def test_diff_num_commands(self):
self.assertFalse(
ast_equal(
ast.Program(
ast.Body([
ast.commands_ast.Loader(
ast.Var("source"),
ast.Source("www.coviddata.com/stream")),
])), ast.Program(ast.Body([]))))
def test_identical_commands(self):
self.assertTrue(
ast_equal(
ast.Program(
ast.Body([
ast.commands_ast.Loader(
ast.Var("source"),
ast.Source("www.coviddata.com/stream")),
])),
ast.Program(
ast.Body([
ast.commands_ast.Loader(
ast.Var("source"),
ast.Source("www.coviddata.com/stream")),
]))))
def test_diff_math_funcs_(self):
self.assertFalse(
ast_equal(
ast.Program(
ast.Body([
ast.Trigger(
ast.Var("source"),
ast.MathFuncs([ast.Increment(ast.Var("count"))]))
])),
ast.Program(
ast.Body([
ast.Trigger(
ast.Var("source"),
ast.MathFuncs([ast.Decrement(ast.Var("count"))]))
]))))
def test_different_load_var_names(self):
self.assertFalse(
ast_equal(
ast.Program(
ast.Body([
ast.commands_ast.Loader(
ast.Var("source"),
ast.Source("www.coviddata.com/stream")),
])),
ast.Program(
ast.Body([
ast.commands_ast.Loader(
ast.Var("source1"),
ast.Source("www.coviddata.com/stream")),
]))))
def test_diff_commands(self):
self.assertFalse(
ast_equal(
ast.Program(
ast.Body([
ast.commands_ast.Loader(
ast.Var("source"),
ast.Source("www.coviddata.com/stream")),
])),
ast.Program(
ast.Body([
ast.Mapper(
ast.Var("source"), "case_date",
ast.Declare(ast.Type(Types.NUMBER),
ast.Var("date")))
]))))
def test_diff_map_declare_var(self):
self.assertFalse(
ast_equal(
ast.Program(
ast.Body([
ast.Mapper(
ast.Var("source"), "case_date",
ast.Declare(ast.Type(Types.NUMBER),
ast.Var("date")))
])),
ast.Program(
ast.Body([
ast.Mapper(
ast.Var("source"), "case_date",
ast.Declare(ast.Type(Types.NUMBER),
ast.Var("count")))
]))))
def test_regular(self):
p_expected: ast.Program = ast.Program(
ast.Body([
# source = live remote "https://covid-api.com/api/reports"
ast.Loader(ast.Var("source"),
ast.Source("https://covid-api.com/api/reports")),
# map source "confirmed" to number confirmed
ast.Mapper(
ast.Var("source"), "confirmed",
ast.Declare(ast.Type(Types.NUMBER), ast.Var("confirmed"))),
# number count = 0
ast.Assigner(
ast.Declare(ast.Type(Types.NUMBER), ast.Var("count")),
ast.Value(values.IntegerValue(0))),
# observe(source) do count++
ast.Trigger(ast.Var("source"),
ast.MathFuncs([ast.Increment(ast.Var("count"))])),
# plot line_xy(count,confirmed) called "confirmed_cases"
ast.Plotter(ast.Graph(graphs.LineXYGraph()),
ast.VarAxis(ast.Var("count")),
ast.VarAxis(ast.Var("confirmed")),
"confirmed_cases"),
]))
def parse(content) -> ast.Program:
t = Tokenizer(content)
t.tokenize()
return Parser(t).parseProgram()
p: ast.Program = read_program_file(
"tests/res/programs/regular_program.mstx", parse)
self.assertTrue(ast_equal(p_expected, p))
def test_identical_construction(self):
self.assertTrue(ast_equal(example_1(), example_1()))
def test_trivial(self):
self.assertTrue(
ast_equal(ast.Program(ast.Body([])), ast.Program(ast.Body([]))))