public void Patch(string id, [FromBody] MergePatchPhysicalInventoryDto value)
{
try {
PhysicalInventoriesControllerUtils.SetNullIdOrThrowOnInconsistentIds(id, value);
_physicalInventoryApplicationService.When(value as IMergePatchPhysicalInventory);
} catch (Exception ex) { var response = PhysicalInventoriesControllerUtils.GetErrorHttpResponseMessage(ex); throw new HttpResponseException(response); }
}
public IEnumerable <IPhysicalInventoryStateDto> GetAll(string sort = null, string fields = null, int firstResult = 0, int maxResults = int.MaxValue, string filter = null)
{
try {
IEnumerable <IPhysicalInventoryState> states = null;
if (!String.IsNullOrWhiteSpace(filter))
{
states = _physicalInventoryApplicationService.Get(CriterionDto.ToSubclass(JObject.Parse(filter).ToObject <CriterionDto>(), new ApiControllerTypeConverter(), new PropertyTypeResolver()
, n => (PhysicalInventoryMetadata.Instance.FilteringPropertyAliasDictionary.ContainsKey(n) ? PhysicalInventoryMetadata.Instance.FilteringPropertyAliasDictionary[n] : n))
, PhysicalInventoriesControllerUtils.GetQueryOrders(sort, QueryOrderSeparator), firstResult, maxResults);
}
else
{
states = _physicalInventoryApplicationService.Get(PhysicalInventoriesControllerUtils.GetQueryFilterDictionary(this.Request.GetQueryNameValuePairs())
, PhysicalInventoriesControllerUtils.GetQueryOrders(sort, QueryOrderSeparator), firstResult, maxResults);
}
var stateDtos = new List <IPhysicalInventoryStateDto>();
foreach (var s in states)
{
var dto = s is PhysicalInventoryStateDtoWrapper ? (PhysicalInventoryStateDtoWrapper)s : new PhysicalInventoryStateDtoWrapper(s);
if (String.IsNullOrWhiteSpace(fields))
{
dto.AllFieldsReturned = true;
}
else
{
dto.ReturnedFieldsString = fields;
}
stateDtos.Add(dto);
}
return(stateDtos);
} catch (Exception ex) { var response = PhysicalInventoriesControllerUtils.GetErrorHttpResponseMessage(ex); throw new HttpResponseException(response); }
}
public PhysicalInventoryStateCreatedOrMergePatchedOrDeletedDto GetStateEvent(string id, long version)
{
try {
var idObj = id;
var conv = new PhysicalInventoryStateEventDtoConverter();
var se = _physicalInventoryApplicationService.GetEvent(idObj, version);
return(se == null ? null : conv.ToPhysicalInventoryStateEventDto(se));
} catch (Exception ex) { var response = PhysicalInventoriesControllerUtils.GetErrorHttpResponseMessage(ex); throw new HttpResponseException(response); }
}
public IPhysicalInventoryLineStateDto GetPhysicalInventoryLine(string physicalInventoryDocumentNumber, string inventoryItemId)
{
try {
var state = (PhysicalInventoryLineState)_physicalInventoryApplicationService.GetPhysicalInventoryLine(physicalInventoryDocumentNumber, ((new ValueObjectTextFormatter <InventoryItemId>()).Parse(inventoryItemId)));
if (state == null)
{
return(null);
}
var stateDto = new PhysicalInventoryLineStateDtoWrapper(state);
stateDto.AllFieldsReturned = true;
return(stateDto);
} catch (Exception ex) { var response = PhysicalInventoriesControllerUtils.GetErrorHttpResponseMessage(ex); throw new HttpResponseException(response); }
}
public HttpResponseMessage Post([FromBody] CreatePhysicalInventoryDto value)
{
try {
if (value.DocumentNumber == default(string))
{
throw DomainError.Named("nullId", "Aggregate Id in cmd is null, aggregate name: {0}.", "PhysicalInventory");
}
_physicalInventoryApplicationService.When(value as ICreatePhysicalInventory);
var idObj = value.DocumentNumber;
return(Request.CreateResponse <string>(HttpStatusCode.Created, idObj));
} catch (Exception ex) { var response = PhysicalInventoriesControllerUtils.GetErrorHttpResponseMessage(ex); throw new HttpResponseException(response); }
}
public void DocumentAction(string id, [FromBody] PhysicalInventoryCommandDtos.DocumentActionRequestContent content)
{
try {
var cmd = content.ToDocumentAction();
var idObj = id;
if (cmd.DocumentNumber == null)
{
