def test_skipAll(self):
sp = parse("ABC, ABC, abc, aBc, aBC, aBC, aBC, def")
self.assertRaises(StopIteration, sp.skip_all, "xyz")
sp.skip_all(re.compile("ABC"))
assert sp.__position__ == 8
sp.skip_all("abc")
assert sp.__position__ == 33
self.assertRaises(StopIteration, sp.skip_all, "abc")
def test_present(self):
sp = parse("abc,def,ghi")
sp.__position__ = 3
assert sp.present("def")
assert sp.present("def,")
assert sp.present("ghi")
assert not sp.present("weird")
assert not sp.present("abc")
def test_skipAll(self):
sp = parse("ABC, ABC, abc, aBc, aBC, aBC, aBC, def")
self.assertRaises(StopIteration,sp.skipAll,"xyz")
sp.skipAll(re.compile("ABC"))
assert sp.__position__ == 8
sp.skipAll("abc")
assert sp.__position__ == 33
self.assertRaises(StopIteration,sp.skipAll,"abc")
def test_lineOperations2(self):
sp = parse("Hello\n World!")
sp.__position__ = 2
sp.rtn()
assert sp.__position__ == 0
sp.__position__ = 10
sp.rtn()
assert sp.__position__ == 6
def test_goto_1(self):
sp = parse("ABC, Abc, abc, aBc, aBC")
sp.goto("abC")
assert sp.__position__ == 0
sp.goto("aBc")
assert sp.__position__ == 0
sp.goto(re.compile("aBc"))
assert sp.__position__ == 15
self.assertRaises(StopIteration, sp.goto, "bac")
def test_skip(self):
sp = parse("ABC, Abc, abc, aBc, aBC, aBC, aBC")
sp.skip("abc")
assert sp.__position__ == 3
sp.skip("abc", n=2)
assert sp.__position__ == 13
sp.skip(re.compile("aBC"), n=2)
assert sp.__position__ == 28
self.assertRaises(StopIteration, sp.skip, re.compile("Abc"))
def test_present(self):
sp = parse("abc,def,ghi")
sp.__position__ = 3
assert sp.present("def")
assert sp.present("def,")
assert sp.present("ghi")
assert not sp.present("weird")
assert not sp.present("abc")
def test_goto_1(self):
sp = parse("ABC, Abc, abc, aBc, aBC")
sp.goto("abC")
assert sp.__position__ == 0
sp.goto("aBc")
assert sp.__position__ == 0
sp.goto(re.compile("aBc"))
assert sp.__position__ == 15
self.assertRaises(StopIteration,sp.goto,"bac")
def test_distance(self):
sp = parse("abc,def,ghi,abc")
assert sp.distance("abc") == 0
assert sp.distance("abc", n = 2) == 12
self.assertRaises(StopIteration,sp.distance,"abc",n=3)
assert sp.distance("abc",n=4,default = -1)==-1
sp.__position__ = 1
assert sp.distance("abc") == 11
assert sp.distance("abc", default = -1) == 11
def test_lineOperations2(self):
sp = parse("Hello\n World!")
sp.__position__ = 2
sp.startOfLine()
assert sp.__position__ == 0
sp.__position__ = 10
sp.startOfLine()
assert sp.__position__ == 6
def test_distance(self):
sp = parse("abc,def,ghi,abc")
assert sp.distance("abc") == 0
assert sp.distance("abc", n=2) == 12
self.assertRaises(StopIteration, sp.distance, "abc", n=3)
assert sp.distance("abc", n=4, default=-1) == -1
sp.__position__ = 1
assert sp.distance("abc") == 11
assert sp.distance("abc", default=-1) == 11
assert sp.distance("abc", to="tail") == 14
def test_skip(self):
sp = parse("ABC, Abc, abc, aBc, aBC, aBC, aBC")
sp.skip("abc")
assert sp.__position__ == 3
sp.skip("abc", n=2)
assert sp.__position__ == 13
sp.skip(re.compile("aBC"), n=2)
assert sp.__position__ == 28
self.assertRaises(StopIteration,sp.skip,re.compile("Abc"))
def test_nextFloat(self):
sp = parse("123, 12a3, nan, 5, nan, 4.66, 12., 356.2, 4e-2, 4.e-5, 56.2E-2 -36.6 1.0 2.0 3.0 abc 4.0")
assert sp.nextFloat() == 123
testing.assert_equal(sp.nextFloat(2),(12,3))
assert math.isnan(sp.nextFloat())
testing.assert_equal(sp.nextFloat(2),(5,float("nan")))
testing.assert_equal(sp.nextFloat((2,3)),((4.66,12.,356.2),(4e-2,4e-5,56.2e-2)))
assert sp.nextFloat() == -36.6
testing.assert_equal(sp.nextFloat("abc"),(1.,2.,3.))
