def test_fitarg_rename_strprefix():
fitarg = {'x':1,'limit_x':(2,3),'fix_x':True,'error_x':10}
newfa = fitarg_rename(fitarg,'z')
assert_true('z_x' in newfa)
assert_true('limit_z_x' in newfa)
assert_true('error_z_x' in newfa)
assert_true('fix_z_x' in newfa)
assert_equal(len(newfa),4)
def test_fitarg_rename_strprefix():
fitarg = {"x": 1, "limit_x": (2, 3), "fix_x": True, "error_x": 10}
newfa = util.fitarg_rename(fitarg, "z")
assert "z_x" in newfa
assert "limit_z_x" in newfa
assert "error_z_x" in newfa
assert "fix_z_x" in newfa
assert len(newfa) == 4
def test_fitarg_rename_strprefix():
fitarg = {'x': 1, 'limit_x': (2, 3), 'fix_x': True, 'error_x': 10}
newfa = fitarg_rename(fitarg, 'z')
assert 'z_x' in newfa
assert 'limit_z_x' in newfa
assert 'error_z_x' in newfa
assert 'fix_z_x' in newfa
assert len(newfa) == 4
def test_fitarg_rename_strprefix():
fitarg = {'x': 1, 'limit_x': (2, 3), 'fix_x': True, 'error_x': 10}
newfa = fitarg_rename(fitarg, 'z')
assert 'z_x' in newfa
assert 'limit_z_x' in newfa
assert 'error_z_x' in newfa
assert 'fix_z_x' in newfa
assert len(newfa) == 4
def test_fitarg_rename():
fitarg = {'x':1,'limit_x':(2,3),'fix_x':True,'error_x':10}
ren = lambda x: 'z_'+x
newfa = fitarg_rename(fitarg,ren)
assert_true('z_x' in newfa)
assert_true('limit_z_x' in newfa)
assert_true('error_z_x' in newfa)
assert_true('fix_z_x' in newfa)
assert_equal(len(newfa),4)
def test_fitarg_rename():
fitarg = {'x': 1, 'limit_x': (2, 3), 'fix_x': True, 'error_x': 10}
ren = lambda x: 'z_' + x
newfa = fitarg_rename(fitarg, ren)
assert 'z_x' in newfa
assert 'limit_z_x' in newfa
assert 'error_z_x' in newfa
assert 'fix_z_x' in newfa
assert len(newfa) == 4
def test_fitarg_rename():
fitarg = {'x': 1, 'limit_x': (2, 3), 'fix_x': True, 'error_x': 10}
ren = lambda x: 'z_' + x
newfa = fitarg_rename(fitarg, ren)
assert 'z_x' in newfa
assert 'limit_z_x' in newfa
assert 'error_z_x' in newfa
assert 'fix_z_x' in newfa
assert len(newfa) == 4
def test_fitarg_rename():
fitarg = {"x": 1, "limit_x": (2, 3), "fix_x": True, "error_x": 10}
def ren(x):
return "z_" + x
newfa = util.fitarg_rename(fitarg, ren)
assert "z_x" in newfa
assert "limit_z_x" in newfa
assert "error_z_x" in newfa
assert "fix_z_x" in newfa
assert len(newfa) == 4
