public async Task <List <GoodCellModel> > SearchCPUsGoodCells(CPUsSelector cpusSelector)
{
var normalParameters = _parametersCreator.GetCPUsParameters(cpusSelector)
.Append(_parametersCreator.CreateDiscriminatorParameter <CPU>()).ToArray();
var goodsDbInformation = await _context.GetGoodsDbInformation("GetCPUs", normalParameters);
return(goodsDbInformation.GoodCells);
}
public CPUsInformationSearcherFactory(IGoodsInformationSearcher goodsInformationSearcher,
IGoodCellsSearcher goodCellsSearcher,
ICacheKeyCreator keyCreator,
CPUsSelector cpusSelector)
{
_goodsInformationSearcher = goodsInformationSearcher;
_goodCellsSearcher = goodCellsSearcher;
_keyCreator = keyCreator;
_cpusSelector = cpusSelector;
}
public async Task <GoodsInformation <string> > SearchCPUsInformation(CPUsSelector cpusSelector)
{
var normalParameters = _parametersCreator.GetCPUsParameters(cpusSelector)
.Append(_parametersCreator.CreateDiscriminatorParameter <CPU>()).ToArray();
var goodsDbInformation = await _context.GetGoodsDbInformation("GetCPUs", normalParameters);
var questions = _questionsGrouper.GroupCPUs(cpusSelector, goodsDbInformation.DBQuestions);
return(new GoodsInformation <string>(_parametersCreator.GetCount(normalParameters), goodsDbInformation.GoodCells, questions));
}
public List <QuestionsBase <string> > GroupCPUs(CPUsSelector cpusSelector, List <DBQuestionBase> dBQuestions)
{
var questions = new List <QuestionsBase <string> >()
{
_questionsCreator.GroupCPUSocketTypes(dBQuestions),
_questionsCreator.GroupThermalDesignPowers(dBQuestions),
_questionsCreator.GroupNumberOfCores(dBQuestions),
_questionsCreator.GroupNumberOfThreads(dBQuestions),
};
questions.AddRange(GroupComputerParts(cpusSelector, dBQuestions));
return(questions);
}
public List <SqlParameter> GetCPUsParameters(CPUsSelector cpusSelector)
{
List <SqlParameter> sqlParameters = new List <SqlParameter>();
sqlParameters.AddRange(GetComputerPartsParameters(cpusSelector));
if (cpusSelector.CPUSocketTypes != null)
{
sqlParameters.Add(CreateCPUSocketTypesParameter(cpusSelector.CPUSocketTypes));
}
if (cpusSelector.ThermalDesignPowers != null)
{
sqlParameters.Add(CreateThermalDesignPowersParameter(cpusSelector.ThermalDesignPowers));
}
if (cpusSelector.NumberOfCores != null)
{
sqlParameters.Add(CreateNumberOfCoresParameter(cpusSelector.NumberOfCores));
}
if (cpusSelector.NumberOfThreads != null)
{
sqlParameters.Add(CreateNumberOfThreadsParameter(cpusSelector.NumberOfThreads));
}
return(sqlParameters);
}
public async Task <GoodsInformation <string> > GetCPUsInformation([FromBody] CPUsSelector cpusSelector)
{
return(await _goodsInformationCreator.CreateGoodsInformation(cpusSelector, new CPUsInformationSearcherFactory(_goodsInformationSearcher, _goodCellsSearcher, _keyCreator, cpusSelector)));
}
