The BPJ Library - Revision history

Assaf at 12:40, 27 April 2014

2014-04-27T12:40:14Z

2014-04-27T12:39:49Z

2014-04-27T12:34:00Z

‎Dynamic B-Threads

2014-04-27T12:29:47Z

‎Dynamic B-Threads

2014-04-27T12:28:00Z

‎Injecting External Events

2014-04-27T12:27:00Z

2014-04-27T12:25:34Z

‎Dynamic B-Threads

2014-04-27T12:25:06Z

2014-04-27T12:23:23Z

‎Injecting External Events

2014-04-27T12:20:24Z

@@ Line 176: / Line 176: @@
                          e.printStackTrace();
+                  }
-−
+        }
          public String toString() {
                 return "ClickHandler(" + row + "," + col + ")";

@@ Line 154: / Line 154: @@
 * A Java application, such as a GUI listener can inject behavioral events into a BPJ application by creating a dynamic b-thread, adding it to the BProgram, and starting it. When the new b-thread starts, its first bSync will join the next bSync of the rest of the b-threads.
-In the following example, a listener method detects a button click on the square (cell) in the board in the game of Tic-Tac-Toe, and adds a b-thread that requests an X-player event for this square
+In the following example, a listener method detects a button click on the square (cell) in the board in the game of Tic-Tac-Toe, and adds a seperatly defined b-thread ClickHandler that requests an X-player event for this square
      public void actionPerformed(ActionEvent myEvent) {
@@ Line 161: / Line 161: @@
          bp.add(sc,20.0);
          sc.startBThread();
+     }
 * A running Java thread can also register itself ed as a b-thread, using the bp.add API call, join in the synchronization scheme, request, block and wait for events, and subsequently deregister using bp.remove. This allows a Java thread to block itself when not registered with the B-Program, and thus not cause suspension of the entire behavioral program.

← Older revision		Revision as of 12:34, 27 April 2014
Line 163:		Line 163:
	}		}

−	* A running Java thread can also ~~be registered~~ as a b-thread ~~and subsequently deregistered~~ using the bp.add and bp.remove ~~API calls~~.	+	* A running Java thread can also register itself ed as a b-thread, using the bp.add API call, join in the synchronization scheme, request, block and wait for events, and subsequently deregister using bp.remove. This allows a Java thread to block itself when not registered with the B-Program, and thus not cause suspension of the entire behavioral program.

@@ Line 152: / Line 152: @@
 * New b-threads may be added by external (non behavioral) applications modules, or by b-threads
-*A running Java thread may be registered as a b-thread and subsequently deregistered as follows:...
+* A Java application, such as a GUI listener can inject behavioral events into a BPJ application by creating a dynamic b-thread, adding it to the BProgram, and starting it. When the new b-thread starts, its first bSync will join the next bSync of the rest of the b-threads.
 In the following example, a listener method detects a button click on the square (cell) in the board in the game of Tic-Tac-Toe, and adds a b-thread that requests an X-player event for this square
@@ Line 162: / Line 162: @@
          sc.startBThread();
+     }

← Older revision		Revision as of 12:28, 27 April 2014
Line 162:		Line 162:
	sc.startBThread();		sc.startBThread();
	}		}
−
−	~~== Injecting External Events ==~~
−
−	A Java application, such as a GUI listener can inject behavioral events into a BPJ application by creating a b-thread on the fly, adding it to the BProgram, and starting it. When the new b-thread starts, its first bSync will join the next bSync of the rest of the b-threads.

@@ Line 157: / Line 157: @@
      public void actionPerformed(ActionEvent myEvent) {
-	final TTTButton btt = ((TTTButton) myEvent.getSource());
+        final TTTButton btt = ((TTTButton) myEvent.getSource());
-	BThread sc = new ClickHandler(btt.row,btt.col);
+        BThread sc = new ClickHandler(btt.row,btt.col);
-	bp.add(sc,20.0);
+        bp.add(sc,20.0);
-	sc.startBThread();
+        sc.startBThread();
-−
+    }
 == Injecting External Events  ==
 A Java application, such as a GUI listener can inject behavioral events into a BPJ application by creating a b-thread on the fly, adding it to the BProgram, and starting it. When the new b-thread starts, its first bSync will join the next bSync of the rest of the b-threads.

← Older revision		Revision as of 12:23, 27 April 2014
Line 166:		Line 166:
	== Injecting External Events ==		== Injecting External Events ==

−	~~ToDo: add text here~~	+	A Java application, such as a GUI listener can inject behavioral events into a BPJ application by creating a b-thread on the fly, adding it to the BProgram, and starting it. When the new b-thread starts, its first bSync will join the next bSync of the rest of the b-threads.

← Older revision		Revision as of 12:20, 27 April 2014
Line 147:		Line 147:
	*All: contains all events. Most commonly used in bSync() when a b-thread such as a logger waits for all events.		*All: contains all events. Most commonly used in bSync() when a b-thread such as a logger waits for all events.
	*EventsOfClass: all events of a given class.		*EventsOfClass: all events of a given class.
−	*Composable event sets
−	Available in BPJContrib (*ToDo: add BPJContrib to the package)
−	**Allows specification of, e.g.,
−
−	~~theEventSet(A).and( not( theEventSet(B).or(C) ).xor( theEventSet(A).nand(c) ) )~~
−
−	or
−
−	~~anyOf( A, B, theEventSet(C).and(not(d)) )~~