# Get ## Get **Description**\ The subcommands can be used to retrieve various items and information from the blockchain. **Subcommands** * [Abi](/software_manuals/command_reference/get.md#abi) — Retrieve the ABI for an account. * [Account](/software_manuals/command_reference/get.md#account) — Retrieve an account from the blockchain. * [Accounts](/software_manuals/command_reference/get.md#accounts) — Retrieve accounts associated with a public key. * [Actions](/software_manuals/command_reference/get.md#actions) — Retrieve all actions with specific account name referenced in authorization or receiver. * [Block](/software_manuals/command_reference/get.md#block) — Retrieve a full block from the blockchain. * [Code](/software_manuals/command_reference/get.md#code) — Retrieve the code and ABI for an account. * [Currency Balance](/software_manuals/command_reference/get.md#currency-balance) — Retrieve the balance of an account for a given currency. * [Currency Stats](/software_manuals/command_reference/get.md#currency-stats) — Retrieve the stats of for a given currency. * [Info](/software_manuals/command_reference/get.md#info) — Get current blockchain information. * [Schedule](/software_manuals/command_reference/get.md#schedule) — Retrieve the producer schedule. * [Scope](/software_manuals/command_reference/get.md#scope) — Retrieve a list of scopes and tables owned by a contract. * [Servants](/software_manuals/command_reference/get.md#servants) — Retrieve accounts which are servants of a given account. * [Table](/software_manuals/command_reference/get.md#table) — Retrieve the contents of a database table. * [Transaction](/software_manuals/command_reference/get.md#transaction) — Retrieve a transaction from the blockchain. * [Transaction ID](/software_manuals/command_reference/get.md#transaction-id) — Get transaction id given transaction object. ### Abi #### Description The subcommand retrieves the ABI for an account. #### Positional Parameters * `(string) name` — The name of the account whose abi should be retrieved (required). #### Options * `-f`, `--file` *TEXT* — The name of the file to save the contract .abi to instead of writing to console. #### Command ```bash $ cleos get abi [OPTIONS] ``` #### Examples Retrieve and save abi for cyber.stake contract. ```bash $ cleos get abi cyber.stake -f cyber.stake.abi ``` ``` saving abi to cyber.stake.abi ``` ### Account #### Description The subcommand retrieves an account from the blockchain. #### Positional Parameters * `(string) name` — The name of the account to retrieve (required). * `(string) core-symbol` — The expected core symbol of the chain you are querying. #### Options * `--json`, `-j` — Output in JSON format. #### Command ```bash $ cleos get account [OPTIONS] [] ``` #### Examples Get formatted data for user cyberio. ```bash $ cleos get account cyberio ``` Get JSON data for user cyberio. ```bash $ cleos get account cyberio --json ``` ### Accounts #### Description The subcommand retrieves accounts associated with a public key. #### Positional Parameters * `(string) public_key` — The public key to retrieve accounts for (required). #### Options * `--json`, `-j` — Output in JSON format. #### Command ```bash $ cleos get accounts [OPTIONS] ``` #### Examples ```bash $ cleos get accounts GLS7w...NuSPAfXJHAhWt { "account_names": [ "testaccount" ] } ``` ### Actions #### Description The subcommand retrieves all actions with specific account name referenced in authorization or receiver. #### Positional Parameters * `(string) account_name` — Name of account to query on (required). * `(int_32) pos` — Sequence number of action for this account, *-1* for last. * `(int_32) offset` — Get actions `[pos, pos + offset]` for positive offset or `[pos - offset, pos]` for negative offset. #### Options * `-j`, `--json` — Print full json. * `--full` — Do not truncate action output. * `--pretty` — Pretty print full action json. * `--console` — Print console output generated by action. #### Command ```bash $ cleos get actions [OPTIONS] [] [] ``` #### Examples Retrieve and save abi for cyber.token contract. ```bash $ cleos get actions cyber.token ``` ``` # seq