unit_tests.py obj: refactor
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parent
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commit
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2 changed files with 70 additions and 58 deletions
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@ -66,6 +66,9 @@ If no test is specified, all available tests are run
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}
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}
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if os.path.islink(Config.test_datadir):
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os.unlink(Config.test_datadir)
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sys.argv.insert(1,'--skip-cfg-file')
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cfg = Config(opts_data=opts_data)
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@ -8,67 +8,76 @@ from decimal import Decimal
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from ..include.common import vmsg
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def coinamt_test(cls, aa, bb, ut):
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def do(desc, res, chk):
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vmsg(f'{desc:10} = {res:<{cls.max_prec+10}} [{type(res).__name__}]')
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if chk is not None:
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assert res == chk, f'{res} != {chk}'
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assert type(res) is cls, f'{type(res).__name__} != {cls.__name__}'
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vmsg(f'\nTesting {cls.__name__} arithmetic operations...')
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A, B = (Decimal(aa), Decimal(bb))
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a, b = (cls(aa), cls(bb))
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do('A', A, None)
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do('B', B, None)
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do('a', a, A)
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do('b', b, B)
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do('b + a', b + a, B + A)
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do('sum([b,a])', sum([b,a]), B + A)
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do('b - a', b - a, B - A)
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do('b * a', b * a, B * A)
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do('b * A', b * A, B * A)
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do('B * a', B * a, B * A)
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do('b / a', b / a, cls(B / A, from_decimal=True))
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do('b / A', b / A, cls(B / A, from_decimal=True))
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do('a / b', a / b, cls(A / B, from_decimal=True))
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do('a * a / a', a * a / a, A * A / A)
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do('a * b / a', a * b / a, A * B / A)
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do('a * b / b', a * b / b, A * B / B)
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vmsg(f'\nChecking {cls.__name__} error handling...')
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bad_data = (
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('negation', 'NotImplementedError', 'not implemented', lambda: -a),
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('modulus', 'NotImplementedError', 'not implemented', lambda: b % a),
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('floor division', 'NotImplementedError', 'not implemented', lambda: b // a),
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('negative result', 'ObjectInitError', 'cannot be negative', lambda: a - b),
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('operand type', 'ValueError', 'incorrect type', lambda: a + B),
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('operand type', 'ValueError', 'incorrect type', lambda: b - A),
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)
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if cls.max_amt is not None:
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bad_data += (
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('result', 'ObjectInitError', 'too large', lambda: b + b),
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('result', 'ObjectInitError', 'too large', lambda: b * b),
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)
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ut.process_bad_data(bad_data)
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vmsg('OK')
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class unit_tests:
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def coinamt(self, name, ut, desc='BTCAmt, LTCAmt, XMRAmt and ETHAmt classes'):
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altcoin_deps = ('coinamt_alt', 'coinamt_alt2')
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from mmgen.amt import BTCAmt,LTCAmt,XMRAmt,ETHAmt
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for cls,aa,bb in (
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( BTCAmt, '1.2345', '11234567.897' ),
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( LTCAmt, '1.2345', '44938271.588' ),
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( XMRAmt, '1.2345', '11234567.98765432' ),
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( ETHAmt, '1.2345', '11234567.98765432123456' ),
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def coinamt(self, name, ut, desc='BTCAmt class'):
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from mmgen.amt import BTCAmt
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for cls, aa, bb in (
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(BTCAmt, '1.2345', '11234567.897'),
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):
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def do(desc,res,chk):
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vmsg(f'{desc:10} = {res:<{cls.max_prec+10}} [{type(res).__name__}]')
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if chk is not None:
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assert res == chk, f'{res} != {chk}'
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assert type(res) is cls, f'{type(res).__name__} != {cls.__name__}'
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vmsg(f'\nTesting {cls.__name__} arithmetic operations...')
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A,B = ( Decimal(aa), Decimal(bb) )
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a,b = ( cls(aa), cls(bb) )
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do('A', A, None)
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do('B', B, None)
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do('a', a, A)
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do('b', b, B)
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do('b + a', b + a, B + A)
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do('sum([b,a])', sum([b,a]), B + A)
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do('b - a', b - a, B - A)
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do('b * a', b * a, B * A)
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do('b * A', b * A, B * A)
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do('B * a', B * a, B * A)
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do('b / a', b / a, cls( B / A, from_decimal=True ))
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do('b / A', b / A, cls( B / A, from_decimal=True ))
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do('a / b', a / b, cls( A / B, from_decimal=True ))
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do('a * a / a', a * a / a, A * A / A)
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do('a * b / a', a * b / a, A * B / A)
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do('a * b / b', a * b / b, A * B / B)
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vmsg(f'\nChecking {cls.__name__} error handling...')
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bad_data = (
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('negation', 'NotImplementedError', 'not implemented', lambda: -a ),
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('modulus', 'NotImplementedError', 'not implemented', lambda: b % a ),
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('floor division', 'NotImplementedError', 'not implemented', lambda: b // a ),
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('negative result', 'ObjectInitError', 'cannot be negative', lambda: a - b ),
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('operand type', 'ValueError', 'incorrect type', lambda: a + B ),
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('operand type', 'ValueError', 'incorrect type', lambda: b - A ),
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)
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if cls.max_amt is not None:
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bad_data += (
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('result', 'ObjectInitError', 'too large', lambda: b + b ),
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('result', 'ObjectInitError', 'too large', lambda: b * b ),
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)
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ut.process_bad_data(bad_data)
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vmsg('OK')
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coinamt_test(cls, aa, bb, ut)
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return True
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def coinamt_alt(self, name, ut, desc='LTCAmt, XMRAmt and ETHAmt classes'):
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from mmgen.amt import LTCAmt, XMRAmt, ETHAmt
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for cls, aa, bb in (
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(LTCAmt, '1.2345', '44938271.588'),
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(XMRAmt, '1.2345', '11234567.98765432'),
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(ETHAmt, '1.2345', '11234567.98765432123456'),
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):
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coinamt_test(cls, aa, bb, ut)
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return True
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