// 游客登陆 public void loginVisitor(CMD_GP_VisitorLogon VisitorAccount) { mVisitorAccount = VisitorAccount; mVisitorAccount.dwPlazaVersion = DF.shared().GetPlazaVersion(); mMissionType = MISSION_LOGIN_VISITOR; start(); }
public void TryBuildPredicate_FilterGroups_Succeed() { var query = new FilterGroup[] { new FilterGroup { Filters = new List <Filter> { new Filter { Property = "Integer", Operator = "=", Value = DF.Integer1.ToString() }, new Filter { Property = "String", Operator = "=", Value = DF.String1 } } }, new FilterGroup { Filters = new List <Filter> { new Filter { Property = "Integer", Operator = "=", Value = DF.Integer3.ToString() } } } }.TryBuildPredicate <TestEntity>(validProperties: new string[] { "Integer", "String" }); Assert.True(query.Succeeded); using (var context = DF.GetContext()) { var value = context.Entities.Count(query.Result); Assert.Equal(2, value); } }
public void ParsePredicate_Integer_Succeed() { var query = $"Integer={DF.Integer1} and Integer != 0 and Integer<{DF.Integer2} and Integer<={DF.Integer1} and Integer>={DF.Integer1} and Integer>0 and Integer in [{DF.Integer1},{DF.Integer2},{DF.Integer3}]"; var and1 = Interpreter.ParsePredicate <TestEntity>(query); var and2 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "&&")); var and3 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "&")); var or1 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "or")); var or2 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "||")); var or3 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "|")); Assert.True(and1.Succeeded); Assert.True(and2.Succeeded); Assert.True(and3.Succeeded); Assert.True(or1.Succeeded); Assert.True(or2.Succeeded); Assert.True(or3.Succeeded); using (var context = DF.GetContext()) { var value = context.Entities.Count(and1.Result); Assert.Equal(1, value); value = context.Entities.Count(and2.Result); Assert.Equal(1, value); value = context.Entities.Count(and3.Result); Assert.Equal(1, value); value = context.Entities.Count(or1.Result); Assert.True(value > 0); value = context.Entities.Count(or2.Result); Assert.True(value > 0); value = context.Entities.Count(or3.Result); Assert.True(value > 0); } }
public void ParsePredicate_Double_Succeed() { var query = $"Double={DF.Double3} and Double != 0.0 and Double<{DF.DoubleN} and Double<={DF.Double3} and Double>={DF.Double1} and Double>0.0 and Double in [{DF.Double1},{DF.Double2},{DF.Double3},{DF.DoubleN}]"; var and1 = Interpreter.ParsePredicate <TestEntity>(query); var and2 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "&&")); var and3 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "&")); var or1 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "or")); var or2 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "||")); var or3 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "|")); Assert.True(and1.Succeeded); Assert.True(and2.Succeeded); Assert.True(and3.Succeeded); Assert.True(or1.Succeeded); Assert.True(or2.Succeeded); Assert.True(or3.Succeeded); using (var context = DF.GetContext()) { var value = context.Entities.Count(and1.Result); Assert.Equal(1, value); value = context.Entities.Count(and2.Result); Assert.Equal(1, value); value = context.Entities.Count(and3.Result); Assert.Equal(1, value); value = context.Entities.Count(or1.Result); Assert.True(value > 0); value = context.Entities.Count(or2.Result); Assert.True(value > 0); value = context.Entities.Count(or3.Result); Assert.True(value > 0); } }
public virtual void loadGameBaseData(ushort wKindID) { //if (HNMJGameScence::KIND_ID == wKindID) { DF.shared().init(wKindID, GameNet.GameScene.MAX_PLAYER, (int)GameScene.VERSION_CLIENT, Encoding.Default.GetBytes("Game")); } }
