Assembly Language Programming - Revision history

Frohro: /* 2015 Robot and 2016 Car Information */

2016-12-14T00:31:01Z

2015 Robot and 2016 Car Information

← Older revision		Revision as of 17:31, 13 December 2016
Line 190:		Line 190:
	*** It is the SPP-C module described [http://www.martyncurrey.com/bluetooth-modules/ on this page.][[File:Bluetooth Carrier.jpg\|600px]]		*** It is the SPP-C module described [http://www.martyncurrey.com/bluetooth-modules/ on this page.][[File:Bluetooth Carrier.jpg\|600px]]
	*** Solder five pins on one side and three on the other to get your bluetooth module onto your carrier board.		*** Solder five pins on one side and three on the other to get your bluetooth module onto your carrier board.
	***[http://www.suptronics.com/downloads/BC04-B_AT%20Command.pdf These] are the AT commands which if you use them to configure your bluetooth have to be issued from the wired side (not from the phone). You can use them to change the name with "AT+NAME<Name you want to use instead of BT-04A>" where I found for me sending a line feed after this was needed.		***[http://www.suptronics.com/downloads/BC04-B_AT%20Command.pdf These] are the AT commands which if you use them to configure your bluetooth have to be issued from the wired side (not from the phone). You can use them to change the name with "AT+NAME<Name you want to use instead of BT-04A>" where I found for me sending a line feed after this was needed. The name you want to call you bluetooth device is just typed after the AT+NAME, like AT+NAMERob if I want to call it Rob. I should note that I had some difficulty with this. I don't seem to know how to terminate the name, but this may get you started. It is not handy to have your bluetooth device named the same thing as everyone elses when you are in the same room trying to pair with it.
	*** The baud rate to start with on these boards is 9600, 8N1. You need to send carriage return and line-feed both to get a response from the board. Remember that TX on one side is connected to RX on the other. The module identifies itself as BT04-A, and the PIN is 1234 over bluetooth.		*** The baud rate to start with on these boards is 9600, 8N1. You need to send carriage return and line-feed both to get a response from the board. Remember that TX on one side is connected to RX on the other. The module identifies itself as BT04-A, and the PIN is 1234 over bluetooth.

Frohro: /* 2015 Robot and 2016 Car Information */

2016-12-14T00:24:24Z

2015 Robot and 2016 Car Information

← Older revision		Revision as of 17:24, 13 December 2016
Line 190:		Line 190:
	*** It is the SPP-C module described [http://www.martyncurrey.com/bluetooth-modules/ on this page.][[File:Bluetooth Carrier.jpg\|600px]]		*** It is the SPP-C module described [http://www.martyncurrey.com/bluetooth-modules/ on this page.][[File:Bluetooth Carrier.jpg\|600px]]
	*** Solder five pins on one side and three on the other to get your bluetooth module onto your carrier board.		*** Solder five pins on one side and three on the other to get your bluetooth module onto your carrier board.
			***[http://www.suptronics.com/downloads/BC04-B_AT%20Command.pdf These] are the AT commands which if you use them to configure your bluetooth have to be issued from the wired side (not from the phone). You can use them to change the name with "AT+NAME<Name you want to use instead of BT-04A>" where I found for me sending a line feed after this was needed.
	*** The baud rate to start with on these boards is 9600, 8N1. You need to send carriage return and line-feed both to get a response from the board. Remember that TX on one side is connected to RX on the other. The module identifies itself as BT04-A, and the PIN is 1234 over bluetooth.		*** The baud rate to start with on these boards is 9600, 8N1. You need to send carriage return and line-feed both to get a response from the board. Remember that TX on one side is connected to RX on the other. The module identifies itself as BT04-A, and the PIN is 1234 over bluetooth.

Frohro: /* Slides and Videos 2015 and 2016 */

2016-12-04T23:20:20Z

Slides and Videos 2015 and 2016

← Older revision		Revision as of 16:20, 4 December 2016
Line 132:		Line 132:
	**[https://youtu.be/KtVDqvW0Vfw Timers on the MSP430]		**[https://youtu.be/KtVDqvW0Vfw Timers on the MSP430]
	*[https://docs.google.com/presentation/d/1nuK6rDJ8Yly6MJs1o4boKR41_S37C-Q1Q6u7JHu2fmk/edit?usp=sharing Serial Communications]		*[https://docs.google.com/presentation/d/1nuK6rDJ8Yly6MJs1o4boKR41_S37C-Q1Q6u7JHu2fmk/edit?usp=sharing Serial Communications]
			**[https://youtu.be/2sObuUtpIq4 Serial Communications Video]
	*[https://docs.google.com/presentation/d/1O4cqBvtdO7lM5ywjRPBVJ7o4X1axtpwTqYkL9-y4UCA/edit?usp=sharing Using Flash]		*[https://docs.google.com/presentation/d/1O4cqBvtdO7lM5ywjRPBVJ7o4X1axtpwTqYkL9-y4UCA/edit?usp=sharing Using Flash]
	====Quiz Answers====		====Quiz Answers====

