feat: fix docs and bad namings in API

README.md

@@ -113,7 +113,7 @@ This creates a CSV file with the EVM network params in your data directory.
 cargo run --bin antctl -- local run --build --clean --rewards-address <YOUR_ETHEREUM_ADDRESS>
 ```
 
-The EVM Network parameters are loaded from the CSV file in your data directory automatically when the `local` option is passed to the `antctl` command.
+The EVM Network parameters are loaded from the CSV file in your data directory automatically when the `local` mode is enabled.
 
 ##### 4. Verify node status
 
@@ -142,117 +142,6 @@ Now to download the files again:
 cargo run --bin ant -- --local file download <addr> <dest_path>
 ```
 
-### Registers
-
-Registers are one of the network's data types. The workspace here has an example app demonstrating
-their use by two users to exchange text messages in a crude chat application.
-
-In the first terminal, using the registers example, Alice creates a register:
-
-```
-cargo run --example registers -- --local --user alice --reg-nickname myregister
-```
-
-Alice can now write a message to the register and see anything written by anyone else. For example
-she might enter the text "Hello, who's there?" which is written to the register and then shown as
-the "Latest value", in her terminal:
-
-```
-Register address: "50f4c9d55aa1f4fc19149a86e023cd189e509519788b4ad8625a1ce62932d1938cf4242e029cada768e7af0123a98c25973804d84ad397ca65cb89d6580d04ff07e5b196ea86f882b925be6ade06fc8d"
-Register owned by: PublicKey(0cf4..08a5)
-Register permissions: Permissions { anyone_can_write: true, writers: {PublicKey(0cf4..08a5)} }
-
-Current total number of items in Register: 0
-Latest value (more than one if concurrent writes were made):
---------------
---------------
-
-Enter a blank line to receive updates, or some text to be written.
-Hello, who's there?
-Writing msg (offline) to Register: 'Hello, who's there?'
-Syncing with SAFE in 2s...
-synced!
-
-Current total number of items in Register: 1
-Latest value (more than one if concurrent writes were made):
---------------
-[Alice]: Hello, who's there?
---------------
-
-Enter a blank line to receive updates, or some text to be written.
-
-```
-
-For anyone else to write to the same register they need to know its xor address, so to communicate
-with her friend Bob, Alice needs to find a way to send it to Bob. In her terminal, this is the
-value starting "50f4..." in the output above. This value will be different each time you run the
-example to create a register.
-
-Having received the xor address, in another terminal Bob can access the same register to see the
-message Alice has written, and he can write back by running this command with the address received
-from Alice. (Note that the command should all be on one line):
-
-```
-cargo run --example registers -- --local --user bob --reg-address 50f4c9d55aa1f4fc19149a86e023cd189e509519788b4ad8625a1ce62932d1938cf4242e029cada768e7af0123a98c25973804d84ad397ca65cb89d6580d04ff07e5b196ea86f882b925be6ade06fc8d
-```
-
-After retrieving the register and displaying the message from Alice, Bob can reply and at any time,
-Alice or Bob can send another message and see any new messages which have been written, or enter a
-blank line to poll for updates.
-
-Here's Bob writing from his terminal:
-
-```
-Latest value (more than one if concurrent writes were made):
---------------
-[Alice]: Hello, who's there?
---------------
-
-Enter a blank line to receive updates, or some text to be written.
-hi Alice, this is Bob!
-```
-
-Alice will see Bob's message when she either enters a blank line or writes another message herself.
-
-### Inspect a Register
-
-A second example, `register_inspect` allows you to view its structure and content. To use this with
-the above example you again provide the address of the register. For example:
-
-```
-cargo run --example register_inspect -- --local --reg-address 50f4c9d55aa1f4fc19149a86e023cd189e509519788b4ad8625a1ce62932d1938cf4242e029cada768e7af0123a98c25973804d84ad397ca65cb89d6580d04ff07e5b196ea86f882b925be6ade06fc8d
-```
-
-After printing a summary of the register, this example will display
-the structure of the register each time you press Enter, including the following:
-
-```
-Enter a blank line to print the latest register structure (or 'Q' <Enter> to quit)
-
-Syncing with SAFE...
-synced!
-======================
-Root (Latest) Node(s):
-[ 0] Node("4eadd9"..) Entry("[alice]: this is alice 3")
-[ 3] Node("f05112"..) Entry("[bob]: this is bob 3")
-======================
-Register Structure:
-(In general, earlier nodes are more indented)
-[ 0] Node("4eadd9"..) Entry("[alice]: this is alice 3")
-  [ 1] Node("f5afb2"..) Entry("[alice]: this is alice 2")
-    [ 2] Node("7693eb"..) Entry("[alice]: hello this is alice")
-[ 3] Node("f05112"..) Entry("[bob]: this is bob 3")
-  [ 4] Node("8c3cce"..) Entry("[bob]: this is bob 2")
-    [ 5] Node("c7f9fc"..) Entry("[bob]: this is bob 1")
-    [ 1] Node("f5afb2"..) Entry("[alice]: this is alice 2")
-      [ 2] Node("7693eb"..) Entry("[alice]: hello this is alice")
-======================
-```
-
-Each increase in indentation shows the children of the node above.
-The numbers in square brackets are just to make it easier to see
-where a node occurs more than once.
-
 ### RPC
 
