fix typos

Signed-off-by: tabVersion <tabvision@bupt.icu>

.typos.toml

@@ -0,0 +1,3 @@
+[files]
+extend-exclude = ["framework/scenario/src/scenario/model/transaction/tx_response.rs"]
+

CHANGELOG.md

@@ -237,7 +237,7 @@ They are:
 ## [sc 0.39.5, vm 0.1.5] - 2023-02-06
 - `multiversx-sc-meta` improvements:
 	- Rust snippet generator fixes. The generator creates compilable code with appropriate argument types.
-	- `local-deps` command: generates a report on the local depedencies of contract crates. Will explore indirect depdencies too.
+	- `local-deps` command: generates a report on the local dependencies of contract crates. Will explore indirect dependencies too.
 	- Upgrade tool minor fix.
 
 ## [sc 0.39.4, vm 0.1.4] - 2023-01-26
@@ -263,7 +263,7 @@ They are:
 
 ## [sc 0.39.1, codec 0.17.1, vm 0.1.1, scenario-format 0.19.1, sdk 0.1.1] - 2023-01-18
 - `multiversx-sc-meta` can be installed as a standalone tool (`sc-meta`), and used to automatically upgrade contracts.
-- Many depedencies updates across the repo.
+- Many dependencies updates across the repo.
 - Updated readme files.
 
 ## [sc 0.39.0, codec 0.17.0, vm 0.1.0, scenario-format 0.19.0, sdk 0.1.0] - 2023-01-12
@@ -531,7 +531,7 @@ They are:
 - Made the generated code in `wasm/lib.rs` more compact with the use of macros.
 
 ## [elrond-wasm 0.22.0] - 2021-11-02
-- Mechanism for generating contract endpoints based on ABI. Previously, all endpoints from all modules from a crate were automaticaly included, now they can be filtered based on what modules are used.
+- Mechanism for generating contract endpoints based on ABI. Previously, all endpoints from all modules from a crate were automatically included, now they can be filtered based on what modules are used.
 - Contract `meta` crates are now capable of building the respective contracts and the ABIs without relying on `erdpy`.
 - Renamed feature `arwen-tests` to `mandos-go-tests`
 
@@ -618,7 +618,7 @@ They are:
 - Send API refactored for more consistency and ease of use.
 - High level proxies can be used to deploy contracts.
 - Mandos log syntax updated, to match Arwen.
-- A better `#[only_owner]` annotation, which can be applied directly to endoint methods. This annotation also shows up in the ABI.
+- A better `#[only_owner]` annotation, which can be applied directly to endpoint methods. This annotation also shows up in the ABI.
 - `elrond-wasm-derive` now an optional dependency of `elrond-wasm`. Use `#[elrond_wasm::contract]` instead of `#[elrond_wasm_derive::contract]` now. Same for proxies and modules.
 
 ## [elrond-wasm 0.17.4] - 2021-06-30
@@ -773,7 +773,7 @@ They are:
 - ABI generation of endpoint output names
 
 ## [elrond-wasm 0.10.2, elrond-codec 0.4.2] - 2020-12-28
-- Codec type hygene
+- Codec type hygiene
 
 ## [elrond-wasm 0.10.1, elrond-codec 0.4.1, mandos 0.4.1] - 2020-12-23
 - Minor fixes, support for strings
@@ -928,7 +928,7 @@ They are:
 - Async call contract proxy infrastructure
 
 ## [elrond-wasm 0.1.0] - 2020-02-05 
-- Initial relase of the framework
+- Initial release of the framework
 - Main features at this time:
 	- contract main macro
 	- handling of arguments and results automagically using macros

contracts/examples/bonding-curve-contract/README.md

@@ -18,7 +18,7 @@ The payment was chosen to be stored under a storage named `BondingCurve` because
 
 Here the balance and the payment amount are variable and they will usually get changed together, reason why it was chosen for these elements to be kept away from `token_details`.
 
