I’m currently using a Gemtek Indoor Femto Gateway on TTN and so far, I like it. I think the best feature is that it’s powered via a 5V/2A Mini USB port, so perhaps, it can easily be powered in a car with a USB Car Charger.
I haven’t done any serious range testing with it, but it seems to work fine with our LT-100 GPS Trackers.
Anyone else use this Gateway? If so, what did you think?
What kind of range did you get?
Hi, I have recently bought this Indoor Femto Gateway. I am struggling with the connection to TTN. Can you please let me know how you have registered it on TTN?
I have just received one purchased from eBay. I would like to use it on ttn but the first thing I need is a provisioning code. This sets up the Lora module for the correct frequency for use in the UK. If anyone has or knows how to get a provision code for the device that would be greatly appreciated.
Unless you can get a provisioning code for use in your area don’t buy one of these. The LoRa radio is configured by entering a provision code into the web interface but there doesn’t seem to be a readily available tool for generating the required provisioning code for your local band plan.
I’ve been speaking to sensorworks.net and apparently the Provision Code in the web interface is only used for Gemtek’s own network. To configure this unit for TheThingsNetwork requires a change in the configuration file. Here is what sensorwork.net says;
all Gemtek Femto gateways run the same firmware. The only difference is a configuration file that is set through the Linux interface of the gateway. This Linux interface is reserved for the factory and OEM partners. The web interface, similar to what you might see on a router allows end users the ability to set Wi-Fi connectivity parameters in the case where you want to bridge the gateway to a Wi-Fi connection or use the gateway as an access point as well. As an OEM partner, we are able to make changes to the gateway to support a variety of different LoRaWAN networks and regions. Different OEMs have different configurations depending on their specific regional markets.
Sadly the required info/tool to make these changes is not readily availible from Gemtek or sensorworks.
I get Connection to 192.168.55.1 closed. immediately after typing in password “admin”.
If it helps, the link is for the backup file downloaded from the Gemtek Gateway. backup file
The provisioning code I was referring to is in the gateway web interface shown in the GioT menu. I originally thought it was for configuring the LoRa radio but apparently it is only used for the GioT network and the radio needs a configuration file. Maybe it is possible to modify my backup file with the correct configuration and then re-upload it through the web interface? I have had a poke around in the various file but without any documentation I am at a loss at the moment.
I’ve managed to gain ssh access with root privileges to the gateway. To do this I first logged in to the web interface on 192.168.55.1. Log in with user admin and password admin. Then go to system > backup and restore to download a backup to your pc. Ubuntu saves this in ~/Downloads. The backup file is simply a .tar.gz of the gateways /etc folder. Open the file /etc/shadow and copy the hash for the admin password (shown in bold) to all the other passwords. Save the changes and upload through the web interface.
The gateway will reboot with all passwords set to admin. Reconnect to the gateways wifi, open a terminal and run the command; ssh giot-admin@192.168.55.1
enter password admin and you now have full root access to the gateway.
Next step, figure out how to configure the gateway for TTN. If anyone has one of these actually working on TTN can you share your backup file or compare your backup file to the one I posted a link to previously so that we can get an idea on how to set this up for TTN?
After a small delay I am back to trying to get this to work on TTN. The unit runs OpenWrt Barrier Breaker which is no longer getting security updates from OpenWrt. Midnight Commander plays well with this unit (sudo apt install mc to install on Ubuntu). Using mc connect to the unit using the Shell Link dialog, enter giot-admin@192.168.55.1 and type password admin when asked. Using mc I copied nearly all the directories from the root file system to a folder on my machine for ease of poking around. I have found a file /usr/bin/lora_sw_arch_check.sh that looks interesting, here is a copy of the file.
