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Микроконтроллеры ЭВМ

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BASCOM AVR, help reference (2007).PDF

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	© MCS Electronics, 1995-2007

0	SOCK_CLOSED	Connection closed
1	SOCK_ARP	Standing by for reply after transmitting ARP
		request
2	SOCK_LISTEN	Standing by for connection setup to the client when
		acting in passive mode
3	SOCK_SYNSENT	Standing by for SYN,ACK after transmitting SYN for
		connecting setup when acting in active mode
4	SOCK_SYNSENT_ACK	Connection setup is complete after SYN,ACK is
		received and ACK is transmitted in active mode
5	SOCK_SYNRECV	SYN,ACK is being transmitted after receiving SYN
		from the client in listen state, passive mode
6	SOCK_ESTABLISHED	Connection setup is complete in active, passive
		mode
7	SOCK_CLOSE_WAIT	Connection being terminated
8	SOCK_LAST_ACK	Connection being terminated
9	SOCK_FIN_WAIT1	Connection being terminated
10	SOCK_FIN_WAIT2	Connection being terminated
11	SOCK_CLOSING	Connection being terminated
12	SOCK_TIME_WAIT	Connection being terminated
13	SOCK_RESET	Connection being terminated after receiving reset
		packet from peer.
14	SOCK_INIT	Socket initializing
15	SOCK_UDP	Applicable channel is initialized in UDP mode.
16	SOCK_RAW	Applicable channel is initialized in IP layer RAW
		mode
17	SOCK_UDP_ARP	Standing by for reply after transmitting ARP
		request packet to the destination for UDP
		transmission
18	SOCK_UDP_DATA	Data transmission in progress in UDP RAW mode
19	SOCK_RAW_INIT	W3100A initialized in MAC layer RAW mode

The SocketStat function is also used internally by the library.

SONYSEND

Action

Sends Sony remote IR code.

page -661-

Syntax

SONYSEND address [, bits]

Uses

TIMER1

Remarks

Address	The address of the Sony device.
bits	This is an optional parameter. When used, it must be 12, 15 or 20.
	Also, when you use this option, the address variable must be of the type
	LONG.

SONY CD Infrared Remote Control codes (RM-DX55)

Function	Hex	Bin
Power	A91	1010 1001 0001
Play	4D1	0100 1101 0001
Stop	1D1	0001 1101 0001
Pause	9D1	1001 1101 0001
Continue	B91	1011 1001 0001
Shuffle	AD1	1010 1101 0001
Program	F91	1111 1001 0001
Disc	531	0101 0011 0001
1	011	0000 0001 0001
2	811	1000 0001 0001
3	411	0100 0001 0001
4	C11	1100 0001 0001
5	211	0010 0001 0001
6	A11	1010 0001 0001
7	611	0110 0001 0001
8	E11	1110 0001 0001
9	111	0001 0001 0001
0	051	0000 0101 0001
>10	E51	1110 0101 0001
enter	D11	1101 0001 0001
clear	F11	1111 0001 0001
repeat	351	0011 0101 0001
disc -	BD1	1011 1101 0001
disc +	H7D1	0111 1101 0001
\|<<	0D1	0000 1101 0001
>>\|	8D1	1000 1101 0001
<<	CD1	1100 1101 0001
>>	2D1	0010 1101 0001

SONY Cassette	RM-J901)
Deck A
stop	1C1	0001 1100 0001

page -662-

play >	4C1	0100 1100 0001
play <	EC1	1110 1100 0001
>>	2C1	0010 1100 0001
<<	CC1	1100 1100 0001
record	6C1	0110 1100 0001
pause	9C1	1001 1100 0001
Dec B
stop	18E	0001 1000 1110
play >	58E	0101 1000 1110
play <	04E	0000 0100 1110
>>	38E	0011 1000 1110
<<	D8E	1101 1000 1110
record	78E	0111 1000 1110
pause	98E	1001 1000 1110

---[ SONY TV Infrared Remote Control codes (RM-694) ]--------------------------

program + = &H090 : 0000 1001 0000 program - = &H890 : 1000 1001 0000 volume + = &H490 : 0100 1001 0000 volume - = &HC90 : 1100 1001 0000 power = &HA90 : 1010 1001 0000 sound on/off = &H290 : 0010 1001 0000 1 = &H010 : 0000 0001 0000

2 = &H810 : 1000 0001 0000

3 = &H410 : 0100 0001 0000

4 = &HC10 : 1100 0001 0000

5 = &H210 : 0010 0001 0000

6 = &HA10 : 1010 0001 0000

7 = &H610 : 0110 0001 0000

8 = &HE10 : 1110 0001 0000

9 = &H110 : 0001 0001 0000

0 = &H910 : 1001 0001 0000 -/-- = &HB90 : 1011 1001 0000

For more SONY Remote Control info:

http://www.fet.uni-hannover.de/purnhage/

The resistor must be connected to the OC1A pin. In the example a 2313 micro was used. This micro has pin portB.3 connected to OC1A.

Look in a datasheet for the proper pin when used with a different chip.

An IR booster circuit is shown below:

page -663-

SOUND

Action

Sends pulses to a port pin.

page -664-

Syntax

SOUND pin, duration, pulses

Remarks

Pin	Any I/O pin such as PORTB.0 etc.
Duration	The number of pulses to send. Byte, integer/word or constant.
Pulses	The time the pin is pulled low and high.
	This is the value for a loop counter.

When you connect a speaker or a buzzer to a port pin (see hardware) , you can use the SOUND statement to generate some tones.

The port pin is switched high and low for pulses times. This loop is executed duration times.

The SOUND statement is not intended to generate accurate frequencies. Use a TIMER to do that.

See also

NONE

Example

'-----------------------------------------------------------------------------
------------	: sound.bas
'name	: sound.bas
'copyright	: (c) 1995-2005, MCS Electronics
'purpose	: demo : SOUND
'micro	: Mega48
'suited for demo	: yes
'commercial addon needed	: no

'-----------------------------------------------------------------------------

------------

$regfile = "m48def.dat"	' specify the used
micro	' used crystal
$crystal = 4000000	' used crystal
frequency	' use baud rate
$baud = 19200	' use baud rate
$hwstack = 32	' default use 32
for the hardware stack	' default use 10
$swstack = 10	' default use 10
for the SW stack	' default use 40
$framesize = 40	' default use 40
for the frame space
Dim Pulses As Word , Periods As Word	'set variables
Pulses = 65535 : Periods = 10000	'set variables
Speaker Alias Portb.1	'define port pin
Sound Speaker , Pulses , Periods	'make some noice

'note that pulses and periods must have a high value for high XTALS 'sound is only intended to make some noise!

'pulses range from 1-65535 'periods range from 1-65535

page -665-

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'-----------------------------------------------------------------------------
------------	: sonysend.bas
'name	: sonysend.bas
'copyright	: (c) 1995-2005, MCS Electronics
'purpose	: code based on application note from Ger Langezaal
'micro	: AT90S2313
'suited for demo	: yes
'commercial addon needed	: no
'-----------------------------------------------------------------------------
------------
$regfile = "2313def.dat"	' specify the used
micro	' used crystal
$crystal = 4000000	' used crystal
frequency	' use baud rate
$baud = 19200	' use baud rate
$hwstack = 32	' default use 32
for the hardware stack	' default use 10
$swstack = 10	' default use 10
for the SW stack	' default use 40
$framesize = 40	' default use 40
for the frame space