public void setValueAt(long value, int index) {
synchronized (this) {
int oldSize = getValuesSize();
for (int i = oldSize; i < index + 1; i++) {
addValue(0);
}
int[] offset = new int[1];
for (int i = 0; i < index; i++) {
DataUtil.readOffset(valuesBuff, offset);
}
int startOffset = offset[0];
DataUtil.readOffset(valuesBuff, offset);
int endOffset = offset[0];
checkValueBufferSize(value);
int newValLength = DataUtil.getValueLength(value);
int oldValLength = endOffset - startOffset;
if (newValLength != oldValLength) {
// need to move old values
short delta = (short) (newValLength - oldValLength);
int len = valuesBuffOffset - endOffset;
System.arraycopy(valuesBuff, endOffset, valuesBuff, endOffset + delta, len);
valuesBuffOffset = (short) (valuesBuffOffset + delta);
}
DataUtil.writeValue(valuesBuff, value, startOffset);
}
}
/* (non-Javadoc)
* @see com.telenav.framework.data.INode#getValueAt(int)
*/
public long getValueAt(int index) {
if (index >= nValues) return 0;
offsetValue[0] = 0;
// int[] offset = new int[] { 0 };
for (int i = 0; i < index; i++) {
DataUtil.readOffset(valuesBuff, offsetValue);
}
return DataUtil.readValue(valuesBuff, offsetValue);
}
/* (non-Javadoc)
* @see com.telenav.framework.data.INode#addValue(long)
*/
public void addValue(long value) {
synchronized (this) {
nValues++;
checkValueBufferSize(value);
valuesBuffOffset += DataUtil.writeValue(valuesBuff, value, valuesBuffOffset);
}
}
private void checkValueBufferSize(long value) {
if (valuesBuff == null
|| valuesBuff.length < valuesBuffOffset + DataUtil.getValueLength(value)) {
byte[] temp = new byte[valuesBuffOffset + 20];
if (valuesBuff != null) {
System.arraycopy(valuesBuff, 0, temp, 0, valuesBuffOffset);
}
valuesBuff = temp;
}
}
Node(byte[] binary, int startIndex) {
if (binary.length >= startIndex + 4) {
int headerCode = DataUtil.readInt(binary, startIndex);
if (headerCode == HEADER_55) {
fromByteArray55(binary, startIndex + 4, VERSION_55, null);
} else if (headerCode == HEADER_551) {
fromByteArray55(binary, startIndex + 4, VERSION_551, null);
}
}
}
/* (non-Javadoc)
* @see com.telenav.framework.data.INode#toBinary()
*/
private byte[] toBinary55(int header, int ver) {
int size = 0;
if (ver == VERSION_55) {
size = 1 + DataUtil.getValueLength(valuesBuffOffset) + valuesBuffOffset; // 1 byte for nValues
} else if (ver == VERSION_551) {
size =
DataUtil.getValueLength(nValues)
+ DataUtil.getValueLength(valuesBuffOffset)
+ valuesBuffOffset;
}
// int nMsgs = 0;
/*
if (nMsgs > 0)
{
if (msgsBuff == null)
{
msgsBuff = new byte[nMsgs][];
}
else if (msgsBuff.length < nMsgs)
{
byte[][] temp = new byte[nMsgs][];
System.arraycopy(msgsBuff, 0, temp, 0, msgsBuff.length);
msgsBuff = temp;
}
}
*/
int len = 0;
for (int i = 0; i < nMsgs; i++) {
if (msgsBuff[i] != null) {
len += (msgsBuff[i].length + DataUtil.getValueLength(msgsBuff[i].length));
} else if (ver == VERSION_55) {
len += DataUtil.getValueLength(0);
} else if (ver == VERSION_551) {
len += DataUtil.getValueLength(-1);
}
}
size += (DataUtil.getValueLength(nMsgs) + len);
len = 0;
if (nChildren > 0) {
if (childrenBuff == null) {
childrenBuff = new byte[nChildren][];
} else if (childrenBuff.length < nChildren) {
byte[][] temp = new byte[nChildren][];
