1 - Quick Installation
You can install MyController in two different ways.
You can either go with container image or executable binary.
1.1 - Install with container image
Install on Linux - Docker
Steps to install on your linux machine with docker
Note
Assuming that you are running all the commands as a root
user.
If you are running from non-root user, you should include sudo
in the beginning of the commands.
- create directory for MyController server data and other usages
mkdir -p /opt/apps/mycontroller/mc_home
mkdir -p /opt/apps/mycontroller/mc_home/secure_share
mkdir -p /opt/apps/mycontroller/mc_home/insecure_share
- copy
mycontroller.yaml
file
cd /opt/apps/mycontroller
curl https://raw.githubusercontent.com/mycontroller-org/backend/v2.0.0/resources/sample-docker-server.yaml \
--output mycontroller.yaml
Update mycontroller.yaml file
-
IMPORTANT: update your secret on the mycontroller.yaml
file. DO NOT USE THE DEFAULT SECRET
-
secret can between 1 to 32 characters length
-
This secret used to encrypt your third party password, tokens used on this server
secret: 5a2f6ff25b0025aeae12ae096363b51a # !!! WARNING: CHANGE THIS SECRET !!!
-
Update influx_database
configuration as follows in your mycontroller.yaml
- prior to this step, influxdb should be installed and running with a database called mycontroller in influxdb
- Influxdb installation guide
- IMPORTANT
uri
- must point to the influxdb host ip address
database:
metric:
disabled: false
type: influxdb
uri: http://192.168.1.21:8086 # must be updated with your host ip address
token:
username:
password:
organization_name:
bucket_name: mycontroller
batch_size:
flush_interval: 5s
-
Optional - update bus
configuration as follows in your mycontroller.yaml
, if you plan to use external bus
- nats.io server should be installed and running
- nats.io server installation guide
- IMPORTANT
server_url
- must point to the nats.io server ip address.
bus:
type: natsio
topic_prefix: mc_communication_bus
server_url: nats://192.168.1.21:4222 # must be updated with your host ip address
insecure: false
connection_timeout: 10s
-
Start the MyController server
docker run --detach --name mycontroller \
--publish 8080:8080 \
--publish 8443:8443 \
--publish 9443:9443 \
--volume $PWD/mc_home:/mc_home \
--volume $PWD/mycontroller.yaml:/app/mycontroller.yaml \
--env TZ="Asia/Kolkata" \
--restart unless-stopped \
docker.io/mycontroller/server:2.0.0
-
Access MyController server Web UI
http://<host-ip>:8080
(example: http://192.168.1.21:8080)
https://<host-ip>:8443
(example: https://192.168.1.21:8443)
To see the logs
- Prints all available logs
- Prints and tails the logs, to get exit do
Ctrl+C
docker logs --follow mycontroller
Stop
Restart
docker restart mycontroller
Uninstall
docker stop mycontroller
docker rm mycontroller
1.2 - Install with executable binary
Install on Linux - Executable Binary
Steps to install the executable binary on your linux machine
Download Options
Choose the right executable bundle
Download the executable bundle that matches to your operating system architecture
Architectures
linux-arm
- 32 bit ARM Linux
linux-arm64
- 64 bit ARM Linux
linux-386
- 32 bit Linux
linux-amd64
- 64 bit Linux
windows-386
- 32 bit Windows
windows-amd64
- 64 bit Windows
Download
Note
MyController server does not require root access, But for some devices(serial port, monitoring system resources, etc.,) it may required root access.
If you want to run MyController server with root
, you should include sudo
in the beginning of the commands. or directly run the commands as root
user.
