This repository has been archived by the owner on Aug 2, 2022. It is now read-only.
-
Notifications
You must be signed in to change notification settings - Fork 3.6k
Command Reference
Sandwich edited this page Dec 6, 2017
·
30 revisions
| Action | Syntax | Example |
|---|---|---|
| Get ALL commands | $ eosc | View |
| Get ALL subcommands | $ eosc ${command} | View |
| Connect to node | $ eosc -H {node} -p {port} | View |
| Query blockchain state | $ eosc get info | View |
| Get transaction by id | $ eosc get transaction ${transaction_id} | View |
| Get transactions by account | $ eosc get transaction ${account} | View |
| Transfer EOS | $ eosc transfer ${from_account} ${to_account} ${quantity} | View |
| Wallet - Create wallet | $ eosc wallet create {-n} ${wallet_name} | View |
| Wallet - List wallets | $ eosc wallet list | View |
| Wallet - Import key | $ eosc wallet import ${key} | View |
| Wallet - List keys | $ eosc wallet keys | View |
| Wallet - Lock | $ eosc wallet lock -n ${wallet_name} | View |
| Wallet - Unlock | $ eosc wallet unlock -n ${wallet_name} --password ${password} | View |
| Wallet - Open | $ eosc wallet open | View |
| Account - Create keys | $ eosc create key | View |
| Account - Create account | $ eosc create account ${control_account} ${account_name} ${owner_public_key} ${active_public_key} | View |
| Account - See servants | $ eosc get servants ${account_name} | View |
| Account - Check balance | $ eosc get account ${account_name} | View |
| Permission - Create/Modify | $ eosc set account permission ${permission} ${account} ${permission_json} ${account_authority} | View |
| Contract - Deploy | $ eosc set contract ../${contract}.wast ../${contract}.abi | View |
| Contract - Query ABI | $ eosc get code --a ${contract}.abi ${contract} | View |
| Contract - Push Message | $ eosc push message ${contract} ${action} ${param} -S ${scope_1} -S ${scope_2} -p ${account}@active | View |
| Contract - Query table | $ eosc get table ${field} ${contract} ${table} | View |
| Action | Syntax | Example |
|---|---|---|
| Skip signatures | $ eosd --skip-transaction-signatures | View |
| Action | Syntax | Example |
|---|---|---|
| Use separate wallet app | $ eos-walletd --http-server-endpoint ${node}:{port} | View |
eosc contains documentation for all of its commands. For a list of all commands known to eosc, simply run it with no arguments:
$ eosc
ERROR: RequiredError: Subcommand required
Command Line Interface to Eos Daemon
Usage: ./eosc [OPTIONS] SUBCOMMAND
Options:
-h,--help Print this help message and exit
-H,--host TEXT=localhost the host where eosd is running
-p,--port UINT=8888 the port where eosd is running
--wallet-host TEXT=localhost
the host where eos-walletd is running
--wallet-port UINT=8888 the port where eos-walletd is running
-v,--verbose output verbose messages on error
Subcommands:
version Retrieve version information
create Create various items, on and off the blockchain
get Retrieve various items and information from the blockchain
set Set or update blockchain state
transfer Transfer EOS from account to account
net Interact with local p2p network connections
wallet Interact with local wallet
benchmark Configure and execute benchmarks
push Push arbitrary transactions to the blockchain
To get help with any particular subcommand, run it with no arguments as well:
$ eosc create
ERROR: RequiredError: Subcommand required
Create various items, on and off the blockchain
Usage: ./eosc create SUBCOMMAND
Subcommands:
key Create a new keypair and print the public and private keys
account Create a new account on the blockchain
producer Create a new producer on the blockchain
$ eosc create account
ERROR: RequiredError: creator
Create a new account on the blockchain
Usage: ./eosc create account creator name OwnerKey ActiveKey