Frohro: /* Translating Embedded Code Between Assembly and C */

2016-11-16T05:41:39Z

Translating Embedded Code Between Assembly and C

← Older revision		Revision as of 22:41, 15 November 2016
Line 57:		Line 57:
	P1DIR \|= #BIT0; //is the same as bis.b #BIT0, &P1DIR		P1DIR \|= #BIT0; //is the same as bis.b #BIT0, &P1DIR
	P1DIR &= ~#BIT0; //is the same as bic.b #BIT0, &P1DIR		P1DIR &= ~#BIT0; //is the same as bic.b #BIT0, &P1DIR
	P1DIR ^= #BIT0; //is the same as xor.b #BIT0, &P1DIR		P1DIR ^= #BIT0; //is the same as xor.b #BIT0, &P1DIR</nowiki>
	</nowiki>

	===MSP430F5529 Specific Data===		===MSP430F5529 Specific Data===

Frohro: /* Translating Embedded Code Between Assembly and C */

2016-11-16T05:41:14Z

Translating Embedded Code Between Assembly and C

← Older revision		Revision as of 22:41, 15 November 2016
Line 58:		Line 58:
	P1DIR &= ~#BIT0; //is the same as bic.b #BIT0, &P1DIR		P1DIR &= ~#BIT0; //is the same as bic.b #BIT0, &P1DIR
	P1DIR ^= #BIT0; //is the same as xor.b #BIT0, &P1DIR		P1DIR ^= #BIT0; //is the same as xor.b #BIT0, &P1DIR
	</nowiki>		</nowiki>

	===MSP430F5529 Specific Data===		===MSP430F5529 Specific Data===

Frohro: /* Translating Embedded Code Between Assembly and C */

2016-11-16T05:40:53Z

Translating Embedded Code Between Assembly and C

← Older revision		Revision as of 22:40, 15 November 2016
Line 54:		Line 54:
	=====Translating Embedded Code Between Assembly and C=====		=====Translating Embedded Code Between Assembly and C=====
	When reading C code to understand what you wish to do in Assembly, or vice versa, it is handy to understand some common statements you see in C. Listed below are the most commonly seen ones.		When reading C code to understand what you wish to do in Assembly, or vice versa, it is handy to understand some common statements you see in C. Listed below are the most commonly seen ones.
	* P1DIR \|= #BIT0; //is the same as bis.b #BIT0, &P1DIR		<nowiki>
	* P1DIR &= ~#BIT0; //is the same as bic.b #BIT0, &P1DIR		P1DIR \|= #BIT0; //is the same as bis.b #BIT0, &P1DIR
	* P1DIR ^= #BIT0 //is the same as xor.b #BIT0, &P1DIR		P1DIR &= ~#BIT0; //is the same as bic.b #BIT0, &P1DIR
			P1DIR ^= #BIT0; //is the same as xor.b #BIT0, &P1DIR
			</nowiki>

	===MSP430F5529 Specific Data===		===MSP430F5529 Specific Data===

Frohro: /* 2015 Robot and 2016 Car Information */

2016-11-16T01:56:57Z

2015 Robot and 2016 Car Information

← Older revision		Revision as of 18:56, 15 November 2016
Line 186:		Line 186:
	**The bluetooth module for 2016 is a little different:		**The bluetooth module for 2016 is a little different:
	*** It uses the BK3231 IC and it's data sheet is [https://fccid.io/document.php?id=2672934 available from the FCC here.]		*** It uses the BK3231 IC and it's data sheet is [https://fccid.io/document.php?id=2672934 available from the FCC here.]
	*** It is the SPP-C module described [http://www.martyncurrey.com/bluetooth-modules/ on this page.[[File:Bluetooth Carrier.jpg\|600px]]		*** It is the SPP-C module described [http://www.martyncurrey.com/bluetooth-modules/ on this page.][[File:Bluetooth Carrier.jpg\|600px]]
	*** Solder five pins on one side and three on the other to get your bluetooth module onto your carrier board.		*** Solder five pins on one side and three on the other to get your bluetooth module onto your carrier board.
	*** The baud rate to start with on these boards is 9600, 8N1. You need to send carriage return and line-feed both to get a response from the board. Remember that TX on one side is connected to RX on the other. The module identifies itself as BT04-A, and the PIN is 1234 over bluetooth.		*** The baud rate to start with on these boards is 9600, 8N1. You need to send carriage return and line-feed both to get a response from the board. Remember that TX on one side is connected to RX on the other. The module identifies itself as BT04-A, and the PIN is 1234 over bluetooth.

