mmgen-wallet/test/test_py_d/ts_input.py

#!/usr/bin/env python3
#
# mmgen = Multi-Mode GENerator, command-line Bitcoin cold storage solution
# Copyright (C)2013-2023 The MMGen Project <mmgen@tuta.io>
#
# Project source code repository: https://github.com/mmgen/mmgen
# Licensed according to the terms of GPL Version 3.  See LICENSE for details.

"""
test.test_py_d.ts_input: user input tests for the MMGen test.py test suite
"""

import time

from ..include.common import *
from .ts_base import *
from .input import *
from mmgen.wallet import get_wallet_cls

class TestSuiteInput(TestSuiteBase):
	'user input'
	networks = ('btc',)
	tmpdir_nums = [1]
	color = True
	cmd_group_in = (
		('subgroup.char', []),
		('subgroup.line', []),
		('subgroup.password', []),
		('subgroup.misc', []),
		('subgroup.wallet', []),
		('subgroup.mnemonic', []),
		('subgroup.dieroll', []),
	)
	cmd_subgroups = {
	'char': (
		'get_char() function',
		('get_char1',                    'get_char()'),
		('get_char2',                    'get_char() [multiple characters]'),
		('get_char3',                    'get_char() [no prompt]'),
		('get_char4',                    'get_char() [utf8]'),
		('get_char_term1',               'get_char() [term, utf8]'),
		('get_char_term2',               'get_char() [term, multiple characters]'),
		('get_char_term3',               'get_char() [term, prehold_protect=False]'),
		('get_char_term4',               'get_char() [term, immed_chars="xyz"]'),
	),
	'line': (
		'line_input() function',
		('line_input',                    'line_input()'),
		('line_input_term1',              'line_input() [term]'),
		('line_input_term2',              'line_input() [term, no hold protect]'),
		('line_input_insert',             'line_input() [inserted text]'),
		('line_input_insert_term1',       'line_input() [inserted text, term]'),
		('line_input_insert_term2',       'line_input() [inserted text, term, no hold protect]'),
		('line_input_edit_term',          'line_input() [inserted + edited text, term, utf8]'),
		('line_input_erase_term',         'line_input() [inserted + erased text, term]'),
	),
	'password': (
		'password entry via line_input()',
		('password_entry_noecho',         'utf8 password entry'),
		('password_entry_noecho_term',    'utf8 password entry [term]'),
		('password_entry_echo',           'utf8 password entry (echoed)'),
		('password_entry_echo_term',      'utf8 password entry (echoed) [term]'),
	),
	'misc': (
		'miscellaneous user-level UI functions',
		('get_seed_from_stdin',           'reading seed phrase from STDIN'),
	),
	'wallet': (
		'hash preset, password and label entry',
		('get_passphrase_ui',             'hash preset, password and label (wallet.py)'),
		('get_passphrase_cmdline',        'hash preset, password and label (wallet.py - from cmdline)'),
		('get_passphrase_crypto',         'hash preset, password and label (crypto.py)'),
	),
	'mnemonic': (
		'mnemonic entry',
		('mnemonic_entry_mmgen',          'stealth mnemonic entry (mmgen)'),
		('mnemonic_entry_mmgen_minimal',  'stealth mnemonic entry (mmgen - minimal entry mode)'),
		('mnemonic_entry_bip39',          'stealth mnemonic entry (bip39)'),
		('mnemonic_entry_bip39_short',    'stealth mnemonic entry (bip39 - short entry mode)'),
		('mn2hex_interactive_mmgen',      'mn2hex_interactive (mmgen)'),
		('mn2hex_interactive_mmgen_fixed','mn2hex_interactive (mmgen - fixed (10-letter) entry mode)'),
		('mn2hex_interactive_bip39',      'mn2hex_interactive (bip39)'),
		('mn2hex_interactive_bip39_short','mn2hex_interactive (bip39 - short entry mode (+pad entry))'),
		('mn2hex_interactive_bip39_fixed','mn2hex_interactive (bip39 - fixed (4-letter) entry mode)'),
		('mn2hex_interactive_xmr',        'mn2hex_interactive (xmrseed)'),
		('mn2hex_interactive_xmr_short',  'mn2hex_interactive (xmrseed - short entry mode)'),
	),
	'dieroll': (
		'dieroll entry',
		('dieroll_entry',                 'dieroll entry (base6d)'),
		('dieroll_entry_usrrand',         'dieroll entry (base6d) with added user entropy'),
	)
	}

