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/*****************************************************************************
* Filename: test_bec.c *
* Author: Marco Ziglioli (Doctor Stein) *
* Date: 20/06/2001 *
* Description: Test program for buffered gated event counting using PCI6025E *
* board *
*----------------------------------------------------------------------------*
* Notes: FOUT are enabled to provide a frequency of 6250 Hz. You could *
* connect PFI3 (pin 41) and PFI6 (pin 45) to this source for counting *
* edges. Gated counting are enabled and PFI4 (pin 42) is gate pin for *
* counter 0 and PFI5 (pin 44) is gate pin for counter 0. DIO 7 and 6 *
* are als configured to switch between 0 and 5 V. Connect DIO 7 to *
* gate 0 and DIO 6 to gate 1. Use 'g' (counter 0) and 'h' (counter 1) *
* to change DIO lines value. On left area of the screen you should *
* see counter while counting and on the right area you should lock *
* counter values by pressing 's' key. *
* Notice that line parameters are enabled and accept inital value *
* for the two counters. If they aren't specified or they are wrong *
* counters start from 0x00FFFFFF (counter 0 which counts down) and *
* 0x00000000 (counter 1 which counts up). *
*****************************************************************************/
/* This file is part of the S.Ha.R.K. Project - http://shark.sssup.it
*
* Copyright (C) 2001 Marco Ziglioli
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
*
*/
#include <kernel/kern.h>
#include <drivers/shark_keyb26.h>
#include <drivers/shark_fb26.h>
#include <drivers/pci6025e/timer.h>
#include <drivers/pci6025e/dio_ppi.h>
BYTE sys
= 0;
PID show_aper_pid
;
BYTE out
= 0x00;
int black
= rgb16
(0, 0, 0),
white
= rgb16
(255, 255, 255);
void endfun
(KEY_EVT
*);
void close_event
(void *);
void show_evt
(KEY_EVT
*k
);
void gate_change
(KEY_EVT
*k
);
void drawInterface
(void);
TASK show_per
(int);
TASK show_aper
(int);
int main
(int argc
, char **argv
)
{
KEY_EVT k
;
SOFT_TASK_MODEL show_per_mod
, show_aper_mod
;
PID show_per_pid
;
int result
;
DWORD init_val_c0
, init_val_c1
;
if(argc
>= 3){
if( (result
= sscanf(argv
[1], "%ld", &init_val_c0
)) != 1)
init_val_c0
= 0x00FFFFFF;
if( (result
= sscanf(argv
[2], "%ld", &init_val_c1
)) != 1)
init_val_c1
= 0x00000000;
}
if(argc
== 2){
if( (result
= sscanf(argv
[1], "%ld", &init_val_c0
)) != 1)
init_val_c0
= 0x00FFFFFF;
init_val_c1
= 0x00000000;
}
if(argc
== 1){
init_val_c0
= 0x00FFFFFF;
init_val_c1
= 0x00000000;
}
k.
flag = CNTL_BIT
;
k.
scan = KEY_C
;
k.
ascii = 'c';
k.
status = KEY_PRESSED
;
keyb_hook
(k
, endfun
, FALSE
);
k.
flag = CNTR_BIT
;
k.
status = KEY_PRESSED
;
keyb_hook
(k
, endfun
, FALSE
);
soft_task_default_model
(show_aper_mod
);
soft_task_def_aperiodic
(show_aper_mod
);
soft_task_def_level
(show_aper_mod
, 2);
soft_task_def_period
(show_aper_mod
, 250000);
soft_task_def_met
(show_aper_mod
, 30000);
soft_task_def_wcet
(show_aper_mod
, 60000);
if( (show_aper_pid
= task_create
("Show aperiodic task", show_aper
, &show_aper_mod
, NULL
)) == NIL
){
sys
= 10;
exit(1);
}
k.
flag = 0;
k.
scan = KEY_S
;
k.
ascii = 's';
k.
status = KEY_PRESSED
;
keyb_hook
(k
, show_evt
, FALSE
);
k.
flag = 0;
k.
scan = KEY_G
;
k.
ascii = 'g';
k.
status = KEY_PRESSED
;
keyb_hook
(k
, gate_change
, FALSE
);
k.
scan = KEY_H
;
k.
ascii = 'h';
k.
