public ActionResult Index(string processorTypeResult, string processorClockSpeedResult, string processorCoresResult, string memorySlotsResult, string memorySpeedResult, string graphicCardSpeedResult, string graphicCardTypeResult,
string hardDriveTypeResult, string hardDriveCapacityResult, string hardDriveRpmResult, string opticalDriveCategoryResult, string systemUnitFormfactorResult)
{
var searchResults = new SearchPropertiesModel();
searchResults.processorType = processorTypeResult;
searchResults.processorClockSpeed = processorClockSpeedResult;
searchResults.processorcores = processorCoresResult;
searchResults.memorySlots = memorySlotsResult;
searchResults.memorySpeed = memorySpeedResult;
searchResults.graphicCardSpeed = graphicCardSpeedResult;
searchResults.graphicCardType = graphicCardTypeResult;
searchResults.hardDrivetype = hardDriveTypeResult;
searchResults.hardDriveCapacity = hardDriveCapacityResult;
searchResults.opticalDriveCategory = opticalDriveCategoryResult;
searchResults.systemUnitFormfactor = systemUnitFormfactorResult;
db.SearchPropertiesModels.Add(searchResults);
db.SaveChanges();
matcher = new MatcherMainProgram(searchResults);
matcher.runMatcherProgram();
TempData["results"] = matcher;
return(RedirectToAction("About"));
}
public ActionResult DeleteConfirmed(int id)
{
SearchPropertiesModel searchPropertiesModel = db.SearchPropertiesModels.Find(id);
db.SearchPropertiesModels.Remove(searchPropertiesModel);
db.SaveChanges();
return(RedirectToAction("Index"));
}
public ActionResult Edit([Bind(Include = "ID,processorType,processorClockSpeed,processorcores,memorySlots,memorySpeed,graphicCardSpeed,graphicCardType,hardDrivetype,hardDriveCapacity,opticalDriveCategory,systemUnitFormfactor")] SearchPropertiesModel searchPropertiesModel)
{
if (ModelState.IsValid)
{
db.Entry(searchPropertiesModel).State = EntityState.Modified;
db.SaveChanges();
return(RedirectToAction("Index"));
}
return(View(searchPropertiesModel));
}
// GET: SearchPropertiesModels2/Delete/5
public ActionResult Delete(int?id)
{
if (id == null)
{
return(new HttpStatusCodeResult(HttpStatusCode.BadRequest));
}
SearchPropertiesModel searchPropertiesModel = db.SearchPropertiesModels.Find(id);
if (searchPropertiesModel == null)
{
return(HttpNotFound());
}
return(View(searchPropertiesModel));
}
public MatcherMainProgram(SearchPropertiesModel spm)
{
this.searchPropertiesModel = spm;
initiateComponentsList();
}
public void runAllQuery(SearchPropertiesModel searchPropertiesModel, List <Motherboard> listMotherboard, List <Processor> listProcessor, List <RAM> listRAM, List <OpticalDrive> listOpticalDrive,
List <HardDrive> listHardDrive, List <GraphicCard> listGraphicCard, List <ProcessorCooler> listProcessorCooler,
List <PowerSupply> listPowerSupply, List <ComputerCase> listComputerCase)
{
//Create objects With the properties needed to run the queries.
Motherboard motherboardNode = new Motherboard();
motherboardNode.Geheugenslots = searchPropertiesModel.memorySlots;
Processor processorNode = new Processor();
processorNode.Cores = searchPropertiesModel.processorcores;
processorNode.Model = searchPropertiesModel.processorType;
processorNode.MinimumKloksnelheid = processorNode.setMinimumRange(searchPropertiesModel.processorClockSpeed);
processorNode.MaximumKloksnelheid = processorNode.setMaximumRange(searchPropertiesModel.processorClockSpeed);
RAM ramNode = new RAM();
ramNode.Geheugenslots = searchPropertiesModel.memorySlots;
ramNode.Geheugen = searchPropertiesModel.memorySpeed;
HardDrive hardDriveNode = new HardDrive();
hardDriveNode.Soort = searchPropertiesModel.hardDrivetype;
hardDriveNode.MinimumOpslag = hardDriveNode.setMinimumRange(searchPropertiesModel.hardDriveCapacity);
hardDriveNode.MaximumOpslag = hardDriveNode.setMaximumRange(searchPropertiesModel.hardDriveCapacity);
GraphicCard graphicCardNode = new GraphicCard();
graphicCardNode.Videogeheugen = searchPropertiesModel.graphicCardSpeed;
graphicCardNode.Typegeheugen = searchPropertiesModel.graphicCardType;
OpticalDrive opticalDriveNode = new OpticalDrive();
opticalDriveNode.Categorie = searchPropertiesModel.opticalDriveCategory;
//Check if the cpu
if ((isMotherboardPropertiesFilled(motherboardNode)) && (isRAMPropertiesFilled(ramNode)) && (isCPUPropertiesFilled(processorNode)))
{
queryReadMotherboard(motherboardNode, processorNode, ramNode, listMotherboard);
queryReadProcessor(motherboardNode, processorNode, ramNode, listProcessor);
queryReadRAM(motherboardNode, processorNode, ramNode, listRAM);
}
else if (isCPUPropertiesFilled(processorNode))
{
if (isMotherboardPropertiesFilled(motherboardNode))
{
//Run Query with CPU and Motherboard defined
queryReadProcessorMotherboardDefined(processorNode, motherboardNode, listProcessor, listMotherboard, listRAM);
}
else if (isRAMPropertiesFilled(ramNode))
{
//Run Query with CPU and RAM defined
queryReadProcessorRAMDefined(processorNode, ramNode, listProcessor, listMotherboard, listRAM);
}
else
{
//Run Query with CPU only defined.
queryReadProcessorOnlyDefined(processorNode, listProcessor, listMotherboard, listRAM);
}
}
else
{
//Abort operation.
}
//Run all the queries necesary to retrieve the nodes
/*
* queryReadMotherboard(motherboardNode, processorNode, ramNode, listMotherboard);
* queryReadProcessor(motherboardNode, processorNode, ramNode, listProcessor);
* queryReadRAM(motherboardNode, processorNode, ramNode, listRAM);
*/
queryReadComputerCase(motherboardNode, processorNode, listComputerCase);
queryReadHardDrive(hardDriveNode, listHardDrive);
queryReadGraphicCard(graphicCardNode, listGraphicCard);
queryReadOpticalDrive(opticalDriveNode, listOpticalDrive);
queryReadCooler(processorNode, listProcessorCooler);
queryReadPowerSupply(listPowerSupply);
}