public void ParsePredicate_String_Succeed() { var query = $"String='{DF.String1}' and String != null and String @* 'N' and String *@ '1' and String @ 'm' and String in ['{DF.String1}','{DF.String2}','{DF.String3}','{DF.DoubleN}']"; var and1 = Interpreter.ParsePredicate <TestEntity>(query); var and2 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "&&")); var and3 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "&")); var or1 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "or")); var or2 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "||")); var or3 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "|")); Assert.True(and1.Succeeded); Assert.True(and2.Succeeded); Assert.True(and3.Succeeded); Assert.True(or1.Succeeded); Assert.True(or2.Succeeded); Assert.True(or3.Succeeded); using (var context = DF.GetContext()) { var value = context.Entities.Count(and1.Result); Assert.Equal(1, value); value = context.Entities.Count(and2.Result); Assert.Equal(1, value); value = context.Entities.Count(and3.Result); Assert.Equal(1, value); value = context.Entities.Count(or1.Result); Assert.True(value > 0); value = context.Entities.Count(or2.Result); Assert.True(value > 0); value = context.Entities.Count(or3.Result); Assert.True(value > 0); } }
public void TryOrderBy_Success() { using (var context = DF.GetContext()) { var result = context.Entities.Where(p => p.OrderBy1 < 50).TryOrderBy("OrderBy1 desc, OrderBy2 desc"); Assert.True(result.Succeeded); var value = result.Result.FirstOrDefault(); Assert.Equal("EBC", value.OrderBy2); result = context.Entities.Where(p => p.OrderBy1 < 50).TryOrderBy(new[] { new OrderByInfo { Property = "OrderBy1", Descending = true }, new OrderByInfo { Property = "OrderBy2", Descending = true } }); Assert.True(result.Succeeded); value = result.Result.FirstOrDefault(); Assert.Equal("EBC", value.OrderBy2); result = context.Entities.TryOrderBy("OrderBy1 desc, OrderBy2 desc", new[] { "OrderBy1" }); Assert.False(result.Succeeded); Assert.True(result.InvalidProperties.Count() == 1 && result.InvalidProperties.First() == "OrderBy2"); result = context.Entities.TryOrderBy(new[] { new OrderByInfo { Property = "OrderBy1", Descending = true }, new OrderByInfo { Property = "OrderBy2", Descending = true } }, new[] { "OrderBy1" }); Assert.False(result.Succeeded); Assert.True(result.InvalidProperties.Count() == 1 && result.InvalidProperties.First() == "OrderBy2"); } }
public void ParsePredicate_Enum_Succeed() { var query = $"Option='{TestOptions.Option1}' and Option != 1 and Option = 0 and Option in ['{TestOptions.Option1}','{TestOptions.Option2}','{TestOptions.Option3}']"; var and1 = Interpreter.ParsePredicate <TestEntity>(query); var and2 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "&&")); var and3 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "&")); var or1 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "or")); var or2 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "||")); var or3 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "|")); Assert.True(and1.Succeeded); Assert.True(and2.Succeeded); Assert.True(and3.Succeeded); Assert.True(or1.Succeeded); Assert.True(or2.Succeeded); Assert.True(or3.Succeeded); using (var context = DF.GetContext()) { var value = context.Entities.Count(and1.Result); Assert.Equal(1, value); value = context.Entities.Count(and2.Result); Assert.Equal(1, value); value = context.Entities.Count(and3.Result); Assert.Equal(1, value); value = context.Entities.Count(or1.Result); Assert.True(value > 0); value = context.Entities.Count(or2.Result); Assert.True(value > 0); value = context.Entities.Count(or3.Result); Assert.True(value > 0); } }
public void ParsePredicate_Guid_Succeed() { var query = $"Guid='{DF.Guid1}' and Guid in ['{DF.Guid1}','{DF.Guid2}','{DF.Guid3}']"; var and1 = Interpreter.ParsePredicate <TestEntity>(query); var and2 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "&&")); var and3 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "&")); var or1 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "or")); var or2 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "||")); var or3 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "|")); Assert.True(and1.Succeeded); Assert.True(and2.Succeeded); Assert.True(and3.Succeeded); Assert.True(or1.Succeeded); Assert.True(or2.Succeeded); Assert.True(or3.Succeeded); using (var context = DF.GetContext()) { var value = context.Entities.Count(and1.Result); Assert.Equal(1, value); value = context.Entities.Count(and2.Result); Assert.Equal(1, value); value = context.Entities.Count(and3.Result); Assert.Equal(1, value); value = context.Entities.Count(or1.Result); Assert.True(value > 0); value = context.Entities.Count(or2.Result); Assert.True(value > 0); value = context.Entities.Count(or3.Result); Assert.True(value > 0); } }