assert sp.nextFloat() == 4.0
self.assertRaises(StopIteration,sp.nextFloat)
def test_nextInt(self):
sp = parse("123abc456 78.8 +45.68-73 1 2 3 4 5 6 7 8 abc 9")
assert sp.next_int() == 123
assert sp.next_int() == 456
assert sp.next_int() == 78
assert sp.next_int() == 8
testing.assert_equal(sp.next_int(3), (45, 68, -73))
testing.assert_equal(sp.next_int((2, 3)), ((1, 2, 3), (4, 5, 6)))
testing.assert_equal(sp.next_int("abc"), (7, 8))
assert sp.next_int() == 9
self.assertRaises(StopIteration, sp.next_int)
def test_nextMatch2(self):
sp = parse("one two2 three, four\n five six $")
x = sp.next_match(cre_word, n="four")
assert len(x) == 3
assert x[0] == "one"
assert x[1] == "two2"
assert x[2] == "three"
sp.reset()
x = sp.next_match(cre_word, n="$")
assert len(x) == 6
assert x[-1] == "six"
def test_nextInt(self):
sp = parse("123abc456 78.8 +45.68-73 1 2 3 4 5 6 7 8 abc 9")
assert sp.nextInt() == 123
assert sp.nextInt() == 456
assert sp.nextInt() == 78
assert sp.nextInt() == 8
testing.assert_equal(sp.nextInt(3),(45,68,-73))
testing.assert_equal(sp.nextInt((2,3)),((1,2,3),(4,5,6)))
testing.assert_equal(sp.nextInt("abc"),(7,8))
assert sp.nextInt() == 9
self.assertRaises(StopIteration,sp.nextInt)
def test_nextMatch(self):
sp = parse("one two2 three, four\n five six seven")
assert sp.next_match(cre_word) == "one"
assert sp.__position__ == 3
assert sp.next_match(cre_word) == "two2"
assert sp.__position__ == 8
assert sp.next_match(cre_word) == "three"
assert sp.next_match(cre_word) == "four"
assert sp.next_match(cre_word) == "five"
assert sp.next_match(cre_word) == "six"
assert sp.next_match(cre_word) == "seven"
self.assertRaises(StopIteration, sp.next_match, cre_word)
def test_nextMatch(self):
sp = parse("one two2 three, four\n five six seven")
assert sp.nextMatch(cre_word) == "one"
assert sp.__position__ == 3
assert sp.nextMatch(cre_word) == "two2"
assert sp.__position__ == 8
assert sp.nextMatch(cre_word) == "three"
assert sp.nextMatch(cre_word) == "four"
assert sp.nextMatch(cre_word) == "five"
assert sp.nextMatch(cre_word) == "six"
assert sp.nextMatch(cre_word) == "seven"
self.assertRaises(StopIteration,sp.nextMatch,cre_word)
def test_nextMatch2(self):
sp = parse("one two2 three, four\n five six $")
x = sp.nextMatch(cre_word, n="four")
assert len(x) == 3
assert x[0] == "one"
assert x[1] == "two2"
assert x[2] == "three"
sp.reset()
x = sp.nextMatch(cre_word, n="$")
assert len(x) == 6
assert x[-1] == "six"
def test_pop_save(self):
sp = parse("a, b, c, d, e, f")
self.assertRaises(Exception, sp.pop)
sp.save()
sp.goto("b")
sp.save()
sp.goto("c")
assert sp.__position__ == 6
sp.pop()
assert sp.__position__ == 3
sp.pop()
assert sp.__position__ == 0
self.assertRaises(Exception, sp.pop)
def test_nextFloat(self):
sp = parse(
"123, 12a3, nan, 5, nan, 4.66, 12., 356.2, 4e-2, 4.e-5, 56.2E-2 -36.6 1.0 2.0 3.0 abc 4.0"
)
assert sp.next_float() == 123
testing.assert_equal(sp.next_float(2), (12, 3))
assert math.isnan(sp.next_float())
testing.assert_equal(sp.next_float(2), (5, float("nan")))
testing.assert_equal(sp.next_float((2, 3)),
((4.66, 12., 356.2), (4e-2, 4e-5, 56.2e-2)))
assert sp.next_float() == -36.6
testing.assert_equal(sp.next_float("abc"), (1., 2., 3.))
assert sp.next_float() == 4.0
self.assertRaises(StopIteration, sp.next_float)
def test_goto_0(self):
sp = parse("This is a big string with multiple occurences of this: \"this, this and thIs\".")