-**Important!** Only 1 seller can have a specific token to be sold at a time, avoiding this way scenarion of which token from which seller should be selled at one point.
+**Important!** Only 1 seller can have a specific token to be sold at a time, avoiding this way scenario of which token from which seller should be selled at one point.
 
 There is an option of `sell_availability` which can be set from the `init` of the contract allowing or denying a token once bought by a buyer to be sold back.
 

contracts/examples/bonding-curve-contract/src/function_selector.rs

@@ -32,7 +32,7 @@ impl<M: ManagedTypeApi> CurveFunction<M> for FunctionSelector<M> {
                 &(&sum * &sum * sum / 3u32) + &arguments.balance + initial_cost.clone()
             },
             FunctionSelector::None => {
-                M::error_api_impl().signal_error(b"Bonding Curve function is not assiged")
+                M::error_api_impl().signal_error(b"Bonding Curve function is not assigned")
             },
         }
     }

contracts/examples/crypto-kitties/common/random/src/lib.rs

@@ -16,7 +16,7 @@ pub struct Random {
 
 // usually, types should create their own `random` instance,
 // but because standalone types can't create a random seed
-// (due to no access to blockhain functions),
+// (due to no access to blockchain functions),
 // the method will use a provided `random` instance
 pub trait Randomizeable {
     fn get_random(random: &mut Random) -> Self;

contracts/examples/crypto-kitties/documentation.md

@@ -201,7 +201,7 @@ This function ends the auction for the kitty if one of the end conditions has be
 
 Anyone may call this function, not only the ones involved in the auction.
 
-If this was a selling auction, the `current_bid` is sent to the `kitty_owner` and the kitty's ownership is transfered to `current_winner`. Auction is then cleared from storage.
+If this was a selling auction, the `current_bid` is sent to the `kitty_owner` and the kitty's ownership is transferred to `current_winner`. Auction is then cleared from storage.
 
 If this was a siring auction, the `current_bid` is sent to the `kitty_owner` and the kitty's `sire_allowed_address` is set to `current_winner`.
 