cmd.DocumentNumber = idObj;
}
else if (!cmd.DocumentNumber.Equals(idObj))
{
throw DomainError.Named("inconsistentId", "Argument Id {0} NOT equals body Id {1}", id, cmd.DocumentNumber);
}
_physicalInventoryApplicationService.When(cmd);
} catch (Exception ex) { var response = PhysicalInventoriesControllerUtils.GetErrorHttpResponseMessage(ex); throw new HttpResponseException(response); }
}
public long GetCount(string filter = null)
{
try
{
long count = 0;
if (!String.IsNullOrWhiteSpace(filter))
{
count = _physicalInventoryApplicationService.GetCount(CriterionDto.ToSubclass(JObject.Parse(filter).ToObject <CriterionDto>(), new ApiControllerTypeConverter(), new PropertyTypeResolver()
, n => (PhysicalInventoryMetadata.Instance.FilteringPropertyAliasDictionary.ContainsKey(n) ? PhysicalInventoryMetadata.Instance.FilteringPropertyAliasDictionary[n] : n)));
}
else
{
count = _physicalInventoryApplicationService.GetCount(PhysicalInventoriesControllerUtils.GetQueryFilterDictionary(this.Request.GetQueryNameValuePairs()));
}
return(count);
} catch (Exception ex) { var response = PhysicalInventoriesControllerUtils.GetErrorHttpResponseMessage(ex); throw new HttpResponseException(response); }
}
public IEnumerable <PropertyMetadataDto> GetMetadataFilteringFields()
{
try {
var filtering = new List <PropertyMetadataDto>();
foreach (var p in PhysicalInventoryMetadata.Instance.Properties)
{
if (p.IsFilteringProperty)
{
var pdto = new PropertyMetadataDto(p.Name, p.TypeName, p.IsFilteringProperty,
!String.IsNullOrWhiteSpace(p.SourceChainingName) ? p.SourceChainingName :
(!String.IsNullOrWhiteSpace(p.DerivedFrom) ? p.DerivedFrom : p.Name));
filtering.Add(pdto);
}
}
return(filtering);
} catch (Exception ex) { var response = PhysicalInventoriesControllerUtils.GetErrorHttpResponseMessage(ex); throw new HttpResponseException(response); }
}
public void Put(string id, [FromBody] CreateOrMergePatchOrDeletePhysicalInventoryDto value)
{
try {
// ///////////////////////////////
if (value.Version != default(long))
{
value.CommandType = CommandType.MergePatch;
PhysicalInventoriesControllerUtils.SetNullIdOrThrowOnInconsistentIds(id, value);
_physicalInventoryApplicationService.When(value as IMergePatchPhysicalInventory);
return;
}
// ///////////////////////////////
PhysicalInventoriesControllerUtils.SetNullIdOrThrowOnInconsistentIds(id, value);
_physicalInventoryApplicationService.When(value as ICreatePhysicalInventory);
} catch (Exception ex) { var response = PhysicalInventoriesControllerUtils.GetErrorHttpResponseMessage(ex); throw new HttpResponseException(response); }
}
public IEnumerable <IPhysicalInventoryLineStateDto> GetPhysicalInventoryLines(string physicalInventoryDocumentNumber)
{
try {
var states = _physicalInventoryApplicationService.GetPhysicalInventoryLines(physicalInventoryDocumentNumber);
if (states == null)
{
return(null);
}
var stateDtos = new List <IPhysicalInventoryLineStateDto>();
foreach (var s in states)
{
var dto = s is PhysicalInventoryLineStateDtoWrapper ? (PhysicalInventoryLineStateDtoWrapper)s : new PhysicalInventoryLineStateDtoWrapper((IPhysicalInventoryLineState)s);
dto.AllFieldsReturned = true;
stateDtos.Add(dto);
}
return(stateDtos);
} catch (Exception ex) { var response = PhysicalInventoriesControllerUtils.GetErrorHttpResponseMessage(ex); throw new HttpResponseException(response); }
}
public IPhysicalInventoryStateDto Get(string id, string fields = null)
{
try {
var idObj = id;
var state = _physicalInventoryApplicationService.Get(idObj);
if (state == null)
{
return(null);
}
var stateDto = new PhysicalInventoryStateDtoWrapper(state);
if (String.IsNullOrWhiteSpace(fields))
{
stateDto.AllFieldsReturned = true;
}
else
{
stateDto.ReturnedFieldsString = fields;
}
return(stateDto);
} catch (Exception ex) { var response = PhysicalInventoriesControllerUtils.GetErrorHttpResponseMessage(ex); throw new HttpResponseException(response); }
}