public ActionResult GenerateClock(string location)
{
try
{
location = location.Trim();
ClockGenerator generatorObj = new ClockGenerator(_context);
ClockURL clockDTO = generatorObj.GenerateClock(location);
//setting Redirection Clock
string redirectionType = dbService.GetConfigurationProperties("WebClockType");
if (redirectionType.ToUpper() == "WEB")
{
clockDTO.RedirectURL = clockDTO.SilverLighClockURL;
}
else if (redirectionType.ToUpper() == "HTML")
{
clockDTO.RedirectURL = clockDTO.HTMLClockURL;
}
var result = Json(clockDTO);
return(result);
}
catch (Exception ex)
{
CustomLogging.ErrorLog(ex);
return(Json(false));
}
}
public VirtualMachine(CPU cpu, ClockGenerator clock, Northbridge northbridge, Southbridge southbridge)
{
this.cpu = cpu;
this.cpu.Parent = this;
this.northbridge = northbridge;
this.southbridge = southbridge;
this.northbridge.Clock = clock;
}
public ActionResult GetClockURL(int number)
{
try
{
UserInfo userInfo = new UserInfo(_context, HttpContext, User);
bool isAdmin = userInfo.isAdmin();
if (isAdmin) //If user is admin, show admin panel to user by setting is admin property to true
{
ClockURL dto = new ClockURL();
dto.IsAdmin = isAdmin;
return(Json(dto));
}
else
{
//If user is not admin, try to find location of user from user info.
string locationID = "";
var userDetails = userInfo.GetUserInfo();
CustomLogging.InfoLog("UserInfo details: empID=" + userDetails.empID + "; locationID=" + userDetails.locationID +
"; jobCode=" + userDetails.jobCode + "; dept=" + userDetails.dept);
locationID = userDetails.locationID;
//IF location is not recieived from user info, try to find it from user agent string
if (locationID == "0" || locationID == null)
{
var userAgent = Request.Headers["User-Agent"].ToString();
locationID = Util.GetStoreFromUserAgent(userAgent);
}
//If location is not present in user agent string, show dropdown to user by sending empty object
if (locationID == "0" || String.IsNullOrEmpty(locationID))
{
ClockURL dtObject = new ClockURL();
return(Json(dtObject));
}
// Now if location is present, generate URL's
ClockGenerator generatorObj = new ClockGenerator(_context);
ClockURL clockDTO = generatorObj.GetClockURLObject(locationID);
//setting Redirection Clock
string redirectionType = dbService.GetConfigurationProperties("WebClockType");
if (redirectionType.ToUpper() == "WEB")
{
clockDTO.RedirectURL = clockDTO.SilverLighClockURL;
}
else if (redirectionType.ToUpper() == "HTML")
{
clockDTO.RedirectURL = clockDTO.HTMLClockURL;
}
var result = Json(clockDTO);
return(result);
}
}
catch (Exception ex)
{
CustomLogging.ErrorLog(ex);
return(Json(false));
}
}
// Update is called once per frame
void Update()
{
LimitTime -= Time.deltaTime;
text_Timer.text = ""+Mathf.Round(LimitTime);
if(Mathf.Round(LimitTime)<=0) //타임이 0이 되면
{
text_Timer.text = "Clear !";
TextGenerator.ListenTimeOver(); // 타이머 다 됐다고 텍스트 그만 만들라고 전달하는 코드에요!
ClockGenerator.ListenTimeOver(); // 얘도 똑같이 만들어줬어요!
