fix: Clef links

pull/26374/head
Nicolás Quiroz 2 years ago
parent 5f8fc1c2e1
commit aaf7da24c5
  1. 4
      docs/getting-started/index.md
  2. 4
      docs/tools/clef/Introduction.md

@ -7,7 +7,7 @@ This page explains how to set up Geth and execute some basic tasks using the com
Geth also needs to be connected to a [consensus client](docs/getting-started/consensus-clients) in order to function as an Ethereum node. The tutorial on this page assumes Geth and a consensus client have been installed successfully and that a firewall has been configured to block external traffic to the JSON-RPC port `8545` see [Security](/docs/fundamentals/security). Geth also needs to be connected to a [consensus client](docs/getting-started/consensus-clients) in order to function as an Ethereum node. The tutorial on this page assumes Geth and a consensus client have been installed successfully and that a firewall has been configured to block external traffic to the JSON-RPC port `8545` see [Security](/docs/fundamentals/security).
This page provides step-by-step instructions covering the fundamentals of using Geth. This includes generating accounts, joining an Ethereum network, syncing the blockchain and sending ether between accounts. This tutorial uses [Clef](/docs/tools/Clef/Tutorial). Clef is an account management tool external to Geth itself that allows users to sign transactions. It is developed and maintained by the Geth team. This page provides step-by-step instructions covering the fundamentals of using Geth. This includes generating accounts, joining an Ethereum network, syncing the blockchain and sending ether between accounts. This tutorial uses [Clef](/docs/tools/clef/tutorial). Clef is an account management tool external to Geth itself that allows users to sign transactions. It is developed and maintained by the Geth team.
## Prerequisites {#prerequisites} ## Prerequisites {#prerequisites}
@ -431,4 +431,4 @@ This requires approval in Clef. Once the password for the sender account has bee
## Summary {#summary} ## Summary {#summary}
This tutorial has demonstrated how to generate accounts using Clef, fund them with testnet ether and use those accounts to interact with Ethereum (Sepolia) through a Geth node. Checking account balances, sending transactions and retrieving transaction details were explained using the web3.js library via the Geth console and using the JSON-RPC directly using Curl. For more detailed information about Clef, please see [the Clef docs](/docs/tools/Clef/Tutorial). This tutorial has demonstrated how to generate accounts using Clef, fund them with testnet ether and use those accounts to interact with Ethereum (Sepolia) through a Geth node. Checking account balances, sending transactions and retrieving transaction details were explained using the web3.js library via the Geth console and using the JSON-RPC directly using Curl. For more detailed information about Clef, please see [the Clef docs](/docs/tools/clef/tutorial).

@ -76,7 +76,7 @@ The general flow for a basic transaction-signing operation using Clef and an Eth
In the case illustrated in the schematic above, Geth would be started with `--signer <addr>:<port>` and would relay requests to `eth.sendTransaction`. Text in `mono` font positioned along arrows shows the objects passed between each component. In the case illustrated in the schematic above, Geth would be started with `--signer <addr>:<port>` and would relay requests to `eth.sendTransaction`. Text in `mono` font positioned along arrows shows the objects passed between each component.
Most users use Clef by manually approving transactions through the UI as in the schematic above, but it is also possible to configure Clef to sign transactions without always prompting the user. This requires defining the precise conditions under which a transaction will be signed. These conditions are known as `Rules` and they are small Javascript snippets that are _attested_ by the user by injecting the snippet's hash into Clef's secure whitelist. Clef is then started with the rule file, so that requests that satisfy the conditions in the whitelisted rule files are automatically signed. This is covered in detail on the [Rules page](/docs/tools/Clef/rules). Most users use Clef by manually approving transactions through the UI as in the schematic above, but it is also possible to configure Clef to sign transactions without always prompting the user. This requires defining the precise conditions under which a transaction will be signed. These conditions are known as `Rules` and they are small Javascript snippets that are _attested_ by the user by injecting the snippet's hash into Clef's secure whitelist. Clef is then started with the rule file, so that requests that satisfy the conditions in the whitelisted rule files are automatically signed. This is covered in detail on the [Rules page](/docs/tools/clef/rules).
## Basic usage {#basic-usage} ## Basic usage {#basic-usage}
@ -107,7 +107,7 @@ Enter 'ok' to proceed:
Requests requiring account access or signing now require explicit consent in this terminal. Activities such as sending transactions via a local Geth node's attached Javascript console or RPC will now hang indefinitely, awaiting approval in this terminal. Requests requiring account access or signing now require explicit consent in this terminal. Activities such as sending transactions via a local Geth node's attached Javascript console or RPC will now hang indefinitely, awaiting approval in this terminal.
A much more detailed Clef tutorial is available on the [Tutorial page](/docs/tools/Clef/tutorial). A much more detailed Clef tutorial is available on the [Tutorial page](/docs/tools/clef/tutorial).
## Command line options {#command-line-options} ## Command line options {#command-line-options}

Loading…
Cancel
Save