def test_nested_functions_special_functions(): model_src = ''' """ output = a """ def step(): def f0(): def f1(): return 10 return f1() a = a+f0() a = 0 ''' model = PythonModel(code=model_src) result = model.init() assert result == 0 result = model.init() result = model.step() assert result == 10 result = model.run(nstep=10) assert result == 100
def test_in_function(): code = """ ''' output=out ''' a=1 def f(): return(a) out = f() """ from openalea.core.model import PythonModel model = PythonModel(name='func') model.set_code(code) model.init() model.step()
def test_step(): model = PythonModel(code=model_src) result = model.init() assert result == 0 result = model.step() assert result == 1 result = model.step() assert result == 2 result = model.step() assert result == 3 result = model.step() assert result == 4 result = model.init() assert result == 0 result = model.animate() assert result == 10
def test_step_without_run(): model_src = '''""" output = a""" a = 0 def step(): a = a + 1 ''' model = PythonModel(code=model_src) result = model.init() assert result == 0 result = model.step() assert result == 1 result = model.step() assert result == 2 result = model.step() assert result == 3 result = model.init() assert result == 0
def test_in_function(): code = """ ''' output=out ''' a=1 def f(): return(a) out = f() """ from openalea.core.model import PythonModel model = PythonModel(name='func') model.set_code(code) assert model.init() == 1
def test_nested_functions_in_init(): model_src = ''' """ output = a """ def f0(): def f1(): return 10 return f1() a = f0() ''' model = PythonModel(code=model_src) result = model.init() assert result == 10