def testReturnsIdentityCase(): f = lambda x: x result = fix_args(f) assert result(100) == f(100)
def testReturnsFunction(): f = lambda x: x assert inspect.isfunction( fix_args(f) )
def MMSfitfunc(X):
to_fix = {'Lp': 30, 'Lc': 1100, 'F0': 0, 'K': 1200}
fixed = fix_args(MMS, **to_fix)
assert fixed(X) == MMS(X, **to_fix)
def testTwoConstantArgsSkipFirst(): f = lambda x,y,z: (x,y,z) result = fix_args(f,x=50,z=50) assert result(100) == f(50,100,50)
def testTwoConstantArgsWithKeywords():
def f(x, p1, p2=10):
return x, p1, p2
result = fix_args(f, p1=20, p2=30)
assert result(66) == f(66, 20, 30)
def testOneConstantArg(): f = lambda x,y: x+y result = fix_args(f,y=10) assert result(100) == f(100,10)
def testTwoConstantArgs(): f = lambda x,y,z: (x,y,z) result = fix_args(f,y=50,z=50) assert result(100) == f(100,50,50)
def testReturnsFunction():
f = lambda x: x
assert inspect.isfunction(fix_args(f))
def MMSfitfunc(X):
to_fix = {'Lp': 30, 'Lc': 1100, 'F0': 0, 'K': 1200}
fixed = fix_args(MMS, **to_fix)
assert fixed(X) == MMS(X, **to_fix)
def testTwoConstantArgsWithKeywords():
def f(x, p1, p2=10):
return x, p1, p2
result = fix_args(f, p1=20, p2=30)
assert result(66) == f(66, 20, 30)
def testTwoConstantArgsSkipFirst():
f = lambda x, y, z: (x, y, z)
result = fix_args(f, x=50, z=50)
assert result(100) == f(50, 100, 50)
def testTwoConstantArgs():
f = lambda x, y, z: (x, y, z)
result = fix_args(f, y=50, z=50)
assert result(100) == f(100, 50, 50)
def testOneConstantArg():
f = lambda x, y: x + y
result = fix_args(f, y=10)
assert result(100) == f(100, 10)
def testReturnsIdentityCase():
f = lambda x: x
result = fix_args(f)
assert result(100) == f(100)
