public async Task MultipleRulesWithFallback()
{
contexts = ContextCreator.Create("device", "1", Tuple.Create("SomeDeviceProp", JsonValue.NewNumber(5)));
paths = new[] { "abc/somepath" };
rules = new Dictionary <string, RuleDefinition>
{
["abc/somepath"] = JPadGenerator.New().AddSingleVariantRule(matcher: JsonConvert.SerializeObject(new MatcherData()
{
{ "device.SomeDeviceProp", 10 }
}), value: "BadValue")
.AddSingleVariantRule(matcher: JsonConvert.SerializeObject(new Dictionary <string, object>()
{
{ "device.SomeDeviceProp", 5 }
}), value: "SomeValue").Generate(),
};
await Run(async (tweek, context) =>
{
var val = await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
new Identity("device", "1")
}, context);
Assert.Equal("SomeValue", val["abc/somepath"].Value.AsString());
});
}
public async Task CalculateFilterByMatcherWithMultiIdentities()
{
contexts = ContextCreator.Merge(
ContextCreator.Create("user", "1", Tuple.Create("SomeUserProp", JsonValue.NewNumber(10))),
ContextCreator.Create("device", "1", Tuple.Create("SomeDeviceProp", JsonValue.NewNumber(5))));
paths = new[] { "abc/somepath" };
rules = new Dictionary <string, RuleDefinition>
{
["abc/somepath"] = JPadGenerator.New().AddSingleVariantRule(matcher: JsonConvert.SerializeObject(new MatcherData
{
["device.SomeDeviceProp"] = 5,
["user.SomeUserProp"] = 10
}), value: "SomeValue").Generate()
};
await Run(async (tweek, context) =>
{
var val = await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
new Identity("device", "1")
}, context);
Assert.Equal(0, val.Count);
val = await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
new Identity("user", "1")
}, context);
Assert.Equal(0, val.Count);
val = await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
new Identity("device", "1"), new Identity("user", "1")
}, context);
Assert.Equal("SomeValue", val["abc/somepath"].Value.AsString());
});
}
public static void PlayIfPresent(this Effect effect, ContextCreator contextCreator)
{
if (effect != null)
{
effect.Play(contextCreator());
}
}
public async Task CalculateWithMultiVariant()
{
contexts = ContextCreator.Create("device", "1", Tuple.Create("SomeDeviceProp", JsonValue.NewNumber(5)));
paths = new[] { "abc/somepath" };
rules = new Dictionary <string, RuleDefinition>()
{
["abc/somepath"] =
JPadGenerator.New()
.AddMultiVariantRule(matcher: JsonConvert.SerializeObject(new Dictionary <string, object>()
{
{ "device.SomeDeviceProp", 5 }
}), valueDistrubtions: JsonConvert.SerializeObject(new
{
type = "bernoulliTrial",
args = 0.5
}), ownerType: "device").Generate()
};
await Run(async (tweek, context) =>
{
var val = await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
}, context);
Assert.Equal(0, val.Count);
val = await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
new Identity("device", "1")
}, context);
Assert.True(val["abc/somepath"].Value.AsString() == "true" || val["abc/somepath"].Value.AsString() == "false");
await Task.WhenAll(Enumerable.Range(0, 10).Select(async x =>
{
Assert.Equal((await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
new Identity("device", "1")
}, context))["abc/somepath"].Value, val["abc/somepath"].Value);
}));
});
}
public ActionResult ManagePassword(string s)
{
string oldPass = Request.Form["oldPass"];
string newPass = Request.Form["newPass"];
string confirmPass = Request.Form["confirmPass"];
if (!System.Text.RegularExpressions.Regex.IsMatch(newPass, "^(?=.*[a-z])(?=.*[A-Z])(?=.*\\d)[a-zA-Z\\d]{8,}$"))
{
Session["Error"] = "رمز عبور میبایست به طول ۸ و شامل حروف کوچک، بزرگ و اعداد باشد.";
return(RedirectToAction("ManagePassword", "Account"));
}
if (!newPass.Equals(confirmPass))
{
Session["Error"] = "رمزعبور جدید با تکرار آن مطابقت ندارد";
return(RedirectToAction("ManagePassword", "Account"));
}
User user = Utilities.CommonUtilities.GetUser();
if (!user.Password.Equals(oldPass))
{
Session["Error"] = "رمز عبور فعلی اشتباه است.";
return(RedirectToAction("ManagePassword", "Account"));
}
PoliceContext ctn = ContextCreator.GetInstance().GetContext();