public ActionResult DeleteConfirmed(string id) { DF df = db.DFs.Find(id); db.DFs.Remove(df); db.SaveChanges(); return(RedirectToAction("Index")); }
public void OrderBy_Expression_PropertyMapping_Success() { var propertyMapping = new Dictionary <string, string> { ["Name"] = "OrderBy1" }; using (var context = DF.GetContext()) { var value = context.Entities.OrderBy("Name", propertyMapping: propertyMapping).FirstOrDefault(); Assert.Equal(10, value.OrderBy1); value = context.Entities.OrderBy("Name asc", propertyMapping: propertyMapping).FirstOrDefault(); Assert.Equal(10, value.OrderBy1); value = context.Entities.OrderBy("Name desc", propertyMapping: propertyMapping).FirstOrDefault(); Assert.Equal(50, value.OrderBy1); value = context.Entities.Where(p => p.OrderBy1 < 50).OrderBy("Name desc, OrderBy2 desc", propertyMapping: propertyMapping).FirstOrDefault(); Assert.Equal("EBC", value.OrderBy2); value = context.Entities.OrderBy(new[] { new OrderByInfo { Property = "Name" } }, propertyMapping: propertyMapping).FirstOrDefault(); Assert.Equal(10, value.OrderBy1); value = context.Entities.OrderBy(new[] { new OrderByInfo { Property = "Name", Descending = true } }, propertyMapping: propertyMapping).FirstOrDefault(); Assert.Equal(50, value.OrderBy1); value = context.Entities.Where(p => p.OrderBy1 < 50).OrderBy(new[] { new OrderByInfo { Property = "Name", Descending = true }, new OrderByInfo { Property = "OrderBy2", Descending = true } }, propertyMapping: propertyMapping).FirstOrDefault(); Assert.Equal("EBC", value.OrderBy2); var result = context.Entities.Where(p => p.OrderBy1 < 50).TryOrderBy("Name desc, OrderBy2 desc", propertyMapping: propertyMapping); Assert.True(result.Succeeded); value = result.Result.FirstOrDefault(); Assert.Equal("EBC", value.OrderBy2); result = context.Entities.Where(p => p.OrderBy1 < 50).TryOrderBy(new[] { new OrderByInfo { Property = "Name", Descending = true }, new OrderByInfo { Property = "OrderBy2", Descending = true } }, propertyMapping: propertyMapping); Assert.True(result.Succeeded); value = result.Result.FirstOrDefault(); Assert.Equal("EBC", value.OrderBy2); result = context.Entities.TryOrderBy("Name desc, OrderBy2 desc", new[] { "Name" }, propertyMapping: propertyMapping); Assert.False(result.Succeeded); Assert.True(result.InvalidProperties.Count() == 1 && result.InvalidProperties.First() == "OrderBy2"); result = context.Entities.TryOrderBy(new[] { new OrderByInfo { Property = "Name", Descending = true }, new OrderByInfo { Property = "OrderBy2", Descending = true } }, new[] { "Name" }, propertyMapping: propertyMapping); Assert.False(result.Succeeded); Assert.True(result.InvalidProperties.Count() == 1 && result.InvalidProperties.First() == "OrderBy2"); } }
/// <summary> /// Moves files to a bad file directory on the same device, so that their /// storage will not be reused. /// </summary> public override bool ReportChecksumFailure(Path p, FSDataInputStream @in, long inPos , FSDataInputStream sums, long sumsPos) { try { // canonicalize f FilePath f = ((RawLocalFileSystem)fs).PathToFile(p).GetCanonicalFile(); // find highest writable parent dir of f on the same device string device = new DF(f, GetConf()).GetMount(); FilePath parent = f.GetParentFile(); FilePath dir = null; while (parent != null && FileUtil.CanWrite(parent) && parent.ToString().StartsWith (device)) { dir = parent; parent = parent.GetParentFile(); } if (dir == null) { throw new IOException("not able to find the highest writable parent dir"); } // move the file there FilePath badDir = new FilePath(dir, "bad_files"); if (!badDir.Mkdirs()) { if (!badDir.IsDirectory()) { throw new IOException("Mkdirs failed to create " + badDir.ToString()); } } string suffix = "." + rand.Next(); FilePath badFile = new FilePath(badDir, f.GetName() + suffix); Log.Warn("Moving bad file " + f + " to " + badFile); @in.Close(); // close it first bool b = f.RenameTo(badFile); // rename it if (!b) { Log.Warn("Ignoring failure of renameTo"); } // move checksum file too FilePath checkFile = ((RawLocalFileSystem)fs).PathToFile(GetChecksumFile(p)); // close the stream before rename to release the file handle sums.Close(); b = checkFile.RenameTo(new FilePath(badDir, checkFile.GetName() + suffix)); if (!b) { Log.Warn("Ignoring failure of renameTo"); } } catch (IOException e) { Log.Warn("Error moving bad file " + p + ": " + e); } return(false); }
static void cf <T> () { G <T> g = new G <T> (); df = delegate { foo(g.def()); }; }
/// <exception cref="System.IO.IOException"/> public CheckedVolume(NameNodeResourceChecker _enclosing, FilePath dirToCheck, bool required) { this._enclosing = _enclosing; // Space (in bytes) reserved per volume. this.df = new DF(dirToCheck, this._enclosing.conf); this.required = required; this.volume = this.df.GetFilesystem(); }
public void ParsePredicate_String_ComparisonFunction_Succeed() { var query = $"String='{DF.String1}' and String != null and String.startsWith(String) and String.endsWith('1') and String.contains('m') and String in ['{DF.String1}','{DF.String2}','{DF.String3}','{DF.StringN}']"; var and1 = Interpreter.ParsePredicate <TestEntity>(query); var and2 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "&&")); var and3 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "&")); var or1 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "or")); var or2 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "||")); var or3 = Interpreter.ParsePredicate <TestEntity>(query.Replace("and", "|")); var t1 = Interpreter.ParsePredicate <TestEntity>($"'{DF.String1}'.contains('Name')"); var t2 = Interpreter.ParsePredicate <TestEntity>($"'{DF.String1}'.startsWith('Name')"); var t3 = Interpreter.ParsePredicate <TestEntity>($"'{DF.String1}'.endsWith('1')"); var t4 = Interpreter.ParsePredicate <TestEntity>($"'{DF.String1}' @ 'Name'"); var t5 = Interpreter.ParsePredicate <TestEntity>($"'{DF.String1}' @* 'Name'"); var t6 = Interpreter.ParsePredicate <TestEntity>($"'{DF.String1}' *@ '1'"); Assert.True(and1.Succeeded); Assert.True(and2.Succeeded); Assert.True(and3.Succeeded); Assert.True(or1.Succeeded); Assert.True(or2.Succeeded); Assert.True(or3.Succeeded); Assert.True(t1.Succeeded); Assert.True(t2.Succeeded); Assert.True(t3.Succeeded); Assert.True(t4.Succeeded); Assert.True(t5.Succeeded); Assert.True(t6.Succeeded); using (var context = DF.GetContext()) { var value = context.Entities.Count(and1.Result); Assert.Equal(1, value); value = context.Entities.Count(and2.Result); Assert.Equal(1, value); value = context.Entities.Count(and3.Result); Assert.Equal(1, value); value = context.Entities.Count(or1.Result); Assert.True(value > 0); value = context.Entities.Count(or2.Result); Assert.True(value > 0); value = context.Entities.Count(or3.Result); Assert.True(value > 0); value = context.Entities.Count(t1.Result); Assert.True(value > 0); value = context.Entities.Count(t2.Result); Assert.True(value > 0); value = context.Entities.Count(t3.Result); Assert.True(value > 0); value = context.Entities.Count(t4.Result); Assert.True(value > 0); value = context.Entities.Count(t5.Result); Assert.True(value > 0); value = context.Entities.Count(t6.Result); Assert.True(value > 0); } }
// // GET: /DFAdmin/Details/5 public ActionResult Details(string id = null) { DF df = db.DFs.Find(id); if (df == null) { return(HttpNotFound()); } return(View(df)); }
