public void InsertProductAndValidHash()
{
// arrange
var hash = new HashEntityAgroSearch();
var productHash = hash.HashHeader(typeof(Product));
var productDict = new JsonDictionaryHeaders
{
index = 12,
sug = new Dictionary <int, string> {
{ 1, "GENERIC_NAME" }, { 14, "SAG_CODE" }
},
str = new Dictionary <int, string> {
{ 13, "GENERIC_CORRELATIVE" }
},
rel = new Dictionary <int, string> {
{ 7, "INGREDIENT" }, { 32, "BRAND" }
},
enm = new Dictionary <int, string> {
{ 0, "GENERIC_MEASURE_TYPE" }
},
};
var hashTestDict = Mdm.Reflection.Cripto.ComputeSha256Hash(JsonConvert.SerializeObject(productDict));
Assert.True(productHash.Equals(hashTestDict));
}
public void AddProductToSearch()
{
// assign
// hash operaciones para asignar hash de cabecera y modelo
var hash = new HashEntityAgroSearch();
var agroSearchOperation = new AgroSearch <GeoPointTs>(MockHelper.BaseSearch(), new SearchQueries(), new ImplementMock(), hash);
// producto input
var prd = AgroInputData.Product1;
// Convierte en objeto
var mapper = new MapperConfiguration(cfg => cfg.CreateMap <ProductInput, Product>());
var mapperLocal = mapper.CreateMapper();
var prdModel = mapperLocal.Map <Product>(prd);
// action
agroSearchOperation.AddDocument(prdModel);
// obtiene los elementos a guardar (entitySearchs)
var jsonElement = JsonConvert.DeserializeObject <EntityMockSearch[]>(agroSearchOperation.Queried.First().Value.First());
// hash de cabeceras de producto
var hh = hash.HashHeader(prdModel.GetType());
// hash del producto
var hm = hash.HashModel(prdModel);
// assert
// Confirma que los hash confirmen el valor.
Assert.True(jsonElement.FirstOrDefault().hm.Equals(hm) && jsonElement.FirstOrDefault().hh.Equals(hh));
}
