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Namely, there will be at least one Biamp Tesira Command Processor module we'll refer to this simply as the Command Processor to keep things concise. It is important to understand that the module suite was developed with a specific structure in mind. *Note that Tesira FW3.3.or later will require Crestron Tesira module v2.3 or later if TesiraLUX is part of the Tesira system being controlled. *Note that Tesira FW3.1 or later will require Crestron Tesira module v2.2 or later for SSH control. 20 offered the opportunity for further enhancements in the form of v3.0 and v3.2. The following table is intended to help users in deploying the proper modules with the proper Crestron control system. In 2017 the module suite was re-written as v2.x using SIMPL# for additional speed, scalability, and functionality on the Crestron 3 and 4-Series platforms. As is to be expected, the module suite matured over time and arrived at v1.7 in 2016. That way we can still let InitializeSystem return quickly.Since 2013, Crestron control modules for the Tesira platform have been available via the Crestron Application Market. Later on when we start reading configuration files, we’ll need to find a way to pass this off to another execution thread. InitializeSystem is one of those special methods that must return quickly otherwise the controller might think our program locked up. There’s our “Hello world!” Notice that it’s printed out after the program header but before our program has fully initialized. Use the progreset command to restart our program: Hello world! If we restart the program from Text Console, we can watch the message when it starts up. Still not much going on, right? Because right now, the only thing our program does is print out “Hello world!” when it starts (in InitializeSystem). Use an SSH client (such as PuTTY) to connect to your control processor and watch what happens.Ĭonnecting to the Text Console on our controller Later, we’ll look into using the debugging features built into Visual Studio to inspect the running program even better. The call we’re making to CrestronConsole.PrintLine can be very useful to see what’s going on inside our code. Build this program and load it to your controller.Īgain, nothing happens? We can’t launch SIMPL Debugger to inspect the program because we’re not running the SIMPL engine anymore.
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After that, we rely solely on events to trigger things in our program (i.e.: button pushes, serial communication, timers, etc.). When the control system starts our program, it creates a new ControlSystem object then calls InitializeSystem to handle the rest.
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Public class ControlSystem : CrestronControlSystemĬrestronConsole.PrintLine("\n Hello world! \n") I want you to remove almost everything until you’re left with only this: Open ControlSystem.cs and lets change a few things. If you’ve made it this far, great! Unfortunately, we don’t really know what our program is doing yet. Once you see “Program successfully uploaded,” you may close the Upload Project dialog. Press the Upload button to send your program to the control system. Now we can press the Upload Project button on the ControlSystem.cfg page. If you watch the status bar at the bottom you should see “Build succeeded” once it’s done compiling. Go to the Build > Build Solution menu item or press F6. The Upload Project button is grayed out still because we need to build our project first. Connect to PRO3_CS from my Address Book, showing a previously loaded SIMPL program Once you’ve selected a controller, make sure to select a Program Slot.