assert sp.__position__ == 0
sp.goto("is")
assert sp.__position__ == 2
sp.goto("is a")
assert sp.__position__ == 5
sp.goto("this")
sp.__position__ += 1
sp.goto("this")
sp.__position__ += 1
sp.goto("this")
sp.__position__ += 1
sp.goto("this")
assert sp.__position__ == len(sp.string)-6
sp.__position__ += 1
self.assertRaises(StopIteration,sp.goto,"this")
def test_lineOperations(self):
sp = parse("\none\ntwo\nthree\nfour")
sp.rtn()
assert sp.__position__ == 0
assert sp.next_line() == ""
assert sp.__position__ == 1
sp.skip("two")
sp.rtn()
assert sp.__position__ == 5
testing.assert_equal(sp.next_line(2), ("two", "three"))
assert sp.__position__ == 15
sp.rtn()
assert sp.__position__ == 15
sp.skip("four")
sp.rtn()
assert sp.__position__ == 15
assert sp.next_line() == "four"
self.assertRaises(StopIteration, sp.next_line)
def test_pop_save(self):
sp = parse("a, b, c, d, e, f")
self.assertRaises(Exception, sp.pop)
sp.save()
sp.goto("b")
sp.save()
sp.goto("c")
assert sp.__position__ == 6
sp.pop()
assert sp.__position__ == 3
sp.pop()
assert sp.__position__ == 0
self.assertRaises(Exception, sp.pop)
sp.fw(12)
assert sp.__position__ == 12
sp.fw(4)
assert sp.__position__ == 16
self.assertRaises(Exception, sp.fw, 1)
def test_goto_0(self):
sp = parse(
"This is a big string with multiple occurences of this: \"this, this and thIs\"."
)
assert sp.__position__ == 0
sp.goto("is")
assert sp.__position__ == 2
sp.goto("is a")
assert sp.__position__ == 5
sp.goto("this")
sp.__position__ += 1
sp.goto("this")
sp.__position__ += 1
sp.goto("this")
sp.__position__ += 1
sp.goto("this")
assert sp.__position__ == len(sp.string) - 6
sp.__position__ += 1
self.assertRaises(StopIteration, sp.goto, "this")
def test_lineOperations(self):
sp = parse("\none\ntwo\nthree\nfour")
sp.startOfLine()
assert sp.__position__ == 0
assert sp.nextLine() == ""
assert sp.__position__ == 1
sp.skip("two")
sp.startOfLine()
assert sp.__position__ == 5
testing.assert_equal(sp.nextLine(2), ("two","three"))
assert sp.__position__ == 15
sp.startOfLine()
assert sp.__position__ == 15
sp.skip("four")
sp.startOfLine()
assert sp.__position__ == 15
assert sp.nextLine() == "four"
self.assertRaises(StopIteration,sp.nextLine)
def test_floatAfter(self):
sp = parse("value1 = 3; <value2> 3 4.5 5 6 </value2>")
testing.assert_equal(sp.float_after("<value2>", n="</value2>"),
(3, 4.5, 5, 6))
assert sp.float_after("value1") == 3
def test_nextFloat2(self):
sp = parse("123, 456; 789")
testing.assert_equal(sp.nextFloat(";"),(123, 456))
def test_closest(self):
sp = parse("abc,def,ghi")
assert sp.closest(("g","h","a","b","a")) == 2
assert sp.closest(("z","x","y")) is None
def test_closest2(self):
sp = parse("AbC,dEf,gHI")
assert sp.closest(("g","h","a","b","a")) == 2
assert sp.closest(("z","x","y")) is None
def test_matchAfter(self):
sp = parse("param1 = value1, param2 value2")
assert sp.matchAfter("param2",cre_varName)=="value2"
assert sp.matchAfter("param1",cre_varName)=="value1"
def test_intAfter(self):
sp = parse("cows = 3 rabbits = 5 6")
testing.assert_equal(sp.int_after("rabbits", n=2), (5, 6))
assert sp.int_after("cows") == 3
def test_nextFloat2(self):
sp = parse("123, 456; 789")
testing.assert_equal(sp.next_float(";"), (123, 456))
def test_matchAfter(self):
sp = parse("param1 = value1, param2 value2")
assert sp.match_after("param2", cre_var_name) == "value2"
assert sp.match_after("param1", cre_var_name) == "value1"
def test_closest2(self):
sp = parse("AbC,dEf,gHI")
assert sp.match_closest(("g", "h", "a", "b", "a")) == 2
assert sp.match_closest(("z", "x", "y")) is None
def test_closest(self):
sp = parse("abc,def,ghi")
assert sp.match_closest(("g", "h", "a", "b", "a")) == 2
assert sp.match_closest(("z", "x", "y")) is None
def test_intAfter(self):
sp = parse("cows = 3 rabbits = 5 6")
testing.assert_equal(sp.intAfter("rabbits",n = 2),(5, 6))
assert sp.intAfter("cows")==3
def test_floatAfter(self):
sp = parse("value1 = 3; <value2> 3 4.5 5 6 </value2>")
testing.assert_equal(sp.floatAfter("<value2>", n = "</value2>"),(3, 4.5, 5, 6))
assert sp.floatAfter("value1") == 3
