def test_expand_keyword():
"expand_keyword expands command abbreviations."
test_list = [
'PARAMETER', 'ELEMENT', 'CALCULATE_EQUILIBRIUM',
'CALCULATE_ALL_EQUILIBRIA', 'LIST_EQUILIBRIUM',
'LIST_INITIAL_EQUILIBRIUM', 'LOAD_INITIAL_EQUILIBRIUM',
'LIST_PHASE_DATA', 'SET_ALL_START_VALUES', 'SET_AXIS_VARIABLE',
'SET_START_CONSTITUENT', 'SET_START_VALUE', 'SET_AXIS_PLOT_STATUS',
'SET_AXIS_TEXT_STATUS', 'SET_AXIS_TYPE', 'SET_OPTIMIZING_CONDITION',
'SET_OPTIMIZING_VARIABLE', 'SET_OUTPUT_LEVEL'
]
test_input = [('Par', ['PARAMETER']), ('Elem', ['ELEMENT']),
('PAR', ['PARAMETER']), ('C-E', ['CALCULATE_EQUILIBRIUM']),
('C-A', ['CALCULATE_ALL_EQUILIBRIA']),
('LI-I-E', ['LIST_INITIAL_EQUILIBRIUM']),
('LO-I-E', ['LOAD_INITIAL_EQUILIBRIUM']),
('L-P-D', ['LIST_PHASE_DATA']),
('S-A-S', ['SET_ALL_START_VALUES']),
('S-AL', ['SET_ALL_START_VALUES']),
('S-A-V', ['SET_AXIS_VARIABLE']),
('S-S-C', ['SET_START_CONSTITUENT']),
('S-S-V', ['SET_START_VALUE']),
('S-A-P', ['SET_AXIS_PLOT_STATUS']),
('S-A-T-S', ['SET_AXIS_TEXT_STATUS']),
('S-A-TE', ['SET_AXIS_TEXT_STATUS']),
('S-A-TY', ['SET_AXIS_TYPE']),
('S-O-C', ['SET_OPTIMIZING_CONDITION']),
('S-O-V', ['SET_OPTIMIZING_VARIABLE']),
('S-O-L', ['SET_OUTPUT_LEVEL']),
('S-OU', ['SET_OUTPUT_LEVEL'])]
assert all([
full == expand_keyword(test_list, abbrev)
for abbrev, full in test_input
])
def test_expand_keyword():
"expand_keyword expands command abbreviations."
test_list = [
'PARAMETER',
'ELEMENT',
'CALCULATE_EQUILIBRIUM',
'CALCULATE_ALL_EQUILIBRIA',
'LIST_EQUILIBRIUM',
'LIST_INITIAL_EQUILIBRIUM',
'LOAD_INITIAL_EQUILIBRIUM',
'LIST_PHASE_DATA',
'SET_ALL_START_VALUES',
'SET_AXIS_VARIABLE',
'SET_START_CONSTITUENT',
'SET_START_VALUE',
'SET_AXIS_PLOT_STATUS',
'SET_AXIS_TEXT_STATUS',
'SET_AXIS_TYPE',
'SET_OPTIMIZING_CONDITION',
'SET_OPTIMIZING_VARIABLE',
'SET_OUTPUT_LEVEL'
]
test_input = [
('Par', ['PARAMETER']),
('Elem', ['ELEMENT']),
('PAR', ['PARAMETER']),
('C-E', ['CALCULATE_EQUILIBRIUM']),
('C-A', ['CALCULATE_ALL_EQUILIBRIA']),
('LI-I-E', ['LIST_INITIAL_EQUILIBRIUM']),
('LO-I-E', ['LOAD_INITIAL_EQUILIBRIUM']),
('L-P-D', ['LIST_PHASE_DATA']),
('S-A-S', ['SET_ALL_START_VALUES']),
('S-AL', ['SET_ALL_START_VALUES']),
('S-A-V', ['SET_AXIS_VARIABLE']),
('S-S-C', ['SET_START_CONSTITUENT']),
('S-S-V', ['SET_START_VALUE']),
('S-A-P', ['SET_AXIS_PLOT_STATUS']),
('S-A-T-S', ['SET_AXIS_TEXT_STATUS']),
('S-A-TE', ['SET_AXIS_TEXT_STATUS']),
('S-A-TY', ['SET_AXIS_TYPE']),
('S-O-C', ['SET_OPTIMIZING_CONDITION']),
('S-O-V', ['SET_OPTIMIZING_VARIABLE']),
('S-O-L', ['SET_OUTPUT_LEVEL']),
('S-OU', ['SET_OUTPUT_LEVEL'])
]
assert all([full == expand_keyword(test_list, abbrev) for abbrev, full in test_input])