0.6.0 release fixes

* Updated README
* No double v in nimbus_beacon_node --version
* No md5 checksums
This commit is contained in:
Zahary Karadjov 2020-11-09 16:23:15 +02:00 committed by zah
parent 271df8b604
commit bd1047b715
4 changed files with 30 additions and 19 deletions

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@ -208,7 +208,7 @@ type
## This is type returned from all network requests ## This is type returned from all network requests
const const
clientId* = "Nimbus beacon node v" & fullVersionStr clientId* = "Nimbus beacon node " & fullVersionStr
nodeMetadataFilename = "node-metadata.json" nodeMetadataFilename = "node-metadata.json"
TCP = net.Protocol.IPPROTO_TCP TCP = net.Protocol.IPPROTO_TCP

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@ -268,7 +268,7 @@ proc onSlotStart(vc: ValidatorClient, lastSlot, scheduledSlot: Slot) {.gcsafe, a
asyncCheck vc.onSlotStart(slot, nextSlot) asyncCheck vc.onSlotStart(slot, nextSlot)
programMain: programMain:
let config = makeBannerAndConfig("Nimbus validator client v" & fullVersionStr, ValidatorClientConf) let config = makeBannerAndConfig("Nimbus validator client " & fullVersionStr, ValidatorClientConf)
setupStdoutLogging(config.logLevel) setupStdoutLogging(config.logLevel)

44
docker/dist/README.md vendored
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@ -1,8 +1,16 @@
# Binary Nimbus beacon node distribution # Binary Nimbus beacon node distribution
This binary distribution was created from https://github.com/status-im/nimbus-eth2 This binary distribution of the Nimbus eth2 package is compiled
in [reproducible way](https://reproducible-builds.org/) from source files
hosted at https://github.com/status-im/nimbus-eth2.
Tarball naming scheme: "nimbus-eth2\_Linux\_amd64\_<VERSION>\_<GIT COMMIT>.tar.gz". The tarball containing this README uses the following naming scheme:
```bash
nimbus-eth2_<TARGET OS>_<TARGET CPU>_<VERSION>_<GIT COMMIT>.tar.gz
```
For a more complete and up-to-date documentation, please refer to the [Nimbus book](https://status-im.github.io/nimbus-eth2/).
## Reproducing the build ## Reproducing the build
@ -25,35 +33,39 @@ No `-march=native` and no metrics support.
With default options: With default options:
```bash ```bash
./run_medalla_node.sh ./run-medalla-beacon-node.sh
``` ```
Change options implemented as shell variables inside the script: The script will forward all supplied options to the beacon node executable:
```bash ```bash
LOG_LEVEL=DEBUG BASE_PORT=9100 ./run_medalla_node.sh ./run-medalla-beacon-node.sh --log-level=DEBUG --tcp-port=9050
``` ```
Add arbitrary `nimbus_beacon_node` parameters (yes, you can combine this with env vars): To monitor the Eth1 validator deposit contract, you'll need to pair
the Nimbus beacon node with a Web3 provider capable of serving Eth1
event logs. This could be a locally running Eth1 client such as Geth
or a cloud service such as Infura. For more information please see
our setup guides:
https://status-im.github.io/nimbus-eth2/eth1.html
By default, the script will ask you to enter a web3 provider URL interactively,
but this can be supressed by specifying a `WEB3_URL` environment variable:
```bash ```bash
./run_medalla_node.sh --log-level=DEBUG --rpc-port=9290 WEB3_URL="wss://goerli.infura.io/ws/v3/<YOUR PROJECT ID>" ./run-medalla-beacon-node.sh
```
Use your own Infura endpoint, because the default one is probably throttled:
```bash
GOERLI_WEB3_URL="wss://goerli.infura.io/ws/v3/<YOUR PROJECT ID>" ./run_medalla_node.sh
``` ```
## Running a mainnet node ## Running a mainnet node
Same conventions as the Medalla script described above, plus the requirement of specifying a Web3 URL: `run-mainnet-beacon-node.sh` is a similar script intended for connecting to mainnet.
All the same conventions apply:
```bash ```bash
# using a local Geth instance # using a local Geth instance
WEB3_URL="ws://localhost:8545" ./run_mainnet_node.sh WEB3_URL="ws://localhost:8545" ./run-mainnet-node.sh --max-peers=150
# using Infura # using Infura
WEB3_URL="wss://mainnet.infura.io/ws/v3/<YOUR PROJECT ID>" ./run_mainnet_node.sh WEB3_URL="wss://mainnet.infura.io/ws/v3/<YOUR PROJECT ID>" ./run-mainnet-beacon-node.sh
``` ```

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@ -32,7 +32,6 @@ mkdir "${DIST_PATH}/build"
for BINARY in ${BINARIES}; do for BINARY in ${BINARIES}; do
cp -a ./build/${BINARY} "${DIST_PATH}/build/" cp -a ./build/${BINARY} "${DIST_PATH}/build/"
cd "${DIST_PATH}/build" cd "${DIST_PATH}/build"
md5sum ${BINARY} > ${BINARY}.md5sum
sha512sum ${BINARY} > ${BINARY}.sha512sum sha512sum ${BINARY} > ${BINARY}.sha512sum
cd - >/dev/null cd - >/dev/null
done done