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update the docs

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96
README.md
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@ -3,37 +3,31 @@
A Monero mining pool server written in C.
Design decisions are focused on performance and efficiency, hence the use of
libevent and LMDB. Currently it uses only two threads (one for the stratum
clients and one for the web UI clients). It gets away with this thanks to the
efficiency of libevent (for the stratum clients) and some sensible
proxying/caching being placed in front of the [web UI](#web-ui).
libevent and LMDB. Currently it uses only *two* threads under normal operation
(one for the stratum clients and one for the web UI clients). It gets away with
this thanks to the efficiency of both LMDB and libevent (for the stratum
clients) and some sensible proxying/caching being placed in front of the [web
UI](#web-ui).
The single payout mechanism is PPLNS, which favors loyal pool miners.
This pool was the *first* pool to support RandomX and is currently the *only*
pool which supports the RandomX fast/full-memory mode.
I have no plans to add any other payout mechanisms or other coins. Work should
stay focussed on performance, efficiency and stability.
The single payout mechanism is PPLNS, which favors loyal pool miners, and there
are no plans to add any other payout mechanisms or other coins. Work should stay
focussed on performance, efficiency and stability.
The pool also now supports a new, experimental and optional, method of mining
for the pool miners, whereby miners can select their *own* block template to
mine on. Further information can be found in [stratum-ss.md](./stratum-ss.md).
The pool also supports a new, experimental and optional, method of mining,
whereby miners select their *own* block template to mine on. Further information
can be found in [stratum-ss.md](./stratum-ss.md).
## Project status
I have tested this quite a bit on the Monero testnet (if you plan
to do the same, ensure to use `--testnet` flag when starting your wallet and
daemon) and mainnet, but there is always room for improvement.
There is also a reference mainnet pool setup and running at
[http://monerop.com](http://monerop.com).
If you want to help with testing or help setting up your own pool, give me a
shout on IRC: jtgrassie on Freenode.
For testing, a reference mainnet pool can be found at
[monerop.com](http://monerop.com).
## Compiling from source
### Dependencies
The build system now requires the Monero source tree to be cloned and compiled.
The build system requires the Monero source tree to be cloned and compiled.
Follow the
[instructions](https://github.com/monero-project/monero#compiling-monero-from-source)
for compiling Monero, then export the following variable:
@ -60,9 +54,8 @@ sudo apt-get install liblmdb-dev libevent-dev libjson-c-dev uuid-dev
```
### Compile
First install all the dependencies as described above.
Then to compile the pool as a release build, run:
After installing all the dependencies as described above, to compile the pool as
a release build, run:
```
make release
@ -80,10 +73,15 @@ Debug builds are output in `build/debug/`.
## Configuration
Copy and edit the `pool.conf` file to either the same directory as the compiled
binary `monero-pool`, or place it in your home directory or launch `monero-pool`
with the flag `--config-file path/to/pool.conf` to use a custom location. The
configuration options should be self explanatory.
During compilation, a copy of [pool.conf](./pool.conf) is placed in the output
build directory. Edit this file as you see fit. When running the pool, if a
custom location is not set via the command-line parameter `--config-file
<file>`, the pool will first look for this file in the same directory as the
pool binary, then in the current users home directory. The configuration options
should all be self explanatory.
There are also some [command-line parameters](#command-line-parameters) which
can be used to override some of these settings.
#### Block notification
@ -104,27 +102,45 @@ monerod ... <b>--block-notify '/usr/bin/pkill -USR1 monero-pool'</b>
This instructs `monerod` to send the required signal, *SIGUSR1*, to your pool
whenever a new block is added to the chain.
Using this mechanism has a significant benefit - your pool *immediatley* knows
Using this mechanism has a *significant* benefit - your pool *immediatley* knows
when to fetch a new block template to send to your miners. You're essentially
giving your miners a head-start over miners in pools which use polling (which
is what all the other pool implementations do).
giving your miners a head-start over miners in pools which use polling (which is
what all the other pool implementations do).
## Running
Ensure you have your Monero daemon (`monerod`) and wallet RPC
(`monero-wallet-rpc`) up and running with the correct host and port settings as
defined in the pool config file.
defined in your pool config file.
It is highly recommended to run these on the same host as the pool server to
avoid network latency when their RPC methods are called.
avoid any network latency when their RPC methods are called.
Then simply `cd build/debug|release` and run `./monero-pool`.
Then simply `cd build/[debug|release]` and run `./monero-pool`.
### Command-line parameters
A few of the configuration options can be overridden via the following
command-line parameters:
-c, --config-file <file>
-l, --log-file <file>
-b, --block-notified [0|1]
-d, --data-dir <dir>
-p, --pid-file <file>
-f, --forked [0|1]
## Web UI
There is a minimal web UI that gets served on the port specified in the config
file. It's advisable to use either Apache or Nginx as a proxy in front of this
with some appropriate caching.
file. If you plan on running a *public* pool, it's advisable to use either
Apache or Nginx as a proxy in front of this with some appropriate caching
configured. The goal is to offload browser based traffic to something built for
the task and allow the pool to focus on its primary function - serving miners.
If you intend to make changes to the web UI, note that the HTML gets compiled
into the pool binary. The single web page that gets served simply makes use of a
JSON endpoint to populate the stats.
## SSL
@ -137,6 +153,12 @@ The web UI, as mentioned above, should ideally be placed behind a *caching
proxy*. Therefore SSL termination should be be configured there (i.e. in
Apache/Nginx).
## Help / Contact
If you need help setting up your own pool, you can find
me (jtgrassie) on IRC in [#monero-pool](irc://chat.freenode.net/#monero-pool)
and many of the other Monero channels.
## Supporting the project
This mining pool has **no built-in developer donation** (like *other* mining

7
stratum-ss.md
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@ -15,11 +15,10 @@ To address these concerns, I've implemented a new, experimental and optional
to mine on.
What follows are the instructions to test this new mode and the changes made to
the stratum messages. For a miner to test against the pool,
the stratum protocol. For a miner that supports this new mode,
[XMRig](https://github.com/xmrig/xmrig) already has this implemented.
Alternatively there is a very simple demonstration miner,
[monero-powpy](https://github.com/jtgrassie/monero-powpy)
(`stratum-ss-miner.py`).
Alternatively, a very simple demonstration miner can be found in
[monero-powpy](https://github.com/jtgrassie/monero-powpy).
## Running