// Use this for initialization
void Start()
{
Debug.Log("start1");
//test yield wait second
StartCoroutine(Init(1));
Debug.Log("start2");
Debug.Log("start3");
//test yield wait null
StartCoroutine(Run());
Debug.Log("start4");
Debug.Log("start5");
//test function call another StartCoroutine
StartCoroutine(Test());
Debug.Log("start6");
Debug.Log("start7");
//test www
StartCoroutine(Read());
Debug.Log("start8");
Debug.Log("start9");
//test function call another yield wait second
StartCoroutine(Pass());
Debug.Log("startA");
Debug.Log("startB");
//test for loop
bool IsTimeout = true;
float fTimeout = Time.time + 3.0f;//test 3 second
int iCount = 0;
while (IsTimeout)
{
//yield return new WaitForSeconds(1.0f);//每隔一秒//這種做法才有效果,先call函式之後再call yield會無限call StartCoroutine,導致unity掛
Debug.Log("startC");
Debug.Log("startD");
StartCoroutine(Loop());//這種做法無法做到等1秒
Debug.Log("startE");
Debug.Log("startF");
//after test , break loop
if (Time.time > fTimeout)
{
IsTimeout = false;
}
//use count to break loop
iCount++;
if (iCount > 5)
{
IsTimeout = false;
}
}
//print Caller function name
CalledMethodBringer.Instance().CalledMethod(false);
Debug.Log("startG");
Debug.Log("startH");
}
// Use this for initialization
void Start()
{
Self = this;
}
