-- delete .gitmodules
git rm --cached MyProject/Core
git commit -m 'Remove myproject_core submodule'
rm -rf MyProject/Core
git remote add models-origin https://github.com/myproject/myproject_core
git fetch models-origin
git merge --allow-unrelated-histories models-origin/master
mkdir -p MyProject/Core
git mv Api MyProject/Core/
git mv Services MyProject/Core/
git commit -m "Move submodule contents to subdirectory"
git remote remove models-origin
//Identity Function/I Combinator function myFunc(x){return x} console.log((x=>x)(10));//Constant Function let y = 5 console.log((x=>y)(10));//Substitution //Constant [Returns 5] let y = 5 console.log((x=>y)(10)); //Identity [Returns 10] let y = 5 console.log((x=>x)(10));//Multiple console.log(((x,y) => x+y)(5,10));//5 console.log((x => y => x + y)(2)(3)); //Error console.log((x => x) (y => y)(2)(3)); //2 console.log((x => x) (y => y)(2));//Combinators //Boolean let True = (x => y => x); let False = (x => y => y); console.log(True(true)(false)); console.log(False(true)(false)); let If = (x => y => z => x(y)(z)); console.log(If(True)("TRUE")("Yes")); console.log(If(False)("NOT")("nah")); //Numbers: let calculate = f => f(x => x + 1) (0) let zero = f => x => x; let one = f => x => f(x); let two = f => x => f(f(x)); console.log(calculate(zero)); console.log(calculate(one)); console.log(calculate(two));//Omega [for] let Omega = x => x(x); console.log(Omega(Omega)); //Y Combinator [For each] //Fibonnaci let Y = f => (x => x(x))(x => f(y => x(x)(y))); let fib = f => n => n <=1 ? n : f(n-1) + f(n-2); let fibfunc = Y(fib); console.log(fibfunc(10));
public enum Mode { Dark, White }var mode = IsMobile() ? Mode.White : Mode.Dark; return data .Where(i.Mode.Equals(mode)) .Select(data.render);
//Construct a Session Factory var sessionFactory = Fluently.Configure() .Database(MsSqlConfiguration.MsSql2008.ConnectionString(sqlConnection)) .Mappings(m => m.FluentMappings.AddFromAssemblyOf<MyContext>()) .BuildSessionFactory(); //start a session and save data/ Flush mode could be Manual, Automatic and commit time using (var session = NHibernateHelper.OpenSession() Session.FlushMode = FlushMode.Manual) { using (var transaction = session.BeginTransaction()) { var user = new User { FirstName = "Ram", LastName = "Mangal" }; session.Save(customer); session.Flush(); transaction.Commit(); session.Close(); }//Mappingclass UserMap : ClassMap<User> { public UserMap() { Id(x => x.Id); Map(x => x.FirstName); Map(x => x.LastName); Table("User"); } //load data using (ISession session = NHibertnateSession.OpenSession()) { using (var tx = session.BeginTransaction()) { /*** Using Query ***/ var users = session.Query<User>().ToList(); foreach (var user in users) { //read user data } tx.Commit(); } }
using System.Collections.Concurrent; namespace TestProject { public class PoolNextData { private readonly Dictionary<string, ConcurrentQueue<long>> _dataPool; private int _poolLength; public PoolNextData() { _dataPool = new Dictionary<string, ConcurrentQueue<long>>(); } private long[] GetNextData(ConcurrentQueue<long> pool, string kind, int noOfRecords) { var result = new List<long>(); for (var i = 0; i < noOfRecords; i++) { long data; if (!pool.TryDequeue(out data)) { break; } result.Add(data); } //not enough available, put it back if (result.Count < noOfRecords) { FillPool(pool, kind, noOfRecords - result.Count + _poolLength); result.ForEach(pool.Enqueue); } else { Task.Factory.StartNew(() => FillPool(pool, kind, noOfRecords)); } return result.ToArray(); } private void FillPool(ConcurrentQueue<long> pool, string kind, int noOfRecords) { //Get next numbers list from DB var nos = new List<long>(); nos.ForEach(pool.Enqueue); } private ConcurrentQueue<long> GetPool(string kind) { var result = new ConcurrentQueue<long>(); _dataPool.Add(kind, result); return result; } } }
