void Producer(int bufSize, int itemCnt, int randSeed)
{
srand(randSeed);
// Write code here to produce itemCnt integer values in the range [0-100]
// Use the functions provided below to get/set the values of shared variables "in" and "out"
// Use the provided function WriteAtBufIndex() to write into the bounded buffer
// Use the provided function GetRand() to generate a random number in the specified range
// **Extremely Important: Remember to set the value of any shared variable you change locally
// Use the following print statement to report the production of an item:
// printf("Producing Item %d with value %d at Index %d\n", i, val, in);
// where i is the item number, val is the item value, in is its index in the bounded buffer
int i;
for(i=0;i < GetItemCnt(); i++){
while(((GetIn()+1) % GetBufSize())==GetOut())
;
int rando = GetRand(0,100);
WriteAtBufIndex(GetIn(),rando);
printf("Producing Item %d with value %d at Index %d\n", i+1, rando, GetIn());
SetIn((GetIn()+1) % GetBufSize());
}
printf("Producer Completed\n");
}
bool charshell::Handle()
{
if(!SetWrite())
{
return false;
}
*ostr<<"Begin time: ";
WriteTime();
if(!SetMode())
{
return false;
}
if(!SetKey())
{
return false;
}
if(!SetIn())
{
return false;
}
if(!SetOut())
{
return false;
}
if(!Setlog())
{
return false;
}
if(mode == "3" && !SetReout())
{
return false;
}
if(mode == "1")
{
filedes m_filedes(in, out, key, true);
m_filedes.Inicialize();
m_filedes.Process();
}
else if(mode == "2")
{
filedes m_filedes(in, out, key, false);
m_filedes.Inicialize();
m_filedes.Process();
}
else if(mode == "3")
{
filedes m_filedes(in, out, key, true);
m_filedes.Inicialize();
m_filedes.Process();
out->close();
delete out;
out = 0;
ifstream iftmp(outPath.c_str(), ios::binary);
filedes m_filedes2(&iftmp, reout, key, false);
m_filedes2.Inicialize();
m_filedes2.Process();
}
*ostr<<"End time: ";
WriteTime();
string tmp = ostr->str();
cout<<tmp;
*log<<tmp;
return false;
}
ProcessSamples::ProcessSamples(IMFSample *sample): in(NULL), out(NULL) {
SetIn(sample); }