 The node manager launches each node process with a remote procedure call (RPC) service. The

ant-protocol/src/storage/graph.rs

@@ -22,7 +22,7 @@ pub struct GraphEntry {
     pub owner: PublicKey,
     pub parents: Vec<PublicKey>,
     pub content: GraphContent,
-    pub outputs: Option<Vec<(PublicKey, GraphContent)>>,
+    pub outputs: Vec<(PublicKey, GraphContent)>,
     /// signs the above 4 fields with the owners key
     pub signature: Signature,
 }
@@ -33,7 +33,7 @@ impl GraphEntry {
         owner: PublicKey,
         parents: Vec<PublicKey>,
         content: GraphContent,
-        outputs: Option<Vec<(PublicKey, GraphContent)>>,
+        outputs: Vec<(PublicKey, GraphContent)>,
         signing_key: &SecretKey,
     ) -> Self {
         let signature = signing_key.sign(Self::bytes_to_sign(&owner, &parents, &content, &outputs));
@@ -51,7 +51,7 @@ impl GraphEntry {
         owner: PublicKey,
         parents: Vec<PublicKey>,
         content: GraphContent,
-        outputs: Option<Vec<(PublicKey, GraphContent)>>,
+        outputs: Vec<(PublicKey, GraphContent)>,
         signature: Signature,
     ) -> Self {
         Self {
@@ -68,7 +68,7 @@ impl GraphEntry {
         owner: &PublicKey,
         parents: &[PublicKey],
         content: &[u8],
-        outputs: &Option<Vec<(PublicKey, GraphContent)>>,
+        outputs: &[(PublicKey, GraphContent)],
     ) -> Vec<u8> {
         let mut bytes = Vec::new();
         bytes.extend_from_slice(&owner.to_bytes());
@@ -83,14 +83,12 @@ impl GraphEntry {
         bytes.extend_from_slice("content".as_bytes());
         bytes.extend_from_slice(content);
         bytes.extend_from_slice("outputs".as_bytes());
-        if let Some(outputs) = outputs {
-            bytes.extend_from_slice(
-                &outputs
-                    .iter()
-                    .flat_map(|(p, c)| [&p.to_bytes(), c.as_slice()].concat())
-                    .collect::<Vec<_>>(),
-            );
-        }
+        bytes.extend_from_slice(
+            &outputs
+                .iter()
+                .flat_map(|(p, c)| [&p.to_bytes(), c.as_slice()].concat())
+                .collect::<Vec<_>>(),
+        );
         bytes
     }
 

autonomi/nodejs/dist/graphEntry.d.ts

@@ -0,0 +1,9 @@
+import { GraphEntryOptions, PaymentOption } from './types';
+export declare class GraphEntry {
+    private nativeList;
+    private constructor();
+    static create(address: string): Promise<GraphEntry>;
+    get(): Promise<any[]>;
+    put(options: GraphEntryOptions, payment: PaymentOption): Promise<void>;
+    getCost(key: string): Promise<string>;
+}

autonomi/nodejs/dist/linkedList.js → autonomi/nodejs/dist/graphEntry.js

@@ -1,7 +1,7 @@
 "use strict";
 Object.defineProperty(exports, "__esModule", { value: true });
-exports.LinkedList = void 0;
-class LinkedList {
+exports.GraphEntry = void 0;
+class GraphEntry {
     constructor(nativeList) {
         this.nativeList = nativeList;
     }
@@ -22,4 +22,4 @@ class LinkedList {
         throw new Error('Not implemented');
     }
 }
-exports.LinkedList = LinkedList;
+exports.GraphEntry = GraphEntry;

autonomi/src/client/graph.rs

@@ -48,8 +48,8 @@ pub enum GraphError {
 }
 
 impl Client {
-    /// Fetches a Transaction from the network.
-    pub async fn transaction_get(
+    /// Fetches a GraphEntry from the network.
+    pub async fn graph_entry_get(
         &self,
         address: GraphEntryAddress,
     ) -> Result<Vec<GraphEntry>, GraphError> {
@@ -58,12 +58,13 @@ impl Client {
         Ok(transactions)
     }
 
