public async Task SeedAsync(DataSeedContext context)
{
/* Instead of returning the Task.CompletedTask, you can insert your test data
* at this point!
*/
var fdName = new FieldDefinition(DynamicEntityTestConsts.FieldDefinitionNameId, "name", "Name", FieldDataType.Text);
await _fieldDefinitionRepository.InsertAsync(fdName);
var fdPrice = new FieldDefinition(DynamicEntityTestConsts.FieldDefinitionPriceId, "price", "Price", FieldDataType.Number);
await _fieldDefinitionRepository.InsertAsync(fdPrice);
var mdBook = new ModelDefinition(DynamicEntityTestConsts.ModelDefinitionBookId, "book", "Book", "DynamicEntity.Book", new PermissionSetValueObject());
mdBook.AddField(fdPrice, 2);
mdBook.AddField(fdName, 1);
await _modelDefinitionRepository.InsertAsync(mdBook);
var deBook1 = new DynamicEntities.DynamicEntity(DynamicEntityTestConsts.DynamicEntityBook1Id, context.TenantId, mdBook.Id);
deBook1.SetProperty("name", "Book1");
deBook1.SetProperty("price", 100.00f);
await _dynamicEntityRepository.InsertAsync(deBook1);
var deBook2 = new DynamicEntities.DynamicEntity(DynamicEntityTestConsts.DynamicEntityBook2Id, context.TenantId, mdBook.Id);
deBook2.SetProperty("name", "Book2");
deBook2.SetProperty("price", 200.00f);
await _dynamicEntityRepository.InsertAsync(deBook2);
}
public async Task SeedAsync(DataSeedContext context)
{
/* Instead of returning the Task.CompletedTask, you can insert your test data
* at this point!
*/
var fdName = new FieldDefinition(_guidGenerator.Create(), "name", "Name", "string");
await _fieldDefinitionRepository.InsertAsync(fdName);
var fdPrice = new FieldDefinition(_guidGenerator.Create(), "price", "Price", "number");
await _fieldDefinitionRepository.InsertAsync(fdPrice);
var mdBook = new ModelDefinition(_guidGenerator.Create(), "book", "Book", "DynamicEntity.Book");
mdBook.AddField(fdPrice.Id, 2);
mdBook.AddField(fdName.Id, 1);
await _modelDefinitionRepository.InsertAsync(mdBook);
var deBook1 = new DynamicEntities.DynamicEntity(_guidGenerator.Create());
deBook1.SetModelDefinition(mdBook.Id);
deBook1.SetProperty("name", "Book1");
deBook1.SetProperty("price", 100.00f);
await _dynamicEntityRepository.InsertAsync(deBook1);
var deBook2 = new DynamicEntities.DynamicEntity(_guidGenerator.Create());
deBook2.SetModelDefinition(mdBook.Id);
deBook2.SetProperty("name", "Book2");
deBook2.SetProperty("price", 200.00f);
await _dynamicEntityRepository.InsertAsync(deBook2);
}
public async Task SeedAsync(DataSeedContext context)
{
var fdPrice = await _fieldDefinitionRepository.FindAsync(fd => fd.Name == "price");
if (fdPrice == null)
{
fdPrice = await _fieldDefinitionRepository.InsertAsync(new FieldDefinition(_guidGenerator.Create(), "price", "Price", "number"));
}
var fdCpu = await _fieldDefinitionRepository.FindAsync(fd => fd.Name == "CPU");
if (fdCpu == null)
{
fdCpu = await _fieldDefinitionRepository.InsertAsync(new FieldDefinition(_guidGenerator.Create(), "cpu", "CPU", "string"));
}
var fdRam = await _fieldDefinitionRepository.FindAsync(fd => fd.Name == "ram");
if (fdRam == null)
{
fdRam = await _fieldDefinitionRepository.InsertAsync(new FieldDefinition(_guidGenerator.Create(), "ram", "RAM", "string"));
}
var mdComputer = await _modelDefinitionRepository.FindAsync(md => md.Name == "computer");
if (mdComputer == null)
{
mdComputer = new ModelDefinition(_guidGenerator.Create(), "computer", "Computer", "DynamicEntitySample.Computer");
mdComputer.AddField(fdCpu.Id, 1);
mdComputer.AddField(fdRam.Id, 2);
mdComputer.AddField(fdPrice.Id, 3);
await _modelDefinitionRepository.InsertAsync(mdComputer);
}
var deComputer = await _dynamicEntityRepository.FindAsync(de => de.ModelDefinitionId == mdComputer.Id);
if (deComputer == null)
{
var cpus = new[] { "Intel I3", "Intel I5", "Intel I7", "Intel I9" };
