def test_fat32_windowing(self):
def fatcompare(s, t):
x = int(s) - int(t)
if x >= 2: return 1
elif x <= -2: return -1
return 0
m = mod.compute_synchronization(
{"/a":1},
"/",
{"/target/a":0},
"/target",
time_comparator=fatcompare)
self.assertEquals(m[0], {})
m = mod.compute_synchronization(
{"/a":2},
"/",
{"/target/a":1},
"/target",
time_comparator=fatcompare)
self.assertEquals(m[0], {})
m = mod.compute_synchronization(
{"/a":1},
"/",
{"/target/a":2},
"/target",
time_comparator=fatcompare)
self.assertEquals(m[0], {})
m = mod.compute_synchronization(
{"/a":4},
"/",
{"/target/a":2},
"/target",
time_comparator=fatcompare)
self.assertEquals(m[0], {"/a":"/target/a"})
def test_mapper(self):
mapper = lambda x, y: x.replace("a", "b")
m = mod.compute_synchronization(
{"/a":1},
"/",
{"/target/b":1},
"/target",
path_mapper=mapper)
self.assertEquals(m[0], {})
m = mod.compute_synchronization(
{"/a":1},
"/",
{"/target/b":0},
"/target",
path_mapper=mapper)
self.assertEquals(m[0], {"/a": "/target/b"})
def test_absent_source(self):
m = mod.compute_synchronization(
{},
"/",
{},
"/target")
self.assertEquals(m[0], {})
def test_absent_target(self):
m = mod.compute_synchronization(
{"/a":1},
"/",
{},
"/target")
self.assertEquals(m[0], {"/a": "/target/a"})
def test_identical(self):
m = mod.compute_synchronization(
{"/a":1},
"/",
{"/target/a":1},
"/target")
self.assertEquals(m[0], {})
def test_complex(self):
s = {"/source/abc":45, "/source/def":30}
t = {}
sp = "/"
tp = "/target"
e = {
"/source/abc":"/target/source/abc",
"/source/def":"/target/source/def",
}
m = mod.compute_synchronization(s, sp, t, tp)
self.assertEquals(m[0], e)
sp = "/source"
e = {
"/source/abc":"/target/abc",
"/source/def":"/target/def",
}
m = mod.compute_synchronization(s, sp, t, tp)
self.assertEquals(m[0], e)
sp = "/source/"
m = mod.compute_synchronization(s, sp, t, tp)
self.assertEquals(m[0], e)
tp = "/target/"
m = mod.compute_synchronization(s, sp, t, tp)
self.assertEquals(m[0], e)
sp = "/source"
m = mod.compute_synchronization(s, sp, t, tp)
self.assertEquals(m[0], e)
sp = "/source/a"
e = {
"/source/abc":"/target/../abc",
"/source/def":"/target/../def",
}
self.assertRaises(ValueError,
lambda: mod.compute_synchronization(s, sp, t, tp))
def test_simple_case(self):
m = mod.compute_synchronization({}, "/", {}, "/")
self.assertEquals(m, ({}, {}, {}))
