2">
<!-- RSSI threshold from which all values greater than it is
considered to be good for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIAddThreshold units="dbm">-78,-83</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is
considered to be bad for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIDropThreshold units="dbm">-82,-87</RSSIDropThreshold>
</profile>
<profile id="3">
<!-- RSSI threshold from which all values greater than it is
considered to be good for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIAddThreshold units="dbm">-67,-72</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is
considered to be bad for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIDropThreshold units="dbm">-70,-75</RSSIDropThreshold>
</profile>
<profile id="4">
<!-- RSSI threshold from which all values greater than it is
considered to be good for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIAddThreshold units="dbm">-82,-83</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is
considered to be bad for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIDropThreshold units="dbm">-85,-87</RSSIDropThreshold>
</profile>
<profile id="5">
<!-- RSSI threshold from which all values greater than it is
considered to be good for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIAddThreshold units="dbm">-75,-75</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is
considered to be bad for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIDropThreshold units="dbm">-79,-79</RSSIDropThreshold>
</profile>
<profile id="6">
<!-- RSSI threshold from which all values greather than it is
considered to be good for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIAddThreshold units="dbm">-75,-75</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is
considered to be bad for wlan to be
a candidate for interface selection -->
<!-- NOTE: There needs to be two threshold values
first one for 2.4 GHz and the second for 5 GHz -->
<RSSIDropThreshold units="dbm">-79,-80</RSSIDropThreshold>
</profile>
</profiles>
</resources>

17
proprietary/vendor/etc/cne/mwqem.conf vendored Normal file
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@@ -0,0 +1,17 @@
#configuration parameters for Multi-network Wireless Quality Estimation and Management.
#Number of previous latency iterations to track to decide the better LQS interface
latency_count:3
#Threshold in ms to decide the better interface for LQS.
latency_threshold:10
#Number of tcp connections to be established in each latency session
max_tcp_connects:3
#Max waiting time for a dns query to be resolved
dns_timeout:9
#Minimum change in mwqem ratio to update the new LQA ratio
lqa_update_threshold:0.25
#Timer in msec to track the lqs updates. Only one update will be allowed
#in this duration
lqa_update_count_timer:10000
#default URL for establishing a tcp sessions
mwqem_http_url:www.qualcomm.com

239
proprietary/vendor/etc/cne/profileMwqem.xml vendored Normal file
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@@ -0,0 +1,239 @@
<?xml version="1.0" encoding="UTF-8"?>
<!--Copyright (c) 2020 Qualcomm Technologies, Inc.
All Rights Reserved.
Confidential and Proprietary - Qualcomm Technologies, Inc.-->
<AndsfPolicy><Andsf>
<Version>5.1</Version>
<Name>Test 1</Name>
<Ext>
<WQE>
<InterfaceManager>
<BQE_Disabled>true</BQE_Disabled>
<ICD_Disabled>true</ICD_Disabled>
<!-- Default bqe thresholds where no apIds are specified. -->
<BQE_Thresholds Id="128">
<RadioTechnology Type="CDMA2000">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_0">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_A">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_B">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EDGE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="UMTS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSDPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="GPRS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="LTE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EHRPD">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPAP">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
</BQE_Thresholds>
<Authentication>
<MaxAuthTime>60</MaxAuthTime>
<IcdBanRetest>3</IcdBanRetest>
<AuthApps>
<Appname>someauthapp1</Appname>
<Appname>someauthapp2</Appname>
<Appname>someauthapp3</Appname>
</AuthApps>
</Authentication>
<ICD config-type="disabled">
</ICD>
<TQE>
<!-- Default node for TQE_Thresholds element -->
<TQE_Thresholds Id="128">
<!-- Disabling Broken Backhaul Detector module -->
<BBD_Disabled>true</BBD_Disabled>
<!-- Disabling Degraded Backhaul Detector module -->
<DBD_Disabled>true</DBD_Disabled>
<!-- Threshold on downlink gap indicator metric -->
<DGIMThresh units="msecs">400</DGIMThresh>
<!-- DBD always returns pass when average device throughput is greater than min(DBDTputThresh,BQE_Threshold) -->
<DBDTputThresh units="bps">1000000</DBDTputThresh>
<!-- Time window for TQE history -->
<TQETimeWindow units="secs">77</TQETimeWindow>
<!-- Minimum fraction of sockets reporting BAD (among valid ones) to declare TQE FAIL -->
<RatioThresh>0.2</RatioThresh>
</TQE_Thresholds>
</TQE>
</InterfaceManager>
</WQE>
<CQE prodId="Rome">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-79,-79</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-79,-79</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.55</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>4</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>50</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>8</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>100</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>300</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>4</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>80</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Helium">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-79,-79</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-79,-79</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.7</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>10</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>100</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>4</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>1000</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>1000</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>20</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>1000</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Pronto">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-79,-79</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-79,-79</RSSIDropThreshold>
<!-- RSSI threshold from which to select linear model to compute CQE metric -->
<RSSIModelThreshold units="dbm">-74</RSSIModelThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-91</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.47</MACStatsAveragingAlpha>
<!-- The threshold indicating the number of frames below which no valid CQE estimation can't be done -->
<FrameCntThreshold units="frames">8</FrameCntThreshold>
<!-- The threshold indicating the number of last samples below which valid CQE estimation can't be done -->
<ColdStartThreshold units="frames">2</ColdStartThreshold>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MACMibThreshold2a>1</MACMibThreshold2a>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<RetryMetricWeight2a>0.0597</RetryMetricWeight2a>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MultiRetryMetricWeight2a>0.8895</MultiRetryMetricWeight2a>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MACMibThreshold2b>1</MACMibThreshold2b>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<RetryMetricWeight2b>0.1366</RetryMetricWeight2b>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MultiRetryMetricWeight2b>0.5795</MultiRetryMetricWeight2b>
</CQE_Thresholds>
</CQE>
</Ext>
</Andsf></AndsfPolicy>

12
proprietary/vendor/etc/cne/wqeclient/ATT/ATT_profile2.xml vendored
View File

@@ -84,10 +84,10 @@
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-82,-82</RSSIAddThreshold>
<RSSIAddThreshold units="dbm">-80,-80</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-82,-82</RSSIDropThreshold>
<RSSIDropThreshold units="dbm">-80,-80</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
@@ -138,10 +138,10 @@
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-82,-82</RSSIAddThreshold>
<RSSIAddThreshold units="dbm">-80,-80</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-82,-82</RSSIDropThreshold>
<RSSIDropThreshold units="dbm">-80,-80</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
@@ -192,10 +192,10 @@
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-82,-82</RSSIAddThreshold>
<RSSIAddThreshold units="dbm">-80,-80</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-82,-82</RSSIDropThreshold>
<RSSIDropThreshold units="dbm">-80,-80</RSSIDropThreshold>
<!-- RSSI threshold from which to select linear model to compute CQE metric -->
<RSSIModelThreshold units="dbm">-74</RSSIModelThreshold>
<!-- Interval over whcih RSSI values are averaged -->