	def get_seed_from_stdin(self):
		self.spawn('',msg_only=True)
		from subprocess import run,PIPE
		cmd = ['python3','cmds/mmgen-walletconv','--in-fmt=words','--out-fmt=words','--outdir=test/trash']
		mn = sample_mn['mmgen']['mn']
		run_env = dict(os.environ)
		run_env['MMGEN_TEST_SUITE'] = ''

		# the test can fail the first time if cfg file has changed, so run it twice if necessary:
		for i in range(2):
			cp = run( cmd, input=mn.encode(), stdout=PIPE, stderr=PIPE, env=run_env )
			if b'written to file' in cp.stderr:
				break

		from mmgen.color import set_vt100
		set_vt100()
		imsg(cp.stderr.decode().strip())
		res = get_data_from_file(cfg,'test/trash/A773B05C[128].mmwords',silent=True).strip()
		assert res == mn, f'{res} != {mn}'
		return 'ok' if b'written to file' in cp.stderr else 'error'

	def get_passphrase_ui(self):
		t = self.spawn('test/misc/get_passphrase.py',['--usr-randchars=0','seed'],cmd_dir='.')

		# 1 - new wallet, default hp,label;empty pw
		t.expect('accept the default.*: ','\n',regex=True)

		# bad repeat
		t.expect('new MMGen wallet: ','pass1\n')
		t.expect('peat passphrase: ','pass2\n')

		# good repeat
		t.expect('new MMGen wallet: ','\n')
		t.expect('peat passphrase: ','\n')
		t.expect('mpty pass')

		t.expect('no label: ','\n')

		t.expect('[][3][No Label]')

		# 2 - new wallet, user-selected hp,pw,label
		t.expect('accept the default.*: ', '1\n', regex=True)

		t.expect('new MMGen wallet: ','pass1\n')
		t.expect('peat passphrase: ','pass1\n')

		t.expect('no label: ','lbl1\n')

		t.expect('[pass1][1][lbl1]')

		# 3 - passchg, nothing changes
		t.expect('new hash preset')
		t.expect('reuse the old value.*: ','\n',regex=True)
		t.expect('unchanged')

		t.expect('new passphrase.*: ','pass1\n',regex=True)
		t.expect('peat new passphrase: ','pass1\n')
		t.expect('unchanged')

		t.expect('reuse the label .*: ','\n',regex=True)
		t.expect('unchanged')

		t.expect('[pass1][1][lbl1]')

		# 4 - passchg, everything changes
		t.expect('new hash preset')
		t.expect('reuse the old value.*: ','2\n',regex=True)
		t.expect(' changed to')

		t.expect('new passphrase.*: ','pass2\n',regex=True)
		t.expect('peat new passphrase: ','pass2\n')
		t.expect(' changed')

		t.expect('reuse the label .*: ','lbl2\n',regex=True)
		t.expect(' changed to')
		t.expect('[pass2][2][lbl2]')

		# 5 - wallet from file
		t.expect('from file')

		# bad passphrase
		t.expect('passphrase for MMGen wallet: ','bad\n')
		t.expect('Trying again')

		# good passphrase
		t.expect('passphrase for MMGen wallet: ','reference password\n')
		t.expect('[reference password][1][No Label]')

		return t

	def get_passphrase_cmdline(self):
		with open('test/trash/pwfile','w') as fp:
			fp.write('reference password\n')
		t = self.spawn('test/misc/get_passphrase.py', [
			'--usr-randchars=0',
			'--label=MyLabel',
			'--passwd-file=test/trash/pwfile',
			'--hash-preset=1',
			'seed' ],
			cmd_dir = '.' )
		for foo in range(4):
			t.expect('[reference password][1][MyLabel]')

		return t

	def get_passphrase_crypto(self):
		t = self.spawn('test/misc/get_passphrase.py',['--usr-randchars=0','crypto'],cmd_dir='.')

