void testCoroutineStreamOther(void *in_pStreamState,
CoroutineStreamInitFunction in_initFun,
CoroutineStreamDestroyFunction in_destroyFun)
{
ByteStreamInterface byteStreamInterface;
ByteStreamReference byteStreamReference;
CoroutineDescriptor thisCoroutine;
CoroutineDescriptor otherCoroutine;
unsigned int bytesToReadArray[] = { 2, 32 };
size_t idx;
// Test 1, 2: the current coroutine is the writer and 2 or 32 bytes are read
for (idx = 0; idx < 2; idx++)
{
bool result = (*in_initFun)(in_pStreamState, &byteStreamInterface,
true, &thisCoroutine, &otherCoroutine,
&readerCoroutineFun, bytesToReadArray+idx);
test(result);
if (!result)
return;
byteStreamReference.mByteStreamInterface = byteStreamInterface;
byteStreamReference.mpByteStreamState = in_pStreamState;
writeFun(byteStreamReference, bytesToReadArray[idx]);
test((*byteStreamInterface.mpfWrite)(in_pStreamState, NULL, 0) == 0);
(*in_destroyFun)(in_pStreamState);
}
// Test 3, 4: the current coroutine is the reader and 2 or 32 bytes are read
for (idx = 0; idx < 2; idx++)
{
bool result = (*in_initFun)(in_pStreamState, &byteStreamInterface,
false, &thisCoroutine, &otherCoroutine,
&writerCoroutineFun, bytesToReadArray+idx);
test(result);
if (!result)
return;
byteStreamReference.mByteStreamInterface = byteStreamInterface;
byteStreamReference.mpByteStreamState = in_pStreamState;
readFun(byteStreamReference, bytesToReadArray[idx]);
test((*byteStreamInterface.mpfRead)(in_pStreamState, NULL, 0) == 0);
(*in_destroyFun)(in_pStreamState);
}
}
void Notification(ADDRINT val)
{
char buff[80];
if (!writeFun)
{
fprintf(stderr, "Write Function was not initialized ...\n");
exit(1);
}
sprintf(buff, "Notification value: %p", Addrint2VoidStar(val));
writeFun(buff);
}
void writerCoroutineFun(ByteStreamReference in_byteStreamReference, void *in_pUserdata)
{
unsigned int *bytesToRead = (unsigned int *) in_pUserdata;
writeFun(in_byteStreamReference, *bytesToRead);
}
