def test_sort(self):
c = LamportClock()
pid1 = 'a.example.com:312'
pid2 = 'b.example.com:311'
events = []
m1 = (c.forward(), pid1)
heappush(events, m1)
m2 = (c.forward(), pid2)
heappush(events, m2)
m3 = (c.forward(), pid1)
heappush(events, m3)
m4 = (30, pid1)
heappush(events, m4)
m5 = (30, pid2)
heappush(events, m5)
self.assertEqual(str(c), str(c.value))
self.assertEqual(c.sort_heap(events), m1)
self.assertEqual(c.sort_heap([m4, m5]), m4)
self.assertEqual(c.sort_heap([m4, m5, m1]), m4)
def test_sort(self) -> None:
c = LamportClock()
pid1 = 'a.example.com:312'
pid2 = 'b.example.com:311'
events: list[tuple[int, str]] = []
m1 = (c.forward(), pid1)
heappush(events, m1)
m2 = (c.forward(), pid2)
heappush(events, m2)
m3 = (c.forward(), pid1)
heappush(events, m3)
m4 = (30, pid1)
heappush(events, m4)
m5 = (30, pid2)
heappush(events, m5)
assert str(c) == str(c.value)
assert c.sort_heap(events) == m1
assert c.sort_heap([m4, m5]) == m4
assert c.sort_heap([m4, m5, m1]) == m4
def test_sort(self):
c = LamportClock()
pid1 = 'a.example.com:312'
pid2 = 'b.example.com:311'
events = []
m1 = (c.forward(), pid1)
heappush(events, m1)
m2 = (c.forward(), pid2)
heappush(events, m2)
m3 = (c.forward(), pid1)
heappush(events, m3)
m4 = (30, pid1)
heappush(events, m4)
m5 = (30, pid2)
heappush(events, m5)
self.assertEqual(str(c), str(c.value))
self.assertEqual(c.sort_heap(events), m1)
self.assertEqual(c.sort_heap([m4, m5]), m4)
self.assertEqual(c.sort_heap([m4, m5, m1]), m4)
def test_sort(self):
c = LamportClock()
pid1 = 'a.example.com:312'
pid2 = 'b.example.com:311'
events = []
m1 = (c.forward(), pid1)
heappush(events, m1)
m2 = (c.forward(), pid2)
heappush(events, m2)
m3 = (c.forward(), pid1)
heappush(events, m3)
m4 = (30, pid1)
heappush(events, m4)
m5 = (30, pid2)
heappush(events, m5)
assert str(c) == str(c.value)
assert c.sort_heap(events) == m1
assert c.sort_heap([m4, m5]) == m4
assert c.sort_heap([m4, m5, m1]) == m4
def test_clocks(self):
c1 = LamportClock()
c2 = LamportClock()
c1.forward()
c2.forward()
c1.forward()
c1.forward()
c2.adjust(c1.value)
self.assertEqual(c2.value, c1.value + 1)
c2_val = c2.value
c2.forward()
c2.forward()
c2.adjust(c1.value)
self.assertEqual(c2.value, c2_val + 2 + 1)
c1.adjust(c2.value)
self.assertEqual(c1.value, c2.value + 1)
def test_clocks(self) -> None:
c1 = LamportClock()
c2 = LamportClock()
c1.forward()
c2.forward()
c1.forward()
c1.forward()
c2.adjust(c1.value)
assert c2.value == c1.value + 1
assert repr(c1)
c2_val = c2.value
c2.forward()
c2.forward()
c2.adjust(c1.value)
assert c2.value == c2_val + 2 + 1
c1.adjust(c2.value)
assert c1.value == c2.value + 1
def test_clocks(self):
c1 = LamportClock()
c2 = LamportClock()
c1.forward()
c2.forward()
c1.forward()
c1.forward()
c2.adjust(c1.value)
assert c2.value == c1.value + 1
assert repr(c1)
c2_val = c2.value
c2.forward()
c2.forward()
c2.adjust(c1.value)
assert c2.value == c2_val + 2 + 1
c1.adjust(c2.value)
assert c1.value == c2.value + 1
