def test_graph(self):
ureg = UnitRegistry()
add_ctxs(ureg)
l = _freeze({'[length]': 1.})
t = _freeze({'[time]': -1.})
c = _freeze({'[current]': -1.})
g_sp = defaultdict(set)
g_sp.update({
l: {
t,
},
t: {
l,
}
})
g_ab = defaultdict(set)
g_ab.update({
l: {
c,
},
c: {
l,
}
})
g = defaultdict(set)
g.update({
l: {t, c},
t: {
l,
},
c: {
l,
}
})
with ureg.context('lc'):
self.assertEqual(ureg._active_ctx.graph, g_sp)
with ureg.context('lc', n=1):
self.assertEqual(ureg._active_ctx.graph, g_sp)
with ureg.context('ab'):
self.assertEqual(ureg._active_ctx.graph, g_ab)
with ureg.context('lc'):
with ureg.context('ab'):
self.assertEqual(ureg._active_ctx.graph, g)
with ureg.context('ab'):
with ureg.context('lc'):
self.assertEqual(ureg._active_ctx.graph, g)
with ureg.context('lc', 'ab'):
self.assertEqual(ureg._active_ctx.graph, g)
with ureg.context('ab', 'lc'):
self.assertEqual(ureg._active_ctx.graph, g)
def test_freeze(self):
self.assertEqual(_freeze("meter"), frozenset([("meter", 1)]))
self.assertEqual(_freeze("meter/second"), frozenset((("meter", 1), ("second", -1))))
x = frozenset((("meter", 1)))
self.assertIs(_freeze(x), x)
self.assertEqual(_freeze({"meter": 1}), frozenset([("meter", 1)]))
self.assertEqual(_freeze({"meter": -1, "second": -1}), frozenset((("meter", -1), ("second", -1))))
def test_freeze(self):
self.assertEqual(_freeze('meter'), frozenset([('meter', 1)]))
self.assertEqual(_freeze('meter/second'), frozenset((('meter', 1), ('second', -1))))
x = frozenset((('meter', 1)))
self.assertIs(_freeze(x), x)
self.assertEqual(_freeze({'meter': 1}),
frozenset([('meter', 1)]))
self.assertEqual(_freeze({'meter': -1, 'second': -1}),
frozenset((('meter', -1), ('second', -1))))
def test_freeze(self):
self.assertEqual(_freeze('meter'), frozenset([('meter', 1)]))
self.assertEqual(_freeze('meter/second'), frozenset((('meter', 1), ('second', -1))))
x = frozenset((('meter', 1)))
self.assertIs(_freeze(x), x)
self.assertEqual(_freeze({'meter': 1}),
frozenset([('meter', 1)]))
self.assertEqual(_freeze({'meter': -1, 'second': -1}),
frozenset((('meter', -1), ('second', -1))))
def test_graph_enable(self):
ureg = UnitRegistry()
add_ctxs(ureg)
l = _freeze({'[length]': 1.})
t = _freeze({'[time]': -1.})
c = _freeze({'[current]': -1.})
g_sp = defaultdict(set)
g_sp.update({l: {t, },
t: {l, }})
g_ab = defaultdict(set)
g_ab.update({l: {c, },
c: {l, }})
g = defaultdict(set)
g.update({l: {t, c},
t: {l, },
c: {l, }})
ureg.enable_contexts('lc')
self.assertEqual(ureg._active_ctx.graph, g_sp)
ureg.disable_contexts(1)
ureg.enable_contexts('lc', n=1)
self.assertEqual(ureg._active_ctx.graph, g_sp)
ureg.disable_contexts(1)
ureg.enable_contexts('ab')
self.assertEqual(ureg._active_ctx.graph, g_ab)
ureg.disable_contexts(1)
ureg.enable_contexts('lc')
ureg.enable_contexts('ab')
self.assertEqual(ureg._active_ctx.graph, g)
ureg.disable_contexts(2)
ureg.enable_contexts('ab')
ureg.enable_contexts('lc')
self.assertEqual(ureg._active_ctx.graph, g)
ureg.disable_contexts(2)
ureg.enable_contexts('lc', 'ab')
self.assertEqual(ureg._active_ctx.graph, g)
ureg.disable_contexts(2)
ureg.enable_contexts('ab', 'lc')
self.assertEqual(ureg._active_ctx.graph, g)
ureg.disable_contexts(2)
def test_graph_enable(self):
ureg = UnitRegistry()
add_ctxs(ureg)
l = _freeze({'[length]': 1.})
t = _freeze({'[time]': -1.})
c = _freeze({'[current]': -1.})
g_sp = defaultdict(set)
g_sp.update({l: set((t,)),
t: set((l,))})
g_ab = defaultdict(set)
g_ab.update({l: set((c,)),
c: set((l,))})
g = defaultdict(set)
g.update({l: set((t, c)),
t: set((l,)),
c: set((l,))})
ureg.enable_contexts('lc')
self.assertEqual(ureg._active_ctx.graph, g_sp)