- create a directories to keep MyController server data and executable
mkdir -p /opt/apps/mycontroller/mc_home # directory to hold data
mkdir -p /opt/apps/mycontroller/executable # directory to hold executable
# create directories to keep image files to show it MyController dashboard
# Example, camera stream image
mkdir -p /opt/apps/mycontroller/mc_home/secure_share
mkdir -p /opt/apps/mycontroller/mc_home/insecure_share
# download the bundle and extract on executable directory
cd /opt/apps/mycontroller
wget https://github.com/mycontroller-org/server/releases/download/v2.0.0/mycontroller-server-2.0.0-linux-arm.tar.gz
tar xzf mycontroller-server-2.0.0-linux-arm.tar.gz --strip-components=1 --directory /opt/apps/mycontroller/executable
- now we have isolated MyController server data and executables, the expected result will be as follows,
- NOTE: still, we have to keep the configuration file (
mycontroller.yaml
) file on the executable directory
$ ls /opt/apps/mycontroller/mc_home # MyController server data location
insecure_share secure_share
$ ls /opt/apps/mycontroller/executable # MyController server executable location
LICENSE.txt logs mcctl.sh mycontroller-server mycontroller.yaml README.txt web_console
Update mycontroller.yaml file
-
IMPORTANT: update your secret on the mycontroller.yaml
file. DO NOT USE THE DEFAULT SECRET
-
secret can between 1 to 32 characters length
-
This secret used to encrypt your third party password, tokens used on this server
secret: 5a2f6ff25b0025aeae12ae096363b51a # !!! WARNING: CHANGE THIS SECRET !!!
-
update influxdb configuration as follows in your mycontroller.yaml
- prior to this step, influxdb should be installed and running with a database called mycontroller in influxdb
- Influxdb installation guide
- IMPORTANT
uri
- must point to the influxdb ip address. if you have installed on the same host, you can leave it as 127.0.0.1
- update other fields as per your influxdb setup
database:
metric:
disabled: false
type: influxdb
uri: http://127.0.0.1:8086 # must be updated with your host ip address
token:
username:
password:
organization_name:
bucket_name: mycontroller
batch_size:
flush_interval: 5s
-
if you plan to use https with ACME(Letsencrypt) follow the detailed guide
-
Optional - if you plan to use external bus, update bus
configuration as follows in your mycontroller.yaml
- nats.io server should be installed and running
- nats.io server installation guide
- IMPORTANT
server_url
- must point to the nats.io server ip address. if you have installed on the same host, leave it as 127.0.0.1
bus:
type: natsio
topic_prefix: mc_server
server_url: nats://127.0.0.1:4222 # must be updated with your host ip address
insecure: false
connection_timeout: 10s
-
Start the MyController server
cd /opt/apps/mycontroller
executable/mcctl.sh start
-
Access MyController server Web UI
- http:
http://<host-ip>:8080
(example: http://192.168.1.21:8080)
- https:
https://<host-ip>:8443
(example: https://192.168.1.21:8443)
To see the logs
- MyController log file is placed in the
executable
directory
cd /opt/apps/mycontroller
cat executable/logs/mycontroller.log
- Prints and tails the logs, to get exit do
Ctrl+C
cd /opt/apps/mycontroller
tail --follow executable/logs/mycontroller.log
Stop
cd /opt/apps/mycontroller
executable/mcctl.sh stop
Restart
cd /opt/apps/mycontroller
executable/mcctl.sh stop
executable/mcctl.sh start
Uninstall from your system
cd /opt/apps/mycontroller
executable/mcctl.sh stop
rm /opt/apps/mycontroller/executable --recursive --force
2.1 - Backend Configuration
MyController backend configurations are loaded at the time of startup.
Configurations should be in the YAML file format.
Samples are available in the source code repository
Note
mycontroller.yaml
file will not be included in the backup for the security reasons.
mycontroller.yaml
secret: 5a2f6ff25b0025aeae12ae096363b51a # (1)
analytics: # (2)
enabled: true
web: # (3)
web_directory: /ui
enable_profiling: false
read_timeout: 60s
http:
enabled: true
bind_address: "0.0.0.0"
port: 8080
https_ssl:
enabled: false
bind_address: "0.0.0.0"
port: 8443
cert_dir: /mc_home/certs/https_ssl
https_acme:
enabled: false
bind_address: "0.0.0.0"
port: 9443
cache_dir: /mc_home/certs/https_acme
acme_directory:
email: hello@example.com
domains: ["mycontroller.example.com"]
logger: # (4)
mode: record_all
encoding: console
level:
core: info
web_handler: info
storage: info
metric: warn
directories: # (5)
data: /mc_home/data
logs: /mc_home/logs
tmp: /mc_home/tmp
secure_share: /mc_home/secure_share
insecure_share: /mc_home/insecure_share
bus: # (6)
type: natsio
topic_prefix: mc_production
server_url: nats://192.168.1.21:4222
insecure: false
connection_timeout: 10s
gateway: # (7)
disabled: false
types: []
ids: []
labels:
location: server
handler: # (8)
disabled: false
types: []
ids: []
labels:
location: server
database: # (9)
storage:
type: memory
dump_enabled: true
dump_interval: 10m
dump_dir: "memory_db"
dump_format: ["yaml"] # options: yaml, json
load_format: "yaml"
metric:
disabled: true
type: influxdb
uri: http://192.168.1.21:8086
token:
username:
password:
organization_name:
bucket_name: mycontroller
batch_size:
flush_interval: 5s
query_client_version:
secret
is used to encrypt the password, token and other sensitive details in gateways, handlers, etc., and keep encrypted data in the storage database.
