@Test
// this test calls other methods to execute the checkings
public void test_generic03() {
//
// Setup routings:
final I_AD_PrinterRouting printerRouting01 =
helper.createPrinterRouting("test03-printer01", "tray01", -1, 1, 2);
printerRouting01.setC_DocType_ID(1);
helper.getDB().save(printerRouting01);
final I_AD_PrinterRouting printerRouting02 =
helper.createPrinterRouting("test03-printer02", "tray01", -1, 3, 4);
printerRouting02.setC_DocType_ID(2);
helper.getDB().save(printerRouting02);
final I_AD_PrinterRouting printerRouting03 =
helper.createPrinterRouting("test03-printer01", "tray01", -1, 5, 6);
printerRouting03.setC_DocType_ID(3);
helper.getDB().save(printerRouting03);
//
// Create printing queue
helper.addToPrintQueue("01", 1, 1); // AD_Org_ID=1, C_DocType_ID=1
helper.addToPrintQueue("02", 1, 2); // AD_Org_ID=1, C_DocType_ID=2
helper.addToPrintQueue("03", 1, 3); // AD_Org_ID=1, C_DocType_ID=3
//
// Setup expected result
// task 08958: we want the paged in the order of out print job line. i.e. two lines shall *not*
// be aggregated into one, just because they match.
// that is because we need a straight forward ordering and that is more important than
// minimizing the number of print jobs.
final byte[] pdfDataExpected =
new PdfCollator()
.addPages(helper.getPdf("01"), 1, 2)
.addPages(helper.getPdf("02"), 3, 4)
.addPages(helper.getPdf("03"), 5, 6)
.toByteArray();
final int printJobsCountExpected = 1;
//
// Execute Test
executeGenericTest(printJobsCountExpected, pdfDataExpected);
}
@Test
// this test calls other methods to execute the checkings
public void test_generic02() {
//
// Setup routings:
final I_AD_PrinterRouting printerRouting01 =
helper.createPrinterRouting("printer01", "tray01", -1, -1, -1);
printerRouting01.setAD_Org_ID(1);
// printerRouting01.setAD_User_ID(1);
printerRouting01.setC_DocType_ID(1);
helper.getDB().save(printerRouting01);
final I_AD_PrinterRouting printerRouting02 =
helper.createPrinterRouting("printer01", "tray01", -1, 10, 15);
printerRouting02.setAD_Org_ID(1);
// printerRouting02.setAD_User_ID(1);
printerRouting02.setC_DocType_ID(2);
helper.getDB().save(printerRouting02);
//
// Create printing queue
helper.addToPrintQueue("01", 1, 1); // AD_Org_ID=1, C_DocType_ID=1
helper.addToPrintQueue("02", 1, 2); // AD_Org_ID=1, C_DocType_ID=2
helper.addToPrintQueue("03", 1, 1); // AD_Org_ID=1, C_DocType_ID=1
//
// Setup expected result
final byte[] pdfDataExpected =
new PdfCollator()
.addPages(helper.getPdf("01"), 1, 20)
.addPages(helper.getPdf("02"), 10, 15)
.addPages(helper.getPdf("03"), 1, 20)
.toByteArray();
final int printJobsCountExpected = 1;
//
// Execute Test
executeGenericTest(printJobsCountExpected, pdfDataExpected);
}
@Test
public void test_TwoPrintJobs_SecondOneIsUsedBecauseFirstOneFails() {
//
// Setup routings
final I_AD_PrinterRouting routing1 =
helper.createPrinterRouting("printer01", "tray01", -1, -1, -1);
routing1.setAD_Org_ID(1);
helper.getDB().save(routing1);
final I_AD_PrinterRouting routing2 =
helper.createPrinterRouting("printer02", "tray01", -1, -1, -1);
routing2.setAD_Org_ID(2);
helper.getDB().save(routing2);
//
// Create printing queue
helper.addToPrintQueue("01", 1, -1); // AD_Org_ID=1, C_DocType_ID=N/A
helper.addToPrintQueue("02", 2, -1); // AD_Org_ID=2, C_DocType_ID=N/A
//
// Expect 2 print jobs to be created
final int printJobsCountActual = helper.createAllPrintJobs();
Assert.assertEquals("Invalid Print Jobs count", 2, printJobsCountActual);
final List<I_C_Print_Job> printJobs = helper.getDB().getRecords(I_C_Print_Job.class);
Assert.assertEquals("Invalid Print Jobs count in database", 2, printJobs.size());
// Validate PrintJob 1
final I_C_Print_Job printJob1 = printJobs.get(0);
{
final List<I_C_Print_Job_Line> lines =
IteratorUtils.toList(helper.getDAO().retrievePrintJobLines(printJob1));