User userUpdate = ctn.Users.FirstOrDefault(u => u.Username.Equals(user.Username));
if (userUpdate != null)
{
userUpdate.Password = newPass;
}
ctn.SaveChanges();
Session["Information"] = "رمز با موفقیت تغییر کرد.";
return(RedirectToAction("MessagePage", "Default"));
}
public bool GetListOfAvailableGFunc(out List <int> availableGfuncList, out string errMsg)
{
errMsg = "";
availableGfuncList = new List <int>();
using (var dc = ContextCreator.GetEntityContext())
{
var q = dc.E_MILLPLUS_AVAILABLE_G_FUNCTIONS
.Select(s => s.G_FUNC);
try
{
availableGfuncList = q.ToList();
}
catch (EntityException)
{
errMsg = Resources.DBConnectionProblem;
return(false);
}
catch (InvalidOperationException exp)
{
errMsg = exp.Message;
return(false);
}
if (availableGfuncList.Count == 0)
{
errMsg = "Не найден список поддерживаемых функций";
return(false);
}
return(true);
}
}
public async Task RuleUsingTimeBasedOperators()
{
contexts = ContextCreator.Merge(
ContextCreator.Create("device", "1", Tuple.Create("birthday", JsonValue.NewString(DateTime.UtcNow.AddDays(-2).ToString("u")))),
ContextCreator.Create("device", "2", Tuple.Create("birthday", JsonValue.NewString(DateTime.UtcNow.AddDays(-5).ToString("u")))));
paths = new[] { "abc/somepath" };
rules = new Dictionary <string, RuleDefinition>()
{
["abc/somepath"] =
JPadGenerator.New()
.AddSingleVariantRule(JsonConvert.SerializeObject(new Dictionary <string, object>()
{
{ "Device.birthday", new Dictionary <string, object>()
{
{ "$withinTime", "3d" }
} }
}), value: "true")
.AddSingleVariantRule(JsonConvert.SerializeObject(new {}), value: "false")
.Generate()
};
await Run(async (tweek, context) =>
{
var val = await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
new Identity("device", "1")
}, context);
Assert.Equal("true", val["abc/somepath"].Value.AsString());
val = await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
new Identity("device", "2")
}, context);
Assert.Equal("false", val["abc/somepath"].Value.AsString());
});
}
public async Task CalculateWithFixedValue()
{
contexts = ContextCreator.Merge(ContextCreator.Create("device", "1", Tuple.Create("@fixed:abc/somepath", JsonValue.NewString("FixedValue"))),
ContextCreator.Create("device", "2", Tuple.Create("SomeDeviceProp", JsonValue.NewNumber(5))),
ContextCreator.Create("device", "3", Tuple.Create("SomeDeviceProp", JsonValue.NewNumber(5)), Tuple.Create("@fixed:abc/somepath", JsonValue.NewString("FixedValue"))));
paths = new[] { "abc/somepath" };
rules = new Dictionary <string, RuleDefinition>()
{
["abc/somepath"] = JPadGenerator.New().AddSingleVariantRule(matcher: JsonConvert.SerializeObject(new Dictionary <string, object>()
{
{ "device.SomeDeviceProp", 5 }
}), value: "RuleBasedValue").Generate()
};
await Run(async (tweek, context) =>
{
var val = await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
new Identity("device", "1")
}, context);
Assert.Equal("FixedValue", val["abc/somepath"].Value.AsString());
val = await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
new Identity("device", "2")
}, context);
Assert.Equal("RuleBasedValue", val["abc/somepath"].Value.AsString());
val = await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
new Identity("device", "3")
}, context);
Assert.Equal("FixedValue", val["abc/somepath"].Value.AsString());
});
}
public void Report_ShouldRenderDefaultView_WhenCalled()
{
// Arrange
var mockedDbContext = ContextCreator.CreateMockedApllicationDbContext();
var mockedLiteDbContext = new Mock <IClubContext>();
var controller = new TournamentController(mockedDbContext.Object, mockedLiteDbContext.Object);
// Act & Assert
Assert.IsInstanceOf <ViewAsPdf>(controller.ReportTournament(3));
}
public void Constructor_ShouldCreateController_WhenValuesArePassed()
{
var mockedDbContext = ContextCreator.CreateMockedApllicationDbContext();
var mockedLiteDbContext = new Mock <IClubContext>();
var controller = new HomeController(mockedDbContext.Object, mockedLiteDbContext.Object);
// Act & Assert
Assert.IsInstanceOf <HomeController>(controller);
