public void GetPartSuffixQuadDigitTest()
{
// smallest 4 digit edge case
suffix = PartSuffixGenerator.IndexToSuffix(17576);
Assert.AreEqual("BAAA", suffix);
// largest 4 digit edge case
suffix = PartSuffixGenerator.IndexToSuffix(456975);
Assert.AreEqual("ZZZZ", suffix);
}
public void SuffixToIndexDoubleCharTest()
{
var result = PartSuffixGenerator.SuffixToIndex("BA");
Assert.AreEqual(26, result);
result = PartSuffixGenerator.SuffixToIndex("BB");
Assert.AreEqual(27, result);
result = PartSuffixGenerator.SuffixToIndex("ZZ");
Assert.AreEqual(675, result);
}
public void SuffixToIndexSingleCharTest()
{
var result = PartSuffixGenerator.SuffixToIndex("A");
Assert.AreEqual(0, result);
result = PartSuffixGenerator.SuffixToIndex("B");
Assert.AreEqual(1, result);
result = PartSuffixGenerator.SuffixToIndex("Z");
Assert.AreEqual(25, result);
}
public void GetPartSuffixTripleDigitTest()
{
// smallest 3 digit edge case
suffix = PartSuffixGenerator.IndexToSuffix(676);
Assert.AreEqual("BAA", suffix);
suffix = PartSuffixGenerator.IndexToSuffix(677);
Assert.AreEqual("BAB", suffix);
// largest 3 digit edge case
suffix = PartSuffixGenerator.IndexToSuffix(17575);
Assert.AreEqual("ZZZ", suffix);
}
public void GetPartSuffixSingleDigit()
{
// smallest 1 digit valid edge case
suffix = PartSuffixGenerator.IndexToSuffix(0);
Assert.AreEqual("A", suffix);
suffix = PartSuffixGenerator.IndexToSuffix(1);
Assert.AreEqual("B", suffix);
// largest 1 digit edge case
suffix = PartSuffixGenerator.IndexToSuffix(25);
Assert.AreEqual("Z", suffix);
}
public void GetPartSuffixDoubleDigitTest()
{
// smallest 2 digit edge case
suffix = PartSuffixGenerator.IndexToSuffix(26);
Assert.AreEqual("BA", suffix);
suffix = PartSuffixGenerator.IndexToSuffix(27);
Assert.AreEqual("BB", suffix);
suffix = PartSuffixGenerator.IndexToSuffix(51);
Assert.AreEqual("BZ", suffix);
suffix = PartSuffixGenerator.IndexToSuffix(52);
Assert.AreEqual("CA", suffix);
suffix = PartSuffixGenerator.IndexToSuffix(53);
Assert.AreEqual("CB", suffix);
suffix = PartSuffixGenerator.IndexToSuffix(77);
Assert.AreEqual("CZ", suffix);
// larges 2 digit suffix
suffix = PartSuffixGenerator.IndexToSuffix(675);
Assert.AreEqual("ZZ", suffix);
}
public async Task <IActionResult> Initialize(WorkType workType, Guid id, [Bind("WorkItemId,WorkItem,StaticPartInfoId,NumPartsForWork,StartDate,CompleteDate,ProcessSheetNotesFile,WorkId")] WorkItemViewModel vm)
{
if (id != vm.WorkItemId)
{
return(NotFound());
}
ViewBag.WorkType = workType;
var resultList = await _repo.GetPartsForWorksWithPartInfo(vm.StaticPartInfoId);
var count = resultList.Count();
int max = 0;
foreach (PartForWork pForWork in resultList)
{
var temp = PartSuffixGenerator.SuffixToIndex(pForWork.Suffix);
if (temp > max)
{
max = temp;
}
}
if (ModelState.IsValid)
{
var workItem = await _repo.GetWorkItem(vm.WorkItemId);
workItem.StaticPartInfoId = vm.StaticPartInfoId;
workItem.StartDate = vm.StartDate;
workItem.InvoiceDate = vm.CompleteDate;
workItem.IsInitialized = true;
// look to see if this part/job already exists. If so, name suffix from that point
var existingBatch = await _repo.GetExistingPartBatch((Guid)workItem.WorkId);
var initCount = vm.NumPartsForWork;
vm.NumPartsForWork += existingBatch.Count();
// update the number of parts in each PartForJob
foreach (PartForWork part in existingBatch)
{
vm.NumPartsForWork += existingBatch.Count();
}
if (workItem.ProcessSheetNotesFile != null)
{
workItem.ProcessSheetNotesPdfBytes = await FileURL.GetFileBytes(workItem.ProcessSheetNotesFile);
}
// create each part for the part batch
for (int i = count; i < initCount + count; i++)
{
try
{
var tempPartForWork = new PartForWork {
PartForWorkId = Guid.NewGuid(), WorkItemId = workItem.WorkItemId,
};
tempPartForWork.Suffix = Utility.PartSuffixGenerator.IndexToSuffix(i);
tempPartForWork.PartForWorkId = Guid.NewGuid();
SetUIDs();
await _repo.AddPartForWork(tempPartForWork);
}
catch (Exception ex) { ex.ToString(); continue; }
}
await _repo.UpdateWorkItem(workItem);
return(RedirectToAction("Index", "WorkItems", new { workType = workType, workId = workItem.WorkId }));
}
return(View(vm));
}
public void GetPartSuffixInvalidTest()
{
// null when invalid integer as param
Assert.IsNull(PartSuffixGenerator.IndexToSuffix(-1));
}
