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update deployment guide

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@ -3,15 +3,14 @@
This guide describes how to deploy a Haveno network:
- Manage services on a VPS
- Build Haveno
- Fork and build Haveno
- Start a Monero node
- Build and start price nodes
- Create and register seed nodes
- Register keypairs with administrative privileges
- Create and register arbitrators
- Set a network filter
- Add seed nodes
- Add arbitrators
- Configure trade fees and other configuration
- Build Haveno installers for distribution
- Send alerts to update the application
- Send alerts to update the application and other maintenance
## Manage services on a VPS
@ -23,24 +22,22 @@ Arbitrators can be started in a Screen session and then detached to run in the b
Some good hints about how to secure a VPS are in [Monero's meta repository](https://github.com/monero-project/meta/blob/master/SERVER_SETUP_HARDENING.md).
## Build Haveno
## Fork and build Haveno
First fork Haveno to a public repository. Then build Haveno:
```
git clone https://github.com/haveno-dex/haveno.git
git clone <your fork url>
cd haveno
git checkout <latest tag>
make clean && make
```
See [installing.md](installing.md) for more detail.
## Start a Monero node
Seed nodes and arbitrators should use a local, trusted Monero node for performance and function.
Seed nodes and arbitrators must use a local, unrestricted Monero node for performance and functionality.
Arbitrators require a trusted node in order to submit and flush transactions from the pool.
Customize and deploy private-stagenet.service and private-stagenet.conf to run a private Monero node as a system service for the seed node and arbitrator to use locally.
To run a private Monero node as a system service, customize and deploy private-stagenet.service and private-stagenet.conf.
Optionally customize and deploy monero-stagenet.service and monero-stagenet.conf to run a public Monero node as a system service for Haveno clients to use.
@ -48,21 +45,21 @@ You can also start the Monero node in your current terminal session by running `
## Build and start price nodes
The price node is separated from Haveno and is to be run as a standalone service. To deploy a pricenode on both TOR and clearnet, see the instructions on the repository: https://github.com/haveno-dex/haveno-pricenode
The price node is separated from Haveno and is run as a standalone service. To deploy a pricenode on both TOR and clearnet, see the instructions on the repository: https://github.com/haveno-dex/haveno-pricenode.
After the price node is built and deployed, add the price node to `DEFAULT_NODES` in ProvidersRepository.java.
After the price node is built and deployed, add the price node to `DEFAULT_NODES` in [ProvidersRepository.java](https://github.com/haveno-dex/haveno/blob/3cdd88b56915c7f8afd4f1a39e6c1197c2665d63/core/src/main/java/haveno/core/provider/ProvidersRepository.java#L50).
Customize and deploy haveno-pricenode.env and haveno-pricenode.service to run as a system service.
## Register Monero nodes for clients
## Add seed nodes
Optionally register new or different Monero nodes for clients to connect to in `getAllXmrNodes()` within XmrNodes.java.
For each seed node:
## Create and register seed nodes
From the root of the repository, run `make seednode` to run a seednode on Monero's mainnet or `make seednode-stagenet` to run a seednode on Monero's stagenet.
The node will print its onion address to the console. Record the onion address in `core/src/main/resources/xmr_<network>.seednodes` and remove unused seed nodes from `xmr_<network>.seednodes`. Be careful to record full addresses correctly.
1. [Build the Haveno repository](#fork-and-build-haveno).
2. [Start a local Monero node](#start-a-local-monero-node).
3. Run `make seednode` to run a seednode on Monero's mainnet or `make seednode-stagenet` to run a seednode on Monero's stagenet.
4. The node will print its onion address to the console. Record the onion address in `core/src/main/resources/xmr_<network>.seednodes`. Be careful to record full addresses correctly.
5. Update all seed nodes, arbitrators, and user applications for the change to take effect.
Customize and deploy haveno-seednode.service to run a seed node as a system service.
