Merge "Customize the WCDMA signal strength based on RSCP"
diff --git a/telephony/java/android/telephony/CarrierConfigManager.java b/telephony/java/android/telephony/CarrierConfigManager.java
index 64ab157..8202d56 100644
--- a/telephony/java/android/telephony/CarrierConfigManager.java
+++ b/telephony/java/android/telephony/CarrierConfigManager.java
@@ -1841,6 +1841,33 @@
public static final String KEY_CARRIER_NETWORK_SERVICE_WWAN_PACKAGE_OVERRIDE_STRING
= "carrier_network_service_wwan_package_override_string";
+ /**
+ * A list of 4 LTE RSCP thresholds above which a signal level is considered POOR,
+ * MODERATE, GOOD, or EXCELLENT, to be used in SignalStrength reporting.
+ *
+ * Note that the min and max thresholds are fixed at -120 and -24, as set in 3GPP TS 27.007
+ * section 8.69.
+ * <p>
+ * See SignalStrength#MAX_WCDMA_RSCP and SignalStrength#MIN_WDCMA_RSCP. Any signal level outside
+ * these boundaries is considered invalid.
+ * @hide
+ */
+ public static final String KEY_WCDMA_RSCP_THRESHOLDS_INT_ARRAY =
+ "wcdma_rscp_thresholds_int_array";
+
+ /**
+ * The default measurement to use for signal strength reporting. If this is not specified, the
+ * RSSI is used.
+ * <p>
+ * e.g.) To use RSCP by default, set the value to "rscp". The signal strength level will
+ * then be determined by #KEY_WCDMA_RSCP_THRESHOLDS_INT_ARRAY
+ * <p>
+ * Currently this only supports the value "rscp"
+ * @hide
+ */
+ public static final String KEY_WCDMA_DEFAULT_SIGNAL_STRENGTH_MEASUREMENT_STRING =
+ "wcdma_default_signal_strength_measurement_string";
+
/** The default value for every variable. */
private final static PersistableBundle sDefaults;
@@ -2143,6 +2170,14 @@
-108, /* SIGNAL_STRENGTH_GOOD */
-98, /* SIGNAL_STRENGTH_GREAT */
});
+ sDefaults.putIntArray(KEY_WCDMA_RSCP_THRESHOLDS_INT_ARRAY,
+ new int[] {
+ -115, /* SIGNAL_STRENGTH_POOR */
+ -105, /* SIGNAL_STRENGTH_MODERATE */
+ -95, /* SIGNAL_STRENGTH_GOOD */
+ -85 /* SIGNAL_STRENGTH_GREAT */
+ });
+ sDefaults.putString(KEY_WCDMA_DEFAULT_SIGNAL_STRENGTH_MEASUREMENT_STRING, "");
}
/**
diff --git a/telephony/java/android/telephony/SignalStrength.java b/telephony/java/android/telephony/SignalStrength.java
index cc289f7..b81a214 100644
--- a/telephony/java/android/telephony/SignalStrength.java
+++ b/telephony/java/android/telephony/SignalStrength.java
@@ -25,6 +25,7 @@
import java.util.ArrayList;
import java.util.Arrays;
+import java.util.Objects;
/**
* Contains phone signal strength related information.
@@ -61,6 +62,13 @@
private static final int MAX_LTE_RSRP = -44;
private static final int MIN_LTE_RSRP = -140;
+ private static final int WCDMA_RSCP_THRESHOLDS_NUM = 4;
+ private static final int MAX_WCDMA_RSCP = -24;
+ private static final int MIN_WCDMA_RSCP = -120;
+
+ /* The type of signal measurement */
+ private static final String MEASUMENT_TYPE_RSCP = "rscp";
+
/** Parameters reported by the Radio */
private int mGsmSignalStrength; // Valid values are (0-31, 99) as defined in TS 27.007 8.5
private int mGsmBitErrorRate; // bit error rate (0-7, 99) as defined in TS 27.007 8.5
@@ -75,6 +83,9 @@
private int mLteRssnr;
private int mLteCqi;
private int mTdScdmaRscp;
+ private int mWcdmaSignalStrength;
+ private int mWcdmaRscpAsu; // the WCDMA RSCP in ASU as reported from the HAL
+ private int mWcdmaRscp; // the WCDMA RSCP in dBm
/** Parameters from the framework */
private int mLteRsrpBoost; // offset to be reduced from the rsrp threshold while calculating
@@ -87,6 +98,13 @@
// min and max are fixed at MIN_LTE_RSRP (-140) and MAX_LTE_RSRP (-44).