ureg.disable_contexts(1)
ureg.enable_contexts('lc', n=1)
self.assertEqual(ureg._active_ctx.graph, g_sp)
ureg.disable_contexts(1)
ureg.enable_contexts('ab')
self.assertEqual(ureg._active_ctx.graph, g_ab)
ureg.disable_contexts(1)
ureg.enable_contexts('lc')
ureg.enable_contexts('ab')
self.assertEqual(ureg._active_ctx.graph, g)
ureg.disable_contexts(2)
ureg.enable_contexts('ab')
ureg.enable_contexts('lc')
self.assertEqual(ureg._active_ctx.graph, g)
ureg.disable_contexts(2)
ureg.enable_contexts('lc', 'ab')
self.assertEqual(ureg._active_ctx.graph, g)
ureg.disable_contexts(2)
ureg.enable_contexts('ab', 'lc')
self.assertEqual(ureg._active_ctx.graph, g)
ureg.disable_contexts(2)
def test_graph_enable(self):
ureg = UnitRegistry()
add_ctxs(ureg)
l = _freeze({"[length]": 1.0})
t = _freeze({"[time]": -1.0})
c = _freeze({"[current]": -1.0})
g_sp = defaultdict(set)
g_sp.update({l: set((t,)), t: set((l,))})
g_ab = defaultdict(set)
g_ab.update({l: set((c,)), c: set((l,))})
g = defaultdict(set)
g.update({l: set((t, c)), t: set((l,)), c: set((l,))})
ureg.enable_contexts("lc")
self.assertEqual(ureg._active_ctx.graph, g_sp)
ureg.disable_contexts(1)
ureg.enable_contexts("lc", n=1)
self.assertEqual(ureg._active_ctx.graph, g_sp)
ureg.disable_contexts(1)
ureg.enable_contexts("ab")
self.assertEqual(ureg._active_ctx.graph, g_ab)
ureg.disable_contexts(1)
ureg.enable_contexts("lc")
ureg.enable_contexts("ab")
self.assertEqual(ureg._active_ctx.graph, g)
ureg.disable_contexts(2)
ureg.enable_contexts("ab")
ureg.enable_contexts("lc")
self.assertEqual(ureg._active_ctx.graph, g)
ureg.disable_contexts(2)
ureg.enable_contexts("lc", "ab")
self.assertEqual(ureg._active_ctx.graph, g)
ureg.disable_contexts(2)
ureg.enable_contexts("ab", "lc")
self.assertEqual(ureg._active_ctx.graph, g)
ureg.disable_contexts(2)
def test_graph(self):
ureg = UnitRegistry()
add_ctxs(ureg)
l = _freeze({'[length]': 1.})
t = _freeze({'[time]': -1.})
c = _freeze({'[current]': -1.})
g_sp = defaultdict(set)
g_sp.update({l: {t, },
t: {l, }})
g_ab = defaultdict(set)
g_ab.update({l: {c, },
c: {l, }})
g = defaultdict(set)
g.update({l: {t, c},
t: {l, },
c: {l, }})
with ureg.context('lc'):
self.assertEqual(ureg._active_ctx.graph, g_sp)
with ureg.context('lc', n=1):
self.assertEqual(ureg._active_ctx.graph, g_sp)
with ureg.context('ab'):
self.assertEqual(ureg._active_ctx.graph, g_ab)
with ureg.context('lc'):
with ureg.context('ab'):
self.assertEqual(ureg._active_ctx.graph, g)
with ureg.context('ab'):
with ureg.context('lc'):
self.assertEqual(ureg._active_ctx.graph, g)
with ureg.context('lc', 'ab'):
self.assertEqual(ureg._active_ctx.graph, g)
with ureg.context('ab', 'lc'):
self.assertEqual(ureg._active_ctx.graph, g)
def test_graph(self):
ureg = UnitRegistry()
add_ctxs(ureg)
l = _freeze({"[length]": 1.0})
t = _freeze({"[time]": -1.0})
c = _freeze({"[current]": -1.0})
g_sp = defaultdict(set)
g_sp.update({l: set((t,)), t: set((l,))})
g_ab = defaultdict(set)
g_ab.update({l: set((c,)), c: set((l,))})
g = defaultdict(set)
g.update({l: set((t, c)), t: set((l,)), c: set((l,))})
with ureg.context("lc"):
self.assertEqual(ureg._active_ctx.graph, g_sp)
with ureg.context("lc", n=1):
self.assertEqual(ureg._active_ctx.graph, g_sp)
with ureg.context("ab"):
self.assertEqual(ureg._active_ctx.graph, g_ab)
with ureg.context("lc"):
with ureg.context("ab"):
self.assertEqual(ureg._active_ctx.graph, g)
with ureg.context("ab"):
with ureg.context("lc"):
self.assertEqual(ureg._active_ctx.graph, g)
with ureg.context("lc", "ab"):
self.assertEqual(ureg._active_ctx.graph, g)
with ureg.context("ab", "lc"):
self.assertEqual(ureg._active_ctx.graph, g)