		# new passwd
		t.expect('passphrase for .*: ', 'x\n', regex=True)
		t.expect('peat passphrase: ', '\n')
		t.expect('passphrase for .*: ', 'pass1\n', regex=True)
		t.expect('peat passphrase: ', 'pass1\n')
		t.expect('[pass1]')

		# existing passwd
		t.expect('passphrase for .*: ', 'pass2\n', regex=True)
		t.expect('[pass2]')

		# hash preset
		t.expect('accept the default .*: ', '0\n', regex=True)
		t.expect('nvalid')
		t.expect('accept the default .*: ', '8\n', regex=True)
		t.expect('nvalid')
		t.expect('accept the default .*: ', '7\n', regex=True)
		t.expect('[7]')

		# hash preset (default)
		t.expect('accept the default .*: ', '\n', regex=True)
		t.expect(f'[{gc.dfl_hash_preset}]')

		return t

	def _input_func(self,func_name,arg_dfls,func_args,text,expect,term):
		if term and gc.platform == 'win':
			return ('skip_warn','pexpect_spawn not supported on Windows platform')
		func_args = {k:v for k,v in zip(arg_dfls.keys(),func_args)}
		t = self.spawn(
			'test/misc/input_func.py',
			[func_name,repr(func_args)],
			cmd_dir='.',
			pexpect_spawn=term )
		imsg('Parameters:')
		imsg('  pexpect_spawn: {}'.format(term))
		imsg('  sending:       {!r}'.format(text))
		imsg('  expecting:     {!r}'.format(expect))
		imsg('\nFunction args:')
		for k,v in func_args.items():
			imsg('  {:14} {!r}'.format(k+':',v))
		imsg_r('\nScript output: ')
		prompt_add = (func_args['insert_txt'] if term else '') if func_name == 'line_input' else ''
		prompt = func_args['prompt'] + prompt_add
		t.expect('Calling ')
		if prompt:
			t.expect(prompt,text)
		else:
			t.send(text)
		ret = t.expect_getend('  ==> ')
		assert ret == repr(expect), f'Text mismatch! {ret} != {repr(expect)}'
		return t

	def _get_char(self,func_args,text,expect,term):
		arg_dfls = {
			'prompt': '',
			'immed_chars': '',
			'prehold_protect': True,
			'num_bytes': 5,
		}
		return self._input_func('get_char',arg_dfls,func_args,text,expect,term)

	def _line_input(self,func_args,text,expect,term):
		arg_dfls = {
			'prompt': '', # positional
			'echo': True,
			'insert_txt': '',
			'hold_protect': True,
		}
		return self._input_func('line_input',arg_dfls,func_args,text+'\n',expect,term)

	def get_char1(self):
		return self._get_char(['prompt> ','',True,5],'x','x',False)

	def get_char2(self):
		expect = 'x' if gc.platform == 'win' else 'xxxxx'
		return self._get_char(['prompt> ','',True,5],'xxxxx',expect,False)

	def get_char3(self):
		return self._get_char(['','',True,5],'x','x',False)

	def get_char4(self):
		return self._get_char(['prompt> ','',True,2],'α','α',False) # UTF-8, must get 2 bytes

	def get_char_term1(self):
		return self._get_char(['prompt> ','',True,2],'β','β',True)  # UTF-8, must get 2 bytes

	def get_char_term2(self):
		return self._get_char(['prompt> ','',True,5],'xxxxx','xxxxx',True)

	def get_char_term3(self):
		return self._get_char(['','',False,5],'x','x',True)

	def get_char_term4(self):
		return self._get_char(['prompt> ','xyz',False,5],'x','x',True)