#!/bin/sh
#1.check real files
#2.move file
#3.create symbolic link
DATA_MNT="/mnt/data"
REAL_LORA_DIR="/mnt/data/lora"
REAL_LORA_LIB="/mnt/data/lora/usr/lib"
REAL_LORA_BIN="/mnt/data/lora/usr/bin"
SOUR_LIB_PATH="/usr/lib"
SOUR_BIN_PATH="/usr/bin"
CHK_LIB="liblgwinfo.so"
APP_MNT_DIR="/mnt/data/lora/app"
REAL_LORA_DIR_BOOT0="$APP_MNT_DIR/boot0"
REAL_LORA_LIB_BOOT0="$APP_MNT_DIR/boot0/usr/lib"
REAL_LORA_BIN_BOOT0="$APP_MNT_DIR/boot0/usr/bin"
REAL_LORA_DIR_BOOT1="$APP_MNT_DIR/boot1"
REAL_LORA_LIB_BOOT1="$APP_MNT_DIR/boot1/usr/lib"
REAL_LORA_BIN_BOOT1="$APP_MNT_DIR/boot1/usr/bin"
REAL_LORA_DB="$APP_MNT_DIR/db"
LORA_CFG_BK_DIR="$DATA_MNT/lora_cfg_bk"
CFG_NAME="lora_WLRGFM-100.ini"
CFG_NAME_BK="BK-lora_WLRGFM-100.ini"
CFG_NAME_BOOT0="boot0_lora_WLRGFM-100.ini"
CFG_NAME_BOOT1="boot1_lora_WLRGFM-100.ini"
GJSON_NAME="global_conf_0.json"
GJSON_CFG_NAME_BOOT0="boot0_global_conf_0.json"
GJSON_CFG_NAME_BOOT1="boot1_global_conf_0.json"
LORA_CFG_DIR="/app/cfg"
LORA_EXE_PATH="/app/lora_pkg"
LORA_DB_DIR="/app/db"
LORA_DB="lora.db"
MNT_CFG="/mnt/data/config"
ROM_CFG_DIR="/rom/app/cfg"
ROM_LORA_EXE_PATH="/rom/app/lora_pkg"
FIRST_EXE="cfg_cmd"
LAST_EXE="util_tx_test"
SW_ARCH_LOG="/tmp/lora_sw_arch_chk_log"
CUR_BOOT_LINK=""
AUTO_W_MAC="0"
AUTO_W_MAC_CMD="$LORA_EXE_PATH/lora_mac_rw.sh w"
CFG_CMD_EXE="/app/lora_pkg/cfg_cmd"
CFG_CMD_EXE_SYNC="$CFG_CMD_EXE sync"
LORA_GW_EXE="pkt_forwarder"
LORA_SVR_EXE="loraserver"
APP_PRODTEST="/app/prodtest"
PWR_TAB="pwr_tables.ini"
sync_lora_cfg(){
$CFG_CMD_EXE_SYNC
sleep 2
}
create_dual_boot_dir()
{
mkdir -p $REAL_LORA_DIR_BOOT0
mkdir -p $REAL_LORA_LIB_BOOT0
mkdir -p $REAL_LORA_BIN_BOOT0
mkdir -p $REAL_LORA_DIR_BOOT1
mkdir -p $REAL_LORA_LIB_BOOT1
mkdir -p $REAL_LORA_BIN_BOOT1
}
rm_ng_link_in_boot()
{
for CHK_BOOT in $REAL_LORA_DIR_BOOT0/cfg $REAL_LORA_DIR_BOOT0/lora_pkg $REAL_LORA_DIR_BOOT0/usr/bin $REAL_LORA_DIR_BOOT0/usr/lib \
$REAL_LORA_DIR_BOOT1/cfg $REAL_LORA_DIR_BOOT1/lora_pkg $REAL_LORA_DIR_BOOT1/usr/bin $REAL_LORA_DIR_BOOT1/usr/lib
do
for FILE in $CHK_BOOT/*
do
file_name=`echo $FILE | awk -F "/app/" '{print$2}'`
if [ -L "$FILE" ]; then
echo "$FILE is link!"
rm -f $FILE
fi
done
done
}
new_lib_chk(){
#Add new lib here to make sure they are included
for lib in libringbuf.so libmosquitto.a libmqttcli.so libcommon.so
do
if [ -f $SOUR_LIB_PATH/$lib ]; then
if [[ ! -f $REAL_LORA_LIB_BOOT0/$lib || ! -f $REAL_LORA_LIB_BOOT1/$lib ]]; then
cp $SOUR_LIB_PATH/$lib $REAL_LORA_LIB_BOOT0
cp $SOUR_LIB_PATH/$lib $REAL_LORA_LIB_BOOT1
fi
fi
done
}
cp_and_chk_lora_lib()
{
#Only when there is no lora lib in /mnt/data/lora/usr/lib
if [[ -f $SOUR_LIB_PATH/$CHK_LIB && ! -f $REAL_LORA_LIB_BOOT0/$CHK_LIB || ! -f $REAL_LORA_LIB_BOOT1/$CHK_LIB ]]; then
for lib in libcurls.so liblargedata.so liblgwinfo.so libringbuf.so liblorasql.so liblorautility.so libloglevel.so libmosquitto.a libmqttcli.so
do
cp $SOUR_LIB_PATH/$lib $REAL_LORA_LIB_BOOT0
cp $SOUR_LIB_PATH/$lib $REAL_LORA_LIB_BOOT1
done
fi
#Exist both in /usr/lib and /mnt/data
if [[ -f $REAL_LORA_LIB_BOOT0/$CHK_LIB && -f $REAL_LORA_LIB_BOOT1/$CHK_LIB ]]; then
new_lib_chk
echo "[cp_and_chk_lora_lib]:LoRa libraries copy to /mnt/data DONE!"