@ -70,62 +67,58 @@ Each seed node requires a locally running Monero node. You can use the default p
Rebuild all seed nodes any time the list of registered seed nodes changes.
## Register keypairs with arbitrator privileges
At least 2 seed nodes should be run because the seed nodes restart once per day, and registered network information is lost if all seed nodes restart at the same time.
1. Run core/src/test/java/haveno/core/util/GenerateKeypairs.java to generate public/private keypairs for arbitrator privileges.
2. Add arbitrator public keys to the corresponding network type in ArbitratorManager.java `getPubKeyList()`.
## Register keypairs with privileges
## Register keypairs with developer privileges
### Register keypair(s) with developer privileges
Keypairs with developer privileges are able to set the network's filter object, which can filter out offers, onions, currencies, payment methods, etc.
1. [Build the Haveno repository](#fork-and-build-haveno).
2. Generate public/private keypairs for developers: `./gradlew generateKeypairs`
3. Add the developer public keys in the constructor of FilterManager.java.
4. Update all seed nodes, arbitrators, and user applications for the change to take effect.
1. Run core/src/test/java/haveno/core/util/GenerateKeypairs.java to generate public/private keypairs for developer privileges.
2. Set developer public keys in the constructor of FilterManager.java.
### Register keypair(s) with alert privileges
## Register keypair with alert privileges
1. [Build the Haveno repository](#fork-and-build-haveno).
2. Generate public/private keypairs for alerts: `./gradlew generateKeypairs`
2. Add the public keys in the constructor of AlertManager.java.
4. Update all seed nodes, arbitrators, and user applications for the change to take effect.
A keypair with alert privileges is able to send alerts, e.g. to update the application.
### Register keypair(s) with private notification privileges
1. Run core/src/test/java/haveno/core/util/GenerateKeypairs.java to generate a public/private keypair for alert privileges.
2. Set alert public keys in the constructor of AlertManager.java.
1. [Build the Haveno repository](#fork-and-build-haveno).
2. Generate public/private keypairs for private notifications: `./gradlew generateKeypairs`
2. Add the public keys in the constructor of PrivateNotificationManager.java.
4. Update all seed nodes, arbitrators, and user applications for the change to take effect.
## Register keypairs with private notification privileges
## Add arbitrators
1. Run core/src/test/java/haveno/core/util/GenerateKeypairs.java to generate public/private keypairs for private notification privileges.
2. Set public keys in the constructor of PrivateNotificationManager.java.
For each arbitrator:
## Set XMR address to collect trade fees
1. [Build the Haveno repository](#fork-and-build-haveno).
2. Generate a public/private keypair for the arbitrator: `./gradlew generateKeypairs`
3. Add the public key to `getPubKeyList()` in [ArbitratorManager.java](https://github.com/haveno-dex/haveno/blob/3cdd88b56915c7f8afd4f1a39e6c1197c2665d63/core/src/main/java/haveno/core/support/dispute/arbitration/arbitrator/ArbitratorManager.java#L62).
4. Update all seed nodes, arbitrators, and user applications for the change to take effect.
5. [Start a local Monero node](#start-a-local-monero-node).
6. Start the Haveno desktop application using the application launcher or e.g. `make arbitrator-desktop-mainnet`
7. Go to the `Account` tab and then press `ctrl + r`. A prompt will open asking to enter the key to register the arbitrator. Enter your public key.
Set the XMR address to collect trade fees in `getTradeFeeAddress()` in HavenoUtils.java.
The arbitrator is now registered and ready to accept requests for dispute resolution.
## Set the network's release date
**Notes**
- Arbitrators must use a local Monero node with unrestricted RPC in order to submit and flush transactions from the pool.
- Arbitrators should remain online as much as possible in order to balance trades and avoid clients spending time trying to contact offline arbitrators. A VPS or dedicated machine running 24/7 is highly recommended.