239
proprietary/vendor/etc/cne/wqeclient/ROW/ROW_profile15.xml vendored Normal file
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@@ -0,0 +1,239 @@
<?xml version="1.0" encoding="UTF-8"?>
<!--Copyright (c) 2018 Qualcomm Technologies, Inc.
All Rights Reserved.
Confidential and Proprietary - Qualcomm Technologies, Inc.-->
<AndsfPolicy><Andsf>
<Version>5.1</Version>
<Name>Test 1</Name>
<Ext>
<WQE>
<InterfaceManager>
<BQE_Disabled>true</BQE_Disabled>
<ICD_Disabled>true</ICD_Disabled>
<!-- Default bqe thresholds where no apIds are specified. -->
<BQE_Thresholds Id="128">
<RadioTechnology Type="CDMA2000">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_0">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_A">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_B">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EDGE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="UMTS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSDPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="GPRS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="LTE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EHRPD">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPAP">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
</BQE_Thresholds>
<Authentication>
<MaxAuthTime>60</MaxAuthTime>
<IcdBanRetest>3</IcdBanRetest>
<AuthApps>
<Appname>someauthapp1</Appname>
<Appname>someauthapp2</Appname>
<Appname>someauthapp3</Appname>
</AuthApps>
</Authentication>
<ICD config-type="disabled">
</ICD>
<TQE>
<!-- Default node for TQE_Thresholds element -->
<TQE_Thresholds Id="128">
<!-- Disabling Broken Backhaul Detector module -->
<BBD_Disabled>true</BBD_Disabled>
<!-- Disabling Degraded Backhaul Detector module -->
<DBD_Disabled>true</DBD_Disabled>
<!-- Threshold on downlink gap indicator metric -->
<DGIMThresh units="msecs">400</DGIMThresh>
<!-- DBD always returns pass when average device throughput is greater than min(DBDTputThresh,BQE_Threshold) -->
<DBDTputThresh units="bps">1000000</DBDTputThresh>
<!-- Time window for TQE history -->
<TQETimeWindow units="secs">77</TQETimeWindow>
<!-- Minimum fraction of sockets reporting BAD (among valid ones) to declare TQE FAIL -->
<RatioThresh>0.2</RatioThresh>
</TQE_Thresholds>
</TQE>
</InterfaceManager>
</WQE>
<CQE prodId="Rome">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-85,-85</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-85,-85</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.55</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>4</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>50</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>8</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>100</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>300</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>4</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>80</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Helium">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-85,-85</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-85,-85</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.7</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>10</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>100</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>4</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>1000</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>1000</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>20</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>1000</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Pronto">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-80,-80</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-80,-80</RSSIDropThreshold>
<!-- RSSI threshold from which to select linear model to compute CQE metric -->
<RSSIModelThreshold units="dbm">-74</RSSIModelThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-91</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.47</MACStatsAveragingAlpha>
<!-- The threshold indicating the number of frames below which no valid CQE estimation can't be done -->
<FrameCntThreshold units="frames">8</FrameCntThreshold>
<!-- The threshold indicating the number of last samples below which valid CQE estimation can't be done -->
<ColdStartThreshold units="frames">2</ColdStartThreshold>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MACMibThreshold2a>1</MACMibThreshold2a>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<RetryMetricWeight2a>0.0597</RetryMetricWeight2a>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MultiRetryMetricWeight2a>0.8895</MultiRetryMetricWeight2a>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MACMibThreshold2b>1</MACMibThreshold2b>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<RetryMetricWeight2b>0.1366</RetryMetricWeight2b>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MultiRetryMetricWeight2b>0.5795</MultiRetryMetricWeight2b>
</CQE_Thresholds>
</CQE>
</Ext>
</Andsf></AndsfPolicy>

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<?xml version="1.0" encoding="UTF-8"?>
<!--Copyright (c) 2018 Qualcomm Technologies, Inc.
All Rights Reserved.
Confidential and Proprietary - Qualcomm Technologies, Inc.-->
<AndsfPolicy><Andsf>
<Version>5.1</Version>
<Name>Test 1</Name>
<Ext>
<WQE>
<InterfaceManager>
<BQE_Disabled>true</BQE_Disabled>
<ICD_Disabled>true</ICD_Disabled>
<!-- Default bqe thresholds where no apIds are specified. -->
<BQE_Thresholds Id="128">
<RadioTechnology Type="CDMA2000">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_0">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_A">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_B">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EDGE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="UMTS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSDPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="GPRS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="LTE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EHRPD">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPAP">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
</BQE_Thresholds>
<Authentication>
<MaxAuthTime>60</MaxAuthTime>
<IcdBanRetest>3</IcdBanRetest>
<AuthApps>
<Appname>someauthapp1</Appname>
<Appname>someauthapp2</Appname>
<Appname>someauthapp3</Appname>
</AuthApps>
</Authentication>
<ICD config-type="disabled">
</ICD>
<TQE>
<!-- Default node for TQE_Thresholds element -->
<TQE_Thresholds Id="128">
<!-- Disabling Broken Backhaul Detector module -->
<BBD_Disabled>true</BBD_Disabled>
<!-- Disabling Degraded Backhaul Detector module -->
<DBD_Disabled>true</DBD_Disabled>
<!-- Threshold on downlink gap indicator metric -->
<DGIMThresh units="msecs">400</DGIMThresh>
<!-- DBD always returns pass when average device throughput is greater than min(DBDTputThresh,BQE_Threshold) -->
<DBDTputThresh units="bps">1000000</DBDTputThresh>
<!-- Time window for TQE history -->
<TQETimeWindow units="secs">77</TQETimeWindow>
<!-- Minimum fraction of sockets reporting BAD (among valid ones) to declare TQE FAIL -->
<RatioThresh>0.2</RatioThresh>
</TQE_Thresholds>
</TQE>
</InterfaceManager>
</WQE>
<CQE prodId="Rome">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-75,-75</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-75,-75</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.55</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>4</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>50</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>8</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>100</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>300</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>4</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>80</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Helium">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-75,-75</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-75,-75</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.7</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>10</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>100</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>4</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>1000</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>1000</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>20</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>1000</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Pronto">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-65,-65</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-65,-65</RSSIDropThreshold>
<!-- RSSI threshold from which to select linear model to compute CQE metric -->
<RSSIModelThreshold units="dbm">-74</RSSIModelThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.47</MACStatsAveragingAlpha>
<!-- The threshold indicating the number of frames below which no valid CQE estimation can't be done -->
<FrameCntThreshold units="frames">8</FrameCntThreshold>
<!-- The threshold indicating the number of last samples below which valid CQE estimation can't be done -->
<ColdStartThreshold units="frames">2</ColdStartThreshold>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MACMibThreshold2a>1</MACMibThreshold2a>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<RetryMetricWeight2a>0.0597</RetryMetricWeight2a>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MultiRetryMetricWeight2a>0.8895</MultiRetryMetricWeight2a>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MACMibThreshold2b>1</MACMibThreshold2b>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<RetryMetricWeight2b>0.1366</RetryMetricWeight2b>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MultiRetryMetricWeight2b>0.5795</MultiRetryMetricWeight2b>
</CQE_Thresholds>
</CQE>
</Ext>
</Andsf></AndsfPolicy>