return 0
else
echo "[cp_and_chk_lora_lib]:LoRa library copy to /mnt/data FAILED!"
return 1
fi
}
get_lora_db(){
mkdir -p $REAL_LORA_DB
if [ ! -f $REAL_LORA_DB/$LORA_DB ] ; then
if [ -f $ROM_LORA_EXE_PATH/$LORA_DB ]; then
cp -f $ROM_LORA_EXE_PATH/* $REAL_LORA_DB
else
cp /rom/$LORA_DB_DIR/* $REAL_LORA_DB
fi
fi
}
create_lora_link()
{
new_lib_chk
get_lora_db
if ls -al /app/lora_pkg | grep $LORA_SVR_EXE | grep boot1 > /dev/null; then
LINK_BOOT="$REAL_LORA_DIR_BOOT1"
else
LINK_BOOT="$REAL_LORA_DIR_BOOT0"
fi
mkdir -p /app/lib /app/bin $LORA_DB_DIR
#create symbolic link for /app/cfg
for FILE in $LINK_BOOT/cfg/*
do
file_name=`echo $FILE| awk -F "cfg/" '{print$2}'`
if [ ! -L "$FILE" ]; then
ln -sf $FILE $LORA_CFG_DIR/$file_name
fi
done
#create symbolic link for /app/lora_pkg
for FILE in $LINK_BOOT/lora_pkg/*
do
file_name=`echo $FILE| awk -F "lora_pkg/" '{print$2}'`
if [ ! -L "$FILE" ]; then
ln -sf $FILE $LORA_EXE_PATH/$file_name
fi
done
#create symbolic link for /app/usr/lib
for FILE in $LINK_BOOT/usr/lib/*
do
file_name=`echo $FILE| awk -F "usr/lib/" '{print$2}'`
if [ ! -L "$FILE" ]; then
ln -sf $FILE /app/lib/$file_name
fi
done
#create symbolic link for /app/db
for FILE in $REAL_LORA_DB/*
do
file_name=`echo $FILE| awk -F "db/" '{print$2}'`
if [ ! -L "$FILE" ]; then
ln -sf $FILE /app/db/$file_name
fi
done
#create symbolic link for /app/usr/bin
chk_and_create_cwmpc_link
if [[ ! -L $LORA_CFG_DIR/$CFG_NAME || ! -L $LORA_EXE_PATH/$FIRST_EXE || ! -L $LORA_EXE_PATH/$LAST_EXE ]]; then
echo "[$0]:Create LoRa link fail!"
return 1
else
echo "[$0]:LoRa link is ready!"
return 0
fi
}
#Supposed we only wanna dual images
mv_and_create_link()
{
create_dual_boot_dir
#Keep LoRa CFG
if [[ "$1" = "regen" || "$2" = "regen" ]];then
mkdir -p $REAL_LORA_DIR_BOOT0/cfg
mkdir -p $REAL_LORA_DIR_BOOT1/cfg
cp -f $LORA_CFG_BK_DIR/$CFG_NAME_BOOT0 $REAL_LORA_DIR_BOOT0/cfg/$CFG_NAME
cp -f $LORA_CFG_BK_DIR/$CFG_NAME_BOOT1 $REAL_LORA_DIR_BOOT1/cfg/$CFG_NAME
fi
#Actually, needless, since there is anothre check before this API...
if [[ -L $LORA_EXE_PATH/$LORA_SVR_EXE && -L /app/lib/$CHK_LIB && -L $LORA_EXE_PATH/$FIRST_EXE \
&& -L $LORA_CFG_DIR/$CFG_NAME && -L $LORA_EXE_PATH/$LAST_EXE && -L /app/bin/cwmpc \
&& -f $REAL_LORA_DIR_BOOT0/lora_pkg/$FIRST_EXE && -f $REAL_LORA_DIR_BOOT1/lora_pkg/$FIRST_EXE \
&& -f $REAL_LORA_DIR_BOOT0/cfg/$CFG_NAME && -f $REAL_LORA_DIR_BOOT1/cfg/$CFG_NAME \
&& -f $REAL_LORA_BIN_BOOT0/cwmpc && -f $REAL_LORA_BIN_BOOT1/cwmpc ]]; then
echo "[mv_and_create_link]:No need to re-construct!"