System.arraycopy(childrenBuff, 0, temp, 0, childrenBuff.length);
childrenBuff = temp;
}
}
for (int i = 0; i < nChildren; i++) {
if (children != null && children[i] != null) {
childrenBuff[i] = children[i].toBinary55(-1, ver);
}
if (childrenBuff[i] != null) {
len += (childrenBuff[i].length + DataUtil.getValueLength(childrenBuff[i].length));
} else {
len += (0 + DataUtil.getValueLength(0));
}
}
size += (DataUtil.getValueLength(nChildren) + len);
int binLen = 0;
if (binData != null) {
binLen = binData.length;
}
size += (DataUtil.getValueLength(binLen) + binLen);
if (header == HEADER_55 || header == HEADER_551) size += 4;
byte[] buff = new byte[size];
int offset = 0;
if (header == HEADER_55 || header == HEADER_551) {
DataUtil.writeInt(buff, header, offset);
offset += 4;
}
// do values
if (ver == VERSION_55) {
buff[offset++] = (byte) nValues;
} else if (ver == VERSION_551) {
offset += DataUtil.writeValue(buff, nValues, offset);
}
offset += DataUtil.writeValue(buff, valuesBuffOffset, offset);
if (nValues > 0) {
System.arraycopy(valuesBuff, 0, buff, offset, valuesBuffOffset);
offset += valuesBuffOffset;
}
// do msgs
offset += DataUtil.writeValue(buff, nMsgs, offset);
for (int i = 0; i < nMsgs; i++) {
if (msgsBuff[i] != null) {
offset += DataUtil.writeValue(buff, msgsBuff[i].length, offset);
System.arraycopy(msgsBuff[i], 0, buff, offset, msgsBuff[i].length);
offset += msgsBuff[i].length;
} else {
if (ver == VERSION_55) {
// 0 length indicate an empty string (relaxed protocol)
offset += DataUtil.writeValue(buff, 0, offset);
} else if (ver == VERSION_551) {
// -1 length indicate a null string (to make it different from "" string)
offset += DataUtil.writeValue(buff, -1, offset);
}
}
}
// do children
offset += DataUtil.writeValue(buff, nChildren, offset);
for (int i = 0; i < nChildren; i++) {
if (childrenBuff[i] != null) {
offset += DataUtil.writeValue(buff, childrenBuff[i].length, offset);
System.arraycopy(childrenBuff[i], 0, buff, offset, childrenBuff[i].length);
offset += childrenBuff[i].length;
} else {
offset += DataUtil.writeValue(buff, 0, offset);
}
}
// do binData
offset += DataUtil.writeValue(buff, binLen, offset);
if (binData != null) {
System.arraycopy(binData, 0, buff, offset, binData.length);
offset += binData.length;
}
// System.out.println(buff.length+" == "+offset);
return buff;
}
private void fromByteArray55(byte[] buff, int offsetInt, int ver, Node parent) {
setVersion(ver);
this.parent = parent;
if (buff == null || buff.length == 0) return;
int[] offset = new int[] {1};
offset[0] = offsetInt;
if (ver == VERSION_55) {
this.nValues = buff[offset[0]++];
} else if (ver == VERSION_551) {
this.nValues = (short) DataUtil.readValue(buff, offset);
}
this.valuesBuffOffset = (short) DataUtil.readValue(buff, offset);
// System.out.println("TxNode55 - nValues: "+node.nValues);
// System.out.println("valuesBuffOffset: "+node.valuesBuffOffset);
if (this.nValues > 0) {
this.valuesBuff = new byte[this.valuesBuffOffset];
System.arraycopy(buff, offset[0], this.valuesBuff, 0, this.valuesBuffOffset);
}
offset[0] += this.valuesBuffOffset;
// do msgs
this.nMsgs = (short) DataUtil.readValue(buff, offset);
this.msgsBuff = new byte[this.nMsgs][];
for (int i = 0; i < this.nMsgs; i++) {