Frohro: /* 2015 Robot and 2016 Car Information */

2016-11-16T01:56:24Z

2015 Robot and 2016 Car Information

← Older revision		Revision as of 18:56, 15 November 2016
Line 186:		Line 186:
	**The bluetooth module for 2016 is a little different:		**The bluetooth module for 2016 is a little different:
	*** It uses the BK3231 IC and it's data sheet is [https://fccid.io/document.php?id=2672934 available from the FCC here.]		*** It uses the BK3231 IC and it's data sheet is [https://fccid.io/document.php?id=2672934 available from the FCC here.]
	*** It is the SPP-C module described [http://www.martyncurrey.com/bluetooth-modules/ on this page.]		*** It is the SPP-C module described [http://www.martyncurrey.com/bluetooth-modules/ on this page.[[File:Bluetooth Carrier.jpg\|600px]]
	~~***~~[[File:Bluetooth Carrier.jpg\|600px]] Solder five pins on one side and three on the other to get your bluetooth module onto your carrier board.		*** Solder five pins on one side and three on the other to get your bluetooth module onto your carrier board.
	*** The baud rate to start with on these boards is 9600, 8N1. You need to send carriage return and ~~linefeed~~ both to get a response from the board. Remember that TX on one side is connected to RX on the other. The module identifies itself as BT04-A, and the PIN is 1234.		*** The baud rate to start with on these boards is 9600, 8N1. You need to send carriage return and line-feed both to get a response from the board. Remember that TX on one side is connected to RX on the other. The module identifies itself as BT04-A, and the PIN is 1234 over bluetooth.

	**[[C example of using the USCI as a 9600 baud UART to communicate with the HC-06 bluetooth module for the MSP430F5529]]. To test this app, do not use Blueberry. The professor used [https://f-droid.org/wiki/page/ru.sash0k.bluetooth_terminal Bluetooth terminal] on f-droid. The source code is available at [https://github.com/Sash0k/bluetooth-spp-terminal github.]		**[[C example of using the USCI as a 9600 baud UART to communicate with the HC-06 bluetooth module for the MSP430F5529]]. To test this app, do not use Blueberry. The professor used [https://f-droid.org/wiki/page/ru.sash0k.bluetooth_terminal Bluetooth terminal] on f-droid. The source code is available at [https://github.com/Sash0k/bluetooth-spp-terminal github.]

Frohro: /* 2015 Robot and 2016 Car Information */

2016-11-16T01:52:16Z

2015 Robot and 2016 Car Information

← Older revision		Revision as of 18:52, 15 November 2016
Line 187:		Line 187:
	*** It uses the BK3231 IC and it's data sheet is [https://fccid.io/document.php?id=2672934 available from the FCC here.]		*** It uses the BK3231 IC and it's data sheet is [https://fccid.io/document.php?id=2672934 available from the FCC here.]
	*** It is the SPP-C module described [http://www.martyncurrey.com/bluetooth-modules/ on this page.]		*** It is the SPP-C module described [http://www.martyncurrey.com/bluetooth-modules/ on this page.]
	***[[File:Bluetooth Carrier.jpg]] Solder five pins on one side and three on the other to get your bluetooth module onto your carrier board.		***[[File:Bluetooth Carrier.jpg\|600px]] Solder five pins on one side and three on the other to get your bluetooth module onto your carrier board.
	*** The baud rate to start with on these boards is 9600, 8N1. You need to send carriage return and linefeed both to get a response from the board. Remember that TX on one side is connected to RX on the other. The module identifies itself as BT04-A, and the PIN is 1234.		*** The baud rate to start with on these boards is 9600, 8N1. You need to send carriage return and linefeed both to get a response from the board. Remember that TX on one side is connected to RX on the other. The module identifies itself as BT04-A, and the PIN is 1234.

Frohro: /* 2015 Robot and 2016 Car Information */

2016-11-16T01:50:32Z

2015 Robot and 2016 Car Information

← Older revision		Revision as of 18:50, 15 November 2016
Line 187:		Line 187:
	*** It uses the BK3231 IC and it's data sheet is [https://fccid.io/document.php?id=2672934 available from the FCC here.]		*** It uses the BK3231 IC and it's data sheet is [https://fccid.io/document.php?id=2672934 available from the FCC here.]
	*** It is the SPP-C module described [http://www.martyncurrey.com/bluetooth-modules/ on this page.]		*** It is the SPP-C module described [http://www.martyncurrey.com/bluetooth-modules/ on this page.]
			***[[File:Bluetooth Carrier.jpg]] Solder five pins on one side and three on the other to get your bluetooth module onto your carrier board.
			*** The baud rate to start with on these boards is 9600, 8N1. You need to send carriage return and linefeed both to get a response from the board. Remember that TX on one side is connected to RX on the other. The module identifies itself as BT04-A, and the PIN is 1234.

	**[[C example of using the USCI as a 9600 baud UART to communicate with the HC-06 bluetooth module for the MSP430F5529]]. To test this app, do not use Blueberry. The professor used [https://f-droid.org/wiki/page/ru.sash0k.bluetooth_terminal Bluetooth terminal] on f-droid. The source code is available at [https://github.com/Sash0k/bluetooth-spp-terminal github.]		**[[C example of using the USCI as a 9600 baud UART to communicate with the HC-06 bluetooth module for the MSP430F5529]]. To test this app, do not use Blueberry. The professor used [https://f-droid.org/wiki/page/ru.sash0k.bluetooth_terminal Bluetooth terminal] on f-droid. The source code is available at [https://github.com/Sash0k/bluetooth-spp-terminal github.]