Implementing Clipsal Interface using Generic Serial Device - Revision history

RayBe: Added category: GSD

2016-07-05T02:40:09Z

Added category: GSD

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Mcefan at 02:19, 20 October 2012

2012-10-20T02:19:17Z

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	Clipsal CBus Switches are used for controlling lights, curtains and temperature controls. They can be connected to the Serial Port and can be controlled via a PC. In the following tutorial, we will add Clipsal Switches using Generic Serial Device and implement Lights and Shutter control through the Linux MCE.		Clipsal CBus Switches are used for controlling lights, curtains and temperature controls. They can be connected to the Serial Port and can be controlled via a PC. In the following tutorial, we will add Clipsal Switches using Generic Serial Device and implement Lights and Shutter control through the Linux MCE.

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	This Clipsal Interface will act as a parent device to all the child devices (eg. Lights, Curtains) that are controlled via the serial port to which Clipsal Switch is connected. Now create a device from the device template Clipsal Interface.		This Clipsal Interface will act as a parent device to all the child devices (eg. Lights, Curtains) that are controlled via the serial port to which Clipsal Switch is connected. Now create a device from the device template Clipsal Interface.

			{{p}}

	== Ruby Commands for Lighting ==		== Ruby Commands for Lighting ==
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	To edit the Ruby Commands for #384 Process Receive Command For Child, Edit the Clipsal Interface and click on 'Edit Ruby Codes' besides Implements DCE on the top.		To edit the Ruby Commands for #384 Process Receive Command For Child, Edit the Clipsal Interface and click on 'Edit Ruby Codes' besides Implements DCE on the top.

			{{p}}

	== Ruby Code ==		== Ruby Code ==
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	sendCmd(serial_dim)		sendCmd(serial_dim)
	end		end
			{{p}}

	== Explanation ==		== Explanation ==
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	So, we receive the port number from child device (group_no), concatenate it in the binary string and send it to the serial port defined in the Clipsal Interface.		So, we receive the port number from child device (group_no), concatenate it in the binary string and send it to the serial port defined in the Clipsal Interface.
	~~[[Category: Tutorials]]~~

Rwilson131 at 19:30, 24 February 2008

2008-02-24T19:30:05Z

←Older revision		Revision as of 19:30, 24 February 2008
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	Clipsal CBus Switches are used for controlling lights, curtains and temperature controls. They can be connected to the Serial Port and can be controlled via a PC. In the following tutorial, we will add Clipsal Switches using Generic Serial Device and implement Lights and Shutter control through the Linux MCE.		Clipsal CBus Switches are used for controlling lights, curtains and temperature controls. They can be connected to the Serial Port and can be controlled via a PC. In the following tutorial, we will add Clipsal Switches using Generic Serial Device and implement Lights and Shutter control through the Linux MCE.

RichardP at 02:21, 17 January 2008

2008-01-17T02:21:58Z

←Older revision		Revision as of 02:21, 17 January 2008
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	Clipsal Switches are used for controlling lights, curtains and temperature controls. They can be connected to the Serial Port and can be controlled via a PC. In the following tutorial, we will add Clipsal Switches using Generic Serial Device and implement Lights and Shutter control through the Linux MCE.		Clipsal CBus Switches are used for controlling lights, curtains and temperature controls. They can be connected to the Serial Port and can be controlled via a PC. In the following tutorial, we will add Clipsal Switches using Generic Serial Device and implement Lights and Shutter control through the Linux MCE.

Rwilson131 at 02:21, 6 September 2007

2007-09-06T02:21:50Z

←Older revision		Revision as of 02:21, 6 September 2007
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	So, we receive the port number from child device (group_no), concatenate it in the binary string and send it to the serial port defined in the Clipsal Interface.		So, we receive the port number from child device (group_no), concatenate it in the binary string and send it to the serial port defined in the Clipsal Interface.
			[[Category: Tutorials]]

Tamjid: /* Explanation */

2007-06-20T08:01:42Z

Explanation

←Older revision		Revision as of 08:01, 20 June 2007
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	So, we receive the port number from child device (group_no), concatenate it in the binary string and send it to the serial port defined in the Clipsal Interface.		So, we receive the port number from child device (group_no), concatenate it in the binary string and send it to the serial port defined in the Clipsal Interface.