Assert.AreSame(controller.Db, mockedDbContext.Object);
Assert.AreSame(controller.LiteDb, mockedLiteDbContext.Object);
}
public void Delete_ShouldRedirectToTurnament_WhenNullProvided()
{
// Arrange
var mockedDbContext = ContextCreator.CreateMockedApllicationDbContext();
var mockedLiteDbContext = new Mock <IClubContext>();
var controller = new TournamentController(mockedDbContext.Object, mockedLiteDbContext.Object);
// Act & Assert
controller.WithCallTo(x => x.DeleteTournament(33))
.ShouldRedirectTo(x => x.Tournaments);
}
public void Delete_ShouldRenderDefaultView_WhenCalled()
{
// Arrange
var mockedDbContext = ContextCreator.CreateMockedApllicationDbContext();
var mockedLiteDbContext = new Mock <IClubContext>();
var controller = new TournamentController(mockedDbContext.Object, mockedLiteDbContext.Object);
// Act & Assert
controller.WithCallTo(x => x.DeleteTournament(3))
.ShouldRenderDefaultView();
}
public void AddTournament_ShouldReturn_WhenNullIsPassed()
{
// Arrange
var mockedDbContext = ContextCreator.CreateMockedApllicationDbContext();
var mockedLiteDbContext = new Mock <IClubContext>();
var controller = new TournamentController(mockedDbContext.Object, mockedLiteDbContext.Object);
// Act & Assert
controller.WithCallTo(x => x.AddTournament(null))
.ShouldRenderDefaultView();
}
public void Players_ShouldReturnViewResult_WhenCalled()
{
// Arrange
var mockedDbContext = ContextCreator.CreateMockedApllicationDbContext();
var mockedLiteDbContext = new Mock <IClubContext>();
var controller = new PlayerController(mockedDbContext.Object, mockedLiteDbContext.Object);
// Act & Assert
controller.WithCallTo(x => x.Players())
.ShouldRenderDefaultView()
.WithModel <PlayersViewModel>();
}
public void Tournament_ShouldReturnUpcomingPassedTournamentsViewModel_WhenCalled()
{
// Arrange
var mockedDbContext = ContextCreator.CreateMockedApllicationDbContext();
var mockedLiteDbContext = new Mock <IClubContext>();
var controller = new TournamentController(mockedDbContext.Object, mockedLiteDbContext.Object);
// Act & Assert
controller.WithCallTo(x => x.Tournaments())
.ShouldRenderDefaultView()
.WithModel <UpcomingPassedTournamentsViewModel>();
}
public void testInit()
{
//SqlConnection connection = new SqlConnection(connectionString);
//var context = new ConnectionContext(connection, true
ContextCreator.Intialize();
var context = ContextCreator.GetContext();
myUow = new UnitOfWorkDapper <ConnectionContext>(context);
Dictionary <string, Type> fieldIdName = new Dictionary <string, Type>();
fieldIdName.Add("id", typeof(int));
this.MyCarsRepository = new InternalRepository <Car, ConnectionContext>(myUow, tablename, fieldIdName);
}
public void DeleteTournamentConfirmed_ShouldRedirectWithCallingSaveChanges_WhenCalled()
{
// Arrange
var mockedDbContext = ContextCreator.CreateMockedApllicationDbContext();
var mockedLiteDbContext = new Mock <IClubContext>();
var controller = new TournamentController(mockedDbContext.Object, mockedLiteDbContext.Object);
// Act & Assert
controller.WithCallTo(x => x.DeleteTournamentConfirmed(3))
.ShouldRedirectTo(x => x.Tournaments);
mockedDbContext.Verify(x => x.SaveChanges(), Times.Exactly(1));
}
void clearLuaRef()
{
foreach (var kv in detachs)
{
kv.Value();
}
detachs.Clear();
detachs = null;
options = null;
attach = null;
reload = null;
creator = null;
commandSetter = null;
exportSetter = null;
}
public object Clone()
{
PoliceContext contex = ContextCreator.GetInstance().GetContext();
DbSet set = contex.Set(this.GetType());
AbstractEntity clonedEntity = set.Find(this.Id) as AbstractEntity;
contex.Entry(clonedEntity).State = EntityState.Detached;
if (clonedEntity == null)
{
//TODO
//throw new UserInterfaceException(27701, String.Format("امکان کپی کردن {0} با شناسه ی {1} وجود ندارد، لطفا با بخش پشتیبانی تماس بگیرید.", this.GetType(), this.ID));
throw new Exception("----abstract entity failed! ----");
}
clonedEntity.Id = System.Guid.NewGuid().GetHashCode();
return(clonedEntity);
}
public async Task EmptyFixedKeyIsIgnoredInScan()
{
