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TIDE and Tibbo BASIC User Manual
©2000-2008 Tibbo Technology Inc.
operation -- see below for details.
Enum pl_io_num includes the following constants:
0- PL_IO_NUM_0_RX0_INT0
(1)
:
General-purpose I/O line 0 (P0.0). This line is
also the
input of the serial port 0
and the interrupt line 0.
1- PL_IO_NUM_1_TX0_INT1
(2)
:
General-purpose I/O line 1 (P0.1). This line is
also the
output of the serial port
0 and the interrupt line 1.
2- PL_IO_NUM_2_RX1_INT2
(1)
:
General-purpose I/O line 2 (P0.2). This line is
also the RX/W0&1in/din input of the serial port 1
and the interrupt line 2.
3- PL_IO_NUM_3_TX1_INT3
(2)
:
General-purpose I/O line 3 (P0.3). This line is
also the TX/W1out/dout output of the serial port 1
and the interrupt line 3.
4- PL_IO_NUM_4_RX2_INT4
(1)
:
General-purpose I/O line 4 (P0.4). This line is
also the RX/W0&1in/din input of the serial port 2
and the interrupt line 4.
5- PL_IO_NUM_5_TX2_INT5
(2)
:
General-purpose I/O line 5 (P0.5). This line is
also the TX/W1out/dout output of the serial port 2
and the interrupt line 5.
6- PL_IO_NUM_6_RX3_INT6
(1)
:
General-purpose I/O line 6 (P0.6). This line is
also the RX/W0&1in/din input of the serial port 3
and the interrupt line 6.
7- PL_IO_NUM_7_TX3_INT7
(2)
:
General-purpose I/O line 7 (P0.7). This line is
also the TX/W1out/dout output of the serial port 3
and the interrupt line 7.
8- PL_IO_NUM_8:
General-purpose I/O line 8 (P1.0).
9- PL_IO_NUM_9:
General-purpose I/O line 9 (P1.1).
10- PL_IO_NUM_10:
General-purpose I/O line 10 (P1.2).
11- PL_IO_NUM_11:
General-purpose I/O line 11 (P1.3).
12- PL_IO_NUM_12:
General-purpose I/O line 12 (P1.4).
13- PL_IO_NUM_13:
General-purpose I/O line 13 (P1.5).
14- PL_IO_NUM_14:
General-purpose I/O line 14 (P1.6).
15- PL_IO_NUM_15:
General-purpose I/O line 15 (P1.7).
16- PL_IO_NUM_16_CO
(3)
:
General-purpose I/O line 16 (does not belong to any
8-bit port). This line is also used by the
object to generate square wave output that is
primarily intended for driving beeper (buzzer).
PL_IO_NULL:
This is a NULL line that does not physically exist.
The state of this line is always detected as LOW.
Setting this line has no effect.
Notes:
1. When a serial port is in the
mode (
= 0-
PL_SER_MODE_UART) this line is automatically configured to be an input when
this serial port is enabled (
= 1- YES) and returns to the previous
input/output and high/low state when this serial port is closed (ser.enabled= 0-
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