chmod -R 777 $REAL_LORA_DIR_BOOT0/*
chmod -R 777 $REAL_LORA_DIR_BOOT1/*
return 0
fi
#Initial status
if [[ ! -L $LORA_CFG_DIR/$CFG_NAME && -f $LORA_CFG_DIR/$CFG_NAME \
&& -f $LORA_EXE_PATH/$FIRST_EXE && -f $LORA_EXE_PATH/$LAST_EXE ]]; then
#At this point, there is lora real package in /app, but not in /mnt/data/lora/app/boot0 and /mnt/data/lora/app/boot1!
if [[ ! -f $REAL_LORA_DIR_BOOT0/cfg/$CFG_NAME || ! -f $REAL_LORA_DIR_BOOT0/lora_pkg/$FIRST_EXE \
|| ! -f $REAL_LORA_DIR_BOOT0/lora_pkg/$LAST_EXE || ! -f $REAL_LORA_DIR_BOOT1/cfg/$CFG_NAME \
|| ! -f $REAL_LORA_DIR_BOOT1/lora_pkg/$FIRST_EXE || ! -f $REAL_LORA_DIR_BOOT1/lora_pkg/$LAST_EXE \
|| ! -f $REAL_LORA_BIN_BOOT0/cwmpc || ! -f $REAL_LORA_BIN_BOOT1/cwmpc ]]; then
cp -rf $LORA_CFG_DIR $REAL_LORA_DIR_BOOT0
cp -rf $LORA_CFG_DIR $REAL_LORA_DIR_BOOT1
#Keep LoRa CFG
if [[ "$1" = "regen" || "$2" = "regen" ]];then
cp -f $LORA_CFG_BK_DIR/$CFG_NAME_BOOT0 $REAL_LORA_DIR_BOOT0/cfg/$CFG_NAME
cp -f $LORA_CFG_BK_DIR/$CFG_NAME_BOOT1 $REAL_LORA_DIR_BOOT1/cfg/$CFG_NAME
fi
cp -rf $LORA_EXE_PATH $REAL_LORA_DIR_BOOT0
cp -rf $LORA_EXE_PATH $REAL_LORA_DIR_BOOT1
fi
if [ "$1" = "recfg" ]; then
cp $ROM_CFG_DIR/$CFG_NAME $REAL_LORA_DIR_BOOT0/cfg
cp $ROM_CFG_DIR/$CFG_NAME $REAL_LORA_DIR_BOOT1/cfg
fi
cp_and_chk_lora_lib
create_lora_link
echo "[mv_and_create_link]:Creating and checking LoRa link done-01!"
#Files in boot0, with no link(it could detect most links missing in /app/lora_pkg, /app/cfg, /app/bin, and /app/lib)
elif [[ ! -L /app/bin/cwmpc || ! -L /app/lib/$CHK_LIB || ! -L $LORA_CFG_DIR/$CFG_NAME \
|| ! -L $LORA_EXE_PATH/$FIRST_EXE || ! -L $LORA_EXE_PATH/$LAST_EXE ]] \
&& [[ -f $REAL_LORA_DIR_BOOT0/cfg/$CFG_NAME && -f $REAL_LORA_DIR_BOOT0/lora_pkg/$LAST_EXE \
&& -f $REAL_LORA_BIN_BOOT0/cwmpc && -f $REAL_LORA_LIB_BOOT0/$CHK_LIB ]]; then
if [ "$1" = "recfg" ]; then
cp $ROM_CFG_DIR/$CFG_NAME $REAL_LORA_DIR_BOOT0/cfg
cp $ROM_CFG_DIR/$CFG_NAME $REAL_LORA_DIR_BOOT1/cfg
fi
create_lora_link
echo "[mv_and_create_link]:Creating and checking LoRa link done-02!"
#No link or file in /app/cfg and boot
elif [[ ! -f $LORA_CFG_DIR/$CFG_NAME && ! -L $LORA_CFG_DIR/$CFG_NAME \
&& ! -f $LORA_EXE_PATH/$FIRST_EXE && ! -L $LORA_EXE_PATH/$FIRST_EXE \
&& ! -f $LORA_EXE_PATH/$LAST_EXE && ! -L $LORA_EXE_PATH/$LAST_EXE \
&& ! -f $REAL_LORA_DIR_BOOT0/cfg/$CFG_NAME && ! -f $REAL_LORA_DIR_BOOT1/cfg/$CFG_NAME ]]; then
echo "[mv_and_create_link]:No good files or link found! Try to roll back from backup or default!"
