def _process_virtual_config(self, block_name, virtual, virtuals, realizations, biiout):
'''Params:
block_name : BlockName
virtual: dictionary
'''
for virtual_parse_result in virtual.itervalues():
for cell_name in virtual_parse_result.apply:
block_cell_name = block_name + cell_name
try:
old_cell = self.block_holder[cell_name].cell
except KeyError:
old_cell = None
#Build a new virtual cell with the new data, keeping old if existing
new_cell = VirtualCell(block_cell_name, virtual_parse_result.code,
virtual_parse_result.leaves)
if old_cell is None:
new_cell.type = BiiType.from_extension(block_cell_name.extension)
else:
new_cell.type = old_cell.type
virtual_resource = Resource(new_cell, None)
self.block_holder.add_resource(virtual_resource)
self._process_leaves(new_cell, realizations, biiout)
virtuals.add(block_cell_name)
def virtual_dependencies_test(self):
sphereh = 'dummy/geom/sphere.h'
sphereh_test = 'dummy/geom/test/sphere.h'
sphereh_dev = 'dummy/geom/develop/sphere.h'
block_holder = self._cells_setup(
'dummy/geom',
['main.cpp', 'test/sphere.h', 'main2.cpp', 'develop/sphere.h'],
CPP)
block_holder._resources['sphere.h'] = Resource(VirtualCell(sphereh),
None)
block_holder['test/sphere.h'].cell.container = BlockCellName(sphereh)
block_holder['develop/sphere.h'].cell.container = BlockCellName(
sphereh)
block_holder['main.cpp'].cell.dependencies.unresolved = {
CPPDeclaration(sphereh_test)
}
block_holder['main2.cpp'].cell.dependencies.unresolved = {
CPPDeclaration(sphereh_dev)
}
_, outputstream = process_holder(block_holder, DependenciesProcessor())
warn = 'Block dummy/geom has absolute paths, like: #include "dummy/geom/develop/sphere.h"'
self.assertIn(warn, str(outputstream))
# Checks
main_cell = block_holder['main.cpp'].cell
self.check_dependency_set(main_cell.dependencies,
resolved=[sphereh_test],
explicit=[sphereh])
main_cell = block_holder['main2.cpp'].cell
self.check_dependency_set(main_cell.dependencies,
resolved=[sphereh_dev],
explicit=[sphereh])
def parse_virtual_test(self):
response = OutputStream()
cell = VirtualCell('usr/block/sort_controllers.py')
resource = Resource(cell, None)
self.assertFalse(resource.parse(response))
self.assertIn(
'You\'re trying to parse a virtual file: usr/block/sort_controllers.py',
str(response))
class VirtualResourceTest(unittest.TestCase):
def setUp(self):
funcion = 'def virtual(settings):\n\tif(settings.os.family == "windows"):return "win"\n\telse: return "nix"'
self.r = VirtualCell('user/module/path/to/file.h', funcion)
def testBasic(self):
s = Settings()
s.os.family = OSFamily('Linux')
self.assertEqual('user/module/path/to/nix/file.h', self.r.evaluate(s))
s.os.family = OSFamily('Windows')
self.assertEqual('user/module/path/to/win/file.h', self.r.evaluate(s))
#print self.r.leaves
def testSerialize(self):
serial = self.r.serialize()
d = CellDeserializer(BlockCellName)
deserialized = d.deserialize(serial)
self.assertEquals(self.r, deserialized)
def virtual_test(self):
references = References()
references[va].add('a.h')
code = (
'def virtual(settings):\n\tif(settings.os.family == "windows"):return "win"\n'
'\telse: return "nix"')
a = Resource(VirtualCell('user/blocka/a.h', code, {'win', 'nix'}))
awin = Resource(SimpleCell('user/blocka/win/a.h'))