public ActionResult Edit(DF df) { if (ModelState.IsValid) { db.Entry(df).State = EntityState.Modified; db.SaveChanges(); return(RedirectToAction("Index")); } return(View(df)); }
public void RegisterAccount() { //lin: 微信第三方注册还未实现!! //m_kAccount = "Account_652595469"; //m_kUid = "Uid"; //m_kOpenid = "Openid"; //m_kPssword = "WeiXinPassword "; //m_kNickName = "慷慨阿姆斯特朗炮"; CMD_GP_RegisterAccounts kRegister = new CMD_GP_RegisterAccounts(); kRegister.Init(); kRegister.dwPlazaVersion = DF.shared().GetPlazaVersion(); kRegister.cbValidateFlags = MsgDefine.MB_VALIDATE_FLAGS | MsgDefine.LOW_VER_VALIDATE_FLAGS; kRegister.cbGender = (byte)(m_bMale ? 1 : 0); kRegister.wFaceID = 0; kRegister.wChannleId = m_ChannelID; var tempBuf = Encoding.Default.GetBytes(m_kAccount); Buffer.BlockCopy(tempBuf, 0, kRegister.szAccounts, 0, tempBuf.Length); tempBuf = System.Text.Encoding.Default.GetBytes(m_kUid); Buffer.BlockCopy(tempBuf, 0, kRegister.szUid, 0, tempBuf.Length); tempBuf = System.Text.Encoding.Default.GetBytes(m_kOpenid); Buffer.BlockCopy(tempBuf, 0, kRegister.szOpenid, 0, tempBuf.Length); tempBuf = Encoding.Default.GetBytes(m_kPssword); Buffer.BlockCopy(tempBuf, 0, kRegister.szLogonPass, 0, tempBuf.Length); tempBuf = Encoding.UTF8.GetBytes(m_kNickName); //不能使用GetEncoding(936),会导致数据库存的是乱码 在服务端进行UTF8转GB编码处理 Buffer.BlockCopy(tempBuf, 0, kRegister.szNickName, 0, tempBuf.Length); //kRegister.szAccounts = Encoding.Default.GetBytes (m_kAccount); //kRegister.szLogonPass = Encoding.Default.GetBytes(m_kPssword); //kRegister.szNickName = Encoding.Default.GetBytes(m_kNickName); //strncpy(kRegister.szAccounts, kAccounts.c_str(), kAccounts.size()); //strncpy(kRegister.szLogonPass, m_kPssword.c_str(), m_kPssword.size()); //std::string kNickName = (m_kWeiXinUserInfo.nickname); //strncpy(kRegister.szNickName, kNickName.c_str(), kNickName.size()); m_kLoginMission.registerServer(kRegister); if (HNGameManager.bWeChatLogonIn == false) { //游客登陆 Loom.QueueOnMainThread(() => { PlayerPrefs.SetString("UserName", m_kAccount); PlayerPrefs.SetString("Uid", m_kUid); PlayerPrefs.SetString("Openid", m_kOpenid); PlayerPrefs.SetString("Psd", m_kPssword); PlayerPrefs.SetString("NickName", m_kNickName); PlayerPrefs.SetInt("Sex", m_bMale ? 1 : 0); //PlayerPrefs.SetString("HeadURL", m_headURL); PlayerPrefs.Save(); }); } }
public void ParsePredicate_NestedProperty_Succeed() { var result = Interpreter.ParsePredicate <TestEntity>($"Parent.Id = 1 and Parent.Id >= 1"); Assert.True(result.Succeeded); using (var context = DF.GetContext()) { var value = context.Entities.Count(result.Result); Assert.Equal(1, value); } }
void TreeAdd(DF df) { foreach (var v in df.Childs) { card_objectChanged(v.Owner, v, ChangeType.Created); if (v is DF) { TreeAdd(v as DF); } } }
public ActionResult Create(DF df) { if (ModelState.IsValid) { db.DFs.Add(df); db.SaveChanges(); return(RedirectToAction("Index")); } return(View(df)); }
public void ParsePredicate_ComplicatedGroup_Success() { var result = Interpreter.ParsePredicate <TestEntity>($"(Integer={DF.Integer1} or Double={DF.Double3}) and (Guid=='{DF.Guid1}' or DateTime='{DF.DateTime3}')"); Assert.True(result.Succeeded); using (var context = DF.GetContext()) { var value = context.Entities.Count(result.Result); Assert.Equal(2, value); } }
public void ParsePredicate_CustomVariableResolver_Success() { var result = Interpreter.ParsePredicate <TestEntity>("Integer=user.Id", new CustomVariableResolver()); Assert.True(result.Succeeded); using (var context = DF.GetContext()) { var value = context.Entities.Count(result.Result); Assert.Equal(1, value); } }
bool IsInScope(DF scope, BSO obj) { if (scope == obj.Parent) { return(true); } if (scope.Parent == null) { return(false); } return(IsInScope(scope.Parent, obj)); }
void setOwner(ICardObject obj, IISO7816Card owner) { obj.Owner = owner; if (obj is DF) { DF df = obj as DF; foreach (var c in df.Childs) { setOwner(c, owner); } } }
static int Main() { DF.Window.Start += () => { var strawberry = new Sprite("strawberry.png"); DF.Console.Cls(); strawberry.AddComponent <StrawberryController>(); DF.Root.Add(strawberry); }; return(DF.Run()); }
