def test_edit_flags(self):
content_type_p = ContentType(app_label='auth', model='Plot')
content_type_p.save()
content_type_t = ContentType(app_label='auth', model='Tree')
content_type_t.save()
p = P(codename="change_user",name="change_user",content_type=content_type_p)
p.save()
t = P(codename="change_user",name="change_user",content_type=content_type_t)
t.save()
ghost = AnonymousUser()
peon = User(username="******")
peon.save()
peon.reputation = Reputation(user=peon)
peon.reputation.save()
duke = User(username="******")
duke.save()
duke.reputation = Reputation(user=duke)
duke.reputation.save()
leroi = User(username="******")
leroi.active = True
leroi.save() # double save required for m2m...
leroi.reputation = Reputation(user=leroi)
leroi.user_permissions.add(p)
leroi.user_permissions.add(t)
leroi.save()
leroi.reputation.save()
p_peon_0 = mkPlot(peon)
p_peon_1 = mkPlot(peon)
p_duke_2 = mkPlot(duke)
t_duke_0 = mkTree(duke, plot=p_peon_0)
t_peon_1 = mkTree(peon, plot=p_peon_1)
t_duke_2 = mkTree(duke, plot=p_duke_2)
p_roi_3 = mkPlot(leroi)
t_roi_3 = mkTree(leroi, plot=p_roi_3)
plots = [p_peon_0, p_peon_1, p_duke_2, p_roi_3]
trees = [t_duke_0, t_peon_1, t_duke_2, t_roi_3]
users = [ghost, peon, duke, leroi]
def mkd(e, d):
return { "can_delete": d, "can_edit": e }
def mkdp(pe, pd, te=None, td=None):
d = { "plot": mkd(pe,pd) }
if td != None and te != None:
d["tree"] = mkd(te, td)
return d
#################################
# A None or Anonymous user can't
# do anything
for p in plots:
self.assertEqual(mkd(False,False), plot_or_tree_permissions(p, ghost))
self.assertEqual(mkdp(False,False,False,False), plot_permissions(p, ghost))
self.assertEqual(mkd(False,False), plot_or_tree_permissions(p, None))
self.assertEqual(mkdp(False,False,False,False), plot_permissions(p, None))
for t in trees:
self.assertEqual(mkd(False,False), plot_or_tree_permissions(t, ghost))
self.assertEqual(mkd(False,False), plot_or_tree_permissions(t, None))
#################################
# A user can always delete or edit their own trees and plots
#
self.assertEqual(mkd(True,True), plot_or_tree_permissions(p_peon_0, peon))
self.assertEqual(mkd(True,True), plot_or_tree_permissions(p_peon_1, peon))
self.assertEqual(mkd(True,True), plot_or_tree_permissions(p_duke_2, duke))
self.assertEqual(mkd(True,True), plot_or_tree_permissions(t_duke_0, duke))
self.assertEqual(mkd(True,True), plot_or_tree_permissions(t_peon_1, peon))
self.assertEqual(mkd(True,True), plot_or_tree_permissions(t_duke_2, duke))
self.assertEqual(mkd(True,True), plot_or_tree_permissions(p_roi_3, leroi))
self.assertEqual(mkd(True,True), plot_or_tree_permissions(t_roi_3, leroi))
#################################
# An admin user can always do anything
#
for p in plots:
self.assertEqual(mkd(True,True), plot_or_tree_permissions(p, leroi))
self.assertEqual(mkdp(True,True,True,True), plot_permissions(p, leroi))
for t in trees:
self.assertEqual(mkd(True,True), plot_or_tree_permissions(t, leroi))
#################################
# A user can edit other trees but can't delete
#
self.assertEqual(mkdp(True,False,True,False), plot_permissions(p_roi_3, duke))
#################################
# No one can edit readonly trees
#
for p in plots:
p.readonly = True
p.save()
for t in trees:
t.readonly = True
t.save()
for p in plots:
for u in users:
self.assertEqual(mkd(False,False), plot_or_tree_permissions(p, u))
self.assertEqual(mkdp(False,False,False,False), plot_permissions(p, u))
for t in trees:
for u in users:
self.assertEqual(mkd(False,False), plot_or_tree_permissions(t, u))
