def network_values_for(field, output_as='default'):
"""
Return all prefixes mentioned field, i.e.: prefix_wif, prefix_address_p2sh, etc
>>> network_values_for('prefix_wif')
[b'\x99', b'\x80', b'\xef', b'\xb0', b'\xb0', b'\xef', b'\xcc', b'\xef']
>>> network_values_for('prefix_address_p2sh')
[b'\x95', b'\x05', b'\xc4', b'2', b'\x05', b':', b'\x10', b'\x13']
:param field: Prefix name from networks definitions (networks.json)
:type field: str
:param output_as: Output as string or hexstring. Default is string or hexstring depending on field type.
:type output_as: str
:return str:
"""
r = [
_format_value(field, nv[field]) for nv in NETWORK_DEFINITIONS.values()
]
if output_as == 'str':
return [normalize_var(i) for i in r]
elif output_as == 'hex':
return [to_hexstring(i) for i in r]
else:
return r
def network_values_for(field, output_as='default'):
"""
Return all prefixes mentioned field, i.e.: prefix_wif, prefix_address_p2sh, prefix_hdkey_public, etc
:param field: Prefix name from networks definitions (networks.json)
:type field: str
:param output_as: Output as string or hexstring. Default is string or hexstring depending on field type.
:type output_as: str
:return str:
"""
r = [_format_value(field, nv[field]) for nv in NETWORK_DEFINITIONS.values()]
if output_as == 'str':
return [normalize_var(i) for i in r]
elif output_as == 'hex':
return [to_hexstring(i) for i in r]
else:
return r
'22ce2db091d6fd47294c9e2144fa0291949402e3003ce'
print("\n=== Convert DER encoded signature ===")
print(convert_der_sig(to_bytes(der_signature)))
print("\n=== Varbyte Int conversions ===")
print("Number 1000 as Varbyte Integer (hexstring): %s" % to_hexstring(int_to_varbyteint(1000)))
print("Converted back (3 is size in bytes: 1 size byte + integer in bytes): ", varbyteint_to_int(to_bytes('fde803')))
# Normalize data
print("\n=== Normalizations ===")
data = [
u"guion cruz envío papel otoño percha hazaña salir joya gorra íntimo actriz",
u'\u2167',
u'\uFDFA',
"あじわう ちしき たわむれる おくさま しゃそう うんこう ひてい みほん たいほ てのひら りこう わかれる かいすいよく こもん ねもと",
'12345',
]
for dt in data:
print("\nInput data", dt)
print("Normalized unicode string (normalize_string): ", normalize_string(dt))
print("Normalized variable (normalize_var): ", normalize_var(dt))
# Convert Bech32 address to Public key hash
address = "BC1QW508D6QEJXTDG4Y5R3ZARVARY0C5XW7KV8F3T4"
pkh = "0014751e76e8199196d454941c45d1b3a323f1433bd6"
pkh_converted = addr_bech32_to_pubkeyhash(address, prefix='bc', include_witver=True, as_hex=True)
print(pkh, " == ", pkh_converted)
addr = pubkeyhash_to_addr_bech32(pkh_converted, address[:2].lower())