public override void OnStart(Dictionary <string, object> args) { Print("Via OnStart() method. Frame:" + Window.TotalFrame); DF.NextFrame(() => { Print("Via NextFrame. Frame:" + Window.TotalFrame); DF.NextFrame(() => { Print("Via nested NextFrame. Frame:" + Window.TotalFrame); Print("Press ESC key to return"); }); }); }
private void Reset_Click(object sender, RoutedEventArgs e) { NTBox.Clear(); NUP.Clear(); NMP.Clear(); CIU.Clear(); CIM.Clear(); DF.Clear(); MIT.Clear(); PIM.Clear(); isMasked.IsChecked = false; Result.Items.Clear(); }
public void OrderBy_Expression_Success() { using (var context = DF.GetContext()) { var value = context.Entities.OrderBy("OrderBy1").FirstOrDefault(); Assert.Equal(10, value.OrderBy1); value = context.Entities.OrderBy("OrderBy1 asc").FirstOrDefault(); Assert.Equal(10, value.OrderBy1); value = context.Entities.OrderBy("OrderBy1 desc").FirstOrDefault(); Assert.Equal(50, value.OrderBy1); value = context.Entities.Where(p => p.OrderBy1 < 50).OrderBy("OrderBy1 desc, OrderBy2 desc").FirstOrDefault(); Assert.Equal("EBC", value.OrderBy2); } }
internal V_FAMILY_CONTACT(SeamlessViewsContext Context, DF DF) : base(Context) { var UM = DF.HOMEKEY_UM; _DFKEY = DF.DFKEY; _MOBILE = UM?.MOBILE; _TELEPHONE = UM?.TELEPHONE; _E_MAIL_A = DF.E_MAIL_A; _NAME_A = DF.NAME_A; _SURNAME_A = DF.SURNAME_A; _NAME_B = DF.NAME_B; _SURNAME_B = DF.SURNAME_B; }
static void M(string msg, DF df) { System.Console.Write(msg); System.Console.WriteLine("false"); df(new F()); }
static void P (DF df) { System.Console.WriteLine ("False"); df (new F ()); }
public ActionResult Add(DF.Domain.Concrete.User user) { return Save(user); }
private ActionResult SaveRegionLocation(DF.Domain.Concrete.RegionLocation regionlocation) { try { _manager.RegionLocationRepository = _repository; TempData["Result"] = _manager.Save(regionlocation); return RedirectToAction("Index"); } catch (Exception ex) { ViewBag.SaveResult = "There was an error saving the region location. No changes were made."; return View("AddRegionLocation", regionlocation); } }
public ActionResult AddRegionLocation(DF.Domain.Concrete.RegionLocation regionlocation) { return SaveRegionLocation(regionlocation); }
public RANGE memrange; /* memory range */ public DIS(ulong _pc, RANGE _mr) { flags = 0; pc = _pc; data[0] = data[1] = data[2] = 0xDEAD; n = 0; w = 0; c = 0; i = Reg.NOREG; j = Reg.NOREG; x = 0; opnds = null; comment = null; memrange = _mr; }
public ActionResult Edit(DF.Domain.Concrete.User user) { ValidateModel(user); return Save(user); }
private ActionResult Save(DF.Domain.Concrete.User user) { try { _manager.UserRepository = _repository; TempData["Result"] = _manager.Save(user); return RedirectToAction("Index"); } catch (Exception ex) { ViewBag.SaveResult = "There was an error saving the user. No changes were made."; return View("AddUser", user); } }
public ActionResult AddRegionLocationType(DF.Domain.Concrete.RegionLocationType regionlocationtype) { return SaveRegionLocationType(regionlocationtype); }
public ActionResult EditRegionLocationType(DF.Domain.Concrete.RegionLocationType regionlocationtype) { ValidateModel(regionlocationtype); return SaveRegionLocationType(regionlocationtype); }
private ActionResult SaveTeam(DF.Domain.Concrete.Team team) { try { _manager.TeamRepository = _repository; TempData["Result"] = _manager.Save(team); return RedirectToAction("Index"); } catch (Exception ex) { ViewBag.SaveResult = "There was an error saving the team. No changes were made."; return View("AddTeam", team); } }
public ActionResult EditRegionLocation(DF.Domain.Concrete.RegionLocation regionlocation) { ValidateModel(regionlocation); return SaveRegionLocation(regionlocation); }
public ActionResult AddTeam(DF.Domain.Concrete.Team team) { return SaveTeam(team); }
public ActionResult EditTeam(DF.Domain.Concrete.Team team) { ValidateModel(team); return SaveTeam(team); }