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Defining a consumer connection point and a provider connection point in a pair of Web Parts simply sets them up to accept connections; it does not actually create the connection itself. To create the actual connection, you have to define which Web Part instances and what connection points in those instances are involved in the connection. Connections are considered static or dynamic depending on how they are defined. Static connections appear directly in the page markup in the <StaticConnections> section of the WebPartManager and ProxyWebPartManger controls. Because the connection is hard-coded, it cannot change, and is therefore static. Listing 7-32 is a quick example showing how to create a static connection between a MessageProvider and a MessageConsumer.

/** * Send a key event to the native layer * * @param type : key up down or mouse * @param sym: ASCII symbol */ public static void sendNativeKeyEvent(int type, int sym) { try { Natives.keyEvent(type, sym); } catch (UnsatisfiedLinkError e) { Log.e(TAG, e.toString()); } } // Native Main Doom Loop: @param argv: program arguments public static native int DoomMain(String[] argv); /** * Send a Key Event * @param type: event type: UP/DOWN * @param key: ASCII symbol */ public static native int keyEvent(int type, int key); /*********************************************************** * C to Java - Callbacks ***********************************************************/ /** * This fires on messages from the C layer */ private static void OnMessage(String text, int level) { if (listener != null) listener.OnMessage(text, level); } private static void OnInitGraphics(int w, int h) { if (listener != null) listener.OnInitGraphics(w, h); } private static void OnImageUpdate(int[] pixels) { if (listener != null) listener.OnImageUpdate(pixels); } private static void OnFatalError(String message) { if (listener != null) listener.OnFatalError(message); }

Listing 7-32. Creating a Static Connection <!-- Define static connections in the Web Part Manager --> <asp:WebPartManager ID="WebPartManager1" runat="server"> <StaticConnections> <asp:WebPartConnection ID="StaticConnection1" ProviderID="MessageProvider1" ConsumerID="MessageConsumer1" ProviderConnectionPointID="MyProviderConnectionPoint" ConsumerConnectionPointID="MyConsumerConnectionPoint" /> </StaticConnections> </asp:WebPartManager> <!-- Define static Web Part in a WebPartZone --> <asp:WebPartZone ID="zoneLeft" runat="server" HeaderText="Left Zone"> <ZoneTemplate> <uc1:MessageProvider ID="MessageProvider1" runat="server" /> <uc2:MessageConsumer ID="MessageConsumer1" runat="server" /> </ZoneTemplate> </asp:WebPartZone> To define a connection, you must specify values for the ID, ProviderID, and ConsumerID properties. You can leave off the ProviderConnectionPointID and the Consumer ConnectionPointID properties, but the values will default to default . That s all there is to it. When you run this page, the MessageConsumer Web Part receives message information from the MessageProvider Web Part.

When App1 collaborates with App2 (as in Figure 8-1), two separate .ear files are involved. In this situation, we are cutting across class loaders. If you are using thread-specific identifiers to isolate callers of the application, then you are out of luck with log4j bundled within two separate .ear files; because we are cutting across class loaders, class loaders and thread information will not be passed from the caller to the called application.

In this section, you ll learn how to set up dynamic connections as we walk through connecting the MessageConsumer Web Part to the MessageProvider Web Part. Defining a dynamic connection is done entirely using the browser-based interface, so there are illustrations to help you visualize what happens onscreen. The process begins when you place the page into connection display mode. When the page switches into this mode, the Web Parts Framework iterates through all the Web Part controls on the page and determines which ones are capable of taking part in a connection, that is, any Web Parts that have connection points. As the framework encounters Web Parts that can support connections, it enables the Connect verb in the Web Part s menu as shown in Figure 7-21.

# Compiler and loader CC = agcc LD = ald # Flags CFLAGS = -Werror MACROS = INCLUDES = # Static objects OBJ = main.o # Shared library ob LIBOBJ = lib.o # Test shared lib TESTLIBOBJ = testlib.o # Default make target all: testlib $(OBJ) @echo @echo "Linking..." $(LD) -static -o a.out $(OBJ) # Build lib lib: $(LIBOBJ) @echo @echo "Linking Shared library..." $(LD) -shared -o libch02.so $(LIBOBJ) @echo @echo "Copying Shared library to assets folder" cp libch02.so ../assets # Build test program for lib testlib: lib $(TESTLIBOBJ) @echo @echo "Linking Test for Shared library" $(LD) -o testlib $(TESTLIBOBJ) -L. -lch02 # Build JNI Headers (for lib) jni: @echo "Creating JNI C headers..." javah -jni -classpath ../bin -d include jni.Natives # Compile .c.o: @echo @echo "Compiling $<..." $(CC) -c $(FLAGS) $(MACROS) $(INCLUDES)