239
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<?xml version="1.0" encoding="UTF-8"?>
<!--Copyright (c) 2018 Qualcomm Technologies, Inc.
All Rights Reserved.
Confidential and Proprietary - Qualcomm Technologies, Inc.-->
<AndsfPolicy><Andsf>
<Version>5.1</Version>
<Name>Test 1</Name>
<Ext>
<WQE>
<InterfaceManager>
<BQE_Disabled>true</BQE_Disabled>
<ICD_Disabled>true</ICD_Disabled>
<!-- Default bqe thresholds where no apIds are specified. -->
<BQE_Thresholds Id="128">
<RadioTechnology Type="CDMA2000">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_0">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_A">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_B">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EDGE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="UMTS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSDPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="GPRS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="LTE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EHRPD">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPAP">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
</BQE_Thresholds>
<Authentication>
<MaxAuthTime>60</MaxAuthTime>
<IcdBanRetest>3</IcdBanRetest>
<AuthApps>
<Appname>someauthapp1</Appname>
<Appname>someauthapp2</Appname>
<Appname>someauthapp3</Appname>
</AuthApps>
</Authentication>
<ICD config-type="disabled">
</ICD>
<TQE>
<!-- Default node for TQE_Thresholds element -->
<TQE_Thresholds Id="128">
<!-- Disabling Broken Backhaul Detector module -->
<BBD_Disabled>true</BBD_Disabled>
<!-- Disabling Degraded Backhaul Detector module -->
<DBD_Disabled>true</DBD_Disabled>
<!-- Threshold on downlink gap indicator metric -->
<DGIMThresh units="msecs">400</DGIMThresh>
<!-- DBD always returns pass when average device throughput is greater than min(DBDTputThresh,BQE_Threshold) -->
<DBDTputThresh units="bps">1000000</DBDTputThresh>
<!-- Time window for TQE history -->
<TQETimeWindow units="secs">77</TQETimeWindow>
<!-- Minimum fraction of sockets reporting BAD (among valid ones) to declare TQE FAIL -->
<RatioThresh>0.2</RatioThresh>
</TQE_Thresholds>
</TQE>
</InterfaceManager>
</WQE>
<CQE prodId="Rome">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-79,-82</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-79,-82</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.55</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>4</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>50</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>8</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>100</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>300</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>4</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>80</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Helium">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-79,-82</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-79,-82</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.7</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>10</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>100</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>4</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>1000</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>1000</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>20</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>1000</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Pronto">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-75,-75</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-75,-75</RSSIDropThreshold>
<!-- RSSI threshold from which to select linear model to compute CQE metric -->
<RSSIModelThreshold units="dbm">-74</RSSIModelThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-91</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.47</MACStatsAveragingAlpha>
<!-- The threshold indicating the number of frames below which no valid CQE estimation can't be done -->
<FrameCntThreshold units="frames">8</FrameCntThreshold>
<!-- The threshold indicating the number of last samples below which valid CQE estimation can't be done -->
<ColdStartThreshold units="frames">2</ColdStartThreshold>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MACMibThreshold2a>1</MACMibThreshold2a>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<RetryMetricWeight2a>0.0597</RetryMetricWeight2a>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MultiRetryMetricWeight2a>0.8895</MultiRetryMetricWeight2a>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MACMibThreshold2b>1</MACMibThreshold2b>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<RetryMetricWeight2b>0.1366</RetryMetricWeight2b>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MultiRetryMetricWeight2b>0.5795</MultiRetryMetricWeight2b>
</CQE_Thresholds>
</CQE>
</Ext>
</Andsf></AndsfPolicy>

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<?xml version="1.0" encoding="UTF-8"?>
<!--Copyright (c) 2018 Qualcomm Technologies, Inc.
All Rights Reserved.
Confidential and Proprietary - Qualcomm Technologies, Inc.-->
<AndsfPolicy><Andsf>
<Version>5.1</Version>
<Name>Test 1</Name>
<Ext>
<WQE>
<InterfaceManager>
<BQE_Disabled>true</BQE_Disabled>
<ICD_Disabled>true</ICD_Disabled>
<!-- Default bqe thresholds where no apIds are specified. -->
<BQE_Thresholds Id="128">
<RadioTechnology Type="CDMA2000">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_0">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_A">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_B">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EDGE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="UMTS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSDPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="GPRS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="LTE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EHRPD">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPAP">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
</BQE_Thresholds>
<Authentication>
<MaxAuthTime>60</MaxAuthTime>
<IcdBanRetest>3</IcdBanRetest>
<AuthApps>
<Appname>someauthapp1</Appname>
<Appname>someauthapp2</Appname>
<Appname>someauthapp3</Appname>
</AuthApps>
</Authentication>
<ICD config-type="disabled">
</ICD>
<TQE>
<!-- Default node for TQE_Thresholds element -->
<TQE_Thresholds Id="128">
<!-- Disabling Broken Backhaul Detector module -->
<BBD_Disabled>true</BBD_Disabled>
<!-- Disabling Degraded Backhaul Detector module -->
<DBD_Disabled>true</DBD_Disabled>
<!-- Threshold on downlink gap indicator metric -->
<DGIMThresh units="msecs">400</DGIMThresh>
<!-- DBD always returns pass when average device throughput is greater than min(DBDTputThresh,BQE_Threshold) -->
<DBDTputThresh units="bps">1000000</DBDTputThresh>
<!-- Time window for TQE history -->
<TQETimeWindow units="secs">77</TQETimeWindow>
<!-- Minimum fraction of sockets reporting BAD (among valid ones) to declare TQE FAIL -->
<RatioThresh>0.2</RatioThresh>
</TQE_Thresholds>
</TQE>
</InterfaceManager>
</WQE>
<CQE prodId="Rome">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-79,-79</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-79,-79</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.55</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>4</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>50</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>8</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>100</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>300</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>4</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>80</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Helium">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-79,-79</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-79,-79</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.7</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>10</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>100</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>4</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>1000</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>1000</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>20</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>1000</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Pronto">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-79,-79</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-79,-79</RSSIDropThreshold>
<!-- RSSI threshold from which to select linear model to compute CQE metric -->
<RSSIModelThreshold units="dbm">-74</RSSIModelThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-91</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.47</MACStatsAveragingAlpha>
<!-- The threshold indicating the number of frames below which no valid CQE estimation can't be done -->
<FrameCntThreshold units="frames">8</FrameCntThreshold>
<!-- The threshold indicating the number of last samples below which valid CQE estimation can't be done -->
<ColdStartThreshold units="frames">2</ColdStartThreshold>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MACMibThreshold2a>1</MACMibThreshold2a>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<RetryMetricWeight2a>0.0597</RetryMetricWeight2a>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MultiRetryMetricWeight2a>0.8895</MultiRetryMetricWeight2a>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MACMibThreshold2b>1</MACMibThreshold2b>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<RetryMetricWeight2b>0.1366</RetryMetricWeight2b>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MultiRetryMetricWeight2b>0.5795</MultiRetryMetricWeight2b>
</CQE_Thresholds>
</CQE>
</Ext>
</Andsf></AndsfPolicy>