	~~This page is under authoring. More details coming soon.~~

Tamjid: /* Ruby Code */

2007-06-20T08:01:00Z

Ruby Code

←Older revision		Revision as of 08:01, 20 June 2007
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	== Ruby Code ==		== Ruby Code ==

	group_no = device_.childdevices_[cmd.devidto_].devdata_[12]		group_no = device_.childdevices_[cmd.devidto_].devdata_[12]

	if cmd.id_ == 192		if cmd.id_ == 192
	serial_on = "\\05380079"+group_no+"\r"		serial_on = "\\05380079"+group_no+"\r"
	log( "Sending " + serial_on + " \n" )		log( "Sending " + serial_on + " \n" )
	sendCmd(serial_on)		sendCmd(serial_on)
	end		end

	if cmd.id_ == 193		if cmd.id_ == 193
	serial_off = "\\05380001"+group_no+"\r"		serial_off = "\\05380001"+group_no+"\r"
	log( "Sending " + serial_off + " \n" )		log( "Sending " + serial_off + " \n" )
	sendCmd(serial_off)		sendCmd(serial_off)
	end		end

	log("We got cmd : " + cmd.id.to_s)		log("We got cmd : " + cmd.id.to_s)

	if cmd.id_ == 184		if cmd.id_ == 184
	dim_level = cmd.params_[76]		dim_level = cmd.params_[76]
	serial_dim = "\\05380002"+group_no+""+dim_level+"\r"		serial_dim = "\\05380002"+group_no+""+dim_level+"\r"
	log( "Sending " + serial_dim + " \n")		log( "Sending " + serial_dim + " \n")
	sendCmd(serial_dim)		sendCmd(serial_dim)
	end		end


	== Explanation ==		== Explanation ==

Tamjid: /* Steps to Add Clipsal Interface */

2007-06-20T07:58:12Z

Steps to Add Clipsal Interface

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 * Create a Device Template 'Clipsal Interface' in Device Category: "Interfaces - Lighting Interface #81"
 * In the packages, add "Pluto Generic Serial Device"
 * In Device Data, add "#37 COM Port on PC(string)"
 * In Commands Section, create and select "Ruby Internal Commands"
 This page is under authoring. More details coming soon.

Tamjid: Here is a detailed example of how to add Clipsal Interface using Generic Serial Device. moved to Implementing Clipsal Interface using Generic Serial Device

2007-06-17T12:49:46Z

Here is a detailed example of how to add Clipsal Interface using Generic Serial Device. moved to Implementing Clipsal Interface using Generic Serial Device

←Older revision	Revision as of 12:49, 17 June 2007
(No difference)

Tamjid at 12:49, 17 June 2007

2007-06-17T12:49:12Z

New page

Clipsal Switches are used for controlling lights, curtains and temperature controls. They can be connected to the Serial Port and can be controlled via a PC. In the following tutorial, we will add Clipsal Switches using Generic Serial Device and implement Lights and Shutter control through the Linux MCE.

== Steps to Add Clipsal Interface ==

* Create a Device Template 'Clipsal Interface' in Device Category: "Interfaces - Lighting Interface #81"
* In the packages, add "Pluto Generic Serial Device"
* In Device Data, add "#37 COM Port on PC(string)"
* In Commands Section, create and select "Ruby Internal Commands"

This Clipsal Interface will act as a parent device to all the child devices (eg. Lights, Curtains) that are controlled via the serial port to which Clipsal Switch is connected.

This page is under authoring. More details coming soon.