var rams = new[] { "4GB", "8GB", "16GB", "32GB" };
var prices = new[] { "999", "1999", "2999", "3999" };
var rnd = new Random();
for (int i = 0; i < 30000; i++)
{
var entity = new DynamicEntity(_guidGenerator.Create()).SetModelDefinition(mdComputer.Id);
entity.SetProperty("cpu", cpus[rnd.Next() % cpus.Length]);
entity.SetProperty("ram", rams[rnd.Next() % rams.Length]);
entity.SetProperty("price", prices[rnd.Next() % prices.Length]);
await _dynamicEntityRepository.InsertAsync(entity);
}
}
}
public override async Task <DynamicEntityDto> CreateAsync(CreateDynamicEntityDto input)
{
var entity = new DynamicEntity(GuidGenerator.Create(), CurrentTenant.Id, input.ModelDefinitionId);
var modelDefinition = await GetModelDefinitionAsync(entity.ModelDefinitionId);
foreach (var extraProperty in input.ExtraProperties.Where(x =>
modelDefinition.Fields.Select(y => y.FieldDefinition.Name.ToCamelCase()).Contains(x.Key.ToCamelCase())))
{
entity.SetProperty(extraProperty.Key, extraProperty.Value);
}
await AuthorizationService.CheckAsync(new DynamicEntityOperationInfoModel(modelDefinition, entity),
new DynamicEntityOperationAuthorizationRequirement(DynamicEntityOperationAuthorizationRequirement
.CreateName));
await _repository.InsertAsync(entity, true);
return(await MapToGetOutputDtoAsync(entity));
}
public async Task SeedAsync(DataSeedContext context)
{
var fdPrice = await _fieldDefinitionRepository.FindAsync(fd => fd.Name == "Price");
if (fdPrice == null)
{
fdPrice = await _fieldDefinitionRepository.InsertAsync(new FieldDefinition(_guidGenerator.Create(), "Price", "Price", FieldDataType.Number));
}
var fdCpu = await _fieldDefinitionRepository.FindAsync(fd => fd.Name == "Cpu");
if (fdCpu == null)
{
fdCpu = await _fieldDefinitionRepository.InsertAsync(new FieldDefinition(_guidGenerator.Create(), "Cpu", "Cpu", FieldDataType.Text));
}
var fdRam = await _fieldDefinitionRepository.FindAsync(fd => fd.Name == "Ram");
if (fdRam == null)
{
fdRam = await _fieldDefinitionRepository.InsertAsync(new FieldDefinition(_guidGenerator.Create(), "Ram", "Ram", FieldDataType.Text));
}
var mdComputer = await _modelDefinitionRepository.FindAsync(md => md.Name == "Computer");
if (mdComputer == null)
{
const string permissionPrefix = DynamicEntityConsts.DynamicPermissionPrefix;
var permissionSet = new PermissionSetValueObject(
get: (await GetOrCreatePermissionAsync($"{permissionPrefix}.Computer")).Name,
getList: (await GetOrCreatePermissionAsync($"{permissionPrefix}.Computer")).Name,
create: (await GetOrCreatePermissionAsync($"{permissionPrefix}.Computer.Create")).Name,
update: (await GetOrCreatePermissionAsync($"{permissionPrefix}.Computer.Update")).Name,
delete: (await GetOrCreatePermissionAsync($"{permissionPrefix}.Computer.Delete")).Name
);
mdComputer = new ModelDefinition(_guidGenerator.Create(), "Computer", "Computer", "DynamicEntitySample.Computer", permissionSet);
mdComputer.AddField(fdCpu, 1);
mdComputer.AddField(fdRam, 2);
mdComputer.AddField(fdPrice, 3);
await _modelDefinitionRepository.InsertAsync(mdComputer);
}
var deComputer = await _dynamicEntityRepository.FirstOrDefaultAsync(de => de.ModelDefinitionId == mdComputer.Id);
if (deComputer == null)
{
var cpus = new[] { "Intel I3", "Intel I5", "Intel I7", "Intel I9" };
var rams = new[] { "4GB", "8GB", "16GB", "32GB" };
var prices = new[] { "999", "1999", "2999", "3999" };
var rnd = new Random();
for (int i = 0; i < 300; i++)
{
var entity = new DynamicEntity(_guidGenerator.Create(), context.TenantId, mdComputer.Id);
entity.SetProperty("Cpu", cpus[rnd.Next() % cpus.Length]);
entity.SetProperty("Ram", rams[rnd.Next() % rams.Length]);
entity.SetProperty("Price", prices[rnd.Next() % prices.Length]);
await _dynamicEntityRepository.InsertAsync(entity);
}
}
}