rm -rf $REAL_LORA_DIR_BOOT0/*
rm -rf $REAL_LORA_DIR_BOOT1/*
create_dual_boot_dir
cp_and_chk_lora_lib
if [[ ! -f $REAL_LORA_DIR_BOOT0/cfg/$CFG_NAME || ! -f $REAL_LORA_DIR_BOOT0/lora_pkg/$FIRST_EXE \
|| ! -f $REAL_LORA_DIR_BOOT0/lora_pkg/$LAST_EXE || ! -f $REAL_LORA_BIN_BOOT0/cwmpc ]]; then
cp -rf $ROM_CFG_DIR $REAL_LORA_DIR_BOOT0
cp -rf $ROM_CFG_DIR $REAL_LORA_DIR_BOOT1
cp -rf $ROM_LORA_EXE_PATH $REAL_LORA_DIR_BOOT0
cp -rf $ROM_LORA_EXE_PATH $REAL_LORA_DIR_BOOT1
fi
#Try to find backup config, which may be povisioned
if [[ -f "$MNT_CFG/$CFG_NAME" ]]; then
cp -rf $MNT_CFG/$CFG_NAME $REAL_LORA_DIR_BOOT0/cfg
cp -rf $MNT_CFG/$CFG_NAME $REAL_LORA_DIR_BOOT1/cfg
fi
create_lora_link
if [ -f $LORA_EXE_PATH/lora_mac_rw.sh ]; then
AUTO_W_MAC="1"
echo "[mv_and_create_link]:Auto writing MAC..."
$AUTO_W_MAC_CMD
fi
echo "[mv_and_create_link]:Creating and checking LoRa link done-3! You may have to re-provision!"
echo "[mv_and_create_link]:Creating and checking LoRa link done-3! You may have to re-provision!" >> $SW_ARCH_LOG
# No real files anywhere, but /rom
elif [[ ! -f $REAL_LORA_DIR_BOOT0/cfg/$CFG_NAME && ! -f $REAL_LORA_DIR_BOOT1/cfg/$CFG_NAME ]] \
|| [[ ! -f $REAL_LORA_BIN_BOOT0/cwmpc && ! -f $REAL_LORA_BIN_BOOT1/cwmpc ]] \
|| [[ ! -f $REAL_LORA_DIR_BOOT0/lora_pkg/$FIRST_EXE && ! -f $REAL_LORA_DIR_BOOT1/lora_pkg/$FIRST_EXE ]] \
|| [[ ! -f $REAL_LORA_DIR_BOOT0/lora_pkg/$LAST_EXE && ! -f $REAL_LORA_DIR_BOOT1/lora_pkg/$LAST_EXE ]] \
|| [[ ! -f $REAL_LORA_DIR_BOOT0/lora_pkg/$LORA_SVR_EXE && ! -f $REAL_LORA_DIR_BOOT1/lora_pkg/$LORA_SVR_EXE ]] \
|| [[ ! -f $REAL_LORA_DIR_BOOT0/lora_pkg/$LORA_GW_EXE && ! -f $REAL_LORA_DIR_BOOT1/lora_pkg/$LORA_GW_EXE ]]; then
echo "[mv_and_create_link]:Wrong LoRa SW detected! Try to roll back from backup or default!"
rm -rf $REAL_LORA_DIR_BOOT0/*
rm -rf $REAL_LORA_DIR_BOOT1/*
create_dual_boot_dir
cp_and_chk_lora_lib
cp -rf $ROM_CFG_DIR $REAL_LORA_DIR_BOOT0
cp -rf $ROM_CFG_DIR $REAL_LORA_DIR_BOOT1
cp -rf $ROM_LORA_EXE_PATH $REAL_LORA_DIR_BOOT0
cp -rf $ROM_LORA_EXE_PATH $REAL_LORA_DIR_BOOT1
#Try to find backup config
if [[ -f "$MNT_CFG/$CFG_NAME" ]]; then
cp -rf $MNT_CFG/$CFG_NAME $REAL_LORA_DIR_BOOT0/cfg
cp -rf $MNT_CFG/$CFG_NAME $REAL_LORA_DIR_BOOT1/cfg
fi
create_lora_link
if [ -f $LORA_EXE_PATH/lora_mac_rw.sh ]; then
AUTO_W_MAC="1"
echo "[Urgent]: Auto writing MAC..."