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<?xml version="1.0" encoding="UTF-8"?>
<!--Copyright (c) 2018 Qualcomm Technologies, Inc.
All Rights Reserved.
Confidential and Proprietary - Qualcomm Technologies, Inc.-->
<AndsfPolicy><Andsf>
<Version>5.1</Version>
<Name>Test 1</Name>
<Ext>
<WQE>
<InterfaceManager>
<BQE_Disabled>true</BQE_Disabled>
<ICD_Disabled>true</ICD_Disabled>
<!-- Default bqe thresholds where no apIds are specified. -->
<BQE_Thresholds Id="128">
<RadioTechnology Type="CDMA2000">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_0">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_A">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_B">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EDGE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="UMTS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSDPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="GPRS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="LTE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EHRPD">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPAP">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
</BQE_Thresholds>
<Authentication>
<MaxAuthTime>60</MaxAuthTime>
<IcdBanRetest>3</IcdBanRetest>
<AuthApps>
<Appname>someauthapp1</Appname>
<Appname>someauthapp2</Appname>
<Appname>someauthapp3</Appname>
</AuthApps>
</Authentication>
<ICD config-type="disabled">
</ICD>
<TQE>
<!-- Default node for TQE_Thresholds element -->
<TQE_Thresholds Id="128">
<!-- Disabling Broken Backhaul Detector module -->
<BBD_Disabled>true</BBD_Disabled>
<!-- Disabling Degraded Backhaul Detector module -->
<DBD_Disabled>true</DBD_Disabled>
<!-- Threshold on downlink gap indicator metric -->
<DGIMThresh units="msecs">400</DGIMThresh>
<!-- DBD always returns pass when average device throughput is greater than min(DBDTputThresh,BQE_Threshold) -->
<DBDTputThresh units="bps">1000000</DBDTputThresh>
<!-- Time window for TQE history -->
<TQETimeWindow units="secs">77</TQETimeWindow>
<!-- Minimum fraction of sockets reporting BAD (among valid ones) to declare TQE FAIL -->
<RatioThresh>0.2</RatioThresh>
</TQE_Thresholds>
</TQE>
</InterfaceManager>
</WQE>
<CQE prodId="Rome">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-72,-72</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-72,-72</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.55</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>4</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>50</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>8</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>100</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>300</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>4</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>80</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Helium">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-72,-72</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-72,-72</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.7</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>10</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>100</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>4</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>1000</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>1000</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>20</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>1000</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Pronto">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-72,-72</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-72,-72</RSSIDropThreshold>
<!-- RSSI threshold from which to select linear model to compute CQE metric -->
<RSSIModelThreshold units="dbm">-72</RSSIModelThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-91</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.47</MACStatsAveragingAlpha>
<!-- The threshold indicating the number of frames below which no valid CQE estimation can't be done -->
<FrameCntThreshold units="frames">8</FrameCntThreshold>
<!-- The threshold indicating the number of last samples below which valid CQE estimation can't be done -->
<ColdStartThreshold units="frames">2</ColdStartThreshold>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MACMibThreshold2a>1</MACMibThreshold2a>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<RetryMetricWeight2a>0.0597</RetryMetricWeight2a>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MultiRetryMetricWeight2a>0.8895</MultiRetryMetricWeight2a>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MACMibThreshold2b>1</MACMibThreshold2b>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<RetryMetricWeight2b>0.1366</RetryMetricWeight2b>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MultiRetryMetricWeight2b>0.5795</MultiRetryMetricWeight2b>
</CQE_Thresholds>
</CQE>
</Ext>
</Andsf></AndsfPolicy>

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<?xml version="1.0" encoding="UTF-8"?>
<!--Copyright (c) 2018 Qualcomm Technologies, Inc.
All Rights Reserved.
Confidential and Proprietary - Qualcomm Technologies, Inc.-->
<AndsfPolicy><Andsf>
<Version>5.1</Version>
<Name>Test 1</Name>
<Ext>
<WQE>
<InterfaceManager>
<BQE_Disabled>true</BQE_Disabled>
<ICD_Disabled>true</ICD_Disabled>
<!-- Default bqe thresholds where no apIds are specified. -->
<BQE_Thresholds Id="128">
<RadioTechnology Type="CDMA2000">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_0">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_A">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_B">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EDGE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="UMTS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSDPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="GPRS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="LTE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EHRPD">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPAP">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
</BQE_Thresholds>
<Authentication>
<MaxAuthTime>60</MaxAuthTime>
<IcdBanRetest>3</IcdBanRetest>
<AuthApps>
<Appname>someauthapp1</Appname>
<Appname>someauthapp2</Appname>
<Appname>someauthapp3</Appname>
</AuthApps>
</Authentication>
<ICD config-type="disabled">
</ICD>
<TQE>
<!-- Default node for TQE_Thresholds element -->
<TQE_Thresholds Id="128">
<!-- Disabling Broken Backhaul Detector module -->
<BBD_Disabled>true</BBD_Disabled>
<!-- Disabling Degraded Backhaul Detector module -->
<DBD_Disabled>true</DBD_Disabled>
<!-- Threshold on downlink gap indicator metric -->
<DGIMThresh units="msecs">400</DGIMThresh>
<!-- DBD always returns pass when average device throughput is greater than min(DBDTputThresh,BQE_Threshold) -->
<DBDTputThresh units="bps">1000000</DBDTputThresh>
<!-- Time window for TQE history -->
<TQETimeWindow units="secs">77</TQETimeWindow>
<!-- Minimum fraction of sockets reporting BAD (among valid ones) to declare TQE FAIL -->
<RatioThresh>0.2</RatioThresh>
</TQE_Thresholds>
</TQE>
</InterfaceManager>
</WQE>
<CQE prodId="Rome">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-90,-90</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-90,-90</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.55</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>4</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>50</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>8</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>100</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>300</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>4</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>80</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Helium">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-90,-90</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-90,-90</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.64</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>12</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>3</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>60</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>8</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>1000</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>1000</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>20</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>1000</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Pronto">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-90,-90</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-90,-90</RSSIDropThreshold>
<!-- RSSI threshold from which to select linear model to compute CQE metric -->
<RSSIModelThreshold units="dbm">-74</RSSIModelThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-91</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.47</MACStatsAveragingAlpha>
<!-- The threshold indicating the number of frames below which no valid CQE estimation can't be done -->
<FrameCntThreshold units="frames">8</FrameCntThreshold>
<!-- The threshold indicating the number of last samples below which valid CQE estimation can't be done -->
<ColdStartThreshold units="frames">2</ColdStartThreshold>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MACMibThreshold2a>1</MACMibThreshold2a>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<RetryMetricWeight2a>0.0597</RetryMetricWeight2a>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MultiRetryMetricWeight2a>0.8895</MultiRetryMetricWeight2a>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MACMibThreshold2b>1</MACMibThreshold2b>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<RetryMetricWeight2b>0.1366</RetryMetricWeight2b>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MultiRetryMetricWeight2b>0.5795</MultiRetryMetricWeight2b>
</CQE_Thresholds>
</CQE>
</Ext>
</Andsf></AndsfPolicy>

