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--- first_example [2015/03/18 11:11] – created ursgraf
+++ first_example [2020/12/01 14:24] – [Running Demo Programs] ursgraf
@@ Line 1: / Line 1: @@
 ====== First Example ======
-This example will demonstrate how to use the deep compiler to translate a simple Java program and run it on a mpc555 target platform.
+===== Hello World with System.out =====
+  * [[first_example_mpc555| Hello World on the NTB mpc555 Board]]
+  * [[first_example_mpc5200| Hello World on the Phytec phyCore mpc5200 board]]
+  * [[first_example_microzed| Hello World on the Avnet MicroZed board]]
+  * [[first_example_zybo| Hello World on the Digilent Zybo board]]
-  - Start eclipse, choose a new workspace and open the deep perspective with Window -> Open Perspective -> Deep).
+===== Developing on the Avnet MicroZed Board =====
-  - //File// -> //New// -> select //Project..., Deep -> //select// Deep Project//. \\ {{:software:deep:ide:newdeepproject.png?400|}}
+As this board contains a FPGA which must be loaded with a suitable configuration, you have to carefully select one of the following methods.
-  - Target Library: ✔ use default library path \\ {{:software:deep:ide:targetlibrary.png?400|}}
+  * [[first_example_microzed_sysdev| System Developer]]
-   - Target Configuration:
+  * [[first_example_microzed_appdev| Application Developer]]
-    - Select a board: NTB MPC555 Headerboard
+  * [[first_example_microzed_deploy| Deploying]]
-    - Select a programmer: NTB MPC555 USB-BDI
+===== Running Demo Programs =====
-    - Select a operating System: NTB Simple tasking system
+The deep runtime library offers a couple of demo programs, e.g. using serial output or flashing a led. Create a new project as given above and open the //deep// project file. Navigate to //Referenced Libraries// entry in the //Package Explorer// and find a suitable demo program, e.g. ch.ntb.inf.runtime.zynq7000.microzed.demo.Blinker
-    - If you like to have an image file, you can select the corresponding checkbox. This option is not necessary if you use the //NTB MPC555 USB-BDI// to download to the target. \\ {{:software:deep:ide:targetconfiguration.png?400|}}
+{{:demoprograms.png?250|}}
-  - Project name:
-    - Choose any project name (no spaces, no "umlauts")
-    - ✔ use default location\\ {{{{:software:deep:ide:deep_project_name.png?400&direct}}
-  - //Finish// creates the project
-  - The empty project will show on the left side in the package explorer.\\ {{software:eclipse:deep_emptyproject.png?direct}}
-  - By right-clicking on the source folder (src) in the package explorer choose //New// -> //Package// and add package name //ch.ntb.stud.yourName.helloworld//.\\ {{software:eclipse:newjavapackage.png?400&direct}}
-  - By right-clicking on the newly created package choose //New// -> //Class// and enter class name //HelloWorld//.
-  - Open class and enter source code:<code java>
-package ch.ntb.stud.yourName.helloworld;
-import java.io.PrintStream;
+Edit the //rootclasses// entry in the //deep// project file as follows
-import ch.ntb.inf.deep.runtime.mpc555.driver.SCI1;
+<code>
+#	enter names of rootclasses, e.g.
-public class HelloWorld {
+#	rootclasses = "test.MyFirstTestClass","other.MySecondTestClass";
-	static {
+	rootclasses = "org.deepjava.runtime.zynq7000.microzed.demo.Blinker";
-		// 1) Initialize SCI1 (9600 8N1)
-		SCI1.start(9600, SCI1.NO_PARITY, (short)8);
-		// 2) Use SCI1 for stdout
-		System.out = new PrintStream(SCI1.out);
-		// 3) Say hello to the world
-		System.out.println("Hello, world");
-	}
-}
 </code>
-  - Open project file: HelloWorld.deep
-  - Add the newly created class to rootclasses. It should then look like this:<code>project {
-	#deep-1
-	meta {
-		version = "Mon Jan 05 12:40:12 CET 2015";
-		description = "deep project file for HelloWorld";
-	}
-	project HelloWorld {
-		libpath = "I:\deep\lib";
-		boardtype = ntbMpc555HB;
-		ostype = ntbSTS;
-		programmertype = ntbMpc555UsbBdi;
-	#	enter names of rootclasses, e.g.
-	#	rootclasses = "test.MyFirstTestClass","other.MySecondTestClass";
-		rootclasses = "ch.ntb.stud.yourName.helloworld.HelloWorld";
-	#	imgfile = "M:\Workspace\HelloWorld\HelloWorld.bin";
+Create a run configuration and run the program as given in [[first_example|Hello World with System.out]]. Be aware of the fact that all the examples using //flink// devices (which are implemented in the FPGA) need a suitable configuration loaded into the FPGA at startup.
-	#	imgformat = BIN;
-	}
-}</code>
-  - Connect hardware to PC and power on.
-  - Open View Dialog under //Window -> Show View -> Other...//. \\ {{software:eclipse:showview.png?400&direct}}
-  - In the category //Terminal// mark //Terminal// and  confirm with //OK//. \\ {{software:eclipse:viewchooser.png?200&direct}}
-  - Under //Connection Type// select //Serial// and choose settings according to the settings of the SCI on the target from paragraph 9 above. Check the port number with your operating system. \\ {{software:eclipse:connectiontype.png?200&direct}}
-  - Mark project file "HelloWorld.deep", either by right-clicking //Run As -> Deep Application// \\ {{software:eclipse:runas_context.png?direct}} \\ or with pulldown menu of the run-button //Run As -> Deep Application// \\ {{:software:eclipse:runas_pulldown.png?400&direct}} \\ will the programm be compiled, linked and downloaded.
-  - The //USB Log// shows //Hello, World//.
-  - With {{software:eclipse:run.jpg}} you can recompile and rerun the programm.

deep

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