/*
* Check that the user has access to RPI servers, but this isnt checking if they actually have pstat access
*/
private void do_auth()
{
rpiCode = new RPI_Auth();
if (rpiCode.rpi_authent(setableUsername.Text, setablePassword.Text))
{
Login.Visible = false;
PrintGroup.Visible = true;
}
else
{
MessageBox.Show("Bad Username/Password");
}
}
/*
* This code goes and returns a arrray of print jobs, give it a printer name and the authorication object
*/
public printJob[] get_prints_printer(string passedPrinter, RPI_Auth passedAuth)
{
printer = passedPrinter; // store the data in hte private object
List<printJob> returnData = new List<printJob>(); // we start with a list then transfer to a array
string print_info = passedAuth.returnSSH("lpc stat " + passedPrinter); // check which server handles that printer
int startOfString = print_info.IndexOf("sends to") + 9;
int endOfString = print_info.IndexOf(")", startOfString);
if (print_info.Contains("unknown printer"))
return returnData.ToArray();
string printServer = print_info.Substring(startOfString, endOfString - startOfString);
//go and get the log for that printer from the server
string returnedLog = passedAuth.returnSSHFrom("cat /var/adm/lpd/" + passedPrinter + "/log", printServer);
//split up the log by line
string[] returnedBroken = returnedLog.Split('\n');
//null out the string, for the tiny memory savings!
returnedLog = "";
//Create a temporary job that will be our object to add to the array
printJob tempJob = new printJob();
//go line by line through log
for (int i = 0; i < returnedBroken.Length; i++)
{
if (tempJob.JobStart == "") //are we finding the start of a job or the end
{
//look for start
if (returnedBroken[i].Contains("papif: Starting"))
{
if (returnedBroken[i].Contains("papif: Starting job"))
startOfString = returnedBroken[i].IndexOf(" for ") + 5;
else
startOfString = returnedBroken[i].IndexOf(" Starting ") + 10;
endOfString = returnedBroken[i].IndexOf(':', startOfString);
int secondEnd = returnedBroken[i].IndexOf('@', startOfString);
if (secondEnd != -1 && secondEnd < endOfString)
endOfString = secondEnd;
tempJob.JobUser = returnedBroken[i].Substring(startOfString, endOfString - startOfString).TrimStart();
startOfString = endOfString;
startOfString = returnedBroken[i].IndexOf(" at ",startOfString) + 4;
endOfString = returnedBroken[i].IndexOf(" on ", startOfString);
tempJob.JobStart = returnedBroken[i].Substring(startOfString, endOfString - startOfString);
}
}
else
{
//look for end
if (returnedBroken[i].Contains("papif: Finished"))
{
startOfString = returnedBroken[i].IndexOf(" at ") + 4;
endOfString = returnedBroken[i].IndexOf("(", startOfString);
tempJob.JobStop = returnedBroken[i].Substring(startOfString, endOfString - startOfString);
startOfString = returnedBroken[i].IndexOf(" bytes, ") + 8;
endOfString = returnedBroken[i].IndexOf("pages", startOfString);
tempJob.JobPages = int.Parse(returnedBroken[i].Substring(startOfString, endOfString - startOfString).Trim());
returnData.Add(tempJob);
tempJob = new printJob();
}
}
if (i == returnedBroken.Length) // if we are at the end, and the job hasnt finished
{
returnData.Add(tempJob);
}
}
STORAGE = returnData.ToArray();
return STORAGE; // return the array of data
}
private printJob[] STORAGE; //This stores all the printer data
/*
* This code goes and returns a arrray of print jobs, give it a printer name and the authorication object
*/
public printJob[] get_prints_printer(string passedPrinter, RPI_Auth passedAuth)
{
printer = passedPrinter; // store the data in hte private object
List <printJob> returnData = new List <printJob>(); // we start with a list then transfer to a array
string print_info = passedAuth.returnSSH("lpc stat " + passedPrinter); // check which server handles that printer
int startOfString = print_info.IndexOf("sends to") + 9;
int endOfString = print_info.IndexOf(")", startOfString);
if (print_info.Contains("unknown printer"))
{
return(returnData.ToArray());
}
string printServer = print_info.Substring(startOfString, endOfString - startOfString);
//go and get the log for that printer from the server
string returnedLog = passedAuth.returnSSHFrom("cat /var/adm/lpd/" + passedPrinter + "/log", printServer);
//split up the log by line
string[] returnedBroken = returnedLog.Split('\n');
//null out the string, for the tiny memory savings!
returnedLog = "";
//Create a temporary job that will be our object to add to the array
printJob tempJob = new printJob();
//go line by line through log
for (int i = 0; i < returnedBroken.Length; i++)
{
if (tempJob.JobStart == "") //are we finding the start of a job or the end
{
//look for start
if (returnedBroken[i].Contains("papif: Starting"))
{
if (returnedBroken[i].Contains("papif: Starting job"))
{
startOfString = returnedBroken[i].IndexOf(" for ") + 5;
}
else
{
startOfString = returnedBroken[i].IndexOf(" Starting ") + 10;
}
endOfString = returnedBroken[i].IndexOf(':', startOfString);
int secondEnd = returnedBroken[i].IndexOf('@', startOfString);
if (secondEnd != -1 && secondEnd < endOfString)
{
endOfString = secondEnd;
}
tempJob.JobUser = returnedBroken[i].Substring(startOfString, endOfString - startOfString).TrimStart();
startOfString = endOfString;
startOfString = returnedBroken[i].IndexOf(" at ", startOfString) + 4;
endOfString = returnedBroken[i].IndexOf(" on ", startOfString);
tempJob.JobStart = returnedBroken[i].Substring(startOfString, endOfString - startOfString);
}
}
else
{
//look for end
if (returnedBroken[i].Contains("papif: Finished"))
{
startOfString = returnedBroken[i].IndexOf(" at ") + 4;
endOfString = returnedBroken[i].IndexOf("(", startOfString);
tempJob.JobStop = returnedBroken[i].Substring(startOfString, endOfString - startOfString);
startOfString = returnedBroken[i].IndexOf(" bytes, ") + 8;
endOfString = returnedBroken[i].IndexOf("pages", startOfString);
tempJob.JobPages = int.Parse(returnedBroken[i].Substring(startOfString, endOfString - startOfString).Trim());
returnData.Add(tempJob);
tempJob = new printJob();
}
}
if (i == returnedBroken.Length) // if we are at the end, and the job hasnt finished
{
returnData.Add(tempJob);
}
}
STORAGE = returnData.ToArray();
return(STORAGE); // return the array of data
}
/*
* Check that the user has access to RPI servers, but this isnt checking if they actually have pstat access
*/
private void do_auth()
{
rpiCode = new RPI_Auth();
if (rpiCode.rpi_authent(setableUsername.Text, setablePassword.Text))
{
Login.Visible = false;
PrintGroup.Visible = true;
}
else
{
MessageBox.Show("Bad Username/Password");
}
}