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<?xml version="1.0" encoding="UTF-8"?>
<!--Copyright (c) 2018 Qualcomm Technologies, Inc.
All Rights Reserved.
Confidential and Proprietary - Qualcomm Technologies, Inc.-->
<AndsfPolicy><Andsf>
<Version>5.1</Version>
<Name>Test 1</Name>
<Ext>
<WQE>
<InterfaceManager>
<BQE_Disabled>true</BQE_Disabled>
<ICD_Disabled>true</ICD_Disabled>
<!-- Default bqe thresholds where no apIds are specified. -->
<BQE_Thresholds Id="128">
<RadioTechnology Type="CDMA2000">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_0">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_A">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_B">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EDGE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="UMTS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSDPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="GPRS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="LTE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EHRPD">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPAP">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
</BQE_Thresholds>
<Authentication>
<MaxAuthTime>60</MaxAuthTime>
<IcdBanRetest>3</IcdBanRetest>
<AuthApps>
<Appname>someauthapp1</Appname>
<Appname>someauthapp2</Appname>
<Appname>someauthapp3</Appname>
</AuthApps>
</Authentication>
<ICD config-type="disabled">
</ICD>
<TQE>
<!-- Default node for TQE_Thresholds element -->
<TQE_Thresholds Id="128">
<!-- Disabling Broken Backhaul Detector module -->
<BBD_Disabled>true</BBD_Disabled>
<!-- Disabling Degraded Backhaul Detector module -->
<DBD_Disabled>true</DBD_Disabled>
<!-- Threshold on downlink gap indicator metric -->
<DGIMThresh units="msecs">400</DGIMThresh>
<!-- DBD always returns pass when average device throughput is greater than min(DBDTputThresh,BQE_Threshold) -->
<DBDTputThresh units="bps">1000000</DBDTputThresh>
<!-- Time window for TQE history -->
<TQETimeWindow units="secs">77</TQETimeWindow>
<!-- Minimum fraction of sockets reporting BAD (among valid ones) to declare TQE FAIL -->
<RatioThresh>0.2</RatioThresh>
</TQE_Thresholds>
</TQE>
</InterfaceManager>
</WQE>
<CQE prodId="Rome">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-87,-88</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-87,-88</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.55</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>4</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>50</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>8</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>100</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>300</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>4</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>80</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Helium">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-87,-88</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-87,-88</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.64</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>1</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>12</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>3</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>1</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>60</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>8</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>1000</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>1000</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>1</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>20</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>1000</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Pronto">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-85,-85</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-85,-85</RSSIDropThreshold>
<!-- RSSI threshold from which to select linear model to compute CQE metric -->
<RSSIModelThreshold units="dbm">-74</RSSIModelThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-91</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.47</MACStatsAveragingAlpha>
<!-- The threshold indicating the number of frames below which no valid CQE estimation can't be done -->
<FrameCntThreshold units="frames">8</FrameCntThreshold>
<!-- The threshold indicating the number of last samples below which valid CQE estimation can't be done -->
<ColdStartThreshold units="frames">2</ColdStartThreshold>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MACMibThreshold2a>1</MACMibThreshold2a>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<RetryMetricWeight2a>0.0597</RetryMetricWeight2a>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MultiRetryMetricWeight2a>0.8895</MultiRetryMetricWeight2a>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MACMibThreshold2b>1</MACMibThreshold2b>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<RetryMetricWeight2b>0.1366</RetryMetricWeight2b>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MultiRetryMetricWeight2b>0.5795</MultiRetryMetricWeight2b>
</CQE_Thresholds>
</CQE>
</Ext>
</Andsf></AndsfPolicy>

239
proprietary/vendor/etc/cne/wqeclient/ROW/ROW_profile32.xml vendored Normal file
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<?xml version="1.0" encoding="UTF-8"?>
<!--Copyright (c) 2018 Qualcomm Technologies, Inc.
All Rights Reserved.
Confidential and Proprietary - Qualcomm Technologies, Inc.-->
<AndsfPolicy><Andsf>
<Version>5.1</Version>
<Name>Test 1</Name>
<Ext>
<WQE>
<InterfaceManager>
<BQE_Disabled>true</BQE_Disabled>
<ICD_Disabled>true</ICD_Disabled>
<!-- Default bqe thresholds where no apIds are specified. -->
<BQE_Thresholds Id="128">
<RadioTechnology Type="CDMA2000">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_0">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_A">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EVDO_B">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EDGE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="UMTS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSDPA">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="GPRS">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="LTE">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="EHRPD">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
<RadioTechnology Type="HSPAP">
<Threshold units="bps">0</Threshold>
</RadioTechnology>
</BQE_Thresholds>
<Authentication>
<MaxAuthTime>60</MaxAuthTime>
<IcdBanRetest>3</IcdBanRetest>
<AuthApps>
<Appname>someauthapp1</Appname>
<Appname>someauthapp2</Appname>
<Appname>someauthapp3</Appname>
</AuthApps>
</Authentication>
<ICD config-type="disabled">
</ICD>
<TQE>
<!-- Default node for TQE_Thresholds element -->
<TQE_Thresholds Id="128">
<!-- Disabling Broken Backhaul Detector module -->
<BBD_Disabled>true</BBD_Disabled>
<!-- Disabling Degraded Backhaul Detector module -->
<DBD_Disabled>true</DBD_Disabled>
<!-- Threshold on downlink gap indicator metric -->
<DGIMThresh units="msecs">400</DGIMThresh>
<!-- DBD always returns pass when average device throughput is greater than min(DBDTputThresh,BQE_Threshold) -->
<DBDTputThresh units="bps">1000000</DBDTputThresh>
<!-- Time window for TQE history -->
<TQETimeWindow units="secs">77</TQETimeWindow>
<!-- Minimum fraction of sockets reporting BAD (among valid ones) to declare TQE FAIL -->
<RatioThresh>0.2</RatioThresh>
</TQE_Thresholds>
</TQE>
</InterfaceManager>
</WQE>
<CQE prodId="Rome">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-99,-99</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-99,-99</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.55</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>0.09</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>4</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>0.1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>0.55</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>50</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>8</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>100</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>300</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>0.15</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>4</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>80</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Helium">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-99,-99</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-99,-99</RSSIDropThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-85</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.7</MACStatsAveragingAlpha>
<!-- Threshold for RX MPDU PER -->
<RMP_THR>0.12</RMP_THR>
<!-- Minimum MPDU count to activate RX MPDU PER -->
<RMP_CNT_THR>10</RMP_CNT_THR>
<!-- Cutoff RX MCS index -->
<RX_MCS_THR>9</RX_MCS_THR>
<!-- Cutoff RX BW index -->
<RX_BW_THR>3</RX_BW_THR>
<!-- Threshold for TX MSDU drop -->
<TMD_THR>0.1</TMD_THR>
<!-- Minimum MSDU count to activate TX MSDU drop -->
<TMD_CNT_THR>2</TMD_CNT_THR>
<!-- Threshold for MPDU retry rate -->
<TMR_THR>0.64</TMR_THR>
<!-- Minimum MPDU count to activate MPDU retry rate -->
<TMR_CNT_THR>100</TMR_CNT_THR>
<!-- Cutoff TX MCS index -->
<TX_MCS_THR>4</TX_MCS_THR>
<!-- Cutoff TX BW index -->
<TX_BW_THR>2</TX_BW_THR>
<!-- Maximum MPDU count to activate RX MPDU PER -->
<RMP_UBCNT_THR>1000</RMP_UBCNT_THR>
<!-- Maximum MPDU count to activate MPDU retry rate -->
<TMR_UBCNT_THR>1000</TMR_UBCNT_THR>
<!-- Threshold for PERAM -->
<PERAM_THR>0.22</PERAM_THR>
<!-- Minimum MPDU count to activate PERAM -->
<PERAM_CNT_THR>20</PERAM_CNT_THR>
<!-- Maximum MPDU count to activate PERAM -->
<PERAM_UBCNT_THR>1000</PERAM_UBCNT_THR>
<!-- CQE throughput Threshold-->
<CQE_TPUT_THR>1000000</CQE_TPUT_THR>
</CQE_Thresholds>
</CQE>
<CQE prodId="Pronto">
<!-- Default node for CQE_Thresholds element -->
<CQE_Thresholds Id="128">
<!-- RSSI threshold from which all values greather than it is considered as good for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIAddThreshold units="dbm">-99,-99</RSSIAddThreshold>
<!-- RSSI threshold from which all values lesser than it is considered as bad for wlan to be -->
<!-- a candidate for interface selection -->
<RSSIDropThreshold units="dbm">-99,-99</RSSIDropThreshold>
<!-- RSSI threshold from which to select linear model to compute CQE metric -->
<RSSIModelThreshold units="dbm">-74</RSSIModelThreshold>
<!-- Interval over whcih RSSI values are averaged -->
<RSSIAveragingInterval units="secs">5</RSSIAveragingInterval>
<!-- RSSI threshold below which MAC hysteresis timer is not started -->
<RSSIMacTimerThreshold units="dbm">-91</RSSIMacTimerThreshold>
<!-- Periodic timer to evaluate CQE parameters including RSSI and MAC stats -->
<!-- Setting CQETimer to zero disables the CQE -->
<CQETimer units="secs">2</CQETimer>
<!-- Time for which CQE is not reevaluted after it was declared bad due to MAC stats -->
<MACHysteresisTimer units="secs">120</MACHysteresisTimer>
<!-- Alpha to compute RSSI averaging based on IIR filtering mechanism -->
<MACStatsAveragingAlpha>0.47</MACStatsAveragingAlpha>
<!-- The threshold indicating the number of frames below which no valid CQE estimation can't be done -->
<FrameCntThreshold units="frames">8</FrameCntThreshold>
<!-- The threshold indicating the number of last samples below which valid CQE estimation can't be done -->
<ColdStartThreshold units="frames">2</ColdStartThreshold>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MACMibThreshold2a>0.42</MACMibThreshold2a>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<RetryMetricWeight2a>0.0597</RetryMetricWeight2a>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is greater than RSSIModelThreshold -->
<MultiRetryMetricWeight2a>0.8895</MultiRetryMetricWeight2a>
<!-- The threshold that ultimately decides the wlan is good or bad based on the combined MAC parameters -->
<!-- such as retry, multi-retry, fail and ack fail metric -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MACMibThreshold2b>0.21</MACMibThreshold2b>
<!-- The weightage that given to retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<RetryMetricWeight2b>0.1366</RetryMetricWeight2b>
<!-- The weightage that given to multi-retry metric in computation of CQE -->
<!-- when average RSSI is less than or equal to RSSIModelThreshold -->
<MultiRetryMetricWeight2b>0.5795</MultiRetryMetricWeight2b>
</CQE_Thresholds>
</CQE>
</Ext>
</Andsf></AndsfPolicy>

