Multisig Address Range¶

class blocksci.MultisigAddressRange¶

address_num¶

For each item: The internal identifier of the address

Type:	`numpy.ndarray[uint32]`

addresses¶

For each item: The list of the keys that can sign for this address

Type:	`list`

balance(height: int=-1) → numpy.ndarray[int64]¶

For each item: Calculates the balance held by this address at the height (Defaults to the full chain)

Return type:	`numpy.ndarray[int64]`

equiv(equiv_script: bool=True) → blocksci.EquivAddressRange¶

For each item: Returns a list of all addresses equivalent to this address

Return type:	`blocksci.EquivAddressRange`

first_tx¶

For each item: Get the first transaction that was sent to a type equivalent address

Type:	`blocksci.TxRange`

has_been_spent¶

For each item: Check if a type equivalent address has ever been spent

Type:	`numpy.ndarray[NumpyBool]`

in_txes_count() → numpy.ndarray[int64]¶

For each item: Return the number of transactions where this address was an input

Return type:	`numpy.ndarray[int64]`

out_txes_count() → numpy.ndarray[int64]¶

For each item: Return the number of transactions where this address was an output

Return type:	`numpy.ndarray[int64]`

outs¶

For each item: Returns a range of all outputs sent to this address

Type:	`blocksci.OutputIterator`

raw_type¶

For each item: The type of address

Type:	`numpy.ndarray[int64]`

required¶

For each item: The number of signatures required for this address

Type:	`numpy.ndarray[int32]`

revealed_tx¶

For each item: The transaction where a type equivalent address was first revealed

Type:	`blocksci.TxOptionalRange`

total¶

For each item: The total number of keys that can sign for this address

Type:	`numpy.ndarray[int32]`

type¶

For each item: The type of address

Type:	`list`