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...	...	@@ -56,10 +56,10 @@
56	56	{{code language="sct" theme="Eclipse" title="Floodlight.sct"}}
57	57	scchart BlinkyModel {
58	58
59		- @Wrapper Clock, "500"
	59	+ @Wrapper Clock, 500
60	60	input bool clock;
61	61
62		- @Wrapper DigitalWrite, "13"
	62	+ @Wrapper DigitalWrite, 13
63	63	output bool light;
64	64
65	65	initial state lightOff
...	...	@@ -74,18 +74,18 @@
74	74
75	75	The annotations on the input and output variable are used to define which wrapper code is used to set / read them. **@Wrapper Clock, "500"** will set the input variable to true for one tick every 500ms. **@Wrapper DigitalWrite, "13"** will set pin 13 to HIGH if the variable is true and to LOW if it is false. We assume that an **LED is connected** to the Arduino board on **pin 13**.
76	76
77		-The available wrapper code snippets are defined in the //snippets// directory of the project in ftl files (FreeMarker template files). The table below gives an overview of the available wrapper code snippets.
	77	+The available wrapper code snippets are defined in the //assets// directory of the project in ftl files (FreeMarker template files). In the default configuration of a new SCCharts project for Arduino, the file //main.ftl// is processed to create the entry point of the program. Thus it includes other templates containing the available code snippets. The table below gives an overview of the available wrapper code snippets.
78	78
79	79	**Note: **To view ftl files with highlighting, you may want to install the //FreeMarker IDE// feature from the JBoss Tools. However, this is not necessary to work with KIELER. JBoss Tools is available in the Eclipse Market Place and via update site. The update site for stable releases is [[http:~~/~~/download.jboss.org/jbosstools/neon/stable/updates/ >>url:http://download.jboss.org/jbosstools/neon/stable/updates/||rel="nofollow" shape="rect" class="external-link"]]. Note that only the //FreeMarker IDE// feature is required (Abridged JBoss Tools > FreeMarker IDE).**
80	80	**
81	81
82		-=== Launch the project: ===
	82	+=== Build the project: ===
83	83
84		-With the mouse over the SCT file in the project explorer, perform //Right Click > Run As > KiCo Compilation.//
	84	+After the modeling is done, the project can be built. Select //Project > Build Project//. This will create a new folder //kieler-gen// with the compiled model file. Further the wrapper code is processed. After the build finished sucessfully, the ino file for the project has been updated with the new wrapper code for the model, and thus the project can be deployed to the Arduino board. The Eclipse Arduino Plugin provides an upload button for this task in the toolbar.
85	85
86		-A launch config is created, which compiles the model to C code and creates wrapper code from the annotations in the model file. Afterwards this output is compiled and deployed to the Arduino board, by using the launch shortcut from the Arduino Plugin. If any errors occur, you can see them in the Console View.
	86	+=== Simulating the model ===
87	87
88		-For a deeper understanding of the project launch and initialization, take a look at the [[wiki page for Prom>>url:http://rtsys.informatik.uni-kiel.de/confluence/pages/viewpage.action?pageId=13762626||shape="rect"]].
	88	+A simulation of models is created as part of a build inside //kieler-gen/sim/bin//. To use these simulations, first change to the Simulation Perspective, which provides new buttons in the toolbar. The executables in the //bin// folder can then be launched via //Right Click > KIELER Simulation//. The output of a running simulation can be seen in the Data Pool View.
89	89
90	90	=== Available Wrapper Code Snippets ===
91	91

Confluence.Code.ConfluencePageClass[0]

Id

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1		-32145472
	1	+32145474

URL

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1		-https://rtsys.informatik.uni-kiel.de/confluence//wiki/spaces/KIELER/pages/32145472/Arduino and SCCharts
	1	+https://rtsys.informatik.uni-kiel.de/confluence//wiki/spaces/KIELER/pages/32145474/Arduino and SCCharts