At later point if you change the secret
you have update manually the existing passwords and tokens if any
Uses AES-256 encryption then base64 encoding
analytics
if enabled, reports anonymous statics to MyController analytics collector
web
holds the web configurations
logger
- controls the logs level of a different components.
directories
- points to custom locations.
bus
- message bus configurations, will be used for internal communications.
gateway
- filters to load gateways to this instance.
handler
- filters to load handlers to this instance.
database
- defines storage
and metric
configuration details
Web Configuration
web:
web_directory: /ui # (1)
documentation_url: http://192.168.1.21:8079/docs/ # (2)
enable_profiling: false # (3)
http: # (4)
enabled: true
bind_address: "0.0.0.0"
port: 8080
https_ssl: # (5)
enabled: false
bind_address: "0.0.0.0"
port: 8443
cert_dir: /mc_home/certs/https_ssl
https_acme: # (6)
enabled: false
bind_address: "0.0.0.0"
port: 9443
cache_dir: /mc_home/certs/https_acme
acme_directory:
email: hello@example.com
domains: ["mycontroller.example.com"]
web_directory
- production build of Web Console
documentation_url
- if you are in a private environment and want to keep the document server locally. Add your documentation server url.
In MyController server default documentation url will be replaced with this url.
enable_profiling
- enables GoLang profiling on the http handler at /debug/pprof/
http
- HTTP handler
https_ssl
- HTTPS SSL handler
https_acme
- HTTPS ACME handler
HTTP handler
HTTP handler serves the web console
and api
as un-encrypted.
This setup can be used in a trusted network.
http:
enabled: true # (1)
bind_address: "0.0.0.0" # (2)
port: 8080 # (3)
enabled
- can enable or disable the http handler. if no values supplied, will be treated as disabled
bind_address
- IP address to bind, 0.0.0.0
- binds to all the available network interfaces.
port
- listening port number
HTTPS SSL handler
HTTPS SSL handler serves the web console
and api
as encrypted.
You can use self signed certificate or CA signed certificate.
You can use this handler to access the web console on the untrusted networks
https_ssl:
enabled: false # (1)
bind_address: "0.0.0.0" # (2)
port: 8443 # (3)
cert_dir: /mc_home/certs/https_ssl # (4)
enabled
- can enable or disable the https ssl handler. if no values supplied, will be treated as disabled
bind_address
- IP address to bind, 0.0.0.0
- binds to all the available network interfaces.
port
- listening port number
cert_dir
- certificate and key files location.
https_ssl
operates in two modes.
Generate the certificates automatically
If there is no custom.crt
and custom.key
found on the cert_dir
location MyController generates a crt and key files and stores on cert_dir
location. Auto generated file names will as mc_generated.crt
and mc_generated.key
.
Auto generated certificate details:
- RSA Bits - 2048
- Organization name - MyController.org
- Validity - 365 days
If you want to change these details, you have to generate a certificate manually as mentioned in Custom certificate
Custom certificate
If you want to use your custom certificates, you have to place your files on the cert_dir
location.
The name of the files must be as custom.crt
and custom.key
To generate self signed certificate there are multiple options available. Here is a quick sample,
openssl genrsa -out custom.key 2048
openssl req -new -x509 -sha256 -key custom.key -out custom.crt -days 365
Important
If custom.crt
and custom.key
files are present in the cert_dir
, it get the higher precedence than the auto generated files.
HTTPS ACME handler
Automated Certificate Management Environment (ACME) is a standard protocol for automating domain validation, installation, and management of X.509 certificates.
Letsencrypt is popular free certificate provider.
This handler can take care of the life cycle of the certificate. That is to get the certificate first time and subsequence renewals.
