pigpio/x_pipe

#!/bin/bash

GPIO=25

#
# This script serves as a confidence check that the pipe interface to
# the pigpio library is ok.
#
# The script uses gpio 25 (pin 22).  Make sure that nothing (or only a LED)
# is connected to gpio 25 before running the script.
#
# To run the script
# sudo pigpiod # if not already running
# ./x_pipe # on the Pi running pigpiod
#
# Some tests are statistical in nature and so may on occasion fail.
# Repeated failures on the same test or many failures in a group
# of tests indicate a problem.
#

echo "Testing pipe I/F"

echo "pigpv" >/dev/pigpio
read -t 1 s </dev/pigout
echo "pigpio version $s"

echo "bc1 0" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "BC1 ok"; else echo "BC1 fail ($s)"; fi

echo "bc2 0" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "BC2 ok"; else echo "BC2 fail ($s)"; fi

echo "br1" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ ${#s} = 8 ]]
then echo "BR1 ok"
else echo "BR1 fail ($s)"
fi

echo "br2" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ ${#s} = 8 ]]
then echo "BR2 ok"
else echo "BR2 fail ($s)"
fi

echo "bs1 0" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "BS1 ok"; else echo "BS1 fail ($s)"; fi

echo "bs2 0" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "BS2 ok"; else echo "BS2 fail ($s)"; fi

echo "h" >/dev/pigpio
read -t 1 s </dev/pigout
read -t 1 s </dev/pigout
if [[ $s = "BC1 bits         Clear gpios in bank 1" ]]
then echo "HELP-a ok"
else echo "HELP-a fail ($s)"
fi
read -t 1 -N 9000 </dev/pigout # dump rest of help
echo "help" >/dev/pigpio
read -t 1 s </dev/pigout
read -t 1 s </dev/pigout
if [[ $s = "BC1 bits         Clear gpios in bank 1" ]]
then echo "HELP-b ok"
else echo "HELP-b fail ($s)"
fi
read -t 1 -N 9000 </dev/pigout # dump rest of help

echo "hwver" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s -ne 0 ]]; then echo "HWVER ok"; else echo "HWVER fail ($s)"; fi

echo "mics 1000" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "MICS ok"; else echo "MICS fail ($s)"; fi

echo "mils 10" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "MILS ok"; else echo "MILS fail ($s)"; fi

echo "modes $GPIO 0" >/dev/pigpio
read -t 1 s </dev/pigout
echo "modeg $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 4 ]]; then echo "MODEG ok"; else echo "MODEG fail ($s)"; fi
echo "m $GPIO r" >/dev/pigpio
read -t 1 s </dev/pigout
echo "mg $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "MODES ok"; else echo "MODES fail ($s)"; fi

echo "no" >/dev/pigpio
read -t 1 h </dev/pigout
if [[ $h -ge 0 && $h -le 31 ]]
then echo "NO($h) ok"
else echo "NO fail ($s)"
fi

echo "nb $h 0xabcd" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "NB($h) ok"; else echo "NB fail ($s)"; fi

echo "np $h" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "NP($h) ok"; else echo "NP fail ($s)"; fi

echo "nc $h" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "NC($h) ok"; else echo "NC fail ($s)"; fi

echo "pfs $GPIO 800" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 800 ]]; then echo "PFG-a ok"; else echo "PFG-a fail ($s)"; fi

echo "pfg $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 800 ]]; then echo "PFG-b ok"; else echo "PFG-b fail ($s)"; fi

echo "pfs $GPIO 0" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 10 ]]; then echo "PFS-a ok"; else echo "PFS-a fail ($s)"; fi

echo "pfs $GPIO 800" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 800 ]]; then echo "PFS-b ok"; else echo "PFS-b fail ($s)"; fi

echo "prs $GPIO 255" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 250 ]]; then echo "PRG-a ok"; else echo "PRG-a fail ($s)"; fi
echo "prg $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 255 ]]; then echo "PRG-b ok"; else echo "PRG-b fail ($s)"; fi

echo "proc ld p1 p0 ld p0 29 tag 9 mils 1000 jmp 9" >/dev/pigpio
read -t 1 p </dev/pigout
if [[ $p -ge 0 && $p -le 31 ]]
then echo "PROC($p) ok"
else echo "PROC($p) fail ($s)"
fi

sleep 0.1 # Make sure script has time to intialise.