	def line_input(self):
		return self._line_input(['prompt> ',True,'',True],'foo','foo',False)

	def line_input_term1(self):
		return self._line_input(['prompt> ',True,'',True],'foo','foo',True)

	def line_input_term2(self):
		return self._line_input(['prompt> ',True,'',False],'foo','foo',True)

	def line_input_insert(self):
		return self._line_input(['prompt> ',True,'inserted text',True],'foo','foo',False)

	def line_input_insert_term1(self):
		return self._line_input(['prompt> ',True,'foo',True],'bar','foobar',True)

	def line_input_insert_term2(self):
		return self._line_input(['prompt> ',True,'foo',False],'bar','foobar',True)

	def line_input_edit_term(self):
		return self._line_input(['prompt> ',True,'φυφυ',True],'\b\bβαρ','φυβαρ',True)

	def line_input_erase_term(self):
		return self._line_input(['prompt> ',True,'foobarbaz',True],Ctrl_U+'foobar','foobar',True)

	def _password_entry(self,prompt,opts=[],term=False):
		if term and gc.platform == 'win':
			return ('skip_warn','pexpect_spawn not supported on Windows platform')
		t = self.spawn( 'test/misc/input_func.py', opts + ['passphrase'], cmd_dir='.', pexpect_spawn=term )
		imsg('Terminal: {}'.format(term))
		pw = 'abc-α'
		t.expect(prompt,pw+'\n')
		ret = t.expect_getend('Entered: ')
		assert ret == pw, f'Password mismatch! {ret} != {pw}'
		return t

	winskip_msg = """
		pexpect_spawn not supported on Windows platform
		Perform the following test by hand with non-ASCII password abc-α
		or another password in your native alphabet:

		  test/misc/input_func.py{} passphrase
	"""

	def password_entry_noecho(self,term=False):
		return self._password_entry('Enter passphrase: ',term=term)

	def password_entry_noecho_term(self):
		if self.skip_for_win():
			return ('skip_warn','\n' + fmt(self.winskip_msg.format(''),strip_char='\t'))
		return self.password_entry_noecho(term=True)

	def password_entry_echo(self,term=False):
		return self._password_entry('Enter passphrase (echoed): ',['--echo-passphrase'],term=term)

	def password_entry_echo_term(self):
		if self.skip_for_win():
			return ('skip_warn','\n' + fmt(self.winskip_msg.format(' --echo-passphrase'),strip_char='\t'))
		return self.password_entry_echo(term=True)

	def _mn2hex(self,fmt,entry_mode='full',mn=None,pad_entry=False,enter_for_dfl=False):
		mn = mn or sample_mn[fmt]['mn'].split()
		t = self.spawn('mmgen-tool',['mn2hex_interactive','fmt='+fmt,'mn_len=12','print_mn=1'])
		from mmgen.mn_entry import mn_entry
		mne = mn_entry( cfg, fmt, entry_mode )
		t.expect(
			'Type a number.*: ',
			('\n' if enter_for_dfl else str(mne.entry_modes.index(entry_mode)+1)),
			regex = True )
		t.expect('Using (.+) entry mode',regex=True)
		mode = strip_ansi_escapes(t.p.match.group(1)).lower()
		assert mode == mne.em.name.lower(), f'{mode} != {mne.em.name.lower()}'
		stealth_mnemonic_entry(t,mne,mn,entry_mode=entry_mode,pad_entry=pad_entry)
		t.expect(sample_mn[fmt]['hex'])
		return t