- Remember that for the network to run correctly and people to be able to open and accept trades, at least one arbitrator must be registered on the network.
- IMPORTANT: Do not reuse keypairs on multiple arbitrator instances.
Optionally set the network's approximate release date by setting `RELEASE_DATE` in HavenoUtils.java.
This will prevent posting sell offers which no buyers can take before any buyer accounts are signed and aged, while the network bootstraps.
After a period (default 60 days), the limit is lifted and sellers can post offers exceeding unsigned buy limits, but they will receive an informational warning for an additional period (default 6 months after release).
The defaults can be adjusted with the related constants in HavenoUtils.java.
## Create and register arbitrators
Before running the arbitrator, remember that at least one seednode should already be deployed and its address listed in `core/src/main/resources/xmr_<network>.seednodes`.
First rebuild Haveno: `make skip-tests`.
Run `make arbitrator-desktop` to run an arbitrator on Monero's mainnet or `make arbitrator-desktop-stagenet` to run an arbitrator on Monero's stagenet.
## Remove an arbitrator
> **Note**
> Unregister the arbitrator before retiring the app, or clients will continue to try to connect for some time.
> Ensure the arbitrator's trades are completed before retiring the instance.
The Haveno GUI will open. If on mainnet, ignore the error about not receiving a filter object which is not added yet. Click on the `Account` tab and then press `ctrl + r`. A prompt will open asking to enter the key to register the arbitrator. Use a key generated in the previous steps and complete the registration. The arbitrator is now registered and ready to accept requests of dispute resolution.
Arbitrators should remain online as much as possible in order to balance trades and avoid clients spending time trying to contact offline arbitrators. A VPS or dedicated machine running 24/7 is highly recommended.
Remember that for the network to run correctly and people to be able to open and accept trades, at least one arbitrator must be registered on the network.
IMPORTANT: Do not reuse keypairs, and remember to revoke the private keypair to terminate the arbitrator.
1. Start the arbitrator's desktop application using the application launcher or e.g. `make arbitrator-desktop-mainnet` from the root of the repository.
2. Go to the `Account` tab and click the button to unregister the arbitrator.
## Set a network filter on mainnet
@ -139,11 +132,31 @@ To set the network's filter object:
> **Note**
> If all seed nodes are restarted at the same time, arbitrators and the filter object will become unregistered and will need to be re-registered.
## Set the network's release date
Optionally set the network's approximate release date by setting `RELEASE_DATE` in HavenoUtils.java.
This will prevent posting sell offers which no buyers can take before any buyer accounts are signed and aged, while the network bootstraps.
After a period (default 60 days), the limit is lifted and sellers can post offers exceeding unsigned buy limits, but they will receive an informational warning for an additional period (default 6 months after release).
The defaults can be adjusted with the related constants in HavenoUtils.java.
## Configure trade fees
Trade fees can be configured in HavenoUtils.java.
The maker and taker fee percents can be adjusted.
Set `ARBITRATOR_ASSIGNS_TRADE_FEE_ADDRESS` to `true` for the arbitrator to assign the trade fee address, which defaults to their own wallet.
Otherwise set `ARBITRATOR_ASSIGNS_TRADE_FEE_ADDRESS` to `false` and set the XMR address in `getTradeFeeAddress()` to collect all trade fees to a single address (e.g. a multisig wallet shared among network administrators).
## Start users for testing
Start user1 on Monero's mainnet using `make user1-desktop` or Monero's stagenet using `make user1-desktop-stagenet`.
Start user1 on Monero's mainnet using `make user1-desktop-mainnet` or Monero's stagenet using `make user1-desktop-stagenet`.
Similarly, start user2 on Monero's mainnet using `make user2-desktop` or Monero's stagenet using `make user2-desktop-stagenet`.
Similarly, start user2 on Monero's mainnet using `make user2-desktop-mainnet` or Monero's stagenet using `make user2-desktop-stagenet`.
Test trades among the users and arbitrator.