- The default ACME directory url will be pointing to letsencrypt, https://acme-v02.api.letsencrypt.org/directory
- The certificates will be renewed 30 days prior to expiration
- ACME challenge will be verified using
tls-alpn-01
. Extra port is not required.
To know more about tls-alpn-01
visit Letsencrypt guide
- You have to configure port forward to the
https_acme
port. This port should be reachable on public ip of 443
port. acme challenge will be verified only on 443
port.
https_acme:
enabled: false # (1)
bind_address: "0.0.0.0" # (2)
port: 9443 # (3)
cache_dir: /mc_home/certs/https_acme # (4)
acme_directory: # (5)
email: hello@example.com # (6)
domains: ["mycontroller.example.com"] # (7)
enabled
- can enable or disable the https acme handler. if no values supplied, will be treated as disabled
bind_address
- IP address to bind, 0.0.0.0
- binds to all the available network interfaces.
port
- listening port number
cache_dir
- certificate and related files received from the provider will be stored on this directory.
acme_directory
- ACME provider directory url, if you leave it blank the default will be https://acme-v02.api.letsencrypt.org/directory
email
- email address used to get the certificate from the provide
domains
- You can have single or multiple domains
Logger
logger:
mode: record_all # (1)
encoding: console # (2)
enable_stacktrace: false # (3)
level: # (4)
core: info
web_handler: info
storage: info
metric: warn
mode
- supports two modes.
record_all
- prints the detailed information about the log fields
sampled
- prints the restricted information about the log fields and not all the logs
encoding
- log encoding format
console
- suits for console display
json
- prints logs in json format, suits for processing with external tools
enable_stacktrace
- enables stack trace of the error
level
- restrict the log level. supported levels: debug
, info
, warn
, error
, fatal
.
You can restrict the log level to a specific service.
core
- entire system log level. This is applicable for gateway service too.
web_handler
- http handlers log level
storage
service log level
metrics
service log level
Directories
directories:
data: /mc_home/data # (1)
logs: /mc_home/logs # (2)
tmp: /mc_home/tmp # (3)
secure_share: /mc_home/secure_share # (4)
insecure_share: /mc_home/insecure_share # (5)
MyController uses these directories to keep configurations, logs, and temporary files.
data
- keeps all configurations on this location. in-memory database, firmware, etc.,
logs
- keeps gateway logs and system logs
tmp
- used as a temporary location for MyController services
secure_share
- you can keep custom files on this location. This location can be accessed via MyController instance url, http://mycontroller-ip:8080/secure_share
. It needs authentication. access token can be supplied via header or on the url.
insecure_share
- you can keep custom files on this location. This location can be accessed via MyController instance url, http://mycontroller-ip:8080/insecure_share
. It is open to everyone. Authentication not required
Message Bus
bus:
type: natsio # (1)
topic_prefix: mc_production # (2)
server_url: nats://192.168.1.21:4222 # (12)
insecure: false # (3)
connection_timeout: 10s # (4)
type
- There are two type of message bus available.
embedded
- internal message bus. You cannot include external gateway
natsio
- external message bus
topic_prefix
- A natsio message bus can be used for different applications.
Based on this topics we can separate a specific MyController instance.
server_url
- natsio server url
insecure
- allow or disallow insecure connections
connection_timeout
- connection establishment timeout
Important
When you use external gateway service.
You should use external message bus service(natsio)
Also should use the same message bus configurations in the MyController instance and in the external gateway instances.
Gateway
gateway:
disabled: false # (1)
types: [] # (2)
ids: [] # (3)
labels: # (4)
location: server
We can restrict to load a specific gateway to this service.
disabled
- enables or disables gateway service
types
- filter specific gateway types
ids
- filtered by list of gateways id
labels
- filtered based on the labels. detailed guide
Note
Empty filter loads all the gateways.
Handler
handler:
disabled: false # (1)
types: [] # (2)
ids: [] # (3)
labels: # (4)
location: server
We can restrict to load a specific handler to this service.
disabled
- enables or disables handler service
types
- filter specific handler types
ids
- filtered by list of handlers id
labels
- filtered based on the labels. detailed guide
Note
Empty filter loads all the handlers.
Database
You can define you storage
and metric
database configurations
database:
storage:
# storage database configurations
metric:
# metric database configurations
MyController needs two type of databases.
- Storage
- Metric
Storage Databases
MyController supports two type of storage databases
In Memory Database
In memory is a special database designed by MyController org.
