beemstorage.base

class beemstorage.base.InRamConfigurationStore(*args, **kwargs)

Bases: beemstorage.ram.InRamStore, beemstorage.interfaces.ConfigInterface

A simple example that stores configuration in RAM.

Internally, this works by simply inheriting beemstorage.ram.InRamStore. The interface is defined in beemstorage.interfaces.ConfigInterface.

class beemstorage.base.InRamEncryptedKeyStore(*args, **kwargs)

Bases: beemstorage.ram.InRamStore, beemstorage.base.KeyEncryption

An in-RAM Store that stores keys encrypted in RAM.

Internally, this works by simply inheriting beemstorage.ram.InRamStore. The interface is defined in beemstorage.interfaces.KeyInterface.

Note

This module also inherits beemstorage.masterpassword.MasterPassword which offers additional methods and deals with encrypting the keys.

class beemstorage.base.InRamEncryptedTokenStore(*args, **kwargs)

Bases: beemstorage.ram.InRamStore, beemstorage.base.TokenEncryption

An in-RAM Store that stores token encrypted in RAM.

Internally, this works by simply inheriting beemstorage.ram.InRamStore. The interface is defined in beemstorage.interfaces.TokenInterface.

Note

This module also inherits beemstorage.masterpassword.MasterPassword which offers additional methods and deals with encrypting the keys.

class beemstorage.base.InRamPlainKeyStore(*args, **kwargs)

Bases: beemstorage.ram.InRamStore, beemstorage.interfaces.KeyInterface

A simple in-RAM Store that stores keys unencrypted in RAM

Internally, this works by simply inheriting beemstorage.ram.InRamStore. The interface is defined in beemstorage.interfaces.KeyInterface.

add(wif, pub)

Add a new public/private key pair (correspondence has to be

checked elsewhere!)

Parameters:

• pub (str) – Public key
• wif (str) – Private key

delete(pub)

Delete a key from the store

getPrivateKeyForPublicKey(pub)

Returns the (possibly encrypted) private key that

corresponds to a public key

Parameters:pub (str) – Public key

The encryption scheme is BIP38

getPublicKeys()

Returns the public keys stored in the database

class beemstorage.base.InRamPlainTokenStore(*args, **kwargs)

Bases: beemstorage.ram.InRamStore, beemstorage.interfaces.TokenInterface

A simple in-RAM Store that stores token unencrypted in RAM

Internally, this works by simply inheriting beemstorage.ram.InRamStore. The interface is defined in beemstorage.interfaces.TokenInterface.

add(token, name)

Add a new public/private key pair (correspondence has to be

checked elsewhere!)

Parameters:

• pub (str) – Public key
• wif (str) – Private key

delete(name)

Delete a key from the store

getPrivateKeyForPublicKey(pub)

Returns the (possibly encrypted) private key that

corresponds to a public key

Parameters:pub (str) – Public key

The encryption scheme is BIP38

getPublicNames()

class beemstorage.base.KeyEncryption(*args, **kwargs)

Bases: beemstorage.masterpassword.MasterPassword, beemstorage.interfaces.EncryptedKeyInterface

This is an interface class that provides the methods required for EncryptedKeyInterface and links them to the MasterPassword-provided functionatlity, accordingly.

add(wif, pub)

Add a new public/private key pair (correspondence has to be

checked elsewhere!)

Parameters:

• pub (str) – Public key
• wif (str) – Private key

getPrivateKeyForPublicKey(pub)

Returns the (possibly encrypted) private key that

corresponds to a public key

Parameters:pub (str) – Public key

The encryption scheme is BIP38

getPublicKeys()

Returns the public keys stored in the database

is_encrypted()

Returns True/False to indicate required use of unlock

class beemstorage.base.SqliteConfigurationStore(*args, **kwargs)

Bases: beemstorage.sqlite.SQLiteStore, beemstorage.interfaces.ConfigInterface

This is the configuration storage that stores key/value pairs in the config table of the SQLite3 database.