private int mLteRsrpThresholds[] = new int[LTE_RSRP_THRESHOLDS_NUM];
+ // The type of default measurement for determining the display level of WCDMA signal bar.
+ private String mWcdmaDefaultSignalMeasurement;
+
+ // The threshold of WCDMA RSCP for determining the display level of WCDMA signal bar. Note that
+ // the min and max are fixed at MIN_WCDMA_RSCP (-120) and MAX_WCDMA_RSCP (-24).
+ private int mWcdmaRscpThresholds[] = new int[WCDMA_RSCP_THRESHOLDS_NUM];
+
/**
* Create a new SignalStrength from a intent notifier Bundle
*
@@ -136,10 +154,14 @@
mLteRssnr = INVALID;
mLteCqi = INVALID;
mTdScdmaRscp = INVALID;
+ mWcdmaSignalStrength = 99;
+ mWcdmaRscp = INVALID;
mLteRsrpBoost = 0;
mIsGsm = gsmFlag;
mUseOnlyRsrpForLteLevel = false;
+ mWcdmaDefaultSignalMeasurement = "";
setLteRsrpThresholds(getDefaultLteRsrpThresholds());
+ setWcdmaRscpThresholds(getDefaultWcdmaRscpThresholds());
}
/**
@@ -152,9 +174,10 @@
int cdmaDbm, int cdmaEcio,
int evdoDbm, int evdoEcio, int evdoSnr,
int lteSignalStrength, int lteRsrp, int lteRsrq, int lteRssnr, int lteCqi,
- int tdScdmaRscp,
+ int tdScdmaRscp, int wcdmaSignalStrength, int wcdmaRscpAsu,
// values Added by config
- int lteRsrpBoost, boolean gsmFlag, boolean lteLevelBaseOnRsrp) {
+ int lteRsrpBoost, boolean gsmFlag, boolean lteLevelBaseOnRsrp,
+ String wcdmaDefaultMeasurement) {
mGsmSignalStrength = gsmSignalStrength;
mGsmBitErrorRate = gsmBitErrorRate;
mCdmaDbm = cdmaDbm;
@@ -168,15 +191,20 @@
mLteRssnr = lteRssnr;
mLteCqi = lteCqi;
mTdScdmaRscp = INVALID;
+ mWcdmaSignalStrength = wcdmaSignalStrength;
+ mWcdmaRscpAsu = wcdmaRscpAsu;
+ mWcdmaRscp = wcdmaRscpAsu - 120;
mLteRsrpBoost = lteRsrpBoost;
mIsGsm = gsmFlag;
mUseOnlyRsrpForLteLevel = lteLevelBaseOnRsrp;
+ mWcdmaDefaultSignalMeasurement = wcdmaDefaultMeasurement;
setLteRsrpThresholds(getDefaultLteRsrpThresholds());
+ setWcdmaRscpThresholds(getDefaultWcdmaRscpThresholds());
if (DBG) log("initialize: " + toString());
}
/**
- * Constructor for only values provided by Radio HAL
+ * Constructor for only values provided by Radio HAL V1.0
*
* @hide
*/
@@ -187,7 +215,23 @@
int tdScdmaRscp) {
this(gsmSignalStrength, gsmBitErrorRate, cdmaDbm, cdmaEcio,
evdoDbm, evdoEcio, evdoSnr, lteSignalStrength, lteRsrp,
- lteRsrq, lteRssnr, lteCqi, tdScdmaRscp, 0, true, false);
+ lteRsrq, lteRssnr, lteCqi, tdScdmaRscp, 99, INVALID, 0, true, false, "");
+ }
+
+ /**
+ * Constructor for only values provided by Radio HAL V1.2
+ *
+ * @hide
+ */
+ public SignalStrength(int gsmSignalStrength, int gsmBitErrorRate,
+ int cdmaDbm, int cdmaEcio,
+ int evdoDbm, int evdoEcio, int evdoSnr,
+ int lteSignalStrength, int lteRsrp, int lteRsrq, int lteRssnr, int lteCqi,
+ int tdScdmaRscp, int wcdmaSignalStrength, int wcdmaRscp) {
+ this(gsmSignalStrength, gsmBitErrorRate, cdmaDbm, cdmaEcio,