Positionals:
creator TEXT The name of the account creating the new account
name TEXT The name of the new account
OwnerKey TEXT The owner public key for the account
ActiveKey TEXT The active public key for the account
This will connect you to your local node
$ eosc -H localhost -p 8889
You can also adjust the node param to connect to a different node, e.g. the public testnet
$ eosc -H test1.eos.io -p 80
$ eosc get info
{
"head_block_num": 25048,
"last_irreversible_block_num": 25027,
"head_block_id": "000061d8ae49d6af614e02779e19261959f22d6d9f37906ed5db2dabd88be142",
"head_block_time": "2017-07-25T17:44:48",
"head_block_producer": "initi",
"recent_slots": "1110000000000000000000000000000000000000000000000000000000000011",
"participation_rate": "0.07812500000000000"
}
With account_history_api_plugin loaded in eosd, we can query for particular transaction using the transaciton_id
$ eosc get transaction eb4b94b72718a369af09eb2e7885b3f494dd1d8a20278a6634611d5edd76b703
{
"transaction_id": "eb4b94b72718a369af09eb2e7885b3f494dd1d8a20278a6634611d5edd76b703",
"processed": {
"refBlockNum": 2206,
"refBlockPrefix": 221394282,
"expiration": "2017-09-05T08:03:58",
"scope": [
"inita",
"tester"
],
"signatures": [
"1f22e64240e1e479eee6ccbbd79a29f1a6eb6020384b4cca1a958e7c708d3e562009ae6e60afac96f9a3b89d729a50cd5a7b5a7a647540ba1678831bf970e83312"
],
"messages": [{
"code": "eos",
"type": "transfer",
"authorization": [{
"account": "inita",
"permission": "active"
}
],
"data": {
"from": "inita",
"to": "tester",
"amount": 1000,
"memo": ""
},
"hex_data": "000000008040934b00000000c84267a1e80300000000000000"
}
],
"output": [{
"notify": [{
"name": "tester",
"output": {
"notify": [],
"sync_transactions": [],
"async_transactions": []
}
},{
"name": "inita",
"output": {
"notify": [],
"sync_transactions": [],
"async_transactions": []
}
}
],
"sync_transactions": [],
"async_transactions": []
}
]
}
}
We can also query list of transactions performed by certain account starting from recent one
$ eosc get transactions inita
[
{
"transaction_id": "eb4b94b72718a369af09eb2e7885b3f494dd1d8a20278a6634611d5edd76b703",
...
},
{
"transaction_id": "6acd2ece68c4b86c1fa209c3989235063384020781f2c67bbb80bc8d540ca120",
...
},
...
]
$ eosc transfer inita tester 1000
{
"transaction_id": "eb4b94b72718a369af09eb2e7885b3f494dd1d8a20278a6634611d5edd76b703",
"processed": {
"refBlockNum": 2206,
"refBlockPrefix": 221394282,
"expiration": "2017-09-05T08:03:58",
"scope": [
"inita",
"tester"
],
"signatures": [
"1f22e64240e1e479eee6ccbbd79a29f1a6eb6020384b4cca1a958e7c708d3e562009ae6e60afac96f9a3b89d729a50cd5a7b5a7a647540ba1678831bf970e83312"
],
"messages": [{
"code": "eos",
"type": "transfer",
"authorization": [{
"account": "inita",
"permission": "active"
}
],
"data": {
"from": "inita",
"to": "tester",
"amount": 1000,
"memo": ""
},
"hex_data": "000000008040934b00000000c84267a1e80300000000000000"
}
],
"output": [{
"notify": [{
"name": "tester",
"output": { ... }
},{
"name": "inita",
"output": { ... }
}
],
"sync_transactions": [],
"async_transactions": []
}
]
}
}
Create wallet without specifying a name, the wallet will be created with the name 'default'
$ eosc wallet create
Creating wallet: default
Save password to use in the future to unlock this wallet.
Without password imported keys will not be retrievable.
"PW5JD9cw9YY288AXPvnbwUk5JK4Cy6YyZ83wzHcshu8F2akU9rRWE"
You can name the wallet adding the -n ${wallet_name} in the command
$ eosc wallet create -n second-wallet
Creating wallet: second-wallet
Save password to use in the future to unlock this wallet.
Without password imported keys will not be retrievable.
"PW5Ji6JUrLjhKAVn68nmacLxwhvtqUAV18J7iycZppsPKeoGGgBEw"
The list wallet command will list all wallet with status of each wallet, the * symbol indicates that the wallet is currently unlocked.