contexts = ContextCreator.Merge(ContextCreator.Create("device", "1", Tuple.Create("@fixed:", JsonValue.NewString("FixedValue"))));
paths = new[] { "abc/somepath" };
rules = rules = new Dictionary <string, RuleDefinition>
{
["abc/somepath"] = JPadGenerator.New().AddSingleVariantRule(matcher: "{}", value: "SomeValue").Generate()
};
await Run(async (tweek, context) =>
{
var val = await tweek.GetContextAndCalculate("_", new HashSet <Identity> {
new Identity("device", "1")
}, context);
Assert.Equal("SomeValue", val["abc/somepath"].Value.AsString());
});
}
public async Task MultipleRules()
{
contexts = ContextCreator.Create("device", "1");
paths = new[] { "abc/somepath" };
rules = new Dictionary <string, RuleDefinition>
{
["abc/otherpath"] = JPadGenerator.New().AddSingleVariantRule(matcher: "{}", value: "BadValue").Generate(),
["abc/somepath"] = JPadGenerator.New().AddSingleVariantRule(matcher: "{}", value: "SomeValue")
.AddSingleVariantRule(matcher: "{}", value: "BadValue").Generate(),
};
await Run(async (tweek, context) =>
{
var val = await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
new Identity("device", "1")
}, context);
Assert.Equal("SomeValue", val["abc/somepath"].Value.AsString());
});
}
public void AddTournament_ShouldRedirect_WhenTournamentIsPassed()
{
// Arrange
var mockedDbContext = ContextCreator.CreateMockedApllicationDbContext();
var mockedLiteDbContext = new Mock <IClubContext>();
var controller = new TournamentController(mockedDbContext.Object, mockedLiteDbContext.Object);
var model = new TournamentInputModel()
{
Name = "testTest",
StartDate = new DateTime(2015, 1, 18),
EndDate = new DateTime(2020, 1, 18),
Rounds = 3,
Country = "Bulgariikata2",
Description = "TestTestTest"
};
// Act & Assert
controller.WithCallTo(x => x.AddTournament(model))
.ShouldRedirectTo(x => x.Tournaments);
}
public async Task CalculateWithRecursiveMatcher()
{
contexts = ContextCreator.Merge(
ContextCreator.Create("device", "1", Tuple.Create("SomeDeviceProp", JsonValue.NewNumber(5))),
ContextCreator.Create("device", "2", Tuple.Create("@fixed:abc/dep_path2", JsonValue.NewBoolean(true)), Tuple.Create("SomeDeviceProp", JsonValue.NewNumber(5)))
);
paths = new[] { "abc/somepath", "abc/dep_path1", "abc/dep_path2" };
rules = new Dictionary <string, RuleDefinition>()
{
["abc/dep_path1"] = JPadGenerator.New().AddSingleVariantRule(matcher: JsonConvert.SerializeObject(new Dictionary <string, object>()
{
{ "device.SomeDeviceProp", 5 }
}), value: true).Generate(),
["abc/somepath"] = JPadGenerator.New().AddSingleVariantRule(matcher: JsonConvert.SerializeObject(new Dictionary <string, object>()
{
{ "@@key:abc/dep_path1", true },
{ "keys.abc/dep_path2", true }
}),
value: true).Generate()
};
await Run(async (tweek, context) =>
{
var val = await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
new Identity("device", "1")
}, context);
Assert.Equal(1, val.Count);
Assert.Equal("true", val["abc/dep_path1"].Value.AsString());
val = await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
new Identity("device", "2")
}, context);
Assert.Equal(3, val.Count);
Assert.Equal("true", val["abc/dep_path1"].Value.AsString());
Assert.Equal("true", val["abc/dep_path2"].Value.AsString());
Assert.Equal("true", val["abc/somepath"].Value.AsString());
});
}
public async Task ContextKeysShouldBeCaseInsensitive()
{
contexts = ContextCreator.Create("device", "1", Tuple.Create("someDeviceProp", JsonValue.NewNumber(5)));
paths = new[] { "abc/somepath" };
rules = new Dictionary <string, RuleDefinition>()
{
["abc/somepath"] =
JPadGenerator.New()
.AddSingleVariantRule(matcher: JsonConvert.SerializeObject(new Dictionary <string, object>()
{
{ "Device.sOmeDeviceProp", 5 }
}), value: "true").Generate()
};
await Run(async (tweek, context) =>
{
var val = await tweek.GetContextAndCalculate("abc/_", new HashSet <Identity> {
new Identity("device", "1")
}, context);
Assert.Equal("true", val["abc/somepath"].Value.AsString());
});
}
/// <summary>
/// Возвращает ключевые характеристики первого найденного станка.