$AUTO_W_MAC_CMD
fi
echo "[mv_and_create_link]:Creating and checking LoRa link done-4! You may have to re-provision!"
echo "[mv_and_create_link]:Creating and checking LoRa link done-4! You may have to re-provision!" >> $SW_ARCH_LOG
else
echo "[mv_and_create_link]:Case not definded!"
echo "[mv_and_create_link]:Case not definded!" >> $SW_ARCH_LOG
return 1
fi
chmod -R 777 $REAL_LORA_DIR_BOOT0/*
chmod -R 777 $REAL_LORA_DIR_BOOT1/*
return 0
}
chk_and_create_cwmpc_link()
{
if [[ ! -f $REAL_LORA_BIN_BOOT0/cwmpc || ! -f $REAL_LORA_BIN_BOOT1/cwmpc ]]; then
cp $SOUR_BIN_PATH/cwmpc $REAL_LORA_BIN_BOOT0/cwmpc
cp $SOUR_BIN_PATH/cwmpc $REAL_LORA_BIN_BOOT1/cwmpc
fi
if [ ! -L /app/bin/cwmpc ]; then
echo "[INFO]:cwmpc link is not ready!"
if ls -al /app/lora_pkg/$LORA_SVR_EXE | grep boot1 > /dev/null ; then
ln -sf $REAL_LORA_BIN_BOOT1/cwmpc /app/bin/cwmpc
else
ln -sf $REAL_LORA_BIN_BOOT0/cwmpc /app/bin/cwmpc
fi
echo "[INFO]:Creating cwmpc link done!"
fi
}
check_cur_link() {
echo "[INFO]:Check current link..."
CHK_BOOT_LINK=`ls -al /app/lora_pkg | grep "$LORA_SVR_EXE" | grep boot0`
if [ "$CHK_BOOT_LINK" = "" ]; then
CHK_BOOT_LINK=`ls -al /app/lora_pkg | grep "$LORA_SVR_EXE" | grep boot1`
if [ "$CHK_BOOT_LINK" = "" ]; then
#echo "[INFO]:The dual LoRa boots are not ready!"
return 2
fi
CUR_BOOT_LINK="boot1"
else
CUR_BOOT_LINK="boot0"
fi
echo "[INFO]:Check current link DONE!($CUR_BOOT_LINK)"
if [ "$CUR_BOOT_LINK" = "boot1" ]; then
return 1
else
return 0
fi
}
chk_sw_status ()
{
check_cur_link
if [ "$?" = "2" ]; then
if [[ -L "$LORA_EXE_PATH/$LORA_SVR_EXE" && -L "$LORA_EXE_PATH/$FIRST_EXE" && -L "$LORA_CFG_DIR/$CFG_NAME" \
&& -L "$LORA_EXE_PATH/$LAST_EXE" && -f "$REAL_LORA_DIR/$LORA_EXE_PATH/$LORA_SVR_EXE" && ! -f "$REAL_LORA_DIR_BOOT0/lora_pkg/$LORA_SVR_EXE" ]]; then
echo "[chk_sw_status]:The LoRa SW arch is the old style! LoRa link for single image!"
return 1
else
echo "[chk_sw_status]:The LoRa SW arch needs to re-construct! LoRa link not ready!"
return 2
fi
fi
#The SW arch is ready only when 1. lora link is ready. 2. the files in current boot are ready
if [[ -L "/app/bin/cwmpc" && -L "/app/lib/$CHK_LIB" && -L "$LORA_EXE_PATH/$LORA_SVR_EXE" && -L "$LORA_EXE_PATH/$FIRST_EXE" \
&& -L "$LORA_CFG_DIR/$CFG_NAME" && -L "$LORA_EXE_PATH/$LAST_EXE" && -f "$APP_MNT_DIR/$CUR_BOOT_LINK/lora_pkg/$FIRST_EXE" \
&& -f "$APP_MNT_DIR/$CUR_BOOT_LINK/lora_pkg/$LAST_EXE" && -f "$APP_MNT_DIR/$CUR_BOOT_LINK/lora_pkg/$LORA_SVR_EXE" \
&& -f "$APP_MNT_DIR/$CUR_BOOT_LINK/cfg/$CFG_NAME" && -f "$APP_MNT_DIR/$CUR_BOOT_LINK/usr/bin/cwmpc" ]]; then
#in case, extra files from OTA
create_lora_link
#echo "[chk_sw_status]:The LoRa SW arch is ready!"
return 0
#For single image, check if the link is old and no dual boots
elif [[ -L "$LORA_EXE_PATH/$LORA_SVR_EXE" && -L "$LORA_EXE_PATH/$FIRST_EXE" && -L "$LORA_CFG_DIR/$CFG_NAME" \
&& -L "$LORA_EXE_PATH/$LAST_EXE" && -f "$REAL_LORA_DIR/$LORA_EXE_PATH/$LORA_SVR_EXE" \
&& ! -f "$REAL_LORA_DIR_BOOT0/lora_pkg/$LORA_SVR_EXE" ]]; then
echo "[chk_sw_status]:The LoRa SW arch is the old style!"