int msgLen = (int) DataUtil.readValue(buff, offset);
if (msgLen != -1) {
this.msgsBuff[i] = new byte[msgLen];
System.arraycopy(buff, offset[0], this.msgsBuff[i], 0, msgLen);
offset[0] += msgLen;
}
}
// do children
this.nChildren = (short) DataUtil.readValue(buff, offset);
// System.out.println("nChildren: "+nChildren);
this.childrenBuff = new byte[this.nChildren][];
for (int i = 0; i < this.nChildren; i++) {
int childLen = (int) DataUtil.readValue(buff, offset);
if (childLen > 0) {
if (childLen + offset[0] > buff.length) {
throw new IllegalArgumentException(
"Bad data buffer for TxNode55: specified length is "
+ childLen
+ ", actually have just "
+ (buff.length - offset[0])
+ " bytes left.");
}
this.childrenBuff[i] = new byte[childLen];
System.arraycopy(buff, offset[0], this.childrenBuff[i], 0, childLen);
offset[0] += childLen;
}
}
// do binData
int binLen = (int) DataUtil.readValue(buff, offset);
// System.out.println("binLen: "+binLen);
if (binLen > 0) {
this.binData = new byte[binLen];
if (offset[0] < 0 || offset[0] + binLen > buff.length) {
throw new ArrayIndexOutOfBoundsException(
"Bad index: "
+ "buff size="
+ buff.length
+ ", offset="
+ offset[0]
+ "/"
+ offsetInt
+ ", length="
+ binLen);
}
System.arraycopy(buff, offset[0], this.binData, 0, binLen);
}
}
public void updateSpeedLimit(boolean isSpeedLimitExceeded, int speedLimit) {
Preference speedLimits =
((DaoManager) DaoManager.getInstance())
.getPreferenceDao()
.getPreference(Preference.ID_PREFERENCE_SPEED_LIMITS);
isDisabled = speedLimits != null && speedLimits.getIntValue() == Preference.SPEED_LIMIT_OFF;
int speedLimitFeature =
FeaturesManager.getInstance().getStatus(FeaturesManager.FEATURE_CODE_NAV_SPEED_LIMIT);
boolean isEnabled =
speedLimitFeature == FeaturesManager.FE_ENABLED
|| speedLimitFeature == FeaturesManager.FE_PURCHASED;
isDisabled = isDisabled || !isEnabled;
int routeStyle =
DaoManager.getInstance().getTripsDao().getIntValue(Preference.ID_PREFERENCE_ROUTETYPE);
boolean isInPedestrian = routeStyle == Route.ROUTE_PEDESTRIAN ? true : false;
isDisabled = isDisabled || isInPedestrian;
if (isDisabled) {
NavBottomStatusBarHelper.getInstance().setIsOverSpeedLimit(false);
requestPaint();
return;
}
Preference preference =
((DaoManager) DaoManager.getInstance())
.getPreferenceDao()
.getPreference(Preference.ID_PREFERENCE_DISTANCEUNIT);
if (preference != null && preference.getIntValue() == Preference.UNIT_USCUSTOM) {
// mph
currentSpeedLimit = DataUtil.kmToMileInHighAccuracy(speedLimit);
// currentUnit = "MPH";
currentUnit =
ResourceManager.getInstance()
.getCurrentBundle()
.getString(IStringNav.RES_SPEED_LIMIT, IStringNav.FAMILY_NAV);
} else {
// kph
currentSpeedLimit = speedLimit;
// currentUnit = "KPH";
currentUnit =
ResourceManager.getInstance()
.getCurrentBundle()
.getString(IStringNav.RES_SPEED_LIMIT, IStringNav.FAMILY_NAV);
}
if (speedLimit <= 0) {
speedStr = "---";
unitStr = currentUnit;
NavBottomStatusBarHelper.getInstance().setIsOverSpeedLimit(false);
requestPaint();
return;
}
if (isSpeedLimitExceeded) {
NavBottomStatusBarHelper.getInstance().setIsOverSpeedLimit(true);
} else {
NavBottomStatusBarHelper.getInstance().setIsOverSpeedLimit(false);
}
speedStr = currentSpeedLimit + "";
unitStr = currentUnit;
requestPaint();
}