It keeps all the configuration data in the memory(RAM).
Dumps all the data into the disk on a specified interval.
When MyController start up, loads all the data from the disk to memory.
- We can reduce the number of writes to disk. This can increase the life time of the disk.
- This is very good choice for a tiny hardwares(ie: Raspberry PI with memory card as disk).
- Memory database will be faster as the entities are in memory(RAM).
Important
Assuming dump enabled
When the MyController server terminated gracefully, dumps all the configuration data onto the disk.
So there will be no loss.
However there will be some loss, if the service terminated forcefully or power plug removed.
database:
storage:
type: memory # (1)
dump_enabled: true # (2)
dump_interval: 10m # (3)
dump_dir: "memory_db" # (4)
dump_format: ["yaml", "json"] # (5)
load_format: "yaml" # (6)
type
should be memory
dump_enabled
- enable or disable sync to disk feature. Copies in memory entities into disk
dump_interval
- how long once the sync should happen.
dump_dir
- directory used to dump entities from memory. default: memory_db
dump_format
- supports yaml
and/or json
formats.
load_format
- even though you can dump entities on yaml
and/or json
format. at the time of startup, only one format can be used. Make sure you are using this format on the dump_format
MongoDB Database
MyController supports MongoDB local or cloud version.
type: mongodb # (1)
database: mcdb # (2)
uri: mongodb://192.168.1.21:27017 # (3)
type
should be mongodb
database
- name of the database in your MongoDB
uri
of the database. supports cloud database format too.
Metric Databases
MyController supports two type of metric databases
InfluxDB
MyController uses InfluxDB to keep the metrics data. It can be local InfluxDB instance or can be in the cloud.
MyController supports InfluxDB 1.8.4 or above versions.
Note
Flux query supports for InfluxDB 1.8.x and InfluxDB 2.x,
however there is an issue on ARM architecture in mean
and query
functions
As a workaround, MyController uses two type of InfluxDB query clients.
v1
- uses InfluxQL query language
v2
- uses Flux query language
database:
metric:
disabled: false # (1)
type: influxdb # (2)
uri: http://192.168.1.21:8086 # (3)
token: # (4)
username: # (5)
password: # (6)
organization_name: # (7)
bucket_name: mc_db # (8)
query_client_version: # (9)
batch_size: # (10)
flush_interval: 1s # (11)
disabled
if you want to disable metric database
type
should be influxdb
uri
is the database connection URI
token
- authentication token used in InfluxDB 2.x
username
- authenticate using username and password
password
- authenticate using username and password. If username
specified password
is a mandatory field.
organization_name
- used in InfluxDB 2.x
bucket_name
- In influxdb 1.x it is a database name. In influxdb 2.x it is called bucket
query_client_version
- MyController uses two type of query clients.
It is recommended to keep it blank. MyController can choose automatically based the the database version used.
However we can override the automatic selection by providing one for the option,
v1
- InfluxDB 1.8.x
v2
- InfluxDB 2.x
batch_size
- sends the metrics to InfluxDB when meets the batch size
flush_interval
- sends the metrics to InfluxDB when meets the interval
Sample of Cloud InfluxDB Configuration
database:
metric:
disabled: false
type: influxdb
uri: https://eu-central-1-1.aws.cloud2.influxdata.com
token: VGhpcyBpcyBmYWtlIHRva2VuLCB0YWtlIHlvdXIgZnJvbSBNb25nb0RCIGNsb3VkCg==
username:
password:
organization_name: example@example.com
bucket_name: mc_bkt
query_client_version:
batch_size:
flush_interval: 1s
2.2 - Gateway Configuration
MyController gateway configurations are loaded at the time of startup.
Configurations should be in the YAML file format.
gateway.yaml
Refer backend configuration detailed guide to know about the configurations
# This secret should be same as given in the server configuration file.
secret: 5a2f6ff25b0025aeae12ae096363b51a
directories:
data: /mc_home/data
logs: /mc_home/logs
tmp: /mc_home/tmp
logger:
mode: record_all
encoding: console
level:
core: info
storage: info
metric: warn
bus:
type: natsio
topic_prefix: mc_production
server_url: nats://192.168.1.21:4222
insecure: false
connection_timeout: 10s
gateway:
disabled: false
types: []
ids: []
labels:
location: external_gw1