	def _user_seed_entry(self,fmt,usr_rand=False,out_fmt=None,entry_mode='full',mn=None):
		wcls = get_wallet_cls(fmt_code=fmt)
		wf = os.path.join(ref_dir,f'FE3C6545.{wcls.ext}')
		if wcls.base_type == 'mnemonic':
			mn = mn or read_from_file(wf).strip().split()
		elif wcls.type == 'dieroll':
			mn = mn or list(remove_whitespace(read_from_file(wf)))
			for idx,val in ((5,'x'),(18,'0'),(30,'7'),(44,'9')):
				mn.insert(idx,val)
		t = self.spawn('mmgen-walletconv',['-r10','-S','-i',fmt,'-o',out_fmt or fmt])
		t.expect(f'{capfirst(wcls.base_type or wcls.type)} type:.*{wcls.mn_type}',regex=True)
		t.expect(wcls.choose_seedlen_prompt,'1')
		t.expect('(Y/n): ','y')
		if wcls.base_type == 'mnemonic':
			t.expect('Type a number.*: ','6',regex=True)
			t.expect('invalid')
			from mmgen.mn_entry import mn_entry
			mne = mn_entry( cfg, fmt, entry_mode )
			t.expect('Type a number.*: ',str(mne.entry_modes.index(entry_mode)+1),regex=True)
			t.expect('Using (.+) entry mode',regex=True)
			mode = strip_ansi_escapes(t.p.match.group(1)).lower()
			assert mode == mne.em.name.lower(), f'{mode} != {mne.em.name.lower()}'
			stealth_mnemonic_entry(t,mne,mn,entry_mode=entry_mode)
		elif wcls.type == 'dieroll':
			user_dieroll_entry(t,mn)
			if usr_rand:
				t.expect(wcls.user_entropy_prompt,'y')
				t.usr_rand(10)
			else:
				t.expect(wcls.user_entropy_prompt,'n')
		if not usr_rand:
			sid_chk = 'FE3C6545'
			sid = t.expect_getend(f'Valid {wcls.desc} for Seed ID ')
			sid = strip_ansi_escapes(sid.split(',')[0])
			assert sid == sid_chk, f'Seed ID mismatch! {sid} != {sid_chk}'
		t.expect('to confirm: ','YES\n')
		return t

	def mnemonic_entry_mmgen_minimal(self):
		from mmgen.mn_entry import mn_entry
		# erase_chars: '\b\x7f'
		m = mn_entry( cfg, 'mmgen', 'minimal' )
		np = 2
		mn = (
			'z',
			'aa',
			'1d2ud',
			'fo{}ot{}#'.format('1' * np, '2' * (m.em.pad_max - np)), # substring of 'football'
			'des1p)%erate\n', # substring of 'desperately'
			'#t!(ie',
			'!)sto8o',
			'the123m8!%s',
			'349t(5)rip',
			'di\b\bdesce',
			'cea',
			'bu\x7f\x7fsuic',
			'app\bpl',
			'wd',
			'busy')
		return self._user_seed_entry('words',entry_mode='minimal',mn=mn)
	def mnemonic_entry_mmgen(self):           return self._user_seed_entry('words',entry_mode='full')
	def mnemonic_entry_bip39(self):           return self._user_seed_entry('bip39',entry_mode='full')
	def mnemonic_entry_bip39_short(self):     return self._user_seed_entry('bip39',entry_mode='short')

	def mn2hex_interactive_mmgen(self):       return self._mn2hex('mmgen',entry_mode='full')
	def mn2hex_interactive_mmgen_fixed(self): return self._mn2hex('mmgen',entry_mode='fixed')
	def mn2hex_interactive_bip39(self):       return self._mn2hex('bip39',entry_mode='full')
	def mn2hex_interactive_bip39_short(self): return self._mn2hex('bip39',entry_mode='short',pad_entry=True)
	def mn2hex_interactive_bip39_fixed(self): return self._mn2hex('bip39',entry_mode='fixed',enter_for_dfl=True)
	def mn2hex_interactive_xmr(self):         return self._mn2hex('xmrseed',entry_mode='full')
	def mn2hex_interactive_xmr_short(self):   return self._mn2hex('xmrseed',entry_mode='short')

	def dieroll_entry(self):         return self._user_seed_entry('dieroll')
	def dieroll_entry_usrrand(self): return self._user_seed_entry('dieroll',usr_rand=True,out_fmt='bip39')