+ evdoDbm, evdoEcio, evdoSnr, lteSignalStrength, lteRsrp,
+ lteRsrq, lteRssnr, lteCqi, tdScdmaRscp, wcdmaSignalStrength, wcdmaRscp, 0, true,
+ false, "");
}
/**
@@ -218,10 +262,15 @@
mLteRssnr = s.mLteRssnr;
mLteCqi = s.mLteCqi;
mTdScdmaRscp = s.mTdScdmaRscp;
+ mWcdmaSignalStrength = s.mWcdmaSignalStrength;
+ mWcdmaRscpAsu = s.mWcdmaRscpAsu;
+ mWcdmaRscp = s.mWcdmaRscp;
mLteRsrpBoost = s.mLteRsrpBoost;
mIsGsm = s.mIsGsm;
mUseOnlyRsrpForLteLevel = s.mUseOnlyRsrpForLteLevel;
+ mWcdmaDefaultSignalMeasurement = s.mWcdmaDefaultSignalMeasurement;
setLteRsrpThresholds(s.mLteRsrpThresholds);
+ setWcdmaRscpThresholds(s.mWcdmaRscpThresholds);
}
/**
@@ -245,10 +294,15 @@
mLteRssnr = in.readInt();
mLteCqi = in.readInt();
mTdScdmaRscp = in.readInt();
+ mWcdmaSignalStrength = in.readInt();
+ mWcdmaRscpAsu = in.readInt();
+ mWcdmaRscp = in.readInt();
mLteRsrpBoost = in.readInt();
mIsGsm = in.readBoolean();
mUseOnlyRsrpForLteLevel = in.readBoolean();
+ mWcdmaDefaultSignalMeasurement = in.readString();
in.readIntArray(mLteRsrpThresholds);
+ in.readIntArray(mWcdmaRscpThresholds);
}
/**
@@ -268,10 +322,15 @@
out.writeInt(mLteRssnr);
out.writeInt(mLteCqi);
out.writeInt(mTdScdmaRscp);
+ out.writeInt(mWcdmaSignalStrength);
+ out.writeInt(mWcdmaRscpAsu);
+ out.writeInt(mWcdmaRscp);
out.writeInt(mLteRsrpBoost);
out.writeBoolean(mIsGsm);
out.writeBoolean(mUseOnlyRsrpForLteLevel);
+ out.writeString(mWcdmaDefaultSignalMeasurement);
out.writeIntArray(mLteRsrpThresholds);
+ out.writeIntArray(mWcdmaRscpThresholds);
}
/**
@@ -311,8 +370,18 @@
if (DBG) log("Signal before validate=" + this);
// TS 27.007 8.5
mGsmSignalStrength = mGsmSignalStrength >= 0 ? mGsmSignalStrength : 99;
+ mWcdmaSignalStrength = (mWcdmaSignalStrength >= 0) ? mWcdmaSignalStrength : 99;
+ mLteSignalStrength = (mLteSignalStrength >= 0) ? mLteSignalStrength : 99;
// BER no change;
+ // WCDMA RSCP valid values are -120 through -24 as defined in TS 27.007 8.69
+ // but are reported in ASU which is 0 through 96, so we do the conversion here
+ mWcdmaRscpAsu =
+ ((mWcdmaRscpAsu - 120 >= MIN_WCDMA_RSCP) && (mWcdmaRscpAsu - 120 <= MAX_WCDMA_RSCP))
+ ? mWcdmaRscpAsu : INVALID;
+ mWcdmaRscp = ((mWcdmaRscp >= MIN_WCDMA_RSCP) && (mWcdmaRscp <= MAX_WCDMA_RSCP))
+ ? mWcdmaRscp : INVALID;
+
mCdmaDbm = mCdmaDbm > 0 ? -mCdmaDbm : -120;
mCdmaEcio = (mCdmaEcio >= 0) ? -mCdmaEcio : -160;
@@ -321,7 +390,6 @@
mEvdoSnr = ((mEvdoSnr >= 0) && (mEvdoSnr <= 8)) ? mEvdoSnr : -1;
// TS 36.214 Physical Layer Section 5.1.3, TS 36.331 RRC
- mLteSignalStrength = (mLteSignalStrength >= 0) ? mLteSignalStrength : 99;
mLteRsrp = ((-mLteRsrp >= MIN_LTE_RSRP) && (-mLteRsrp <= MAX_LTE_RSRP)) ? -mLteRsrp
: SignalStrength.INVALID;
mLteRsrq = ((mLteRsrq >= 3) && (mLteRsrq <= 20)) ? -mLteRsrq : SignalStrength.INVALID;
@@ -367,6 +435,16 @@
}
/**
