Internal Error (500) after fresh Evok installation
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Hi @actiwerks!
The second error often happens because the systemctl command requires root privileges; you can fix it by running "sudo su"
(sans the quotes) before the "systemctl stop evok" command (and any other time the "org.freedesktop.PolicyKit1" error appears). It is a general linux issue, which has nothing to do with EVOK as such.As for the first issue, it looks like EVOK can't see your Neuron at all. It would help to have three diagnostic files; could you please post (ideally by uploading to https://pastebin.com/ as they are rather long) the output from "python /opt/evok.py", your "/etc/evok.conf" file, and the output from "ps -fax"?
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Hi,
I have same issue with M103
evok.conf -> https://pastebin.com/kqbXDD7D
...and
python evok.py -> https://pastebin.com/eBz9v4w6
Vesa
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From the log it looks like your I2C EEPROM module is not working correctly. The type of your Neuron device is stored in the EEPROM, and without it EVOK can't tell which model you have.
If you run the "cat /sys/bus/i2c/devices/1-0057/eeprom" command, do you get a valid reply? It should look something like this (for L513):
�������������������������������������������������������������������������������������������������U�L513������������������#The file is editable as well, so you should be able to change the id string characters to "M103" to get it to work
Edit: Please use the code button (end of the compose post bar) if you do post the output here, as the characters break forum formatting otherwise.
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Hi Tomas,
Thank you for quick reply.
My /sys/bus/i2c/devices directory has only i2c-1 -dir.....weird!
Vesa
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Could you post the output of "i2cdetect 1" and "lsmod"? It does look like the EEPROM isn't available for some reason.
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I made fresh Rasbian install (RASPBIAN STRETCH LITE, 2017-09-07) and also fresh Evok install with these instructions:
sudo su wget https://github.com/UniPiTechnology/evok/archive/master.zip unzip master.zip cd evok-master bash install-evok.shThat Nginx based interface works fine but when i try use Evok rest api with terminal i get error:
--2017-11-16 11:25:58-- http://localhost:8080/rest/relay/1 Resolving localhost (localhost)... ::1, 127.0.0.1 Connecting to localhost (localhost)|::1|:8080... connected. HTTP request sent, awaiting response... 500 Internal Server Error 2017-11-16 11:25:58 ERROR 500: Internal Server Error.i2cdetect 1
0 1 2 3 4 5 6 7 8 9 a b c d e f 00: -- -- -- -- -- -- -- -- -- -- -- -- -- 10: -- -- -- -- -- -- -- -- 18 -- -- -- -- -- -- -- 20: -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- 30: -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- 40: -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- 50: -- -- -- -- -- -- -- UU -- -- -- -- -- -- -- -- 60: -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- UU 70: -- -- -- -- -- -- -- --and...
lsmod
Module Size Used by iptable_nat 2320 0 nf_conntrack_ipv4 8890 1 nf_defrag_ipv4 1824 1 nf_conntrack_ipv4 nf_nat_ipv4 6071 1 iptable_nat nf_nat 18854 1 nf_nat_ipv4 nf_conntrack 104634 3 nf_conntrack_ipv4,nf_nat_ipv4,nf_nat cmac 3239 0 bnep 12051 2 hci_uart 20020 1 btbcm 7916 1 hci_uart bluetooth 365780 12 hci_uart,bnep,btbcm spidev 7373 4 brcmfmac 292632 0 brcmutil 9863 1 brcmfmac cfg80211 544545 1 brcmfmac rfkill 20851 6 bluetooth,cfg80211 snd_bcm2835 24427 0 snd_pcm 98501 1 snd_bcm2835 snd_timer 23968 1 snd_pcm snd 70032 3 snd_timer,snd_bcm2835,snd_pcm bcm2835_gpiomem 3940 0 i2c_bcm2835 7167 7 spi_bcm2835 7596 0 uio_pdrv_genirq 3923 0 fixed 3285 0 uio 10204 1 uio_pdrv_genirq rtc_ds1307 13908 0 hwmon 10552 1 rtc_ds1307 at24 7587 0 nvmem_core 13774 1 at24 i2c_dev 6913 14 i2c_bcm2708 5994 0 ip_tables 13161 1 iptable_nat x_tables 20578 1 ip_tables ipv6 408900 36However, this