echo "procr $p 9876" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "PROCR($p) ok"; else echo "PROCR($p) fail ($s)"; fi

echo "procp $p" >/dev/pigpio
read -t 1 -a v </dev/pigout
if [[ ${v[0]} = 2 && ${v[1]} = 29 && ${v[2]} = 9876 ]]
then echo "PROCP($p) ok"
else echo "PROCP($p) fail ($s)"
fi

echo "procs $p" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "PROCS($p) ok"; else echo "PROCS($p) fail ($s)"; fi

echo "procd $p" >/dev/pigpio
sleep 0.1
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "PROCD($p) ok"; else echo "PROCD($p) fail ($s)"; fi

echo "prrg $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 250 ]]; then echo "PRRG ok"; else echo "PRRG fail ($s)"; fi

echo "prs $GPIO 1000" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 250 ]]; then echo "PRS-a ok"; else echo "PRS-a fail ($s)"; fi
echo "prg $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 1000 ]]; then echo "PRS-b ok"; else echo "PRS-b fail ($s)"; fi
echo "prs $GPIO 255" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 250 ]]; then echo "PRS-c ok"; else echo "PRS-c fail ($s)"; fi
echo "prg $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 255 ]]; then echo "PRS-d ok"; else echo "PRS-d fail ($s)"; fi

echo "pud $GPIO u" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "PUD-a ok"; else echo "PUD-a fail ($s)"; fi
echo "r $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 1 ]]; then echo "PUD-b ok"; else echo "PUD-b fail ($s)"; fi
echo "pud $GPIO d" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "PUD-c ok"; else echo "PUD-c fail ($s)"; fi
echo "r $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "PUD-d ok"; else echo "PUD-d fail ($s)"; fi
echo "pud $GPIO o" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "PUD-e ok"; else echo "PUD-e fail ($s)"; fi

echo "p $GPIO 128" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "PWM-a ok"; else echo "PWM-a fail ($s)"; fi
echo "gdc $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 128 ]]; then echo "GDC-a ok"; else echo "GDC-a fail ($s)"; fi
echo "pwm $GPIO 64" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "PWM-b ok"; else echo "PWM-b fail ($s)"; fi
echo "GDC $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 64 ]]; then echo "GDC-b ok"; else echo "GDC-b fail ($s)"; fi
echo "pwm $GPIO 0" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "PWM-c ok"; else echo "PWM-c fail ($s)"; fi
echo "gdc $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "GDC-c ok"; else echo "GDC-c fail ($s)"; fi
echo "m $GPIO r" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "PWM-d ok"; else echo "PWM-d fail ($s)"; fi

echo "pud $GPIO u" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "READ-a ok"; else echo "READ-a fail ($s)"; fi
echo "r $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 1 ]]; then echo "READ-b ok"; else echo "READ-b fail ($s)"; fi
echo "pud $GPIO d" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "READ-c ok"; else echo "READ-c fail ($s)"; fi
echo "read $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "READ-d ok"; else echo "READ-d fail ($s)"; fi
echo "pud $GPIO o" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "READ-e ok"; else echo "READ-e fail ($s)"; fi

echo "s $GPIO 500" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "SERVO-a ok"; else echo "SERVO-a fail ($s)"; fi
echo "gpw $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 500 ]]; then echo "GPW-a ok"; else echo "GPW-a fail ($s)"; fi
echo "servo $GPIO 2500" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "SERVO-b ok"; else echo "SERVO-b fail ($s)"; fi
echo "GPW $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 2500 ]]; then echo "GPW-b ok"; else echo "GPW-b fail ($s)"; fi
echo "servo $GPIO 0" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "SERVO-c ok"; else echo "SERVO-c fail ($s)"; fi
echo "gpw $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "GPW-c ok"; else echo "GPW-c fail ($s)"; fi
echo "w $GPIO 1" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "SERVO-d ok"; else echo "SERVO-d fail ($s)"; fi

echo "wvclr" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "SLR-a ok"; else echo "SLR-a fail ($s)"; fi
echo "slro $GPIO 1200 8" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "SLR-b ok"; else echo "SLR-b fail ($s)"; fi
echo "wvas $GPIO 1200 8 2 0 0x6d 0x79 0x20 0x6e 0x61 0x6d 0x65 0x20 0x69 0x73 0x20 0x6a 0x6f 0x61 0x6e" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 95 ]]; then echo "SLR-c ok"; else echo "SLR-c fail ($s)"; fi
echo "m $GPIO w" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "SLR-d ok"; else echo "SLR-d fail ($s)"; fi
echo "wvcre" >/dev/pigpio
read -t 1 w </dev/pigout
if [[ $w -ge 0 ]]; then echo "WVCRE ok"; else echo "WVCRE fail ($w)"; fi
echo "wvtx $w" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 191 ]]; then echo "SLR-e ok"; else echo "SLR-e fail ($s)"; fi
sleep 0.2
echo "slr $GPIO 100" >/dev/pigpio
read -t 1 s </dev/pigout
e="15 109 121 32 110 97 109 101 32 105 115 32 106 111 97 110"
if [[ $s = $e ]]
then echo "SLR-f ok"
else echo "SLR-f fail with ($s)"
fi
read -t 1 s </dev/pigout # dump any junk
echo "slrc $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "SLR-g ok"; else echo "SLR-g fail ($s)"; fi