}
}
static void Main(string[] args)
{
TimerCallback callback = null;
Timer timer = null;
CancellationTokenSource tokenSource = new CancellationTokenSource();
CancellationToken token = tokenSource.Token;
List <ProcessDomain> processes = new List <ProcessDomain>
{
new ProcessDomain {
ProcessName = "p0", ProcessID = 4, State = ProcessState.Running, Priority = ProcessPriority.Normal
},
new ProcessDomain {
ProcessName = "p1", ProcessID = 5, State = ProcessState.Completed, Priority = ProcessPriority.Normal
},
new ProcessDomain {
ProcessName = "p2", ProcessID = 6, State = ProcessState.Completed, Priority = ProcessPriority.Normal
},
new ProcessDomain {
ProcessName = "p3", ProcessID = 7, State = ProcessState.Completed, Priority = ProcessPriority.Normal
}
};
foreach (var item in GetAllProcess(processes))
{
Console.WriteLine(item);
}
ClockGenerator clock = new ClockGenerator(callback, timer);
SJFScheduler sjf = new SJFScheduler(processes);
//var runTasks = sjf.StartConvertToRunningOperation(token);
//var resTask = sjf.Start(token);
//nonpreemptive imitation
Thread.Sleep(500);
sjf.AddProcess(new ProcessDomain {
ProcessName = "p3", ProcessID = 8, State = ProcessState.New, Priority = ProcessPriority.Normal
});
//resTask.Wait();
//if (resTask.IsCompleted)
//{
// foreach (var res in resTask.Result)
// {
// Console.WriteLine(res);
// }
//}
//clock.Stop();
//Console.Read();
}
public IActionResult Startup(string location)
{
string locationID = "";
ViewData["RedirectURL"] = "";
ViewData["LocationID"] = "";
ViewData["LocationType"] = "";
var userAgent = Request.Headers["User-Agent"].ToString();
CustomLogging.InfoLog("User-Agent String = " + userAgent);
locationID = String.IsNullOrEmpty(location)? Util.GetStoreFromUserAgent(userAgent):location;
if (!String.IsNullOrEmpty(locationID))
{
// Now if location is present, generate URL's
ClockGenerator generatorObj = new ClockGenerator(_context);
ClockURL clockDTO = generatorObj.GetClockURLObject(locationID);
//Check if clock is registered or not.
if (clockDTO.StatusCode == "101")
{
ViewData["RedirectURL"] = clockDTO.StatusCode;
ViewData["LocationID"] = locationID;
}
else
{
//setting Redirection Clock
string redirectionType = dbService.GetConfigurationProperties("WebClockType");
if (redirectionType.ToUpper() == "WEB")
{
clockDTO.RedirectURL = clockDTO.SilverLighClockURL;
}
else if (redirectionType.ToUpper() == "HTML")
{
clockDTO.RedirectURL = clockDTO.HTMLClockURL;
}
ViewData["RedirectURL"] = clockDTO.RedirectURL;
ViewData["LocationType"] = clockDTO.LocationType;
}
}
return(View());
}
} // A register to hold flags after an operation
//Constructor: takes frequency and an optional clock mode
public SAP1_8Bit(int frequency = 1000, ClockGenerator.ClockModes clockMode = ClockGenerator.ClockModes.Auto)
{
Flags = new FlagsRegister(0x03); // Create a 2-bit flag register
// Create the devices and configure how many bits they connect with other devices.
A = new Register(); //Create an 8-bit register (no mask provided defualts to 8-bit)
B = new Register(); //Create an 8-bit register
Inst = new Register(maskOut: 0x0F); //Instruction Register only connects to bus with 4 LSB, thus the maskOut=0x0F, defaults to 8-bit into the Bus
MAR = new Register(maskIn: 0x0F); // MAR gets a 0x0F mask since it's only a 4 bit register, no need to set maskOut since it never puts on BUS
Output = new Register(); //Create an 8-bit register
Sum = new ALU(A, B, Flags); // Connect A Reg and B Reg as operands and the Flags Register to the ALU, 1st Op is also the accumilator
RAM = new SRAM(MAR); // Connect MAR as the address pointer to the RAM
PC = new Counter(mask: 0x0F); //PC is a 4 Bit counter so gets a 4bit mask
//Initialize the Bus and connect the devices to it as shown in the figure above.
Bus = new Bus(new List <Register> {
A, B, Inst, MAR, Output, Sum, RAM, PC
});
CL = new ControlSequencer(Inst, Flags); // Control logic is directly connected to the instruction register and flags register.
Clock = new ClockGenerator(frequency, RisingEdge, FallingEdge, clockMode); // Initialize the clock and tell it what to do on rising edge and faling edge.
Reset(); // Reset everything at creation
}