anix = Resource(SimpleCell('user/blocka/nix/a.h'))
b = Resource(SimpleCell('user/blockb/b.h'))
d1 = Resource(SimpleCell('user/blockd/d.h'))
awin.cell.dependencies.explicit.add(b.name)
anix.cell.dependencies.explicit.add(d1.name)
tables = {va: [vb, vd1], vb: [], vd1: []}
api = FakeApi(zip([va, va, va, vb, vd1], [a, awin, anix, b, d1]),
tables)
#With windows settings
settings = Settings(OSInfo(OSFamily("Windows")))
biiout = OutputStream()
graph, closure, _ = build_closure(api, references, {}, settings,
biiout)
expected_graph = BlockVersionGraph()
expected_graph.add_nodes([va, vb])
expected_graph.add_edge(va, vb)
self.assertEqual(expected_graph, graph)
expected_closure = Closure({
a.name: ClosureItem(a, va),
awin.name: ClosureItem(awin, va),
b.name: ClosureItem(b, vb),
})
self.assertEqual(expected_closure, closure)
self.assertEqual("", str(biiout))
#Change settings
settings = Settings(OSInfo(OSFamily("Linux")))
biiout = OutputStream()
graph, closure, _ = build_closure(api, references, {}, settings,
biiout)
expected_graph = BlockVersionGraph()
expected_graph.add_nodes([va, vd1])
expected_graph.add_edge(va, vd1)
self.assertEqual(expected_graph, graph)
expected_closure = Closure({
a.name: ClosureItem(a, va),
anix.name: ClosureItem(anix, va),
d1.name: ClosureItem(d1, vd1),
})
self.assertEqual(expected_closure, closure)
self.assertEqual("", str(biiout))
def test_store_published_resources(self):
s = References()
brl_block = BRLBlock('dummy/dummy/block/master')
block_version = BlockVersion(brl_block, 0)
s[block_version] = [
CellName("alf.c"),
CellName("willy.c"),
CellName('maya.h'),
CellName('win/maya.h'),
CellName('nix/maya.h')
]
alf = Resource(SimpleCell("dummy/block/alf.c"),
Content(ID((0, 1, 2)), Blob("Hello Alf")))
alf.cell.ID = ID((0, 1, 2))
willy = Resource(SimpleCell("dummy/block/willy.c"),
Content(ID((0, 1, 3)), Blob("Hello Willy")))
willy.cell.ID = ID((0, 1, 45))
maya_v = Resource(VirtualCell("dummy/block/maya.h"), None)
maya_v.cell.ID = ID((0, 1, 3))
maya_win = Resource(SimpleCell("dummy/block/win/maya.h"),
Content(ID((0, 1, 4)), Blob("Hello Maya")))
maya_win.cell.ID = ID((0, 1, 4))
maya_nix = Resource(SimpleCell("dummy/block/nix/maya.h"),
Content(ID((0, 1, 5)), Blob("Hello Maya")))
maya_nix.cell.ID = ID((0, 1, 5))
# Expected return
referenced_resources = ReferencedResources()
referenced_resources[block_version].update({
CellName("alf.c"):
alf,
CellName("willy.c"):
willy,
CellName('maya.h'):
maya_v,
CellName('win/maya.h'):
maya_win,
CellName('nix/maya.h'):
maya_nix,
})
self.db.create_published_resources(referenced_resources)
retrieved = self.db.get_published_resources(s)
self.assertEquals(referenced_resources, retrieved)
def test_virtual_cell(self):
v = VirtualCell(BlockCellName('user/block/virtual.h'), "code", {"win", "nix"})
s = v.serialize()
v2 = CellDeserializer(BlockCellName).deserialize(s)
self.assertEqual(v, v2)
def setUp(self):
funcion = 'def virtual(settings):\n\tif(settings.os.family == "windows"):return "win"\n\telse: return "nix"'
self.r = VirtualCell('user/module/path/to/file.h', funcion)
def test_virtual_cell(self):
v = VirtualCell(BlockCellName('user/block/virtual.h'), "code",
{"win", "nix"})
s = v.serialize()
v2 = CellDeserializer(BlockCellName).deserialize(s)
self.assertEqual(v, v2)