def test_load(self):
with TestAreaContext("runpath_list"):
with self.assertRaises(IOError):
rp = RunpathList("")
node0 = RunpathNode(0, 0, "path0", "base0")
node1 = RunpathNode(1, 1, "path1", "base1")
runpath_list = RunpathList("filex.list")
with self.assertRaises(IOError):
runpath_list.load()
with open("invalid_file", "w") as f:
f.write("X X X X\n")
rp = RunpathList("invalid_file")
with self.assertRaises(IOError):
rp.load()
rp = RunpathList("list.txt")
rp.add(node0.realization, node0.iteration, node0.runpath,
node0.basename)
rp.add(node1.realization, node1.iteration, node1.runpath,
node1.basename)
rp.export()
self.assertTrue(os.path.isfile("list.txt"))
rp2 = RunpathList("list.txt")
rp2.load()
self.assertEqual(len(rp2), 2)
self.assertEqual(rp2[0], node0)
self.assertEqual(rp2[1], node1)
def test_runpath_list(self):
runpath_list = RunpathList('')
self.assertEqual(len(runpath_list), 0)
test_runpath_nodes = [RunpathNode(0, 0, "runpath0", "basename0"), RunpathNode(1, 0, "runpath1", "basename0")]
runpath_node = test_runpath_nodes[0]
runpath_list.add(runpath_node.realization, runpath_node.iteration, runpath_node.runpath, runpath_node.basename)
self.assertEqual(len(runpath_list), 1)
self.assertEqual(runpath_list[0], test_runpath_nodes[0])
runpath_node = test_runpath_nodes[1]
runpath_list.add(runpath_node.realization, runpath_node.iteration, runpath_node.runpath, runpath_node.basename)
self.assertEqual(len(runpath_list), 2)
self.assertEqual(runpath_list[1], test_runpath_nodes[1])
for index, runpath_node in enumerate(runpath_list):
self.assertEqual(runpath_node, test_runpath_nodes[index])
runpath_list.clear()
self.assertEqual(len(runpath_list), 0)
def test_collection(self):
"""Testing len, adding, getting (idx and slice), printing, clearing."""
def path(idx):
return 'path_%d' % idx
def base(idx):
return 'base_%d' % idx
with TestAreaContext("runpath_list"):
runpath_list = RunpathList("EXPORT.txt")
runpath_list.add(3, 1, path(3), base(3))
runpath_list.add(1, 1, path(1), base(1))
runpath_list.add(2, 1, path(2), base(2))
runpath_list.add(0, 0, path(0), base(0))
runpath_list.add(3, 0, path(3), base(3))
runpath_list.add(1, 0, path(1), base(1))
runpath_list.add(2, 0, path(2), base(2))
runpath_list.add(0, 1, path(0), base(0))
self.assertEqual(8, len(runpath_list))
pfx = 'RunpathList(size' # the __repr__ function
self.assertEqual(pfx, repr(runpath_list)[:len(pfx)])
node2 = RunpathNode(2, 1, path(2), base(2))
self.assertEqual(node2, runpath_list[2])
node3 = RunpathNode(0, 0, path(0), base(0))
node4 = RunpathNode(3, 0, path(3), base(3))
node5 = RunpathNode(1, 0, path(1), base(1))
node6 = RunpathNode(2, 0, path(2), base(2))
nodeslice = [node3, node4, node5, node6]
self.assertEqual(nodeslice, runpath_list[3:7])
self.assertEqual(node6, runpath_list[-2])
with self.assertRaises(TypeError):
runpath_list["key"]
with self.assertRaises(IndexError):
runpath_list[12]
runpath_list.clear()
self.assertEqual(0, len(runpath_list))
with self.assertRaises(IndexError):
runpath_list[0]
self.assertEqual('EXPORT.txt', runpath_list.getExportFile())