@@ -233,7 +233,7 @@ fn init(
 )
 ```
 
-Each breeding will cost a fixed amount of eGLD. The birth operation can cost a lot of gas, depending on the implementation of the genetic algortihm, so whoever calls the give_birth method (will be discussed later) will get the deposited `birth_fee`.
+Each breeding will cost a fixed amount of eGLD. The birth operation can cost a lot of gas, depending on the implementation of the genetic algorithm, so whoever calls the give_birth method (will be discussed later) will get the deposited `birth_fee`.
 
 The next two arguments are the addresses of the other two contracts: the kitty-auction contract and the kitty-genetic-alg contract. These can either be set now or later by the owner, using the appropriate setter methods.
 

contracts/examples/digital-cash/README.md

@@ -12,7 +12,7 @@ In order to fund one should first call `deposit_fees` depositing the fee funds a
 
 `fund` after making sure everything is ok on the fee aspect will set up the `deposit` storage increasing the number of tokens to transfer by the number of tokens paid to the endpoint and set the expiration date by the number of rounds specified within the `valability` parameter.
 
-The fees are unique per address and only cover one instance of transfer, either if it is a `claim` or a `forward`, per number of tokens transfered. Only by making one of these actions will consume the fee funds following to to refund the rest of the fees to the depositor.
+The fees are unique per address and only cover one instance of transfer, either if it is a `claim` or a `forward`, per number of tokens transferred. Only by making one of these actions will consume the fee funds following to to refund the rest of the fees to the depositor.
 
 ## Claiming funds
 

contracts/examples/digital-cash/scenarios/pay-fee-and-fund-egld.scen.json

@@ -1,5 +1,5 @@
 {
-    "name": "pay-fee-adn-fund-egld",
+    "name": "pay-fee-and-fund-egld",
     "steps": [
         {
             "step": "externalSteps",

contracts/examples/digital-cash/src/signature_operations.rs

@@ -57,14 +57,14 @@ pub trait SignatureOperationsModule: storage::StorageModule + helpers::HelpersMo
 
         let block_round = self.blockchain().get_block_round();
         let deposit = deposit_mapper.take();
-        let num_tokens_transfered = deposit.get_num_tokens();
+        let num_tokens_transferred = deposit.get_num_tokens();
         let mut deposited_fee = deposit.fees.value;
 
         let fee_token = deposited_fee.token_identifier.clone();
         let fee = self.fee(&fee_token).get();
         require!(deposit.expiration_round >= block_round, "deposit expired");
 
-        let fee_cost = fee * num_tokens_transfered as u64;
+        let fee_cost = fee * num_tokens_transferred as u64;
         deposited_fee.amount -= &fee_cost;
 
         self.collected_fees(&fee_token)

contracts/examples/esdt-transfer-with-fee/README.md

@@ -1,13 +1,13 @@
 # Interaction
 
-The contract allows transfering token with the `ESDTRoleTransfer` role.
+The contract allows transferring token with the `ESDTRoleTransfer` role.
 
 The owner can set a fee for the contract, being one of 2 possible types:
 
-- `ExactValue` - `EsdtTokenPayment` type with desired token  + amount per token transfered
-- `Percentage` - % of the transfered token (this number is multiplied by 100 so that we can have 2 decimal percentages. ex.: 12,50% percentage fee will be set with 1250)
+- `ExactValue` - `EsdtTokenPayment` type with desired token  + amount per token transferred
+- `Percentage` - % of the transferred token (this number is multiplied by 100 so that we can have 2 decimal percentages. ex.: 12,50% percentage fee will be set with 1250)
 
 The transfer endpoint requires the tokens having a `ExactValue` type fee to have the fee as the following token in exact amount.
-The `Percentage` type will make the fee to be taken from the value transfered.
+The `Percentage` type will make the fee to be taken from the value transferred.
 
-Tokens that have no fee set will be simply transfered without additional requirements.
+Tokens that have no fee set will be simply transferred without additional requirements.