Internally, this works by simply inheriting beemstorage.sqlite.SQLiteStore. The interface is defined in beemstorage.interfaces.ConfigInterface.

class beemstorage.base.SqliteEncryptedKeyStore(*args, **kwargs)

Bases: beemstorage.sqlite.SQLiteStore, beemstorage.base.KeyEncryption

This is the key storage that stores the public key and the encrypted private key in the keys table in the SQLite3 database.

Internally, this works by simply inheriting beemstorage.ram.InRamStore. The interface is defined in beemstorage.interfaces.KeyInterface.

Note

This module also inherits beemstorage.masterpassword.MasterPassword which offers additional methods and deals with encrypting the keys.

class beemstorage.base.SqliteEncryptedTokenStore(*args, **kwargs)

Bases: beemstorage.sqlite.SQLiteStore, beemstorage.base.TokenEncryption

This is the key storage that stores the account name and the encrypted token in the token table in the SQLite3 database.

Internally, this works by simply inheriting beemstorage.ram.InRamStore. The interface is defined in beemstorage.interfaces.TokenInterface.

Note

This module also inherits beemstorage.masterpassword.MasterPassword which offers additional methods and deals with encrypting the token.

class beemstorage.base.SqlitePlainKeyStore(*args, **kwargs)

Bases: beemstorage.sqlite.SQLiteStore, beemstorage.interfaces.KeyInterface

This is the key storage that stores the public key and the unencrypted private key in the keys table in the SQLite3 database.

Internally, this works by simply inheriting beemstorage.ram.InRamStore. The interface is defined in beemstorage.interfaces.KeyInterface.

add(wif, pub)

Add a new public/private key pair (correspondence has to be

checked elsewhere!)

Parameters:

• pub (str) – Public key
• wif (str) – Private key

delete(pub)

Delete a key from the store

Parameters:value (str) – Value

getPrivateKeyForPublicKey(pub)

Returns the (possibly encrypted) private key that

corresponds to a public key

Parameters:pub (str) – Public key

The encryption scheme is BIP38

getPublicKeys()

Returns the public keys stored in the database

is_encrypted()

Returns False, as we are not encrypted here

class beemstorage.base.SqlitePlainTokenStore(*args, **kwargs)

Bases: beemstorage.sqlite.SQLiteStore, beemstorage.interfaces.TokenInterface

This is the token storage that stores the public key and the unencrypted private key in the tokens table in the SQLite3 database.

Internally, this works by simply inheriting beemstorage.ram.InRamStore. The interface is defined in beemstorage.interfaces.TokenInterface.

add(token, name)

Add a new public/private key pair (correspondence has to be

checked elsewhere!)

Parameters:

• pub (str) – Public key
• wif (str) – Private key

delete(name)

Delete a key from the store

Parameters:value (str) – Value

getPrivateKeyForPublicKey(name)

Returns the (possibly encrypted) private key that

corresponds to a public key

Parameters:pub (str) – Public key

The encryption scheme is BIP38

getPublicNames()

is_encrypted()

Returns False, as we are not encrypted here

updateToken(name, token)

class beemstorage.base.TokenEncryption(*args, **kwargs)

Bases: beemstorage.masterpassword.MasterPassword, beemstorage.interfaces.EncryptedTokenInterface

This is an interface class that provides the methods required for EncryptedTokenInterface and links them to the MasterPassword-provided functionatlity, accordingly.

add(token, name)

Add a new public/private key pair (correspondence has to be

checked elsewhere!)

Parameters:

• pub (str) – Public key
• wif (str) – Private key

getPrivateKeyForPublicKey(name)

Returns the (possibly encrypted) private key that

corresponds to a public key

Parameters:pub (str) – Public key

The encryption scheme is BIP38

getPublicNames()

is_encrypted()

Returns True/False to indicate required use of unlock

updateToken(name, token)