when contract::action => receiver trx id... args ================================================================================================================ # 1101 2020-02-02T10:34:01.000 cyber.token::transfer => cyber.token a3fgh5f4... {"from":"userae","to":"useraa","quantity":"0.000... # 1102 2020-02-02T10:34:01.000 cyber.token::transfer => cyber.token rt48fhrh... {"from":"userab","to":"useraa","quantity":"0.000... # 1103 2020-02-02T10:34:01.000 cyber.token::transfer => cyber.token 6gg093dg... {"from":"userab","to":"userah","quantity":"0.000... # 1104 2020-02-02T10:34:01.000 cyber.token::transfer => cyber.token 2ws8d55t... {"from":"userai","to":"useraj","quantity":"0.000... ... ``` ### Block #### Description The subcommand retrieves a full block from the blockchain. #### Positional Parameters * `(string) block` — The number *or* ID of the block to retrieve (required). #### Options * `--header-state` — Get block header state from fork database instead. #### Command ```bash $ cleos get block [OPTIONS] ``` #### Examples ```bash $ cleos get block 7315 ``` or ```bash $ cleos get block 0000...5ye0ort10e ``` Result output is a block object similar to the following ``` { "timestamp": "2020-02-02T10:38:32.000", "producer": "", "confirmed": 21, "previous": "006...9bd", "transaction_mroot": "1434...d09", "action_mroot": "dea...469", "schedule_version": 59218, "new_producers": null, "header_extensions": [], "producer_signature": "SIG_K1_J...eR", "transactions": [], "block_extensions": [], "id": "006...58f22d10", "block_num": 7315, "ref_block_prefix": 744221143 } ``` ### Code #### Description The subcommand retrieves the code and ABI for an account #### Positional Parameters * `(string) name` — The name of the account whose code should be retrieved (required). #### Options * `-c`, `--code` *TEXT* — The name of the file to save the contract .wast to. * `-a`, `--abi` *TEXT* — The name of the file to save the contract .abi to. * `--wasm` — Save contract as wasm. #### Command ```bash $ cleos get code [OPTIONS] ``` #### Examples Simply output the hash of cyber.token contract ```bash $ cleos get code cyber.token ``` ``` code hash: 3eadff2...0d002 ``` Retrieve and save abi for cyber.token contract. ```bash $ cleos get code cyber.token -a cyber.token.abi ``` ``` code hash: 3eadff2...0d002 saving abi to cyber.token.abi ``` Retrieve and save wast code for cyber.token contract. ```bash $ cleos get code cyber.token -c cyber.token.wast ``` ``` code hash: 3eadff2...0d002 saving wast to cyber.token.wast ``` ## Currency Balance #### Description The subcommand retrieves the balance of an account for a given currency. #### Positional Parameters * `(string) contract` — The contract that operates the currency (required). * `(string) account` — The account to query balances for (required). * `(string) symbol` — The symbol for the currency if the contract operates multiple currencies. #### Options No options required for this subcomand. #### Command ```bash $ cleos get balance [] ``` #### Examples Get balance of eosio from cyber.token contract for SYS symbol. ```bash $ cleos get currency balance cyber.token cyberio SYS ``` ``` 10000.0000 SYS ``` ### Currency Stats #### Description The subcommand retrieves the stats of for a given currency. #### Positional Parameters * `(string) contract` — The contract that operates the currency (required). * `(string) symbol` — The symbol for the currency if the contract operates multiple currencies (required). #### Options No options required for this subcomand. #### Command ```bash $ cleos get stats ``` #### Examples Get stats of the SYS token from the cyber.token contract. ```bash $ cleos get currency stats eosio.token SYS ``` ``` { "SYS": { "supply": "10000.0000 SYS", "max_supply": "100000.0000 SYS", "issuer": "cyberio" } } ``` ### Info #### Description The subcommand gets current blockchain information. #### Positional Parameters No parameters required for this subcommand. #### Options No options required for this subcommand. #### Command ```bash $ cleos get info ``` #### Examples This subcommand returns the current blockchain state information. ```bash $ cleos