contracts/examples/multisig/interact/src/multisig_interact_nfts.rs

@@ -68,7 +68,7 @@ impl MultisigInteract {
         println!("proposing issue collection with all roles...");
         let action_id = self.propose_issue_collection_with_all_roles().await;
 
-        println!("perfoming issue collection with all roles action `{action_id}`...");
+        println!("performing issue collection with all roles action `{action_id}`...");
 
         if !self.quorum_reached(action_id).await && !self.sign(action_id).await {
             return;
@@ -126,7 +126,7 @@ impl MultisigInteract {
         println!("proposing issue collection...");
         let action_id = self.propose_issue_collection().await;
 
-        println!("perfoming issue collection action `{action_id}`...");
+        println!("performing issue collection action `{action_id}`...");
 
         if !self.quorum_reached(action_id).await && !self.sign(action_id).await {
             return;

contracts/examples/multisig/interact/src/multisig_interact_wegld.rs

@@ -33,15 +33,15 @@ impl MultisigInteract {
         println!("proposing wrap egld...");
         let action_id = self.propose_wrap_egld().await;
 
-        println!("perfoming wrap egld action `{action_id}`...");
+        println!("performing wrap egld action `{action_id}`...");
         self.perform_action(action_id, "15,000,000").await;
     }
 
     pub async fn unwrap_egld(&mut self) {
         println!("proposing unwrap egld...");
         let action_id = self.propose_unwrap_egld().await;
 
-        println!("perfoming unwrap egld action `{action_id}`...");
+        println!("performing unwrap egld action `{action_id}`...");
         self.perform_action(action_id, "15,000,000").await;
     }
 

contracts/examples/nft-minter/readme.md

@@ -22,7 +22,7 @@ fn issue_token(&self, token_name: ManagedBuffer, token_ticker: ManagedBuffer)
 
 The endpoint needs a 0.05 EGLD payment for the token issue (note: if you use mxpy directly, you need to pass 0.05 * 10^18 as --value, i.e. 50000000000000000).  
 
-`token_name` is the disply name that will be shown on the explorer in the user's balance, while `token_ticker` is the prefix of the token identifier that will be created. The token identifier is the token ticker + a dash (`-`) and 6 random hex characters. This is done to be able to differentiate between tokens with the same ticker. More information can be found here: https://docs.multiversx.com/tokens/esdt-tokens
+`token_name` is the display name that will be shown on the explorer in the user's balance, while `token_ticker` is the prefix of the token identifier that will be created. The token identifier is the token ticker + a dash (`-`) and 6 random hex characters. This is done to be able to differentiate between tokens with the same ticker. More information can be found here: https://docs.multiversx.com/tokens/esdt-tokens
 
 Once the issue is complete, you have to set the NFTCreate local role, which can be done through the `setLocalRoles` endpoint. No arguments and no payment required.  
 

contracts/examples/order-book/pair/src/validation.rs

@@ -13,7 +13,7 @@ use super::{
 #[multiversx_sc::module]
 pub trait ValidationModule: common::CommonModule {
     fn require_valid_order_input_amount(&self, params: &OrderInputParams<Self::Api>) {
-        require!(params.amount != BigUint::zero(), "Amout cannot be zero");
+        require!(params.amount != BigUint::zero(), "Amount cannot be zero");
         require!(
             self.calculate_fee_amount(
                 &params.amount,

contracts/examples/ping-pong-egld/scenarios/ping-pong-call-ping-wrong-ammount.scen.json → contracts/examples/ping-pong-egld/scenarios/ping-pong-call-ping-wrong-amount.scen.json

@@ -1,5 +1,5 @@
 {
-    "name": "try to ping the wrong ammount of funds",
+    "name": "try to ping the wrong amount of funds",
     "gasSchedule": "v3",
     "steps": [
         {

contracts/examples/ping-pong-egld/tests/ping_pong_egld_scenario_go_test.rs

@@ -40,7 +40,7 @@ fn ping_pong_call_ping_twice_go() {
 }
 
 #[test]
-fn ping_pong_call_ping_wrong_ammount_go() {
+fn ping_pong_call_ping_wrong_amount_go() {
     world().run("scenarios/ping-pong-call-ping-wrong-ammount.scen.json");
