def testSplit():
inOutValues = {
"1": ["1"],
"1,2": ["1", "2"],
"1,2,3": ["1", "2", "3"],
"1,(2,3),4": ["1", "(2,3)", "4"],
"1,(2,3,4)": ["1", "(2,3,4)"],
"1,(2,3, 4)": ["1", "(2,3, 4)"],
"1, (2,(8,9),3), 4": ["1", "(2,(8,9),3)", "4"],
}
print "Testing split function"
for key in inOutValues.keys():
assert(split(key) == inOutValues[key])
print "%s -> %s" % (split(key), inOutValues[key]),
print eglan.colored("OK", "green")
def test_GetArgOrEval(self):
EglParser = eglan.EglParser
print eglan.colored("Starting unit testing of getArgOrEval", "yellow")
self.assertEqual(EglParser().getArgOrEval("2"), 2)
self.assertEqual(EglParser(dict_addon={"HIDEERRORS": True}).getArgOrEval(""), None)
self.assertEqual(EglParser().getArgOrEval("23"), 23)
self.assertEqual(EglParser().getArgOrEval("1 + 2"), 3)
self.assertEqual(EglParser().getArgOrEval("1 + 2 + 3"), 6)
eglParser = EglParser()
eglParser.run(["W = 300"])
self.assertEqual(eglParser.getArgOrEval("W"), 300)
eglParser = EglParser()
eglParser.run(["W = 300"])
self.assertEqual(eglParser.getArgOrEval("W+W"), 600)
eglParser = EglParser()
eglParser.run(["W = 300", "H = 200"])
self.assertEqual(eglParser.getArgOrEval("W+H"), 500)
eglParser = EglParser()
eglParser.run(["ABC = 300", "DEF = 200"])
self.assertEqual(eglParser.getArgOrEval("ABC+DEF"), 500)
eglParser = EglParser()
eglParser.run(["ABC = 50"])
self.assertEqual(eglParser.getArgOrEval("2*ABC"), 100)
eglParser = EglParser()
eglParser.run(["ABC = 50"])
self.assertEqual(eglParser.getArgOrEval("ABC"), 50)
import math
eglParser = EglParser()
eglParser.run(["ABC = 1.0"])
self.assertTrue(
abs(eglParser.getArgOrEval("ABC*math.pi") - math.pi) < 0.001)
print eglan.colored("Successfully tested getArgOrEval!", "green")
def test_HLine(self):
EglParser = eglan.EglParser
print eglan.colored("Starting unit testing of hline", "yellow")
eglParser = EglParser()
eglParser.d["NODRAW"] = True
self.assertTrue(eglParser.handleVHLine(["30"], useWith=False, vh="h"))
self.assertTrue(eglParser.handleVHLine(["30"], useWith=False, vh="h"))
eglParserNoOutput = EglParser(
{"NODRAW":True, "HIDEWARNINGS": True, "HIDEERRORS": True})
self.assertNotEqual(
eglParserNoOutput.handleVHLine( [], useWith=False, vh="h"), True)
eglParser.run(["hline 50"])
self.assertNotEqual(eglParserNoOutput.run(["hline with y = 30"]), True)
eglParser.run(["hline with Y = 30"])
print eglan.colored("Successfully tested hline", "green")
