Update examples in README

README.md

@@ -18,34 +18,58 @@ A few benchmarks are provided for analysis and study. Can be used to back up imp
 ## Documentation
 Concurrent can use either process forking or true threading to parallelize execution. Threading provides better performance and is compatible with Unix and Windows but requires ZTS (Zend thread-safe) PHP, while forking has no external dependencies but is only compatible with Unix systems. If your environment works meets neither of these requirements, this library won't work.
 
-### Contexts
-Concurrent provides a generic interface for working with parallel tasks called "contexts". All contexts are capable of being executed in parallel from the main program code. Each context is assigned a closure to execute when it is created, and the returned value is passed back to the parent context. Concurrent goes for a "shared-nothing" architecture, so any variables inside the closure are local to that context and can store any non-safe data.
+### Threads
+Threading is a cross-platform concurrency method that is fast and memory efficient. Thread contexts take advantage of an operating system's multi-threading capabilities to run code in parallel. A spawned thread will run completely parallel to the parent thread, each with its own environment. Each thread is assigned a closure to execute when it is created, and the returned value is passed back to the parent thread. Concurrent goes for a "shared-nothing" architecture, so any variables inside the closure are local to that thread and can store any non-safe data.
 
-You can wait for a context to close by calling `join()`. Joining does not block the parent context and will asynchronously wait for the child context to finish before resolving.
+You can spawn a new thread with the `Thread::spawn()` method:
 
 ```php
-use Icicle\Concurrent\Threading\ThreadContext;
+use Icicle\Concurrent\Threading\Thread;
 use Icicle\Coroutine;
 use Icicle\Loop;
 
 Coroutine\create(function () {
-    $thread = new ThreadContext(function () {
+    $thread = Thread::spawn(function () {
         print "Hello, World!\n";
     });
 
-    $thread->start();
     yield $thread->join();
 });
 
 Loop\run();
 ```
 
+You can wait for a thread to finish by calling `join()`. Joining does not block the parent thread and will asynchronously wait for the child thread to finish before resolving.
+
+### Forks
+For Unix-like systems, you can create parallel execution using fork contexts. Though not as efficient as multi-threading, in some cases forking can take better advantage of some multi-core processors than threads. Fork contexts use the `pcntl_fork()` function to create a copy of the current process and run alternate code inside the new process.
+
+Spawning and controlling forks are quite similar to creating threads. To spawn a new fork, use the `Fork::spawn()` method:
+
+```php
+use Icicle\Concurrent\Forking\Fork;
+use Icicle\Coroutine;
+use Icicle\Loop;
+
+Coroutine\create(function () {
+    $fork = Fork::spawn(function () {
+        print "Hello, World!\n";
+    });
+
+    yield $fork->join();
+});
+
+Loop\run();
+```
+
+Calling `join()` on a fork will asynchronously wait for the forked process to terminate, similar to the `pcntl_wait()` function.
+
 #### Synchronization with channels
-Contexts wouldn't be very useful if they couldn't be given any data to work on. The recommended way to share data between contexts is with a `Channel`. A channel is a low-level abstraction over local, non-blocking sockets, which can be used to pass messages and objects between two contexts. Channels are non-blocking and do not require locking. For example:
+Threads and forks wouldn't be very useful if they couldn't be given any data to work on. The recommended way to share data between contexts is with a `Channel`. A channel is a low-level abstraction over local, non-blocking sockets, which can be used to pass messages and objects between two contexts. Channels are non-blocking and do not require locking. For example:
 
 ```php
 use Icicle\Concurrent\Sync\Channel;
-use Icicle\Concurrent\Threading\ThreadContext;
+use Icicle\Concurrent\Threading\Thread;
 use Icicle\Coroutine;
 use Icicle\Loop;
 
@@ -53,12 +77,11 @@ Coroutine\create(function () {
     list($socketA, $socketB) = Channel::createSocketPair();
     $channel = new Channel($socketA);
 
-    $thread = new ThreadContext(function ($socketB) {
+    $thread = Thread::spawn(function ($socketB) {
         $channel = new Channel($socketB);
         yield $channel->send("Hello!");
     }, $socketB);
 
-    $thread->start();
     $message = (yield $channel->receive());
     yield $thread->join();
 });
@@ -69,11 +92,5 @@ Loop\run();
 ### Synchronization with parcels
 Parcels are shared containers that allow you to store context-safe data inside a shared location so that it can be accessed by multiple contexts. To prevent race conditions, you still need to access a parcel's data exclusively, but Concurrent allows you to acquire a lock on a parcel asynchronously without blocking the context execution, unlike traditional mutexes.
 
-### Threading
-Threading is a cross-platform concurrency method that is fast and memory efficient. Thread contexts take advantage of an operating system's multi-threading capabilities to run code in parallel.
-
-### Forking
-For Unix-like systems, you can create parallel execution using fork contexts. Though not as efficient as multi-threading, in some cases forking can take better advantage of some multi-core processors than threads. Fork contexts use the `pcntl_fork()` function to create a copy of the current process and run alternate code inside the new process.
-
 ## License
 All documentation and source code is licensed under the Apache License, Version 2.0 (Apache-2.0). See the [LICENSE](LICENSE) file for details.