Crates.io | oxitraffic |
lib.rs | oxitraffic |
version | 0.10.3 |
source | src |
created_at | 2023-07-27 18:59:29.086288 |
updated_at | 2024-08-24 20:12:27.653064 |
description | Self-hosted, simple and privacy respecting website traffic tracker |
homepage | |
repository | https://codeberg.org/mo8it/oxitraffic |
max_upload_size | |
id | 927753 |
size | 542,347 |
Self-hosted, simple and privacy respecting website traffic tracker 🌐
Here is a demo which tracks my own website (mo8it.com).
You add the following script tag to your website after replacing OXITRAFFIC_BASE_URL
with the base URL of your OxiTraffic instance:
<script type="module" src="https://OXITRAFFIC_BASE_URL/count.js"></script>
It runs the tiny script count.js
.
The script calls /register?path=PATH
to receive a visitor ID.
PATH
is the path of the page you are on.
This ID is used after the minimum delay (configuration option min_delay_secs
) to call /post-sleep/VISITOR_ID
which leads to counting that visit.
When the page is left, a request is sent to /page-left/VISITOR_ID
to record the total spent time.
How does OxiTraffic know if a newly requested path is a valid one for your tracked website?
Only for the first request to a new path, OxiTraffic sends a request to that path prefixed by the configuration option tracked_origin_callback
.
If the status code is in the range 200-299 (success), the path is added to the database.
Otherwise, the request is rejected.
You can use the container image published on Docker Hub.
You can pull that image using Docker:
docker pull mo8it/oxitraffic:latest
Or using Podman:
podman pull docker.io/mo8it/oxitraffic:latest
The container image expects the config file to be mounted as a (read-only) volume at /volumes/config.toml
inside the container (a volume doesn't have to be a directory, it can be a file).
By default, the container listens on port 80
.
You can also host OxiTraffic directly with the binary that you can install with Cargo:
SQLX_OFFLINE=true cargo install oxitraffic --locked
Make sure to provide the environment variable OXITRAFFIC_CONFIG_FILE
when using the binary directly (see the configuration section below).
In both cases (container or binary), you need a PostgreSQL database. There are many guides in the internet that explain how to host one either in a container or directly on the host. You could use my blog post about hosting PostgreSQL using Podman.
The binary expects the environment variable OXITRAFFIC_CONFIG_FILE
to point to the TOML configuration file config.toml
.
This environment variable is set to /volumes/config.toml
in the container image.
The table below shows the configuration parameters for the configuration file. You can use environment variables to either set or overwrite parameters from the config file.
Parameter | Description | Default | Environment variable |
---|---|---|---|
socket_address |
Use 127.0.0.1:8080 for local testing. 0.0.0.0 is important for usage in a container, but you can pick another port. |
"0.0.0.0:80" |
OXITRAFFIC_SOCKET_ADDRESS |
base_url |
The base URL of your OxiTraffic instance. Used to build the count.js script. |
OXITRAFFIC_BASE_URL |
|
tracked_origin |
The origin of your tracked website that is used to allow CORS-requests from the count.js script to OxiTraffic. |
OXITRAFFIC_TRACKED_ORIGIN |
|
tracked_origin_callback |
The origin of your tracked website that is used to verify a newly requested path as explained above. This option exists to be able to make these requests inside a local network. | tracked_origin |
OXITRAFFIC_TRACKED_ORIGIN_CALLBACK |
min_delay_secs |
Minimum delay in seconds between visiting the website and being able to call /post-sleep to count the visit. It is recommended to call /post-sleep one second after this value. A low value not only counts meaningless visits, but also makes it easier for visits by web bots to be counts. |
19 | OXITRAFFIC_MIN_DELAY_SECS |
db.host |
PostgreSQL host | OXITRAFFIC_DB__HOST |
|
db.port |
PostgreSQL port | OXITRAFFIC_DB__PORT |
|
db.username |
PostgreSQL username | OXITRAFFIC_DB__USERNAME |
|
db.password |
PostgreSQL password | OXITRAFFIC_DB__PASSWORD |
|
db.database |
PostgreSQL database | OXITRAFFIC_DB__DATABASE |
|
utc_offset.hours |
The hours of your UTC offset | 0 | OXITRAFFIC_UTC_OFFSET__HOURS |
utc_offset.minutes |
The minutes of your UTC offset | 0 | OXITRAFFIC_UTC_OFFSET__MINUTES |
This is an example of the configuration file config.toml
:
# Can be omitted because this is the default value.
socket_address = "0.0.0.0:80"
base_url = "https://oxitraffic.your_domain.com"
tracked_origin = "https://your_domain.com"
# In case both OxiTraffic and your website are in a local network and `website` can be resolved to the local IP address of the your website.
# Omit this option to use the value of `tracked_origin` instead.
tracked_origin_callback = "http://website"
[db]
host = "127.0.0.1"
port = 5432
username = "postgres"
password = "CHANGE_ME"
database = "postgres"
[utc_offset]
hours = 2
# Can be omitted because 0 is the default.
minutes = 0
Oxitraffic logs to stdout.
The default log level is info
, but you can choose one of the following other levels:
off
error
warn
info
debug
trace
These levels are sorted from no logging to extensive logging.
You can change the default level by setting the environment variable RUST_LOG
to the level name.
Endpoint | Description | Return |
---|---|---|
/ |
A list of registered paths to see their visits history. | HTML |
/stats?path=PATH |
Statistics of the visits history of a specific path. | HTML |
Endpoint | Description | Return |
---|---|---|
/api/counts |
The visits count for each registered path | JSON([{"path": String, "count": i64}]) |
/api/count?path=PATH |
The visits count for the specified path | JSON(i64) |
/api/history?path=PATH |
The visits datetimes for a specific path with the nullable referrer and global UTC offset. You can use this endpoint to make your own analysis and plots | JSON({"utc_offset": String, "visits": [{"registered_at": String, "referrer": Option<String>, "spent_time_seconds": Option<i64>}]}) |
Endpoint | Description | Return |
---|---|---|
/register?path=PATH |
Register to receive a VISITOR_ID for the PATH (e.g. / or /blog/rust-vs-julia ) of the page you are visiting. |
JSON(u16) |
/post-sleep/VISITOR_ID |
Use the visitor ID after the minimum delay min_delay_secs for the visit to be counted. |
Only status code 200 on success |
/page-left/VISITOR_ID/TIME_ON_PAGE_SEC |
Use the visitor ID on leaving the page to report the total spent time on the page in seconds (TIME_ON_PAGE_SEC ). |
Only status code 200 on success |
Counting will fail if your website has more than 2^16 = 65536
concurrent visitors.
The cause of this is that the registration ID is assigned periodically.
This means that the visitor 65537
will get the ID of visitor 1
.
When the old visitor tries to communicate with OxiTraffic with that ID,
the communication will either fail or will be interpreted as if it was from the new visitor.
This limitation can be avoided, but it would lead to higher RAM usage and slightly worse performance.
That being said, if you really have more than 65536
concurrent visitors, open an issue 😉
OxiTraffic is designed as a lightweight single instance app. Although it uses a database, it is still stateful for performance reasons and to make self-hosting easier by avoiding an additional dependency like Redis. A single instance is more than enough for a single website.
The state that prevents having more than one instance for a single website is the cache of visits before reaching the minimum delay.
That being said, if you still need to scale horizontally, open an issue for adding something like Redis 😉
Don't hesitate to open an issue ^^
You are welcome to contribute to the project!
You can always open an issue. Wait for a response on the issue before starting with a pull request (Rejected pull request are very disappointing).
Use Clippy and rustfmt before submitting code :)