 }
 

contracts/examples/ping-pong-egld/tests/ping_pong_egld_scenario_rs_test.rs

@@ -47,7 +47,7 @@ fn ping_pong_call_ping_twice_rs() {
 }
 
 #[test]
-fn ping_pong_call_ping_wrong_ammount_rs() {
+fn ping_pong_call_ping_wrong_amount_rs() {
     world().run("scenarios/ping-pong-call-ping-wrong-ammount.scen.json");
 }
 

contracts/feature-tests/alloc-features/scenarios/echo_ser_ex_1.scen.json → contracts/feature-tests/alloc-features/scenarios/echo_set_ex_1.scen.json

@@ -21,7 +21,7 @@
             "tx": {
                 "from": "address:an_account",
                 "to": "sc:alloc-features",
-                "function": "echo_ser_example_1",
+                "function": "echo_set_example_1",
                 "arguments": [
                     {
                         "0-int": "u16:0",
@@ -71,7 +71,7 @@
             "tx": {
                 "from": "address:an_account",
                 "to": "sc:alloc-features",
-                "function": "echo_boxed_ser_example_1",
+                "function": "echo_boxed_set_example_1",
                 "arguments": [
                     {
                         "3-uint_32": "u32:5",

contracts/feature-tests/composability/execute-on-dest-esdt-issue-callback/parent/src/lib.rs

@@ -39,9 +39,9 @@ pub trait Parent {
         initial_supply: BigUint,
     ) {
         let issue_cost = self.call_value().egld_value();
-        let child_contract_adress = self.child_contract_address().get();
+        let child_contract_address = self.child_contract_address().get();
         let _: IgnoreValue = self
-            .child_proxy(child_contract_adress)
+            .child_proxy(child_contract_address)
             .issue_wrapped_egld(token_display_name, token_ticker, initial_supply)
             .with_egld_transfer(issue_cost.clone_value())
             .with_gas_limit(ISSUE_EXPECTED_GAS_COST)

contracts/feature-tests/composability/forwarder-raw/src/forwarder_raw.rs

@@ -13,7 +13,7 @@ multiversx_sc::imports!();
 /// TODO: split into modules
 #[multiversx_sc::contract]
 pub trait ForwarderRaw:
-    forwarder_raw_alt_init::ForwarderRawAlterativeInit
+    forwarder_raw_alt_init::ForwarderRawAlternativeInit
     + forwarder_raw_common::ForwarderRawCommon
     + forwarder_raw_async::ForwarderRawAsync
     + forwarder_raw_sync::ForwarderRawSync

contracts/feature-tests/composability/forwarder-raw/src/forwarder_raw_alt_init.rs

@@ -5,7 +5,7 @@ multiversx_sc::imports!();
 /// We are using the multi-contract build system, to avoid having too many SC crates.
 /// We need to generate a separate contract for each of these constructors.
 #[multiversx_sc::module]
-pub trait ForwarderRawAlterativeInit: super::forwarder_raw_common::ForwarderRawCommon {
+pub trait ForwarderRawAlternativeInit: super::forwarder_raw_common::ForwarderRawCommon {
     /// Will not work, only written for VM testing.
     ///
     /// Async calls are explicitly forbidden in constructors.

contracts/feature-tests/composability/forwarder-raw/src/forwarder_raw_async.rs

@@ -182,7 +182,7 @@ pub trait ForwarderRawAsync: super::forwarder_raw_common::ForwarderRawCommon {
 
         ContractCallWithMultiEsdt::<Self::Api, ()>::new(
             to,
-            "burn_and_create_retrive_async",
+            "burn_and_create_retrieve_async",
             all_payments,
         )
         .async_call()

contracts/feature-tests/composability/promises-features/src/call_sync_bt.rs

@@ -72,7 +72,7 @@ pub trait BackTransfersFeatureModule {
         );
     }
 
-    #[event("back_tranfers")]
+    #[event("back_transfers")]
     fn back_transfers_event(
         &self,
         #[indexed] egld_value: &BigUint,

contracts/feature-tests/composability/scenarios/forwarder_call_sync_retrieve_egld_bt.scen.json

@@ -84,7 +84,7 @@
                         "address": "sc:forwarder",
                         "endpoint": "str:forward_sync_retrieve_funds_bt",
                         "topics": [
-                            "str:back_tranfers",
+                            "str:back_transfers",
                             "1000"
                         ],
                         "data": [