$ eosc wallet list
Wallets:
[
"default *",
"second-wallet *"
]
Note: If you do not hold an account key, you will need to use the create account command to first create account keys.
$ eosc wallet import 5KQwrPbwdL6PhXujxW37FSSQZ1JiwsST4cqQzDeyXtP79zkvFD3
imported private key for: EOS6MRyAjQq8ud7hVNYcfnVPJqcVpscN5So8BhtHuGYqET5GDW5CV
This will list all the keys stored in the wallet in public private key pair.
$ eosc wallet keys
[[
"EOS6MRyAjQq8ud7hVNYcfnVPJqcVpscN5So8BhtHuGYqET5GDW5CV",
"5KQwrPbwdL6PhXujxW37FSSQZ1JiwsST4cqQzDeyXtP79zkvFD3"
]
]
$ eosc wallet lock -n second-wallet
Locked: 'second-wallet'
Notice that the locked wallet doesn't have * symbol in the list
$ eosc wallet list
Wallets:
[
"default *",
"second-wallet"
]
To unlock it specify the password you get when creating the wallet
$ eosc wallet unlock -n second-wallet --password PW5Ji6JUrLjhKAVn68nmacLxwhvtqUAV18J7iycZppsPKeoGGgBEw
Unlocked: 'second-wallet'
$ eosc wallet open
Wallets: [
"default"
]
$ eosc wallet open -n second-wallet
Wallets: [
"default",
"second-wallet"
]
In order to create an account you will need two new keys: owner and active. You can ask eosc to create some keys for you:
This will be your owner key,
$ eosc create key
public: EOS4toFS3YXEQCkuuw1aqDLrtHim86Gz9u3hBdcBw5KNPZcursVHq
private: 5JKbLfCXgcafDQVwHMm3shHt6iRWgrr9adcmt6vX3FNjAEtJGaT
And this will be your active key,
$ eosc create key
public: EOS7d9A3uLe6As66jzN8j44TXJUqJSK3bFjjEEqR4oTvNAB3iM9SA
private: 5Hv22aPcjnENBv6X9o9nKGdkfrW44En6z4zJUt2PobAvbQXrT9z
Note: eosc does not save the generated private key.
You will need your EOS keys in order to create an account, you must either have your EOS keys registered on the Ethereum network or you can use the create keys function to create a new sets of keys
$ eosc create account inita tester EOS4toFS3YXEQCkuuw1aqDLrtHim86Gz9u3hBdcBw5KNPZcursVHq EOS7d9A3uLe6As66jzN8j44TXJUqJSK3bFjjEEqR4oTvNAB3iM9SA
{
"transaction_id": "6acd2ece68c4b86c1fa209c3989235063384020781f2c67bbb80bc8d540ca120",
"processed": {
"refBlockNum": "25217",
"refBlockPrefix": "2095475630",
"expiration": "2017-07-25T17:54:55",
"scope": [
"eos",
"inita"
],
"signatures": [],
"messages": [{
"code": "eos",
"type": "newaccount",
"authorization": [{
"account": "inita",
"permission": "active"
}
],
"data": "c9251a0000000000b44c5a2400000000010000000102bcca6347d828d4e1868b7dfa91692a16d5b20d0ee3d16a7ca2ddcc7f6dd03344010000010000000102bcca6347d828d4e1868b7dfa91692a16d5b20d0ee3d16a7ca2ddcc7f6dd03344010000010000000001c9251a000000000061d0640b000000000100010000000000000008454f5300000000"
}
],
"output": [{
"notify": [],
"sync_transactions": [],
"async_transactions": []
}
]
}
}
To check the servant accounts created by an account (control account)
$ eosc get servants inita
{
"controlled_accounts": [
"tester"
]
}
$ eosc get account tester
{
"name": "tester",
"eos_balance": 0,
"staked_balance": 1,
"unstaking_balance": 0,
"last_unstaking_time": "1969-12-31T23:59:59",
"permissions": [{
"name": "active",
"parent": "owner",
"required_auth": {
"threshold": 1,
"keys": [{
"key": "EOS7d9A3uLe6As66jzN8j44TXJUqJSK3bFjjEEqR4oTvNAB3iM9SA",
"weight": 1
}
],
"accounts": []
}
},{
"name": "owner",
"parent": "owner",
"required_auth": {
"threshold": 1,
"keys": [{
"key": "EOS4toFS3YXEQCkuuw1aqDLrtHim86Gz9u3hBdcBw5KNPZcursVHq",
"weight": 1
}
],
"accounts": []
}
}
]
}
To modify permissions of an account, you must have the authority over the account and the permission of which you are modifying. The set account permission command is subject to change so it's associated Class is not fully documented.