/// </summary>
/// <param name="machineId"></param>
/// <param name="bMin">минимальный угол по оси В</param>
/// <param name="bMax">максимальный угол по оси В</param>
/// <param name="spinSpeedMax">ьфксимальная скорость вращения шпинделя</param>
/// <param name="errMsg"></param>
/// <returns>Еси ничего не найдено, возвращает углы -360+360 и скорость 1234567890 </returns>
public bool GetMachineParams(int machineId, out decimal bMin, out decimal bMax, out int spinSpeedMax, out string errMsg)
{
using (var dc = ContextCreator.GetEntityContext())
{
bMin = -360;
bMax = 360;
spinSpeedMax = 1234567890;
errMsg = "";
try
{
var query = dc.E_MACHINE_SPISOK
.Where(w => w.Id_marka_machine == machineId)
.Select(s => s).First();
if (query.Fourth_axis_min != null)
{
bMin = (decimal)query.Fourth_axis_min;
}
if (query.Fourth_axis_max != null)
{
bMax = (decimal)query.Fourth_axis_max;
}
if (query.SpinMaxSpeed != null)
{
spinSpeedMax = (int)query.SpinMaxSpeed;
}
}
catch (EntityException)
{
errMsg = Resources.DBConnectionProblem;
return(false);
}
catch (InvalidOperationException exp)
{
errMsg = exp.Message;
return(false);
}
}
return(true);
}
void initLua(LuaEnv env)
{
if (env == null)
{
luaEnv = new LuaEnv();
disposeLuaEnv = true;
}
else
{
luaEnv = env;
}
creator = luaEnv.LoadString <Func <ContextCreator> >(@"
return (require 'xuui').new
", "@xuui_init.lua")();
commandSetter = luaEnv.LoadString <Func <Action <LuaTable, string, string, object> > >(@"
return function(options, module_name, method_name, obj)
options.data[module_name] = options.data[module_name] or {}
options.commands = options.commands or {}
local func = obj[method_name]
options.commands[string.format('%s.%s', module_name, method_name)] = function(...)
func(obj, ...)
end
end
", "@eventSetter.lua")();
exportSetter = luaEnv.LoadString <Func <Action <LuaTable, string, string, object> > >(@"
return function(options, module_name, method_name, obj)
options.data[module_name] = options.data[module_name] or {}
options.exports[module_name] = options.exports[module_name] or {}
local func = obj[method_name]
options.exports[module_name][method_name] = function(...)
func(obj, ...)
end
end
", "@exportSetter.lua")();
}
public async Task BadKeyShouldReturnError()
{
contexts = ContextCreator.Create("device", "1", Tuple.Create("SomeDeviceProp", JsonValue.NewNumber(3)));
paths = new[] { "abc/bad_path", "abc/good_path" };
rules = new Dictionary <string, RuleDefinition>
{
["abc/bad_path"] = JPadGenerator.New()
.AddSingleVariantRule(JsonConvert.SerializeObject(new MatcherData {
["device.SomeDeviceProp"] = new string[] {}
}), "BadValue")
.Generate(),
["abc/good_path"] = JPadGenerator.New().AddSingleVariantRule("{}", "SomeValue").Generate()
};
await Run(async (tweek, context) =>
{
var identities = new HashSet <Identity> {
new Identity("device", "1")
};
var val = await tweek.GetContextAndCalculate("_", identities, context);
Assert.NotNull(val["abc/bad_path"].Exception);
Assert.Equal(JsonValue.Null, val["abc/bad_path"].Value);
Assert.Equal("SomeValue", val["abc/good_path"].Value.AsString());
val = await tweek.GetContextAndCalculate("abc/_", identities, context);
Assert.NotNull(val["abc/bad_path"].Exception);
Assert.Equal(JsonValue.Null, val["abc/bad_path"].Value);
Assert.Equal("SomeValue", val["abc/good_path"].Value.AsString());
val = await tweek.GetContextAndCalculate("abc/bad_path", identities, context);
Assert.NotNull(val["abc/bad_path"].Exception);
Assert.Equal(JsonValue.Null, val["abc/bad_path"].Value);
});
}
public static void ClassCleanup()
{
ContextCreator.Dispose();
}
protected BaseRepositoryFixture()
{
Context = ContextCreator.CreateContext();
InitDatabase();
}
public UserActivityReadOnlyRepository(DbSet <UserActivity> repository, ContextCreator creator) : base(repository, creator)
{
}