+ * @param defaultMeasurement sets the type of WCDMA default signal measurement
+ *
+ * Used by phone to determine default measurement type for calculation WCDMA signal level.
+ * @hide
+ */
+ public void setWcdmaDefaultSignalMeasurement(String defaultMeasurement) {
+ mWcdmaDefaultSignalMeasurement = defaultMeasurement;
+ }
+
+ /**
* @param lteRsrpBoost - signal strength offset
*
* Used by phone to set the lte signal strength offset which will be
@@ -410,6 +488,23 @@
}
/**
+ * Sets the threshold array for determining the display level of WCDMA signal bar.
+ *
+ * @param wcdmaRscpThresholds int array for determining the display level.
+ *
+ * @hide
+ */
+ public void setWcdmaRscpThresholds(int[] wcdmaRscpThresholds) {
+ if ((wcdmaRscpThresholds == null)
+ || (wcdmaRscpThresholds.length != WCDMA_RSCP_THRESHOLDS_NUM)) {
+ Log.wtf(LOG_TAG, "setWcdmaRscpThresholds - wcdmaRscpThresholds is invalid.");
+ return;
+ }
+ System.arraycopy(wcdmaRscpThresholds, 0, mWcdmaRscpThresholds, 0,
+ WCDMA_RSCP_THRESHOLDS_NUM);
+ }
+
+ /**
* Get the CDMA RSSI value in dBm
*/
public int getCdmaDbm() {
@@ -500,6 +595,8 @@
asuLevel = getLteAsuLevel();
} else if (mTdScdmaRscp != SignalStrength.INVALID) {
asuLevel = getTdScdmaAsuLevel();
+ } else if (mWcdmaRscp != SignalStrength.INVALID) {
+ asuLevel = getWcdmaAsuLevel();
} else {
asuLevel = getGsmAsuLevel();
}
@@ -533,7 +630,11 @@
dBm = getLteDbm();
if (dBm == INVALID) {
if (getTdScdmaLevel() == SIGNAL_STRENGTH_NONE_OR_UNKNOWN) {
- dBm = getGsmDbm();
+ if (getWcdmaDbm() == INVALID) {
+ dBm = getGsmDbm();
+ } else {
+ dBm = getWcdmaDbm();
+ }
} else {
dBm = getTdScdmaDbm();
}
@@ -805,17 +906,21 @@
if (rsrpIconLevel != -1) return rsrpIconLevel;
/* Valid values are (0-63, 99) as defined in TS 36.331 */
+ // TODO the range here is probably supposed to be (0..31, 99). It's unclear if anyone relies
+ // on the current incorrect range check, so this will be fixed in a future release with more
+ // soak time
if (mLteSignalStrength > 63) rssiIconLevel = SIGNAL_STRENGTH_NONE_OR_UNKNOWN;
else if (mLteSignalStrength >= 12) rssiIconLevel = SIGNAL_STRENGTH_GREAT;
else if (mLteSignalStrength >= 8) rssiIconLevel = SIGNAL_STRENGTH_GOOD;
else if (mLteSignalStrength >= 5) rssiIconLevel = SIGNAL_STRENGTH_MODERATE;
else if (mLteSignalStrength >= 0) rssiIconLevel = SIGNAL_STRENGTH_POOR;
- if (DBG) log("getLTELevel - rssi:" + mLteSignalStrength + " rssiIconLevel:"
+ if (DBG) log("getLteLevel - rssi:" + mLteSignalStrength + " rssiIconLevel:"
+ rssiIconLevel);
return rssiIconLevel;
}
+
/**
* Get the LTE signal level as an asu value between 0..97, 99 is unknown
* Asu is calculated based on 3GPP RSRP. Refer to 3GPP 27.007 (Ver 10.3.0) Sec 8.69
@@ -908,6 +1013,105 @@
return tdScdmaAsuLevel;
}
+ /**
+ * Gets WCDMA RSCP as a dbm value between -120 and -24, as defined in TS 27.007 8.69.
