// Update is called once per frame. Manage memory copy operations.
void Update()
{
if (waitForUnpause)
{
if (!startup.userPause)
{
waitForUnpause = false;
}
else
{
//Debug.Log ("wait for unpause, returing");
return;
}
}
Color color;
int bundle = 0;
// bundle some number of data objects into a single frame
while (this.currentCount > 0 && bundle < dataBehaviorNew.reduce)
{
bool done = false;
while (!done)
{
GameObject cube = getCube(this.currentSource);
if (cube != null)
{
color = cube.renderer.material.color;
if (protectedReadBreak && color != pipeBehavior.getPipeColor() && !readProtectedData)
{
Debug.Log("Read of protected data");
startup.doUserPause();
startup.pauseLabelString = "Protected Data Read";
readProtectedData = true;
waitForUnpause = true;
cube.renderer.material.color = Color.black;
}
}
else
{
//Debug.Log ("move update no cube at currentSource "+this.currentSource.ToString("x"));
color = this.currentColor;
//done = true;
}
// is the data move's destination going to overwrite existing data?
GameObject replace = this.destinationRegion.getCube(this.currentDestination);
Vector3 destination = this.destinationRegion.getAddressLocation(this.currentDestination);
Vector3 source = getAddressLocation(this.currentSource);
float randY = Random.Range(0, 2);
source.y = source.y + randY;
GameObject myData = getFreeData();
myData.renderer.material.color = color;
myData.transform.position = source;
dataBehaviorNew script = (dataBehaviorNew)myData.GetComponent(typeof(dataBehaviorNew));
dataBehaviorNew.FlyType[] flyPoints = new dataBehaviorNew.FlyType[3];
float speed = 30f;
flyPoints[0] = new dataBehaviorNew.FlyType(source, speed, false, Vector3.zero);
flyPoints[1] = new dataBehaviorNew.FlyType(vertex, speed, false, Vector3.zero);
flyPoints[2] = new dataBehaviorNew.FlyType(destination, speed, false, Vector3.zero);
bool caboose = (this.currentCount <= bytesPerCube);
// save time by instantly handling small moves. TBD, move to configuration data
if (origCount > 10 && !noFly)
{
script.flyTo(flyPoints, caboose, false, false, replace, (uint)(this.currentDestination + bundle), -1, Color.clear, 3.0f);
}
else
{
//Debug.Log ("small move, just put cube, destination "+destination);
if (replace != null)
{
freeData(replace);
}
script.quickCopy(destination, this.currentDestination);
}
if (!this.destinationRegion.putCube(this.currentDestination, myData))
{
Debug.Log("failed putting cube to destination " + this.currentDestination.ToString("x"));
Debug.Break();
return;
}
//Debug.Log ("memory update put cube to "+this.currentDestination.ToString("x"));
recentCubeScript = script;
if (!noFly)
{
done = true;
}
this.currentSource = this.currentSource + (uint)bytesPerCube;
this.currentDestination = this.currentDestination + (uint)bytesPerCube;
this.currentCount = this.currentCount - bytesPerCube;
// if this is the last data object in a copy, set the caboose flag to unpause
// upon completion of the copy.
