1 #!/bin/sh -x 2 # 3 # $NetBSD: 99-ugen-perms-minipro,v 1.2 2025/09/05 23:55:54 thorpej Exp $ 4 # 5 # Look for a "Minipro" (https://gitlab.com/DavidGriffith/minipro) compatible 6 # EEPROM programmer and change change the permissions to 0660. 7 # 8 # Written by Jason R. Thorpe, March 2024. Public domain. 9 # 10 11 export LC_ALL=C 12 13 event="$1" 14 shift 15 devices=$@ 16 17 orig_perms=0600 18 new_perms=0660 19 20 orig_group=wheel 21 new_group=wheel 22 23 device_name=minipro 24 25 is_target_device() 26 { 27 local vendor_string 28 local product_string 29 local vendor_id 30 local product_id 31 32 # 33 # TL866A/TL866CS programmers have: 34 # 35 # VID = 0x04d8 (1240) # Microchip 36 # PID = 0xe11c (57628) # probably some PIC microcontroller 37 # 38 # XXX It's probably better to match on vendor-string / product-string 39 # in this case because of the use of the generic Microchip VID. 40 # 41 # The XGecu-branded TL866II+ devices have: 42 # 43 # vendor-string="Xingong Electronicg Co.." 44 # product-string="Xingong XGecu USB Prog.. Device" 45 # 46 # ...but they also have seemingly unique VID/PID (not the 47 # generic Microchip VID the older TL866A/CS programmers have): 48 # 49 # VID = 0xa466 (42086) 50 # PID = 0x0a53 (2643) 51 # 52 # The XGecu T48 and T56 use the same VID/PID as the TL866II+. 53 # 54 # The XGecu T76 uses: 55 # 56 # VID = 0xa466 (42086) 57 # PID = 0x1a86 (6790) 58 # 59 60 vendor_string="$(drvctl -p $1 vendor-string)" 61 product_string="$(drvctl -p $1 product-string)" 62 vendor_id="$(drvctl -p $1 vendor-id)" 63 product_id="$(drvctl -p $1 product-id)" 64 65 # 66 # TL866A / TL866CS 67 # 68 if [ x"$vendor_id" = x"1240" -a \ 69 x"$product_id" = x"57628" ]; then 70 echo "yes" 71 return; 72 fi 73 74 # 75 # TL866II+ / T48 / T56 76 # 77 if [ x"$vendor_id" = x"42086" -a \ 78 x"$product_id" = x"2643" ]; then 79 echo "yes" 80 return 81 fi 82 83 # 84 # T76 85 # 86 if [ x"$vendor_id" = x"42086" -a \ 87 x"$product_id" = x"6790" ]; then 88 echo "yes" 89 return 90 fi 91 92 echo "no" 93 } 94 95 set_permissions() 96 { 97 if [ x$(is_target_device $1) = xyes ]; then 98 chgrp $new_group /dev/"${2}".* 99 chmod $new_perms /dev/"${2}".* 100 # 101 # We need to create a symlink here to remember 102 # the ugen device node that was used, since we 103 # can't recover it from the device name that 104 # comes from the kernel later because we get the 105 # event *after* the device is gone, and thus 106 # cannot query any properties. 107 # 108 rm -f /dev/${1}-${device_name} 109 ln -sf ${2} /dev/${1}-${device_name} 110 fi 111 } 112 113 restore_permissions() 114 { 115 if [ -h "/dev/${1}-${device_name}" ]; then 116 devnode=$(readlink "/dev/${1}-${device_name}") 117 if [ x"$devnode" != x ]; then 118 chmod $orig_perms /dev/"${devnode}".* 119 chgrp $orig_group /dev/"${devnode}".* 120 fi 121 rm -f "/dev/${1}-${device_name}" 122 fi 123 } 124 125 get_ugen_devnode() 126 { 127 # Because "ugen" and "ugenif" share the same /dev/ugenN.* 128 # namespace, we have to query an additional property to 129 # determine which one it is. 130 local ugen_unit 131 132 ugen_unit=$(drvctl -p $1 ugen-unit) 133 case "$ugen_unit" in 134 [0-9]*) 135 echo "ugen$ugen_unit" 136 ;; 137 esac 138 } 139 140 for device in $devices; do 141 case $device in 142 ugensa*) 143 # Ignore ugensa(4). 144 ;; 145 ugen*) 146 case $event in 147 device-attach) 148 devnode=$(get_ugen_devnode $1) 149 if [ x"$devnode" != x ]; then 150 set_permissions $device $devnode 151 fi 152 ;; 153 device-detach) 154 restore_permissions $device 155 ;; 156 esac 157 esac 158 done 159
Indexes created Sat Sep 20 22:09:52 GMT 2025