+ *
+ * @hide
+ */
+ public int getWcdmaRscp() {
+ return mWcdmaRscp;
+ }
+
+ /**
+ * Get the WCDMA signal level as an ASU value between 0-96, 255 is unknown
+ *
+ * @hide
+ */
+ public int getWcdmaAsuLevel() {
+ /*
+ * 3GPP 27.007 (Ver 10.3.0) Sec 8.69
+ * 0 -120 dBm or less
+ * 1 -119 dBm
+ * 2...95 -118... -25 dBm
+ * 96 -24 dBm or greater
+ * 255 not known or not detectable
+ */
+ final int wcdmaDbm = getWcdmaDbm();
+ int wcdmaAsuLevel = 255;
+ // validateInput will always give a valid range between -120 to -24 as per ril.h. so RSCP
+ // outside range is already set to INVALID
+ if (wcdmaDbm == SignalStrength.INVALID) wcdmaAsuLevel = 255;
+ else wcdmaAsuLevel = wcdmaDbm + 120;
+ if (DBG) log("Wcdma Asu level: " + wcdmaAsuLevel);
+ return wcdmaAsuLevel;
+ }
+
+ /**
+ * Gets WCDMA signal strength as a dbm value between -120 and -24, as defined in TS 27.007 8.69.
+ *
+ * @hide
+ */
+ public int getWcdmaDbm() {
+ return mWcdmaRscp;
+ }
+
+ /**
+ * Get WCDMA as level 0..4
+ *
+ * @hide
+ */
+ public int getWcdmaLevel() {
+ int level = SIGNAL_STRENGTH_NONE_OR_UNKNOWN;
+
+ if (mWcdmaDefaultSignalMeasurement == null) {
+ Log.wtf(LOG_TAG, "getWcdmaLevel - WCDMA default signal measurement is invalid.");
+ return level;
+ }
+
+ switch (mWcdmaDefaultSignalMeasurement) {
+ case MEASUMENT_TYPE_RSCP:
+ // RSCP valid values are (-120 through -24) as defined in TS 27.007 8.69
+ if (mWcdmaRscp < MIN_WCDMA_RSCP || mWcdmaRscp > MAX_WCDMA_RSCP) {
+ if (mWcdmaRscp != INVALID) {
+ Log.wtf(LOG_TAG, "getWcdmaLevel - invalid WCDMA RSCP: mWcdmaRscp="
+ + mWcdmaRscp);
+ }
+ } else if (mWcdmaRscp >= mWcdmaRscpThresholds[3]) {
+ level = SIGNAL_STRENGTH_GREAT;
+ } else if (mWcdmaRscp >= mWcdmaRscpThresholds[2]) {
+ level = SIGNAL_STRENGTH_GOOD;
+ } else if (mWcdmaRscp >= mWcdmaRscpThresholds[1]) {
+ level = SIGNAL_STRENGTH_MODERATE;
+ } else if (mWcdmaRscp >= mWcdmaRscpThresholds[0]) {
+ level = SIGNAL_STRENGTH_POOR;
+ }
+ if (DBG) log("getWcdmaLevel=" + level + " WcdmaRscp=" + mWcdmaRscp);
+ break;
+
+ default:
+ // RSSI valid values are (0..31) as defined in TS 27.007 8.5
+ if (mWcdmaSignalStrength < 0 || mWcdmaSignalStrength > 31) {
+ if (mWcdmaSignalStrength != 99) {
+ Log.wtf(LOG_TAG, "getWcdmaLevel - invalid WCDMA RSSI: mWcdmaSignalStrength="
+ + mWcdmaSignalStrength);
+ }
+ } else if (mWcdmaSignalStrength >= 18) {
+ level = SIGNAL_STRENGTH_GREAT;
