public async Task <List <GoodCellModel> > SearchComputersGoodCells(ComputersSelector computersSelector)
{
var normalParameters = _parametersCreator.GetComputersParameters(computersSelector)
.Append(_parametersCreator.CreateDiscriminatorParameter <Computer>()).ToArray();
var goodsDbInformation = await _context.GetGoodsDbInformation("GetComputers", normalParameters);
return(goodsDbInformation.GoodCells);
}
public ComputersInformationSearcherFactory(IGoodsInformationSearcher goodsInformationSearcher,
IGoodCellsSearcher goodCellsSearcher,
ICacheKeyCreator keyCreator,
ComputersSelector computersSelector)
{
_goodsInformationSearcher = goodsInformationSearcher;
_goodCellsSearcher = goodCellsSearcher;
_keyCreator = keyCreator;
_computersSelector = computersSelector;
}
public async Task <GoodsInformation <string> > SearchComputersInformation(ComputersSelector computersSelector)
{
var normalParameters = _parametersCreator.GetComputersParameters(computersSelector)
.Append(_parametersCreator.CreateDiscriminatorParameter <Computer>()).ToArray();
var goodsDbInformation = await _context.GetGoodsDbInformation("GetComputers", normalParameters);
var questions = _questionsGrouper.GroupComputers(computersSelector, goodsDbInformation.DBQuestions);
return(new GoodsInformation <string>(_parametersCreator.GetCount(normalParameters), goodsDbInformation.GoodCells, questions));
}
public List <SqlParameter> GetComputersParameters(ComputersSelector computersSelector)
{
List <SqlParameter> sqlParameters = new List <SqlParameter>();
sqlParameters.AddRange(GetComputerTechnologiesParameters(computersSelector));
if (computersSelector.AmountOfRAMs != null)
{
sqlParameters.Add(CreateAmountOfRAMParameter(computersSelector.AmountOfRAMs));
}
if (computersSelector.CPUFrequencies != null)
{
sqlParameters.Add(CreateCpuFrequenciesParameter(computersSelector.CPUFrequencies));
}
if (computersSelector.Length != null)
{
sqlParameters.Add(CreateLengthParameter(computersSelector.Length));
}
if (computersSelector.Height != null)
{
sqlParameters.Add(CreateHeightParameter(computersSelector.Height));
}
if (computersSelector.Width != null)
{
sqlParameters.Add(CreateWidthParameter(computersSelector.Width));
}
if (computersSelector.HaveFloppyDrives != null)
{
sqlParameters.Add(CreateHaveFloppyDrivesParameter(computersSelector.HaveFloppyDrives));
}
if (computersSelector.SSDMemory != null)
{
sqlParameters.Add(CreateSSDMemoryParameter(computersSelector.SSDMemory));
}
if (computersSelector.HardDiskMemory != null)
{
sqlParameters.Add(CreateHardDiskMemoryParameter(computersSelector.HardDiskMemory));
}
if (computersSelector.CPUSocketTypes != null)
{
sqlParameters.Add(CreateCPUSocketTypesParameter(computersSelector.CPUSocketTypes));
}
if (computersSelector.ComputerDriveTypes != null)
{
sqlParameters.Add(CreateComputerDriveTypesParameter(computersSelector.ComputerDriveTypes));
}
if (computersSelector.NumberOfCores != null)
{
sqlParameters.Add(CreateNumberOfCoresParameter(computersSelector.NumberOfCores));
}
if (computersSelector.FloppyDrivesCount != null && (computersSelector.HaveFloppyDrives == null || computersSelector.HaveFloppyDrives.Contains(true)))
{
sqlParameters.Add(CreateFloppyDrivesCountParameter(computersSelector.FloppyDrivesCount));
}
return(sqlParameters);
}
public List <QuestionsBase <string> > GroupComputers(ComputersSelector computersSelector, List <DBQuestionBase> dBQuestions)
{
var questions = new List <QuestionsBase <string> >()
{
_questionsCreator.GroupAmountOfRAMs(dBQuestions),
_questionsCreator.GroupCPUFrequencies(dBQuestions),
_questionsCreator.GroupHeight(dBQuestions),
_questionsCreator.GroupWidth(dBQuestions),
_questionsCreator.GroupLength(dBQuestions),
_questionsCreator.GroupHaveFloppyDrives(dBQuestions),
_questionsCreator.GroupSSDMemory(dBQuestions),
_questionsCreator.GroupHardDiskMemory(dBQuestions),
_questionsCreator.GroupCPUSocketTypes(dBQuestions),
_questionsCreator.GroupComputerDriveTypes(dBQuestions),
_questionsCreator.GroupNumberOfCores(dBQuestions)
};
if (computersSelector.HaveFloppyDrives == null || computersSelector.HaveFloppyDrives.Contains(true))
{
questions.Add(_questionsCreator.GroupFloppyDrivesCount(dBQuestions));
}
questions.AddRange(GroupComputerTechnologies(computersSelector, dBQuestions));
return(questions);
}
public async Task <GoodsInformation <string> > GetComputersInformation([FromBody] ComputersSelector computersSelector)
{
return(await _goodsInformationCreator.CreateGoodsInformation(computersSelector, new ComputersInformationSearcherFactory(_goodsInformationSearcher, _goodCellsSearcher, _keyCreator, computersSelector)));
}