return 1
else
echo "[chk_sw_status]:The LoRa SW arch needs to re-construct!"
return 2
fi
}
#Only for the old LORA SW architecture(single image)
roll_back_lora_sw_arch()
{
cp -rf $REAL_LORA_DIR/app/cfg/* $LORA_CFG_DIR
cp -rf $REAL_LORA_DIR/app/lora_pkg/* $LORA_EXE_PATH
cp -rf $REAL_LORA_DIR/usr/bin/* /usr/bin
cp -rf $REAL_LORA_DIR/usr/lib/* /usr/lib
rm -rf $REAL_LORA_DIR/usr
}
print_help(){
echo "Usage:"
echo "$0 (Check LoRa link and file)"
echo "$0 reset [recfg](Backup and reset LoRa SW arch + reboot. With 'recfg', the config will be set to default with auto writing MAC)"
echo "$0 regen [recfg] [keep_db] (Backup and reset LoRa SW arch + re-generate. With 'recfg', the config will be set to default with auto writing MAC; with 'keep_db': keep the lora.db)"
echo "$0 r2d [main_r2d](Without backup and remove LoRa link and files to default, with 'main_r2d', the DUT will r2d as well)"
}
restart_conf_manager(){
echo "[INFO]:Restart conf_manager..."
if [ "$(pidof conf_manager)" != "" ];then
kill -9 $(pidof conf_manager)
fi
/usr/bin/conf_manager &
sleep 5
}
main_do()
{
if [[ "$1" = "-h" || "$1" = "-help" ]]; then
print_help
return 1
fi
if [ "$(pidof lora_wdg.sh)" != "" ]; then
/app/lora_pkg/loracmd.sh lora_wdg off
fi
if [[ "$(pidof $LORA_SVR_EXE)" != "" || "$(pidof $LORA_GW_EXE)" != "" ]]; then
/app/lora_pkg/loracmd.sh lora_stop
fi
if [ "$(pidof cwmpc)" != "" ]; then
killall cwmpc
fi
if [ "$(pidof mqtt_client_sub)" != "" ]; then
killall mqtt_client_sub
fi
if [ "$1" = "r2d" ]; then
echo "[INFO]:LoRa SW architecture is now r2d..."
rm -rf /app
rm -rf /mnt/data/lora
cp -rf /rom/app /
sync;sync
if [ "$2" = "main_r2d" ]; then
echo "[INFO]:You may have to re-bind LoRa MAC after rebooting..."
sleep 2
restore_default
fi
echo "LoRa packages R2D Done! Run restore_default to re-new."
return 0
fi
if [ "$1" = "reset" ]; then
echo "[INFO]:LoRa SW architecture is now resetting..."
if [[ -d $REAL_LORA_DIR_BOOT0 && -d $REAL_LORA_DIR_BOOT1 ]]; then
cp -rf $REAL_LORA_DIR_BOOT0/cfg/* $LORA_CFG_DIR/
cp -rf $ROM_LORA_EXE_PATH/* $LORA_EXE_PATH/
else
cp -rf $REAL_LORA_DIR/cfg/* $LORA_CFG_DIR/
cp -rf $ROM_LORA_EXE_PATH/* $LORA_EXE_PATH/
fi
rm -rf /mnt/data/lora
echo "[INFO]:LoRa SW architecture reset DONE! Reboot in 5 sec (Ctrl+C to quit)..."
sleep 5
reboot
fi
if [ "$1" = "regen" ]; then
echo "[INFO]:LoRa SW architecture is now re-generating..."
if [[ -d $REAL_LORA_DIR_BOOT0 && -d $REAL_LORA_DIR_BOOT1 ]]; then
echo "[INFO]:Keep LoRa power table..."
if [ -f "$REAL_LORA_DIR_BOOT0/cfg/$PWR_TAB" ]; then
cp $REAL_LORA_DIR_BOOT0/cfg/$PWR_TAB $DATA_MNT
elif [ -L "$LORA_CFG_DIR/$PWR_TAB" ] ; then
cp $LORA_CFG_DIR/$PWR_TAB $DATA_MNT
elif [ -f $APP_PRODTEST/$PWR_TAB ] ; then
cp $APP_PRODTEST/$PWR_TAB $DATA_MNT
fi
if [ ! -f "$DATA_MNT/$PWR_TAB" ]; then
cp /rom/$LORA_CFG_DIR/$PWR_TAB $DATA_MNT
fi
cp -rf $ROM_CFG_DIR/* $LORA_CFG_DIR/
cp -rf $ROM_LORA_EXE_PATH/* $LORA_EXE_PATH/
#keep lora.db
if [[ -f $REAL_LORA_DB/$LORA_DB && "$2" = "keep_db" || "$3" = "keep_db" ]];then
cp -f $REAL_LORA_DB/$LORA_DB $DATA_MNT
echo "[INFO]:Keep customized LoRa DB..."