status = KEY_PRESSED
;
keyb_hook
(k
, gate_change
, FALSE
);
soft_task_default_model
(show_per_mod
);
soft_task_def_level
(show_per_mod
, 2);
soft_task_def_met
(show_per_mod
, 1000);
soft_task_def_period
(show_per_mod
, 10000);
if( (show_per_pid
= task_create
("Show periodic task", show_per
, &show_per_mod
, NULL
)) == NIL
){
sys
= 11;
exit(1);
}
if(!reMap
()){
sys
= 21;
exit(1);
}
drawInterface
();
DIO_init
();
DIO_setup
(0xFF);
DIO_write
(out
);
PFIprogramming
(0x0000);
setIntClock
(1, 1, 0);
TIM_reset
(2); //Reset both two counters
//Source PFI3(41); Gate PFI 4(42); Down counting; counts rising edge;
TIM_bufferedEventCounting
(C0
, 0x04, 0x45, 0x01, init_val_c0
);
//Source PFI6(45); Gate PFI 5(44); Up counting; counts rising edge;
TIM_bufferedEventCounting
(C1
, 0x87, 0x46, 0x00, init_val_c1
);
TIM_arm
(2); //Arm both two counters
task_activate
(show_per_pid
);
return 0;
}
void drawInterface
(void)
{
grx_rect
(1, 1, 799, 99, rgb16
(105, 0, 0));
grx_rect
(2, 2, 798, 98, rgb16
(155, 0, 0));
grx_rect
(3, 3, 797, 97, rgb16
(205, 0, 0));
grx_rect
(4, 4, 796, 96, rgb16
(255, 0, 0));
grx_text
("Test program for Buffered Event Counting capacity of PCI6025E timers",
7, 10, rgb16
(50, 255, 50), black
);
grx_text
("This program counting rise edges on counters source (PFI3 & PFI6)",
7, 18, rgb16
(0, 255, 255), black
);
grx_text
("Counter 1 will be resetted every gate falling edge",
7, 26, rgb16
(0, 255, 255), black
);
grx_text
("(PFI 42 & 44) are enabled. Frequency Out (FOUT) is enabled and provides a frequency of 6250 Hz",
7, 34, rgb16
(0, 255, 255), black
);
grx_text
("Instruction:",7, 43, rgb16
(255, 0, 0), black
);
grx_text
("Use 's' to watch contents of Hardware save registers updated every time gate goes down",
7, 51, rgb16
(0, 255, 255), black
);
grx_text
("Use 'g' to generate an event on counter 0 gate (see top-left square)",
7, 58, rgb16
(0, 255, 255), black
);
grx_text
("Use 'h' to generate an event on counter 1 gate (see bottom-left square)",
7, 65, rgb16
(0, 255, 255), black
);
grx_text
("Please connect DIO7 (pin 32) to PFI4 (pin 42) and DIO6 (pin 30) to PFI5 (pin 44)",
7, 78, rgb16
(0, 255, 0), black
);
grx_text
("CTRL-C for Exit", 7, 88, rgb16
(200, 200, 0), black
);
grx_rect
(1, 110, 355, 170, rgb16
(0, 105, 0));
grx_rect
(2, 111, 354, 169, rgb16
(0, 155, 0));
grx_rect
(3, 112, 353, 168, rgb16
(0, 205, 0));
grx_rect
(4, 113, 352, 167, rgb16
(0, 255, 0));
grx_text
("Counter 0 evolution", 7, 120, rgb16
(255, 255, 0), black
);
grx_rect
(455, 110, 799, 170, rgb16
(0, 105, 0));
grx_rect
(456, 111, 798, 169, rgb16
(0, 155, 0));
grx_rect
(457, 112, 797, 168, rgb16
(0, 205, 0));
grx_rect
(458, 113, 796, 167, rgb16
(0, 255, 0));
grx_text
("Counter 0 locked value", 461, 120, rgb16
(255, 0, 255), black
);
grx_rect
(360, 110, 450, 170, rgb16
(0, 105, 0));
grx_rect
(361, 111, 449, 169, rgb16
(0, 155, 0));
grx_rect
(362, 112, 448, 168, rgb16
(0, 205, 0));
grx_rect
(363, 113, 447, 167, rgb16
(0, 255, 0));
grx_text
("Gate0", 367, 120, rgb16
(200, 255, 200), black