+ } else if (mWcdmaSignalStrength >= 13) {
+ level = SIGNAL_STRENGTH_GOOD;
+ } else if (mWcdmaSignalStrength >= 8) {
+ level = SIGNAL_STRENGTH_MODERATE;
+ } else if (mWcdmaSignalStrength >= 3) {
+ level = SIGNAL_STRENGTH_POOR;
+ }
+ if (DBG) log("getWcdmaLevel=" + level + " WcdmaSignalStrength=" +
+ mWcdmaSignalStrength);
+ break;
+
+ }
+ return level;
+ }
+
/**
* @return hash code
*/
@@ -920,8 +1124,11 @@
+ (mEvdoDbm * primeNum) + (mEvdoEcio * primeNum) + (mEvdoSnr * primeNum)
+ (mLteSignalStrength * primeNum) + (mLteRsrp * primeNum)
+ (mLteRsrq * primeNum) + (mLteRssnr * primeNum) + (mLteCqi * primeNum)
- + (mLteRsrpBoost * primeNum) + (mTdScdmaRscp * primeNum) + (mIsGsm ? 1 : 0)
- + (mUseOnlyRsrpForLteLevel ? 1 : 0) + (Arrays.hashCode(mLteRsrpThresholds)));
+ + (mLteRsrpBoost * primeNum) + (mTdScdmaRscp * primeNum)
+ + (mWcdmaSignalStrength * primeNum) + (mWcdmaRscpAsu * primeNum)
+ + (mWcdmaRscp * primeNum) + (mIsGsm ? 1 : 0) + (mUseOnlyRsrpForLteLevel ? 1 : 0)
+ + (Objects.hashCode(mWcdmaDefaultSignalMeasurement))
+ + (Arrays.hashCode(mLteRsrpThresholds)) + (Arrays.hashCode(mWcdmaRscpThresholds)));
}
/**
@@ -955,9 +1162,14 @@
&& mLteCqi == s.mLteCqi
&& mLteRsrpBoost == s.mLteRsrpBoost
&& mTdScdmaRscp == s.mTdScdmaRscp
+ && mWcdmaSignalStrength == s.mWcdmaSignalStrength
+ && mWcdmaRscpAsu == s.mWcdmaRscpAsu
+ && mWcdmaRscp == s.mWcdmaRscp
&& mIsGsm == s.mIsGsm
&& mUseOnlyRsrpForLteLevel == s.mUseOnlyRsrpForLteLevel
- && Arrays.equals(mLteRsrpThresholds, s.mLteRsrpThresholds));
+ && Objects.equals(mWcdmaDefaultSignalMeasurement, s.mWcdmaDefaultSignalMeasurement)
+ && Arrays.equals(mLteRsrpThresholds, s.mLteRsrpThresholds)
+ && Arrays.equals(mWcdmaRscpThresholds, s.mWcdmaRscpThresholds));
}
/**
@@ -980,10 +1192,15 @@
+ " " + mLteCqi
+ " " + mLteRsrpBoost
+ " " + mTdScdmaRscp
+ + " " + mWcdmaSignalStrength
+ + " " + mWcdmaRscpAsu
+ + " " + mWcdmaRscp
+ " " + (mIsGsm ? "gsm|lte" : "cdma")
+ " " + (mUseOnlyRsrpForLteLevel ? "use_only_rsrp_for_lte_level" :
"use_rsrp_and_rssnr_for_lte_level")
- + " " + (Arrays.toString(mLteRsrpThresholds)));
+ + " " + mWcdmaDefaultSignalMeasurement
+ + " " + (Arrays.toString(mLteRsrpThresholds))
+ + " " + (Arrays.toString(mWcdmaRscpThresholds)));
}
/** Returns the signal strength related to GSM. */
@@ -992,7 +1209,10 @@
if (level == SIGNAL_STRENGTH_NONE_OR_UNKNOWN) {
