144
Platforms
©2000-2008 Tibbo Technology Inc.
8-bit port).
48- PL_IO_NUM_48:
General-purpose I/O line 48 (does not belong to any
8-bit port).
49- PL_IO_NUM_49:
General-purpose I/O line 49 (does not belong to any
8-bit port).
50- PL_IO_NUM_50:
General-purpose I/O line 50 (does not belong to any
8-bit port).
51- PL_IO_NUM_51:
General-purpose I/O line 51 (does not belong to any
8-bit port).
52- PL_IO_NUM_52:
General-purpose I/O line 52 (does not belong to any
8-bit port).
53- PL_IO_NUM_53:
General-purpose I/O line 53 (does not belong to any
8-bit port).
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-
NO). When a serial port is in the
mode (ser.mode=
1- PL_SER_MODE_WIEGAND or ser.mode= 2- PL_SER_MODE_CLOCKDATA), the
line has to be configured as input by the application- this will not happen
automatically.
2. When a serial port is in the UART mode (ser.mode= 0- PL_SER_MODE_UART)
this line is automatically configured to be an output when the serial port is
enabled (ser.enabled= 1- YES) and returns to the previous input/output and
high/low state when the serial port is closed (ser.enabled= 0- NO). When a
serial port is in the Wiegand or clock/data mode (ser.mode= 1-
PL_SER_MODE_WIEGAND or ser.mode= 2- PL_SER_MODE_CLOCKDATA), the
line has to be configured as output by the application- this will not happen
automatically.
3. When the beeper pattern stars playing, this line is configured as output
automatically. When the beeper pattern stops playing, the output returns to the
input/output and high/low state that it had before the pattern started playing.
Enum pl_int_num
Enum pl_int_num contains the list of constants that refer to interrupt I/O lines
available on the EM1000(W). Interrupt lines are mapped onto
. Interrupt line 0 corresponds to I/O line 16, interrupt line 1- to I/O lines
17, and so on. Keep in mind that for an interrupt line to work you need to
configure a corresponding I/O line as input. Do this through the
property
of the
object.
Enum pl_int_num includes the following constants:
PL_INT_NUM_0:
Interrupt line 0 (mapped onto I/O line 16).
PL_INT_NUM_1:
Interrupt line 1 (mapped onto I/O line 17).
226
255
251
229
232
142
372
365