fi
cp -rf /rom/$LORA_DB_DIR/* $LORA_DB_DIR/
rm -f $LORA_CFG_DIR/$CFG_NAME_BK
#Keep LoRa CFG
if [ "$2" != "recfg" ];then
mkdir -p $LORA_CFG_BK_DIR
cp /mnt/data/lora/app/boot0/cfg/$CFG_NAME $LORA_CFG_BK_DIR/$CFG_NAME_BOOT0
cp /mnt/data/lora/app/boot1/cfg/$CFG_NAME $LORA_CFG_BK_DIR/$CFG_NAME_BOOT1
cp /mnt/data/lora/app/boot0/cfg/$GJSON_NAME $LORA_CFG_BK_DIR/$GJSON_CFG_NAME_BOOT0
cp /mnt/data/lora/app/boot1/cfg/$GJSON_NAME $LORA_CFG_BK_DIR/$GJSON_CFG_NAME_BOOT1
fi
else
cp -rf $ROM_CFG_DIR/* $LORA_CFG_DIR/
cp -rf $ROM_LORA_EXE_PATH/* $LORA_EXE_PATH/
fi
rm -rf /mnt/data/lora
sync_lora_cfg
echo "[INFO]:Remove old LoRa SW architecture DONE!"
fi
chk_sw_status
rtn=$?
if [ "$rtn" = "0" ]; then
sync_lora_cfg
return 0
elif [ "$rtn" = "1" ]; then
echo "[INFO]:Roll back LoRa SW architecture from old style to initial..."
roll_back_lora_sw_arch
fi
#For initial case, no lora package in /mnt/data and lora links are not ready.
mv_and_create_link $2 $1
if [ "$?" = "1" ]; then
return 1
fi
if [ "$1" = "regen" ]; then
if [[ "$2" = "keep_db" || "$3" = "keep_db" ]]; then
mv $DATA_MNT/$LORA_DB $REAL_LORA_DB
echo "[INFO]:Keep customized LoRa DB DONE."
fi
cp $DATA_MNT/$PWR_TAB $REAL_LORA_DIR_BOOT0/cfg
cp $DATA_MNT/$PWR_TAB $REAL_LORA_DIR_BOOT1/cfg
rm -f $DATA_MNT/$PWR_TAB
echo "[INFO]:Keep LoRa power table DONE."
#Keep LoRa CFG
if [ "$2" != "recfg" ];then
cp -f $LORA_CFG_BK_DIR/$CFG_NAME_BOOT0 $REAL_LORA_DIR_BOOT0/cfg/$CFG_NAME
cp -f $LORA_CFG_BK_DIR/$CFG_NAME_BOOT1 $REAL_LORA_DIR_BOOT1/cfg/$CFG_NAME
cp -f $LORA_CFG_BK_DIR/$GJSON_CFG_NAME_BOOT0 $REAL_LORA_DIR_BOOT0/cfg/$GJSON_NAME
cp -f $LORA_CFG_BK_DIR/$GJSON_CFG_NAME_BOOT1 $REAL_LORA_DIR_BOOT1/cfg/$GJSON_NAME
rm -rf $LORA_CFG_BK_DIR
fi
fi
if [[ "$2" = "recfg" && -f $LORA_EXE_PATH/lora_mac_rw.sh && "$AUTO_W_MAC" != "1" ]]; then
echo "[INFO]:Auto writing MAC..."
$AUTO_W_MAC_CMD
fi
sync_lora_cfg
restart_conf_manager
sync;sync
echo "[INFO]:LoRa program architecture is ready!"
return 0
}
main_do $1 $2 $3
I tried running the file but get permision denied error.
The FemtoGateway not opensource. When I try to modify some files to connect TTN server. I broke the firmwere of LoRaGateway. I hate this. I hope FemtoGateway push source and tool bootfirmware on Githup.
Hi everybody!
I have device IOT Femto Gateway WLRGFM-100
I have loged in to admin interface but i can not setup anything there
Only change admin password and reboot device
How to connect it to TTN ?
Alexey, until someone can find/post some documentation for this device I’m afraid it won’t work on TTN. The manufacturer and the one reseller I spoke with refuse to give me any information. Sadly for now, DO NOT BUY ONE OF THESE FOR TTN!
Is it using Semtech packet forwarder? can u please share the screen shot of device login? I am able to integrate the Gemtek Indoor LoRAWAN gateway with TTN