level = getTdScdmaLevel();
if (level == SIGNAL_STRENGTH_NONE_OR_UNKNOWN) {
- level = getGsmLevel();
+ level = getWcdmaLevel();
+ if (level == SIGNAL_STRENGTH_NONE_OR_UNKNOWN) {
+ level = getGsmLevel();
+ }
}
}
return level;
@@ -1037,12 +1257,20 @@
mLteCqi = m.getInt("LteCqi");
mLteRsrpBoost = m.getInt("LteRsrpBoost");
mTdScdmaRscp = m.getInt("TdScdma");
+ mWcdmaSignalStrength = m.getInt("WcdmaSignalStrength");
+ mWcdmaRscpAsu = m.getInt("WcdmaRscpAsu");
+ mWcdmaRscp = m.getInt("WcdmaRscp");
mIsGsm = m.getBoolean("IsGsm");
mUseOnlyRsrpForLteLevel = m.getBoolean("UseOnlyRsrpForLteLevel");
+ mWcdmaDefaultSignalMeasurement = m.getString("WcdmaDefaultSignalMeasurement");
ArrayList<Integer> lteRsrpThresholds = m.getIntegerArrayList("lteRsrpThresholds");
for (int i = 0; i < lteRsrpThresholds.size(); i++) {
mLteRsrpThresholds[i] = lteRsrpThresholds.get(i);
}
+ ArrayList<Integer> wcdmaRscpThresholds = m.getIntegerArrayList("wcdmaRscpThresholds");
+ for (int i = 0; i < wcdmaRscpThresholds.size(); i++) {
+ mWcdmaRscpThresholds[i] = wcdmaRscpThresholds.get(i);
+ }
}
/**
@@ -1066,13 +1294,22 @@
m.putInt("LteCqi", mLteCqi);
m.putInt("LteRsrpBoost", mLteRsrpBoost);
m.putInt("TdScdma", mTdScdmaRscp);
+ m.putInt("WcdmaSignalStrength", mWcdmaSignalStrength);
+ m.putInt("WcdmaRscpAsu", mWcdmaRscpAsu);
+ m.putInt("WcdmaRscp", mWcdmaRscp);
m.putBoolean("IsGsm", mIsGsm);
m.putBoolean("UseOnlyRsrpForLteLevel", mUseOnlyRsrpForLteLevel);
+ m.putString("WcdmaDefaultSignalMeasurement", mWcdmaDefaultSignalMeasurement);
ArrayList<Integer> lteRsrpThresholds = new ArrayList<Integer>();
for (int value : mLteRsrpThresholds) {
lteRsrpThresholds.add(value);
}
m.putIntegerArrayList("lteRsrpThresholds", lteRsrpThresholds);
+ ArrayList<Integer> wcdmaRscpThresholds = new ArrayList<Integer>();
+ for (int value : mWcdmaRscpThresholds) {
+ wcdmaRscpThresholds.add(value);
+ }
+ m.putIntegerArrayList("wcdmaRscpThresholds", wcdmaRscpThresholds);
}
/**
@@ -1086,6 +1323,16 @@
}
/**
+ * Gets the default threshold array for determining the display level of WCDMA signal bar.
+ *
+ * @return int array for determining the display level.
+ */
+ private int[] getDefaultWcdmaRscpThresholds() {
+ return CarrierConfigManager.getDefaultConfig().getIntArray(
+ CarrierConfigManager.KEY_WCDMA_RSCP_THRESHOLDS_INT_ARRAY);
+ }
+
+ /**
* log
*/
private static void log(String s) {