503
proprietary/vendor/etc/data/dsi_config.xml vendored
View File

@@ -1,7 +1,7 @@
<?xml version="1.0" encoding="UTF-8"?>
<!--
DSI Module configuration XML file
Copyright (c) 2013, 2015, 2017 Qualcomm Technologies, Inc.
Copyright (c) 2013, 2015, 2017-2021 Qualcomm Technologies, Inc.
All Rights Reserved.
Confidential and Proprietary - Qualcomm Technologies, Inc.
-->
@@ -110,6 +110,41 @@
</list>
</listitem>
<!-- Configuration of off target testing -->
<listitem name="off_target">
<data name="qos_enabled" type="int"> 0 </data>
<data name="rmnet_data_enabled" type="int"> 1 </data>
<data name="phys_net_dev" type="string"> rmnet_mhi0 </data>
<data name="single_qmux_channel_enabled" type="int"> 1 </data>
<data name="single_qmux_channel_name" type="string"> rmnet_mhi0 </data>
<data name="netmgr_listen_ev_proto" type="int"> 1 </data>
<data name="num_dsi_handles" type="int"> 8 </data>
<list name="device_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
</list>
<list name="control_port_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
</list>
</listitem>
<!-- Configuration for MSM8994 -->
<listitem name="msm8994">
@@ -798,7 +833,7 @@
<data name="single_qmux_channel_enabled" type="int"> 1 </data>
<data name="single_qmux_channel_name" type="string"> rmnet0 </data>
<data name="num_dsi_handles" type="int"> 8 </data>
<data name="num_dsi_handles" type="int"> 11 </data>
<list name="device_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
@@ -808,6 +843,9 @@
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
</list>
<list name="control_port_names">
@@ -819,6 +857,9 @@
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
</list>
</listitem>
@@ -860,7 +901,43 @@
<data type="string"> rmnet_data10 </data>
</list>
</listitem>
<!-- Configuration for Fusion sdm845 + sdx24 PCIe -->
<listitem name="fusion_sdm845_sdx24_pcie">
<data name="qos_enabled" type="int"> 0 </data>
<data name="rmnet_data_enabled" type="int"> 1 </data>
<data name="phys_net_dev" type="string"> rmnet_mhi0 </data>
<data name="single_qmux_channel_enabled" type="int"> 1 </data>
<data name="single_qmux_channel_name" type="string"> rmnet_mhi0 </data>
<data name="num_dsi_handles" type="int"> 11 </data>
<list name="device_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
</list>
<list name="control_port_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
</list>
</listitem>
<!-- Configuration for Fusion 8998 + SDX50 standalone -->
<listitem name="fusion_8998_sdx50_sa">
<data name="qos_enabled" type="int"> 1 </data>
@@ -893,5 +970,427 @@
<data type="string"> rmnet_data7 </data>
</list>
</listitem>
<!-- Configuration for DS_TARGET_FUSION_SM8150_SDX50 -->
<listitem name="fusion_sm8150_sdx50">
<data name="qos_enabled" type="int"> 1 </data>
<data name="rmnet_data_enabled" type="int"> 1 </data>
<data name="phys_net_dev" type="string"> rmnet_ipa0 </data>
<data name="single_qmux_channel_enabled" type="int"> 1 </data>
<data name="single_qmux_channel_name" type="string"> rmnet0 </data>
<data name="num_dsi_handles" type="int"> 11 </data>
<list name="device_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
</list>
<list name="control_port_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
</list>
</listitem>
<!-- Configuration for SM6150(Talos) -->
<listitem name="msmsteppe">
<data name="qos_enabled" type="int"> 1 </data>
<data name="rmnet_data_enabled" type="int"> 1 </data>
<data name="phys_net_dev" type="string"> rmnet_ipa0 </data>
<data name="single_qmux_channel_enabled" type="int"> 1 </data>
<data name="single_qmux_channel_name" type="string"> rmnet0 </data>
<data name="num_dsi_handles" type="int"> 11 </data>
<list name="device_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
</list>
<list name="control_port_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
</list>
</listitem>
<!-- Configuration for DS_TARGET_FUSION_SDA855_SDX55 PCIe -->
<listitem name="fusion_sda855_sdx55">
<data name="qos_enabled" type="int"> 1 </data>
<data name="rmnet_data_enabled" type="int"> 1 </data>
<data name="phys_net_dev" type="string"> rmnet_mhi0 </data>
<data name="single_qmux_channel_enabled" type="int"> 1 </data>
<data name="single_qmux_channel_name" type="string"> rmnet_mhi0 </data>
<data name="num_dsi_handles" type="int"> 17 </data>
<list name="device_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
<data type="string"> rmnet_data11 </data>
<data type="string"> rmnet_data12 </data>
<data type="string"> rmnet_data13 </data>
<data type="string"> rmnet_data14 </data>
<data type="string"> rmnet_data15 </data>
<data type="string"> rmnet_data16 </data>
</list>
<list name="control_port_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
<data type="string"> rmnet_data11 </data>
<data type="string"> rmnet_data12 </data>
<data type="string"> rmnet_data13 </data>
<data type="string"> rmnet_data14 </data>
<data type="string"> rmnet_data15 </data>
<data type="string"> rmnet_data16 </data>
</list>
</listitem>
<!-- Configuration for DS_TARGET_FUSION_SDA865_SDX55 PCIe -->
<listitem name="fusion_sda865_sdx55">
<data name="qos_enabled" type="int"> 1 </data>
<data name="rmnet_data_enabled" type="int"> 1 </data>
<data name="phys_net_dev" type="string"> rmnet_mhi0 </data>
<data name="single_qmux_channel_enabled" type="int"> 1 </data>
<data name="single_qmux_channel_name" type="string"> rmnet_mhi0 </data>
<data name="num_dsi_handles" type="int"> 17 </data>
<list name="device_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
<data type="string"> rmnet_data11 </data>
<data type="string"> rmnet_data12 </data>
<data type="string"> rmnet_data13 </data>
<data type="string"> rmnet_data14 </data>
<data type="string"> rmnet_data15 </data>
<data type="string"> rmnet_data16 </data>
</list>
<list name="control_port_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
<data type="string"> rmnet_data11 </data>
<data type="string"> rmnet_data12 </data>
<data type="string"> rmnet_data13 </data>
<data type="string"> rmnet_data14 </data>
<data type="string"> rmnet_data15 </data>
<data type="string"> rmnet_data16 </data>
</list>
</listitem>
<!-- Configuration for lito -->
<listitem name="lito">
<data name="qos_enabled" type="int"> 1 </data>
<data name="rmnet_data_enabled" type="int"> 1 </data>
<data name="phys_net_dev" type="string"> rmnet_ipa0 </data>
<data name="single_qmux_channel_enabled" type="int"> 1 </data>
<data name="single_qmux_channel_name" type="string"> rmnet0 </data>
<data name="num_dsi_handles" type="int"> 17 </data>
<list name="device_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
<data type="string"> rmnet_data11 </data>
<data type="string"> rmnet_data12 </data>
<data type="string"> rmnet_data13 </data>
<data type="string"> rmnet_data14 </data>
<data type="string"> rmnet_data15 </data>
<data type="string"> rmnet_data16 </data>
</list>
<list name="control_port_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
<data type="string"> rmnet_data11 </data>
<data type="string"> rmnet_data12 </data>
<data type="string"> rmnet_data13 </data>
<data type="string"> rmnet_data14 </data>
<data type="string"> rmnet_data15 </data>
<data type="string"> rmnet_data16 </data>
</list>
</listitem>
<!-- Configuration for lahaina -->
<listitem name="lahaina">
<data name="qos_enabled" type="int"> 1 </data>
<data name="rmnet_data_enabled" type="int"> 1 </data>
<data name="phys_net_dev" type="string"> rmnet_ipa0 </data>
<data name="netmgr_listen_ev_proto" type="int"> 1 </data>
<data name="single_qmux_channel_enabled" type="int"> 1 </data>
<data name="single_qmux_channel_name" type="string"> rmnet0 </data>
<data name="num_dsi_handles" type="int"> 17 </data>
<list name="device_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
<data type="string"> rmnet_data11 </data>
<data type="string"> rmnet_data12 </data>
<data type="string"> rmnet_data13 </data>
<data type="string"> rmnet_data14 </data>
<data type="string"> rmnet_data15 </data>
<data type="string"> rmnet_data16 </data>
</list>
<list name="control_port_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
<data type="string"> rmnet_data11 </data>
<data type="string"> rmnet_data12 </data>
<data type="string"> rmnet_data13 </data>
<data type="string"> rmnet_data14 </data>
<data type="string"> rmnet_data15 </data>
<data type="string"> rmnet_data16 </data>
</list>
</listitem>
<!-- Configuration for lahaina_pt -->
<listitem name="lahaina_pt">
<data name="qos_enabled" type="int"> 1 </data>
<data name="rmnet_data_enabled" type="int"> 1 </data>
<data name="phys_net_dev" type="string"> rmnet_ipa0 </data>
<data name="netmgr_listen_ev_proto" type="int"> 1 </data>
<data name="single_qmux_channel_enabled" type="int"> 1 </data>
<data name="single_qmux_channel_name" type="string"> rmnet0 </data>
<data name="num_dsi_handles" type="int"> 17 </data>
<list name="device_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
<data type="string"> rmnet_data11 </data>
<data type="string"> rmnet_data12 </data>
<data type="string"> rmnet_data13 </data>
<data type="string"> rmnet_data14 </data>
<data type="string"> rmnet_data15 </data>
<data type="string"> rmnet_data16 </data>
</list>
<list name="control_port_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
<data type="string"> rmnet_data11 </data>
<data type="string"> rmnet_data12 </data>
<data type="string"> rmnet_data13 </data>
<data type="string"> rmnet_data14 </data>
<data type="string"> rmnet_data15 </data>
<data type="string"> rmnet_data16 </data>
</list>
</listitem>
<!-- Configuration for monaco-->
<listitem name="monaco">
<data name="qos_enabled" type="int"> 1 </data>
<data name="rmnet_data_enabled" type="int"> 1 </data>
<data name="phys_net_dev" type="string"> rmnet_ipa0 </data>
<data name="netmgr_listen_ev_proto" type="int"> 1 </data>
<data name="single_qmux_channel_enabled" type="int"> 1 </data>
<data name="single_qmux_channel_name" type="string"> rmnet0 </data>
<data name="num_dsi_handles" type="int"> 11 </data>
<list name="device_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
</list>
<list name="control_port_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
</list>
</listitem>
<!-- Configuration for QTang -->
<listitem name="qtang">
<data name="qos_enabled" type="int"> 1 </data>
<data name="rmnet_data_enabled" type="int"> 1 </data>
<data name="phys_net_dev" type="string"> rmnet_ipa0 </data>
<data name="netmgr_listen_ev_proto" type="int"> 1 </data>
<data name="single_qmux_channel_enabled" type="int"> 1 </data>
<data name="single_qmux_channel_name" type="string"> rmnet0 </data>
<data name="num_dsi_handles" type="int"> 11 </data>
<list name="device_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
</list>
<list name="control_port_names">
<data type="string"> rmnet_data0 </data>
<data type="string"> rmnet_data1 </data>
<data type="string"> rmnet_data2 </data>
<data type="string"> rmnet_data3 </data>
<data type="string"> rmnet_data4 </data>
<data type="string"> rmnet_data5 </data>
<data type="string"> rmnet_data6 </data>
<data type="string"> rmnet_data7 </data>
<data type="string"> rmnet_data8 </data>
<data type="string"> rmnet_data9 </data>
<data type="string"> rmnet_data10 </data>
</list>
</listitem>
</list>