get info ``` ``` { "server_version": "5ad0", "head_block_num": 7342, "last_irreversible_block_num": 7325, "head_block_id": "006...58f2442", "head_block_time": "2020-02-02T17:23:40", "head_block_producer": "zaheader", "recent_slots": "111...111", "participation_rate": "1.00000000000000000" } ``` ### Schedule #### Description The subcommand retrieves the producer schedule. #### Positional Parameters No parameters required for this subcommand. #### Options * `-j`, `--json` — Output in JSON format. #### Command ```bash $ cleos get schedule [OPTIONS] ``` #### Examples This subcommand returns the current producer schedule. ```bash $ cleos get schedule ``` ``` active schedule version 0 Producer Producer key ============= ================== cyberio GLS7w...NuSPAfXJHAhWt pending schedule empty proposed schedule empty ``` ### Scope #### Description The subcommand retrieves a list of scopes and tables owned by a contract #### Positional Parameters * `(string) contract` — The contract who owns the table (required). #### Options * `-t`, `--table` *TEXT* — The name of the table as filter. * `-l`, `--limit` *UINT* — The maximum number of rows to return. * `-L`, `--lower` *TEXT* — Lower bound of scope. * `-U`, `--upper` *TEXT* — Upper bound of scope. * `-r`, `--reverse` — Iterate in reverse order. #### Command ```bash $ cleos get scope [OPTIONS] ``` ### Servants #### Description The subcommand retrieves accounts which are servants of a given account. #### Positional Parameters * `(string) account` — The name of the controlling account (required). #### Options No options required for this subcommand. #### Command ```bash $ cleos get servants ``` #### Examples ```bash $ cleos get servants alice ``` Output ``` { "controlling_account": [ "alice" ] } ``` ### Table #### Description The subcommand retrieves the contents of a database table. #### Positional Parameters * `(string) account` — The account who owns the table (required). * `(string) scope` — The scope within the contract in which the table is found (required). * `(string) table` — The name of the table as specified by the contract abi (required). #### Options * `--index` — Index name. The same as in abi decription. If not set the index name will be *primary*. * `-b`, `--binary` — Return the value as BINARY rather than using abi to interpret as JSON. * `-l`, `--limit` — The maximum number of rows to return. * `-k`, `--key` — Deprecated. * `-L`, `--lower` — JSON representation of lower bound value of key, defaults to first. * `-U`, `--upper` — JSON representation of upper bound value of key, defaults to last. * `--key-type` — Deprecated. * `--encode-type` — The encoding type of key\_type (*i64* , *i128* , *float64*, *float128*) only support decimal encoding (e.g. 'dec'). *i256* - supports both 'dec' and 'hex', *ripemd160* and *sha256* is 'hex' only. * `-r`, `--reverse` — Iterate in reverse order. * `--show-payer` — show RAM payer. #### Command ```bash $ cleos get table [OPTIONS] ``` #### Examples Get the data from the *accounts* table for the *cyber.token* contract, for user *cyberio*. ``` $ cleos get table cyber.token cyberio accounts ``` ### Transaction #### Description The subcommand retrieves a transaction from the blockchain. #### Positional Parameters * `(string) id` — ID of the transaction to retrieve (required). #### Options * `-b`, `--block-hint` *UINT* — The block number this transaction may be in. #### Command ```bash $ cleos get transaction [OPTIONS] ``` #### Examples ```bash $ cleos get transaction w234b9...dd76brt5 ``` ### Transaction ID #### Description The subcommand gets transaction id given transaction object. #### Positional Parameters * `(string) transaction` — The JSON string or filename defining the transaction which transaction ID will be retrieved (required). #### Options No options required for this subcommand. #### Command ```bash $ cleos get transaction_id ``` --- # Agent Instructions: Querying This Documentation If you need additional information that is not directly available in this page, you can query the documentation dynamically by asking a question. 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