Assert.assertEquals("Job1 - Only one line was expected for " + printJob1, 1, lines.size());
final I_C_Print_Job_Line line = lines.get(0);
final I_C_Print_Job_Detail detail = helper.getDAO().retrievePrintJobDetails(line).get(0);
Assert.assertEquals("Job1 - Invalid routing used", routing1, detail.getAD_PrinterRouting());
}
// Validate PrintJob 2
final I_C_Print_Job printJob2 = printJobs.get(1);
{
final List<I_C_Print_Job_Line> lines =
IteratorUtils.toList(helper.getDAO().retrievePrintJobLines(printJob2));
Assert.assertEquals("Job2 - Only one line was expected for " + printJob2, 1, lines.size());
final I_C_Print_Job_Line line = lines.get(0);
final I_C_Print_Job_Detail detail = helper.getDAO().retrievePrintJobDetails(line).get(0);
Assert.assertEquals("Job2 - Invalid routing used", routing2, detail.getAD_PrinterRouting());
}
//
// Everything is fine.... now drop the matching for printer01
// ... this shall produce errors when trying to generate the package for first print job
{
final I_AD_Printer_Matching matching =
helper.getDAO().retrievePrinterMatching(helper.getSessionHostKey(), routing1);
helper.getDB().delete(matching);
}
//
// Creating next package
// Expectations: printJob2 is used
helper.createNextPrintPackageAndTest(
printJob2, new PdfCollator().addPages(helper.getPdf("02"), 1, 20).toByteArray());
//
// Validate PrintJob1 Instructions
{
final I_C_Print_Job_Instructions instructions1 =
helper.getDAO().retrievePrintJobInstructionsForPrintJob(printJob1);
// task 09028: don't check for the host key..the user shall be able to print this wherever
// they are logged inAssert.assertEquals("Job1 instructions - Invalid HostKey",
// helper.getSessionHostKey(), instructions1.getHostKey());
// Assert.assertEquals("Job1 instructions - Invalid status",
// X_C_Print_Job_Instructions.STATUS_Error, instructions1.getStatus());
Assert.assertNotNull(
"Job1 instructions - Missing error message", instructions1.getErrorMsg());
}
//
// Validate PrintJob2 Instructions
{
final I_C_Print_Job_Instructions instructions2 =
helper.getDAO().retrievePrintJobInstructionsForPrintJob(printJob2);
// task 09028: don't check for the host key..the user shall be able to print this wherever
// they are logged in
// Assert.assertEquals("Job2 instructions - Invalid HostKey", helper.getSessionHostKey(),
// instructions2.getHostKey());
Assert.assertEquals(
"Job2 instructions - Invalid status",
X_C_Print_Job_Instructions.STATUS_Send,
instructions2.getStatus());
Assert.assertNull("Job2 instructions - Missing error message", instructions2.getErrorMsg());
}
//
// Recreate back the HW matching for printer01
helper.createPrinterConfigAndMatching(
helper.getSessionHostKey(), "printer01-hw-again", "tray01-hw-again", "printer01", "tray01");
//
// Job1 instructions, prepare it again
{
final I_C_Print_Job_Instructions instructions1 =
helper.getDAO().retrievePrintJobInstructionsForPrintJob(printJob1);
instructions1.setStatus(X_C_Print_Job_Instructions.STATUS_Pending);
instructions1.setErrorMsg(null);
InterfaceWrapperHelper.save(instructions1);
}
//
// Creating next package
// Expectations: printJob1 is used
{
helper.createNextPrintPackageAndTest(
printJob1, new PdfCollator().addPages(helper.getPdf("01"), 1, 20).toByteArray());
}
//
// Validate PrintJob2 Instructions
{
final I_C_Print_Job_Instructions instructions1 =
helper.getDAO().retrievePrintJobInstructionsForPrintJob(printJob1);
Assert.assertEquals(
"Job1 instructions - Invalid status",
X_C_Print_Job_Instructions.STATUS_Send,
instructions1.getStatus());
Assert.assertNull("Job1 instructions - Missing error message", instructions1.getErrorMsg());
}
//
// Final assumptions
assumePrintQueueProcessed();
assumePrintJobInstructions(X_C_Print_Job_Instructions.STATUS_Send); // everything is Send
assumePrintJobsProcessed();
helper.assumeNothingLocked();
}