if (this.currentCount <= 0)
{
if (!noFly)
{
if (recentCubeScript != null)
{
recentCubeScript.setCaboose();
}
else
{
startup.resume();
}
}
done = true;
}
bundle++;
}
}
}
// Update is called once per frame
void Update()
{
if (this.skipFrames > 0)
{
skipFrames--;
return;
}
int bundle = 0;
//if(this.currentCount > 0){
while (this.currentCount > 0 && bundle < dataBehaviorNew.reduce)
{
Vector3 destination = Vector3.zero;
GameObject replace = null;
if (memoryScript)
{
destination = memoryScript.getAddressLocation(this.currentAddr);
replace = memoryScript.getCube(this.currentAddr);
}
//Debug.Log("pipe destination for address "+currentAddr.ToString("x")+" is "+destination);
// NOTE on writes, source is actually the distination pipe
Vector3 source = pipe.transform.position;
float radius = 0.5F;
float left = source.x - radius;
float right = source.x + radius;
float newx = Random.Range(left, right);
float top = source.z - radius;
float bot = source.z + radius;
float newz = Random.Range(top, bot);
float starty = Random.Range(0, 2.0F);
float speed = 30.0f;
dataBehaviorNew.FlyType[] flyPoints = new dataBehaviorNew.FlyType[5];
// randDsource is destination if a write
Vector3 randSource = new Vector3(newx, source.y + starty, newz);
GameObject myData;
myData = memory.getFreeData();
//myData = Instantiate (Resources.Load ("dataPrefab")) as GameObject;
myData.renderer.material.color = getPipeColor();
dataBehaviorNew script = (dataBehaviorNew)myData.GetComponent(typeof(dataBehaviorNew));
bool destroyCube = false;
bool caboose = false;
if (memoryScript)
{
caboose = (this.currentCount <= memoryScript.bytesPerCube);
}
else
{
caboose = (this.currentCount <= baseBytesPerCube);
destroyCube = true;
}
bool leader = false;
int changeAt = -1;
Color changeTo = Color.black;
Vector3 dataScale = new Vector3(4.0f, 4.0f, 4.0f);
if (this.reading)
{
changeAt = 1;
changeTo = getPipeColor();
//myData.renderer.material.color = getPipeColor();
myData.renderer.material.color = getRemoteColor();
flyPoints[0] = new dataBehaviorNew.FlyType(getRemoteTeam(), speed * 1.2f, true, dataScale);
flyPoints[1] = new dataBehaviorNew.FlyType(transform.position, speed * 1.8f, true, dataScale);
flyPoints[2] = new dataBehaviorNew.FlyType(getLocalEndpoint(), speed, false, Vector3.zero);
//flyPoints[0] = new dataBehaviorNew.FlyType(randSource, speed, false, Vector3.zero);
flyPoints[3] = new dataBehaviorNew.FlyType(vertex, speed, false, Vector3.zero);
flyPoints[4] = new dataBehaviorNew.FlyType(destination, speed, false, Vector3.zero);
script.flyTo(flyPoints, caboose, false, destroyCube, replace, (uint)(this.currentAddr + bundle), changeAt, changeTo, 1.0f);
if (memoryScript)
{
if (!memoryScript.putCube(this.currentAddr, myData))
{
Debug.Log("pipeBehavior could not put cube in region for address " + this.currentAddr.ToString("x"));
}
}
else
{
Debug.Log("pipeBehavior no memory region to put cube for " + this.currentAddr.ToString("x"));
}
}
else
{
//Debug.Log ("writing to network in session "+sessionNumber);
// writing AGAIN: source and destination are reversed
Material m;
m = myData.renderer.material;
if (replace != null)
{
//Debug.Log ("assigning write color to that of replace, which was "+replace.renderer.material.color);
m.color = replace.renderer.material.color;
}
else
{
Debug.Log("Writing from empty memory!!");
m.color = getPipeColor();
}
//float randY = Random.Range (0, 2);
//destination.y = destination.y + randY;
myData.transform.position = destination;
flyPoints[0] = new dataBehaviorNew.FlyType(destination, speed, true, dataScale);
flyPoints[1] = new dataBehaviorNew.FlyType(vertex, speed, false, Vector3.zero);
//flyPoints[2] = new dataBehaviorNew.FlyType(randSource, speed, false, Vector3.zero);
flyPoints[2] = new dataBehaviorNew.FlyType(getLocalEndpoint(), speed, false, Vector3.zero);
flyPoints[3] = new dataBehaviorNew.FlyType(transform.position, speed, false, Vector3.zero);
flyPoints[4] = new dataBehaviorNew.FlyType(getRemoteTeam(), speed, false, Vector3.zero);
script.flyTo(flyPoints, caboose, leader, true, null, (uint)(this.currentAddr + bundle), changeAt, changeTo, 1.0f);
}
if (memoryScript)
{
this.currentAddr = this.currentAddr + (uint)memoryScript.bytesPerCube;
this.currentCount = this.currentCount - memoryScript.bytesPerCube;
}
else
{
this.currentCount -= baseBytesPerCube;
}
bundle++;
}
}