-    pub async fn transaction_put(
+    /// Puts a GraphEntry to the network.
+    pub async fn graph_entry_put(
         &self,
-        transaction: GraphEntry,
+        entry: GraphEntry,
         wallet: &EvmWallet,
     ) -> Result<(), GraphError> {
-        let address = transaction.address();
+        let address = entry.address();
 
         // pay for the transaction
         let xor_name = address.xorname();
@@ -80,7 +81,7 @@ impl Client {
             Some((proof, price)) => (proof, price),
             None => {
                 // transaction was skipped, meaning it was already paid for
-                error!("Transaction at address: {address:?} was already paid for");
+                error!("GraphEntry at address: {address:?} was already paid for");
                 return Err(GraphError::AlreadyExists(address));
             }
         };
@@ -90,7 +91,7 @@ impl Client {
         let record = Record {
             key: NetworkAddress::from_graph_entry_address(address).to_record_key(),
             value: try_serialize_record(
-                &(proof, &transaction),
+                &(proof, &entry),
                 RecordKind::DataWithPayment(DataTypes::GraphEntry),
             )
             .map_err(|_| GraphError::Serialization)?
@@ -136,10 +137,10 @@ impl Client {
         Ok(())
     }
 
-    /// Get the cost to create a transaction
-    pub async fn transaction_cost(&self, key: SecretKey) -> Result<AttoTokens, GraphError> {
+    /// Get the cost to create a GraphEntry
+    pub async fn graph_entry_cost(&self, key: SecretKey) -> Result<AttoTokens, GraphError> {
         let pk = key.public_key();
-        trace!("Getting cost for transaction of {pk:?}");
+        trace!("Getting cost for GraphEntry of {pk:?}");
 
         let address = GraphEntryAddress::from_owner(pk);
         let xor = *address.xorname();
@@ -151,7 +152,7 @@ impl Client {
                 .map(|quote| quote.price())
                 .sum::<Amount>(),
         );
-        debug!("Calculated the cost to create transaction of {pk:?} is {total_cost}");
+        debug!("Calculated the cost to create GraphEntry of {pk:?} is {total_cost}");
         Ok(total_cost)
     }
 }

autonomi/tests/graph.rs

@@ -21,28 +21,28 @@ async fn transaction_put() -> Result<()> {
 
     let key = bls::SecretKey::random();
     let content = [0u8; 32];
-    let transaction = GraphEntry::new(key.public_key(), vec![], content, vec![].into(), &key);
+    let transaction = GraphEntry::new(key.public_key(), vec![], content, vec![], &key);
 
     // estimate the cost of the transaction
-    let cost = client.transaction_cost(key.clone()).await?;
+    let cost = client.graph_entry_cost(key.clone()).await?;
     println!("transaction cost: {cost}");
 
     // put the transaction
-    client.transaction_put(transaction.clone(), &wallet).await?;
+    client.graph_entry_put(transaction.clone(), &wallet).await?;
     println!("transaction put 1");
 
     // wait for the transaction to be replicated
     tokio::time::sleep(tokio::time::Duration::from_secs(5)).await;
 
     // check that the transaction is stored
-    let txs = client.transaction_get(transaction.address()).await?;
+    let txs = client.graph_entry_get(transaction.address()).await?;
     assert_eq!(txs, vec![transaction.clone()]);
     println!("transaction got 1");
 
     // try put another transaction with the same address
     let content2 = [1u8; 32];
-    let transaction2 = GraphEntry::new(key.public_key(), vec![], content2, vec![].into(), &key);
-    let res = client.transaction_put(transaction2.clone(), &wallet).await;
+    let transaction2 = GraphEntry::new(key.public_key(), vec![], content2, vec![], &key);
+    let res = client.graph_entry_put(transaction2.clone(), &wallet).await;
 
     assert!(matches!(
         res,