The first example associates a new key to the active permissions of an account
$ eosc set account permission test active '{"threshold" : 1, "keys" : [{"permission":{"key":"EOS8X7Mp7apQWtL6T2sfSZzBcQNUqZB7tARFEm9gA9Tn9nbMdsvBB","permission":"active"},"weight":1}], "accounts" : [{"permission":{"account":"acc2","permission":"active"},"weight":50}]}' ownerThis second example modifies the same account permission, but removes the key set in the last example, and grants active authority of the @test account to another account.
$ eosc set account permission test active '{"threshold" : 1, "keys" : [], "accounts" : [{"permission":{"account":"sandwich","permission":"active"},"weight":1},{"permission":{"account":"acc1","permission":"active"},"weight":50}]}' ownerThe third example demonstrates how to setup permissions for multisig
$ eosc set account permission test active '{"threshold" : 100, "keys" : [{"permission":{"key":"EOS8X7Mp7apQWtL6T2sfSZzBcQNUqZB7tARFEm9gA9Tn9nbMdsvBB","permission":"active"},"weight":25}], "accounts" : [{"permission":{"account":"@sandwich","permission":"active"},"weight":75}]}' ownerThe JSON object used in this command is actually composed of two different types of objects
The authority JSON object ...
{
"threshold" : 100, /*An integer that defines cumulative signature weight required for authorization*/
"keys" : [], /*An array made up of individual permissions defined with an EOS PUBLIC KEY*/
"accounts" : [] /*An array made up of individual permissions defined with an EOS ACCOUNT*/
}...which includes one or more permissions objects
/*Set Permission with Key*/
{
"permission" : {
"key" : "EOS8X7Mp7apQWtL6T2sfSZzBcQNUqZB7tARFEm9gA9Tn9nbMdsvBB",
"permission" : "active"
},
weight : 25 /*Set the weight of a signature from this permission*/
}
/*Set Permission with Account*/
{
"permission" : {
"account" : "sandwich",
"permission" : "active"
},
weight : 75 /*Set the weight of a signature from this permission*/
}You can read more about some practical uses of permissions here
To upload a contract to the blockchain, you must first hold an account and a wallet that holds the account unlocked. Secondly, you will need your contract files (.wast) and its abi (.abi). Then you may proceed with setting the code.
$ eosc set contract currency ../../../contracts/currency/currency.wast ../../../contracts/currency/currency.abi
Reading WAST...
Assembling WASM...
Publishing contract...
{
"transaction_id": "9990306e13f630a9c5436a5a0b6fb8fe2c7f3da2f342b4898a39c4a2c17dcdb3",
"processed": {
"refBlockNum": 1208,
"refBlockPrefix": 3058534156,
"expiration": "2017-08-24T18:29:52",
"scope": [
"currency",
"eos"
],
"signatures": [],
"messages": [{
"code": "eos",
"type": "setcode",
"authorization": [{
"account": "currency",
"permission": "active"
}
],
"data": "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"
}
],
"output": [{
"notify": [],
"sync_transactions": [],
"async_transactions": []
}
]
}
}
We can query the blockchain for the .abi of the contract, on which we can check the list of available actions and their respective message structure
$ eosc get code --a currency.abi currency
code hash: 9b9db1a7940503a88535517049e64467a6e8f4e9e03af15e9968ec89dd794975
saving abi to currency.abi
$ cat currency.abi
{
"types": [{
"newTypeName": "AccountName",
"type": "Name"
}
],
"structs": [{
"name": "transfer",
"base": "",
"fields": {
"from": "AccountName",
"to": "AccountName",
"amount": "UInt64"
}
},{
"name": "account",
"base": "",
"fields": {
"account": "Name",
"balance": "UInt64"
}
}
],
"actions": [{
"action": "transfer",
"type": "transfer"
}
],
"tables": [{
"table": "account",
"indextype": "i64",
"keynames": [
"account"
],
"keytype": [],
"type": "account"
}
]
}
A message should be contract according to the contract ABI.