wget http://localhost:8080/rest/allworks and gives such an answer:[ { "counter_modes":[ "Enabled", "Disabled" ], "glob_dev_id":1, "modes":[ "Simple", "DirectSwitch" ], "value":0, "circuit":"1_01", "debounce":50, "counter":0, "counter_mode":"Enabled", "dev":"input", "mode":"Simple" }, { "counter_modes":[ "Enabled", "Disabled" ], "glob_dev_id":1, "modes":[ "Simple", "DirectSwitch" ], "value":0, "circuit":"1_02", "debounce":50, "counter":0, "counter_mode":"Enabled", "dev":"input", "mode":"Simple" }, { "counter_modes":[ "Enabled", "Disabled" ], "glob_dev_id":1, "modes":[ "Simple", "DirectSwitch" ], "value":0, "circuit":"1_03", "debounce":50, "counter":0, "counter_mode":"Enabled", "dev":"input", "mode":"Simple" }, { "counter_modes":[ "Enabled", "Disabled" ], "glob_dev_id":1, "modes":[ "Simple", "DirectSwitch" ], "value":0, "circuit":"1_04", "debounce":50, "counter":0, "counter_mode":"Enabled", "dev":"input", "mode":"Simple" }, { "counter_modes":[ "Enabled", "Disabled" ], "glob_dev_id":1, "modes":[ "Simple", "DirectSwitch" ], "value":0, "circuit":"2_05", "debounce":50, "counter":0, "counter_mode":"Enabled", "dev":"input", "mode":"Simple" }, { "counter_modes":[ "Enabled", "Disabled" ], "glob_dev_id":1, "modes":[ "Simple", "DirectSwitch" ], "value":0, "circuit":"2_04", "debounce":50, "counter":0, "counter_mode":"Enabled", "dev":"input", "mode":"Simple" }, { "counter_modes":[ "Enabled", "Disabled" ], "glob_dev_id":1, "modes":[ "Simple", "DirectSwitch" ], "value":0, "circuit":"2_07", "debounce":50, "counter":0, "counter_mode":"Enabled", "dev":"input", "mode":"Simple" }, { "counter_modes":[ "Enabled", "Disabled" ], "glob_dev_id":1, "modes":[ "Simple", "DirectSwitch" ], "value":0, "circuit":"2_06", "debounce":50, "counter":0, "counter_mode":"Enabled", "dev":"input", "mode":"Simple" }, { "counter_modes":[ "Enabled", "Disabled" ], "glob_dev_id":1, "modes":[ "Simple", "DirectSwitch" ], "value":0, "circuit":"2_01", "debounce":50, "counter":0, "counter_mode":"Enabled", "dev":"input", "mode":"Simple" }, { "counter_modes":[ "Enabled", "Disabled" ], "glob_dev_id":1, "modes":[ "Simple", "DirectSwitch" ], "value":0, "circuit":"2_03", "debounce":50, "counter":0, "counter_mode":"Enabled", "dev":"input", "mode":"Simple" }, { "counter_modes":[ "Enabled", "Disabled" ], "glob_dev_id":1, "modes":[ "Simple", "DirectSwitch" ], "value":0, "circuit":"2_02", "debounce":50, "counter":0, "counter_mode":"Enabled", "dev":"input", "mode":"Simple" }, { "counter_modes":[ "Enabled", "Disabled" ], "glob_dev_id":1, "modes":[ "Simple", "DirectSwitch" ], "value":0, "circuit":"2_08", "debounce":50, "counter":0, "counter_mode":"Enabled", "dev":"input", "mode":"Simple" }, { "glob_dev_id":1, "modes":[ "Simple", "PWM" ], "value":0, "circuit":"1_01", "alias":"al_lights_kitchen", "pending":false, "relay_type":"digital", "dev":"relay", "mode":"Simple" }, { "glob_dev_id":1, "modes":[ "Simple", "PWM" ], "value":0, "circuit":"1_02", "alias":"al_lights_bedroom", "pending":false, "relay_type":"digital", "dev":"relay", "mode":"Simple" }, { "glob_dev_id":1, "modes":[ "Simple", "PWM" ], "value":0, "circuit":"1_03", "pending":false, "relay_type":"digital", "dev":"relay", "mode":"Simple" }, { "glob_dev_id":1, "modes":[ "Simple", "PWM" ], "value":0, "circuit":"1_04", "pending":false, "relay_type":"digital", "dev":"relay", "mode":"Simple" }, { "glob_dev_id":1, "modes":[ "Simple" ], "value":0, "circuit":"2_05", "pending":false, "relay_type":"physical", "dev":"relay", "mode":"Simple" }, { "glob_dev_id":1, "modes":[ "Simple" ], "value":0, "circuit":"2_04", "pending":false, "relay_type":"physical", "dev":"relay", "mode":"Simple" }, { "glob_dev_id":1, "modes":[ "Simple" ], "value":0, "circuit":"2_07", "pending":false, "relay_type":"physical", "dev":"relay", "mode":"Simple" }, { "glob_dev_id":1, "modes":[ "Simple" ], "value":0, "circuit":"2_06", "pending":false, "relay_type":"physical", "dev":"relay", "mode":"Simple" }, { "glob_dev_id":1, "modes":[ "Simple" ], "value":0, "circuit":"2_01", "pending":false, "relay_type":"physical", "dev":"relay", "mode":"Simple" }, { "glob_dev_id":1, "modes":[ "Simple" ], "value":0, "circuit":"2_03", "pending":false, "relay_type":"physical", "dev":"relay", "mode":"Simple" }, { "glob_dev_id":1, "modes":[ "Simple" ], "value":0, "circuit":"2_02", "pending":false, "relay_type":"physical", "dev":"relay", "mode":"Simple" }, { "glob_dev_id":1, "modes":[ "Simple" ], "value":0, "circuit":"2_08", "pending":false, "relay_type":"physical", "dev":"relay", "mode":"Simple" }, { "glob_dev_id":1, "unit":"V", "value":0.0104380739939046, "circuit":"1_01", "range_modes":[ "10.0" ], "modes":[ "Voltage", "Current" ], "range":"10.0", "dev":"ai", "mode":"Voltage" }, { "modes":[ "Voltage", "Current", "Resistance" ], "value":0.0, "glob_dev_id":1, "dev":"ao", "circuit":"1_01", "unit":"V", "mode":"Voltage" }, { "interval":15, "value":22.8, "circuit":"28094BDD0600005C", "address":"28094BDD0600005C", "time":1510831979.685484, "typ":"DS18B20", "lost":false, "dev":"temp" }, { "value":0, "circuit":"1_01", "dev":"led", "glob_dev_id":1 }, { "value":0, "circuit":"1_02", "dev":"led", "glob_dev_id":1 }, { "value":0, "circuit":"1_03", "dev":"led", "glob_dev_id":1 }, { "value":0, "circuit":"1_04", "dev":"led", "glob_dev_id":1 }, { "circuit":"1_01", "value":0, "glob_dev_id":1, "dev":"wd", "timeout":5000, "was_wd_reset":0, "nv_save":0 }, { "circuit":"2_01", "value":0, "glob_dev_id":1, "dev":"wd", "timeout":5000, "was_wd_reset":0, "nv_save":0 }, { "ver2":"1.0", "dev":"neuron", "glob_dev_id":1, "sn":81, "circuit":"1", "model":"M103", "board_count":2 }, { "glob_dev_id":1, "conf_value":15, "stopb_modes":[ "One", "Two" ], "stopb_mode":"One", "circuit":"1_01", "speed_modes":[ "2400bps", "4800bps", "9600bps", "19200bps", "38400bps", "57600bps", "115200bps" ], "parity_modes":[ "None", "Odd", "Even" ], "parity_mode":"None", "dev":"uart", "speed_mode":"38400bps" }, { "glob_dev_id":0, "circuit":"1_01", "ap_state":"Disabled", "dev":"wifi", "eth0_masq":"Disabled" } ]Vesa
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The id numbering scheme is x_yy, with x being the group (1,2,3) and yy being the id (i.e. 1_01 for the first relay).
Anyway from your i2cdetect (and the fact that EVOK runs as well) it looks like the EEPROM works fine now.
You can read more about the numbering in our EVOK documentation, subsection on "Note regarding device addressing" on the introduction page: https://evok.api-docs.io/1.0/jKcTKe5aRBCNjt8Az/introduction#note-regarding-device-addressing
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Aaaa....ok
wget http://localhost:8080/rest/relay/2_01Yep...this works fine!
So....how about Evok 2 with UniPi 1.1? Is there any plans to update that principle to UniPi 1.1?
Thank you!
Vesa
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This post is deleted! -
@Vesa-Kauppinen
Glad to hear it works now!EVOK 2.0 should work fine UniPi 1.1, but obviously much of the extra hardware functionality which Neuron has will be missing.
The UniPi 1.1 also has an EEPROM, it's just in a slightly different format. The reason that the installation needs to know which hardware you have is that we need to install certain different libraries to get the hardware to work correctly. Unfortunately this cannot be done automatically, as the EEPROM is not loaded during the installation yet.