1451
proprietary/vendor/etc/data/netmgr_config.xml vendored
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4
proprietary/vendor/etc/init/cnd-generic.rc vendored Normal file
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@@ -0,0 +1,4 @@
service vendor.cnd /system/vendor/bin/cnd
class main
user radio
group wifi inet radio wakelock

13
proprietary/vendor/etc/init/ims_rtp_daemon.rc vendored Normal file
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@@ -0,0 +1,13 @@
# Copyright (c) 2019 Qualcomm Technologies, Inc.
# All Rights Reserved.
# Confidential and Proprietary - Qualcomm Technologies, Inc.
#
# imsdatadaemon starts with root and UID will be downgraded to RADIO.
service vendor.ims_rtp_daemon /vendor/bin/ims_rtp_daemon
class main
user radio
group radio inet log
on property:vendor.ims.DATA_DAEMON_STATUS=1
restart vendor.ims_rtp_daemon

15
proprietary/vendor/etc/init/imsdatadaemon.rc vendored Normal file
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@@ -0,0 +1,15 @@
# Copyright (c) 2019 Qualcomm Technologies, Inc.
# All Rights Reserved.
# Confidential and Proprietary - Qualcomm Technologies, Inc.
#
# imsdatadaemon starts with root and UID will be downgraded to RADIO.
service vendor.imsdatadaemon /vendor/bin/imsdatadaemon
class main
user radio
socket ims_datad stream 0660 system radio
group radio wifi inet log
disabled
on property:vendor.ims.QMI_DAEMON_STATUS=1
start vendor.imsdatadaemon