For example, the ABI of the currency contract is contructed as follow.
$ eosc get code --a currency.abi currency
code hash: 9b9db1a7940503a88535517049e64467a6e8f4e9e03af15e9968ec89dd794975
saving abi to currency.abi
$ cat currency.abi
{
"types": [{
"newTypeName": "AccountName",
"type": "Name"
}
],
"structs": [{
"name": "transfer",
"base": "",
"fields": {
"from": "AccountName",
"to": "AccountName",
"amount": "UInt64"
}
},{
"name": "account",
"base": "",
"fields": {
"account": "Name",
"balance": "UInt64"
}
}
],
"actions": [{
"action": "transfer",
"type": "transfer"
}
],
"tables": [{
"table": "account",
"indextype": "i64",
"keynames": [
"account"
],
"keytype": [],
"type": "account"
}
]
}
From the above abi, we can see that currency contract accepts an action called transfer that accepts message with fields from, to, and amount.
$ ./eosc push message currency transfer '{"from":"currency","to":"tester","amount":50}' -S currency -S tester -p currency@active
1589302ms thread-0 main.cpp:271 operator() ] Converting argument to binary...
1589304ms thread-0 main.cpp:290 operator() ] Transaction result:
{
"transaction_id": "1c4911c0b277566dce4217edbbca0f688f7bdef761ed445ff31b31f286720057",
"processed": {
"refBlockNum": 1173,
"refBlockPrefix": 2184027244,
"expiration": "2017-08-24T18:28:07",
"scope": [
"currency",
"tester"
],
"signatures": [],
"messages": [{
"code": "currency",
"type": "transfer",
"authorization": [{
"account": "currency",
"permission": "active"
}
],
"data": {
"from": "currency",
"to": "tester",
"quantity": 50
},
"hex_data": "00000079b822651d00000000c84267a13200000000000000"
}
],
"output": [{
"notify": [{
"name": "tester",
"output": {
"notify": [],
"sync_transactions": [],
"async_transactions": []
}
}
],
"sync_transactions": [],
"async_transactions": []
}
]
}
}
Depending on the table structure defines in the contract, you can query the data within the contract.
For example, the currency contract ABI contains the account table.
$ eosc get code --a currency.abi currency
code hash: 9b9db1a7940503a88535517049e64467a6e8f4e9e03af15e9968ec89dd794975
saving abi to currency.abi
$ cat currency.abi
{
...
"tables": [{
"table": "account",
"indextype": "i64",
"keynames": [
"account"
],
"keytype": [],
"type": "account"
}
]
}
You can query the table specifying the necessary fields.
$ eosc get table inita currency account
{
"rows": [{
"account": "account",
"balance": 50
}
],
"more": true
}
If you have eosd running in your local, as an easy way for developers to test functionality without dealing with keys, eosd can be run so that Transaction signatures are not required.
$ eosd --skip-transaction-signatures
And then for any operation that requires signing, use the -s option
$ eosc ${command} ${subcommand} -s ${param}
Instead of using the wallet functionality built-in to eosd, you can also use a separate wallet app which can be found inside programs/eos-walletd. By default, port 8888 is used by eosd, so choose another port for the wallet app.
$ eos-walletd --http-server-endpoint 127.0.0.1:8887
Then for any operation that requires signing, use the –wallet-host and –wallet-port option
$ eosc --wallet-host 127.0.0.1 --wallet-port 8887 ${command} ${subcommand} ${param}
status_code == 200: Error
: 10 assert_exception: Assert Exception
test: assertion failed: integer underflow subtracting token balance
{"s":"integer underflow subtracting token balance","ptr":176}
thread-1 wasm_interface.cpp:248 assertnonei32i32
[...snipped...]