);
grx_text
("0 V", 367, 145, rgb16
(255, 0, 0), black
);
grx_rect
(1, 190, 355, 260, rgb16
(85, 85, 255));
grx_rect
(2, 191, 354, 259, rgb16
(135, 135, 255));
grx_rect
(3, 192, 353, 258, rgb16
(190, 190, 255));
grx_rect
(4, 193, 352, 257, rgb16
(230, 239, 255));
grx_text
("Counter 1 evolution", 7, 200, white
, black
);
grx_rect
(455, 190, 799, 260, rgb16
(85, 85, 255));
grx_rect
(456, 191, 798, 259, rgb16
(135, 135, 255));
grx_rect
(457, 192, 797, 258, rgb16
(190, 190, 255));
grx_rect
(458, 193, 796, 257, rgb16
(230, 230, 255));
grx_text
("Counter 1 locked value", 461, 200, white
, black
);
grx_rect
(360, 190, 450, 260, rgb16
(85, 85, 255));
grx_rect
(361, 191, 449, 259, rgb16
(135, 135, 255));
grx_rect
(362, 192, 448, 258, rgb16
(190, 190, 255));
grx_rect
(363, 193, 447, 257, rgb16
(230, 230, 255));
grx_text
("Gate1", 367, 200, rgb16
(255, 200, 255), black
);
grx_text
("0 V", 367, 225, rgb16
(255, 0, 0), black
);
}
TASK show_per
(int none
)
{
DWORD val
;
char buf
[30];
while(1){
val
= TIM_readCounter
(C0
); //Read from Hardware Save Register
sprintf(buf
, "HEX: %08lx DEC: %08ld", val
,val
);
grx_text
(buf
, 7, 145, rgb16
(255, 0, 0), black
);
val
= TIM_readCounter
(C1
); //Read from Hardware Save Register
sprintf(buf
, "HEX: %08lx DEC: %08ld", val
,val
);
grx_text
(buf
, 7, 225, rgb16
(255, 0, 0), black
);
task_endcycle
();
}
}
TASK show_aper
(int dummy
)
{
DWORD val
;
char buf
[30];
while(1){
val
= TIM_readHWSaveReg
(C0
); //Read from Hardware Save Register
sprintf(buf
, "HEX: %08lx DEC: %08ld", val
, val
);
grx_text
(buf
, 461, 145, rgb16
(80, 80, 255), black
);
val
= TIM_readHWSaveReg
(C1
); //Read from Hardware Save Register
sprintf(buf
, "HEX: %08lx DEC: %08ld", val
, val
);
grx_text
(buf
, 461, 225, rgb16
(80, 80, 255), black
);
task_endcycle
();
}
}
void endfun
(KEY_EVT
*k
)
{
close_event
(NULL
);
exit(1);
}
void show_evt
(KEY_EVT
*k
)
{
task_activate
(show_aper_pid
);
}
void gate_change
(KEY_EVT
*k
)
{
if(k
->ascii
== 'g'){
if( (out
& 0x80) != 0){
out
&= 0x7F;
grx_text
("0 V", 367, 145, rgb16
(255, 0, 0), black
);
} else {
out
|= 0x80;
grx_text
("5 V", 367, 145, rgb16
(0, 255, 0), black
);
}
} else {
if( (out
& 0x40) != 0){
out
&= 0xBF;
grx_text
("0 V", 367, 225, rgb16
(255, 0, 0), black
);
} else {
out
|= 0x40;
grx_text
("5 V", 367, 225, rgb16
(0, 255, 0), black
);
}
}
DIO_write
(out
);
}
void close_event
(void *arg
)
{
TIM_disarm
(2); //Disable both two counters
switch(sys
){
case 0: sys_shutdown_message
("OK\n"); break;
case 10: sys_shutdown_message
("Task <show aperiodic> down\n"); break;
case 11: sys_shutdown_message
("Task <show periodic> down\n"); break;
case 20: sys_shutdown_message
("No PCI bus\n"); break;
case 21: sys_shutdown_message
("No National board on PCI bus\n"); break;
case 30: sys_shutdown_message
("No graphic can be initialized\n"); break;
case 31: sys_shutdown_message
("This graphic mode cannot be supported\n"); break;
default: sys_shutdown_message
("???????????\n"); break;
}
}
/* End of file: Test_bec.c */