contracts/feature-tests/composability/scenarios/forwarder_call_sync_retrieve_esdt_bt.scen.json

@@ -91,7 +91,7 @@
                         "address": "sc:forwarder",
                         "endpoint": "str:forward_sync_retrieve_funds_bt",
                         "topics": [
-                            "str:back_tranfers",
+                            "str:back_transfers",
                             "0",
                             "str:TEST-TOKENA",
                             "0",

contracts/feature-tests/composability/scenarios/forwarder_call_sync_retrieve_nft_bt.scen.json

@@ -100,7 +100,7 @@
                         "address": "sc:forwarder",
                         "endpoint": "str:forward_sync_retrieve_funds_bt",
                         "topics": [
-                            "str:back_tranfers",
+                            "str:back_transfers",
                             "0",
                             "str:NFT-000001",
                             "5",

contracts/feature-tests/composability/tests/composability_scenario_go_test.rs

@@ -400,7 +400,7 @@ fn forwarder_sync_echo_go() {
 }
 
 #[test]
-fn forwarder_tranfer_esdt_with_fees_go() {
+fn forwarder_transfer_esdt_with_fees_go() {
     world().run("scenarios/forwarder_tranfer_esdt_with_fees.scen.json");
 }
 

contracts/feature-tests/composability/tests/composability_scenario_rs_test.rs

@@ -454,7 +454,7 @@ fn forwarder_sync_echo_rs() {
 }
 
 #[test]
-fn forwarder_tranfer_esdt_with_fees_rs() {
+fn forwarder_transfer_esdt_with_fees_rs() {
     world().run("scenarios/forwarder_tranfer_esdt_with_fees.scen.json");
 }
 

contracts/feature-tests/composability/transfer-role-features/interactions/snippets.sh

@@ -1,6 +1,6 @@
 USER_PEM=""
 USER_ADDRESS_BECH32=
-USER_ADDDRESS_HEX="0x$(mxpy wallet bech32 --decode ${USER_ADDRESS_BECH32})"
+USER_ADDRESS_HEX="0x$(mxpy wallet bech32 --decode ${USER_ADDRESS_BECH32})"
 
 RECEIVER_ADDRESS_BECH32=
 RECEIVER_ADDRESS_HEX="0x$(mxpy wallet bech32 --decode ${RECEIVER_ADDRESS_BECH32})"

contracts/feature-tests/composability/vault/src/vault.rs

@@ -190,7 +190,7 @@ pub trait Vault {
 
     #[payable("*")]
     #[endpoint]
-    fn burn_and_create_retrive_async(&self) {
+    fn burn_and_create_retrieve_async(&self) {
         let payments = self.call_value().all_esdt_transfers();
         let mut uris = ManagedVec::new();
         uris.push(ManagedBuffer::new());

contracts/feature-tests/composability/vault/wasm-vault-promises/src/lib.rs

@@ -30,7 +30,7 @@ multiversx_sc_wasm_adapter::endpoints! {
         retrieve_funds_with_transfer_exec => retrieve_funds_with_transfer_exec
         retrieve_funds => retrieve_funds
         retrieve_multi_funds_async => retrieve_multi_funds_async
-        burn_and_create_retrive_async => burn_and_create_retrive_async
+        burn_and_create_retrieve_async => burn_and_create_retrieve_async
         get_owner_address => get_owner_address
         call_counts => call_counts
         num_called_retrieve_funds_promises => num_called_retrieve_funds_promises

contracts/feature-tests/composability/vault/wasm/src/lib.rs

@@ -30,7 +30,7 @@ multiversx_sc_wasm_adapter::endpoints! {
         retrieve_funds_with_transfer_exec => retrieve_funds_with_transfer_exec
         retrieve_funds => retrieve_funds
         retrieve_multi_funds_async => retrieve_multi_funds_async
-        burn_and_create_retrive_async => burn_and_create_retrive_async
+        burn_and_create_retrieve_async => burn_and_create_retrieve_async
         get_owner_address => get_owner_address
         call_counts => call_counts
         num_called_retrieve_funds_promises => num_called_retrieve_funds_promises

contracts/feature-tests/erc-style-contracts/erc1155-marketplace/src/lib.rs

@@ -26,7 +26,7 @@ pub struct AuctionArgument<M: ManagedTypeApi> {
 
 #[multiversx_sc::contract]
 pub trait Erc1155Marketplace {
-    /// `bid_cut_percentage` is the cut that the contract takes from any sucessful bid
+    /// `bid_cut_percentage` is the cut that the contract takes from any successful bid
     #[init]
     fn init(&self, token_ownership_contract_address: ManagedAddress, bid_cut_percentage: u8) {
         self.token_ownership_contract_address()