echo "t" >/dev/pigpio
echo "tick" >/dev/pigpio
read -t 1 t1 </dev/pigout
read -t 1 t2 </dev/pigout
s=$((t2-t1))
if [[ $s -gt 0 && $s -lt 5000 ]]
then echo "TICK ok"
else echo "TICK fail ($s)"
fi

pigs w $GPIO 1 # put in known state
echo "trig $GPIO 10 1" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "TRIG-a ok"; else echo "TRIG-a fail ($s)"; fi
echo "r $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "TRIG-b ok"; else echo "TRIG-b fail ($s)"; fi
echo "trig $GPIO 10 0" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "TRIG-c ok"; else echo "TRIG-c fail ($s)"; fi
echo "r $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 1 ]]; then echo "TRIG-d ok"; else echo "TRIG-d fail ($s)"; fi

echo "wdog $GPIO 1000" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "WDOG-a ok"; else echo "WDOG-a fail ($s)"; fi
echo "wdog $GPIO 0" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "WDOG-b ok"; else echo "WDOG-b fail ($s)"; fi

echo "w $GPIO 1" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "WRITE-a ok"; else echo "WRITE-a fail ($s)"; fi
echo "r $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 1 ]]; then echo "WRITE-b ok"; else echo "WRITE-b fail ($s)"; fi
echo "write $GPIO 0" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "WRITE-c ok"; else echo "WRITE-c fail ($s)"; fi
echo "r $GPIO" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "WRITE-d ok"; else echo "WRITE-d fail ($s)"; fi

echo "wvclr" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "WVCLR ok"; else echo "WVCLR fail ($s)"; fi
echo "wvas $GPIO 300 8 2 0 0x74 0x68 0x69 0x73 0x20 0x69 0x73 0x20 0x74 0x68 0x65 0x20 0x77 0x69 0x6e 0x74 0x65 0x72 0x20 0x6f 0x66 0x20 0x6d 0x79 0x20 0x64 0x69 0x73 0x63 0x6f 0x6e 0x74 0x65 0x6e 0x74" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 215 ]]; then echo "WVAS ok"; else echo "WVAS fail ($s)"; fi
echo "wvag 16 0 5000000 0 16 5000000" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 216 ]]; then echo "WVAG ok"; else echo "WVAG fail ($s)"; fi
echo "wvcre" >/dev/pigpio
read -t 1 w </dev/pigout
if [[ $w -ge 0 ]]; then echo "WVCRE ok"; else echo "WVCRE fail ($s)"; fi
echo "wvtx $w" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 433 ]]; then echo "WVTX ok"; else echo "WVTX fail ($s)"; fi
echo "wvbsy" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 1 ]]; then echo "WVBSY-a ok"; else echo "WVBSY-a fail ($s)"; fi
sleep 1
echo "wvbsy" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 1 ]]; then echo "WVBSY-b ok"; else echo "WVBSY-b fail ($s)"; fi
echo "wvhlt" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "WVHLT ok"; else echo "WVHLT fail ($s)"; fi
echo "wvbsy" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "WVBSY-c ok"; else echo "WVBSY-c fail ($s)"; fi
echo "wvtxr $w" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 433 ]]; then echo "WVTXR ok"; else echo "WVTXR fail ($s)"; fi
echo "wvbsy" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 1 ]]; then echo "WVBSY-d ok"; else echo "WVBSY-d fail ($s)"; fi
echo "wvhlt" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "WVHLT ok"; else echo "WVHLT fail ($s)"; fi
echo "wvbsy" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 0 ]]; then echo "WVBSY-e ok"; else echo "WVBSY-e fail ($s)"; fi

echo "wvsc 0" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 432 ]]; then echo "WVSC-a ok"; else echo "WVSC-a fail ($s)"; fi
echo "wvsc 1" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s -ge 432 ]]; then echo "WVSC-b ok"; else echo "WVSC-b fail ($s)"; fi
echo "wvsc 2" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 25016 ]]; then echo "WVSC-c ok"; else echo "WVSC-c fail ($s)"; fi

echo "wvsm 0" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 10000000 ]]; then echo "WVSM-a ok"; else echo "WVSM-a fail ($s)"; fi
echo "wvsm 1" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s -ge 10000000 ]]; then echo "WVSM-b ok"; else echo "WVSM-b fail ($s)"; fi
echo "wvsm 2" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 1800000000 ]]
then echo "WVSM-c ok"
else echo "WVSM-c fail ($s)"
fi

echo "wvsp 0" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 216 ]]; then echo "WVSP-a ok"; else echo "WVSP-a fail ($s)"; fi
echo "wvsp 1" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s -ge 216 ]]; then echo "WVSP-b ok"; else echo "WVSP-b fail ($s)"; fi
echo "wvsp 2" >/dev/pigpio
read -t 1 s </dev/pigout
if [[ $s = 12000 ]]; then echo "WVSP-c ok"; else echo "WVSP-c fail ($s)"; fi