10
proprietary/vendor/etc/init/imsqmidaemon.rc vendored Normal file
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@@ -0,0 +1,10 @@
# Copyright (c) 2019 Qualcomm Technologies, Inc.
# All Rights Reserved.
# Confidential and Proprietary - Qualcomm Technologies, Inc.
#
service vendor.imsqmidaemon /vendor/bin/imsqmidaemon
class main
user radio
socket ims_qmid stream 0660 system radio
group radio log

8
proprietary/vendor/etc/init/imsrcsd.rc vendored Normal file
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@@ -0,0 +1,8 @@
# Copyright (c) 2019 Qualcomm Technologies, Inc.
# All Rights Reserved.
# Confidential and Proprietary - Qualcomm Technologies, Inc.
#
service vendor.imsrcsservice /vendor/bin/imsrcsd
class main
user radio
group radio log inet wakelock

77
proprietary/vendor/etc/init/netmgrd.rc vendored Normal file
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@@ -0,0 +1,77 @@
# Copyright (c) 2019-2021 Qualcomm Technologies, Inc.
# All Rights Reserved.
# Confidential and Proprietary - Qualcomm Technologies, Inc.
#
on boot
#Create NETMGR daemon socket area
mkdir /dev/socket/netmgr 0750 radio radio
#Assign TCP buffer thresholds to be ceiling value of technology maximums
#Increased technology maximums should be reflected here.
write /proc/sys/net/core/rmem_max 8388608
write /proc/sys/net/core/wmem_max 8388608
#Load rmnet_core driver
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -a -d /vendor/lib/modules rmnet_ctl
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -a -d /vendor/lib/modules rmnet_core
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -a -d /vendor/lib/modules/5.4-gki rmnet_ctl
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -a -d /vendor/lib/modules/5.4-gki rmnet_core
# msm specific files that need to be created on /data
on post-fs-data
#Create NETMGR daemon log dir
mkdir /data/vendor/netmgr 0771 radio radio
chmod 0771 /data/vendor/netmgr
# Create netmgr recovery folder
mkdir /data/vendor/netmgr/recovery 0700 radio radio
chmod 0770 /data/vendor/netmgr/recovery
write /data/vendor/netmgr/recovery/recovery_info ""
chown radio radio /data/vendor/netmgr/recovery/recovery_info
# Manage netmgrd based on value of property
on property:persist.vendor.data.mode=disabled
stop vendor.netmgrd
service vendor.netmgrd /system/vendor/bin/netmgrd
class main
on property:ro.vendor.use_data_netmgrd=false
# netmgr not supported on specific target
stop vendor.netmgrd
on property:ro.baseband=apq
stop vendor.netmgrd
on property:persist.vendor.data.shs_ko_load=1
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -a -d /vendor/lib/modules rmnet_shs
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -a -d /vendor/lib/modules/5.4-gki rmnet_shs
on property:persist.vendor.data.shs_ko_load=0
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -r -d /vendor/lib/modules rmnet_shs
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -r -d /vendor/lib/modules/5.4-gki rmnet_shs
on property:persist.vendor.data.perf_ko_load=3
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -d /vendor/lib/modules rmnet_perf rmnet_perf_ingress_deag=N
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -d /vendor/lib/modules/5.4-gki rmnet_perf rmnet_perf_ingress_deag=N
on property:persist.vendor.data.perf_ko_load=2
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -d /vendor/lib/modules rmnet_perf rmnet_perf_opt_mode="udp"
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -d /vendor/lib/modules/5.4-gki rmnet_perf rmnet_perf_opt_mode="udp"
on property:persist.vendor.data.perf_ko_load=1
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -a -d /vendor/lib/modules rmnet_perf
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -a -d /vendor/lib/modules/5.4-gki rmnet_perf
on property:persist.vendor.data.perf_ko_load=0
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -r -d /vendor/lib/modules rmnet_perf
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -r -d /vendor/lib/modules/5.4-gki rmnet_perf
on property:persist.vendor.data.offload_ko_load=1
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -a -d /vendor/lib/modules rmnet_offload
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -a -d /vendor/lib/modules/5.4-gki rmnet_offload
on property:persist.vendor.data.offload_ko_load=0
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -r -d /vendor/lib/modules rmnet_offload
exec u:r:vendor_modprobe:s0 -- /vendor/bin/modprobe -r -d /vendor/lib/modules/5.4-gki rmnet_offload

20
proprietary/vendor/etc/init/port-bridge.rc vendored Normal file
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# Copyright (c) 2019 Qualcomm Technologies, Inc.
# All Rights Reserved.
# Confidential and Proprietary - Qualcomm Technologies, Inc.
#
on boot
#Create PORT-BRIDGE daemon socket area
mkdir /dev/socket/port-bridge 0750 radio radio
# msm specific files that need to be created on /data
on post-fs-data
#Create port-bridge log dir
mkdir /data/vendor/port_bridge 0770 radio radio
chmod 0770 /data/vendor/port_bridge
service vendor.port-bridge /system/vendor/bin/port-bridge
class main
user radio
group radio system inet
oneshot

95
proprietary/vendor/etc/seccomp_policy/imsrtp.policy vendored Normal file
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#Copyright (c) 2020 Qualcomm Technologies, Inc.
#All Rights Reserved.
#Confidential and Proprietary - Qualcomm Technologies, Inc
#Not a contribution.
#Copyright (C) 2018 The Android Open Source Project
#"Licensed under the Apache License, Version 2.0 (the \"License\");"
#you may not use this file except in compliance with the License.
#You may obtain a copy of the License at
#http://www.apache.org/licenses/LICENSE-2.0
#Unless required by applicable law or agreed to in writing, software
#"distributed under the License is distributed on an \"AS IS\" BASIS,"
#WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
#See the License for the specific language governing permissions and
#limitations under the License.
mmap: arg2 in ~PROT_EXEC || arg2 in ~PROT_WRITE
munmap: 1
mprotect: arg2 in ~PROT_EXEC || arg2 in ~PROT_WRITE
#prctl: arg0 == PR_SET_VMA || arg0 == PR_SET_NO_NEW_PRIVS || arg0 == PR_GET_DUMPABLE || arg0 == PR_SET_SECCOMP || arg0 == 0x37 /* PR_??? */
prctl: 1
read: 1
openat: 1
close: 1
shutdown: 1
kill: 1
futex: 1
fstat: 1
gettimeofday: 1
readlinkat: 1
newfstatat: 1
mremap: 1
pread64: 1
fstatfs: 1
rt_sigaction: 1
faccessat: 1
socket: arg0 == AF_UNIX || arg0 == AF_QIPCRTR
writev: 1
connect: 1
rt_sigprocmask: 1
fcntl: 1
sendto: 1
getrandom: 1
lseek: 1
exit_group: 1
rt_tgsigqueueinfo: 1
write: 1
exit: 1
getpid: 1
sigaltstack: 1
recvmsg: 1
dup: 1
getrlimit: 1
restart_syscall: 1
clone: 1
gettid: 1
sched_getscheduler: 1
ioctl: 1
execve: 1
getuid: 1
madvise: 1
set_tid_address: 1
nanosleep: 1
rt_sigreturn: 1
rt_sigsuspend: 1
setpriority: 1
geteuid: 1
getgid: 1
getegid: 1
getgroups: 1
pipe2: 1
setitimer: 1
pselect6: 1
getsockname: 1
recvfrom: 1
ppoll: 1
socketpair: 1
setsockopt: 1
getsockopt: 1
sendmsg: 1
bind: 1
timer_create: 1
timer_settime: 1
timer_delete: 1
clock_gettime: 1
sched_getaffinity: 1
#crash dump policy addition
socket: 1
process_vm_readv: 1
tgkill: 1
sigreturn: 1

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