def test_exported_hierarchy(self):
compiled_design = ScalaCompiler.compile(ExportPortHierarchyBlockTop)
pb = compiled_design.contents.blocks['block'].hierarchy
self.assertEqual(
pb.self_class.target.name,
'edg_core.test_hierarchy_block.ExportPortHierarchyBlock')
self.assertEqual(len(pb.ports), 1)
self.assertEqual(pb.ports['exported'].port.self_class.target.name,
'edg_core.test_common.TestPortSink')
self.assertEqual(len(pb.blocks), 1)
self.assertEqual(pb.blocks['sink'].hierarchy.self_class.target.name,
'edg_core.test_common.TestBlockSink')
self.assertEqual(
pb.blocks['sink'].hierarchy.ports['sink'].port.self_class.target.
name, 'edg_core.test_common.TestPortSink')
self.assertEqual(len(pb.links), 0)
expected_conn = edgir.ValueExpr()
expected_conn.exported.exterior_port.ref.steps.add().name = 'exported'
expected_conn.exported.internal_block_port.ref.steps.add(
).name = 'sink'
expected_conn.exported.internal_block_port.ref.steps.add(
).name = 'sink'
self.assertIn(expected_conn, pb.constraints.values())
def test_bridge_hierarchy(self):
compiled_design = ScalaCompiler.compile(PortBridgeHierarchyBlockTop)
pb = compiled_design.contents.blocks['block'].hierarchy
self.assertEqual(
pb.self_class.target.name,
'edg_core.test_hierarchy_block.PortBridgeHierarchyBlock')
self.assertEqual(len(pb.ports), 1)
self.assertEqual(pb.ports['source_port'].port.self_class.target.name,
"edg_core.test_common.TestPortSink")
self.assertEqual(len(pb.blocks), 3)
self.assertEqual(
pb.blocks['(bridge)source_port'].hierarchy.self_class.target.name,
'edg_core.test_common.TestPortBridge')
self.assertEqual(
pb.blocks['(bridge)source_port'].hierarchy.ports['inner_link'].
port.self_class.target.name, "edg_core.test_common.TestPortSource")
self.assertEqual(
pb.blocks['(bridge)source_port'].hierarchy.ports['outer_port'].
port.self_class.target.name, "edg_core.test_common.TestPortSink")
self.assertEqual(pb.blocks['sink1'].hierarchy.self_class.target.name,
'edg_core.test_common.TestBlockSink')
self.assertEqual(
pb.blocks['sink1'].hierarchy.ports['sink'].port.self_class.target.
name, 'edg_core.test_common.TestPortSink')
self.assertEqual(pb.blocks['sink2'].hierarchy.self_class.target.name,
'edg_core.test_common.TestBlockSink')
self.assertEqual(
pb.blocks['sink2'].hierarchy.ports['sink'].port.self_class.target.
name, 'edg_core.test_common.TestPortSink')
self.assertEqual(len(pb.links), 1)
self.assertEqual(pb.links['test_net'].link.self_class.target.name,
'edg_core.test_common.TestLink')
self.assertEqual(
pb.links['test_net'].link.ports['source'].port.self_class.target.
name, "edg_core.test_common.TestPortSource")
self.assertEqual(
pb.links['test_net'].link.ports['sinks'].array.ports['0'].port.
self_class.target.name, "edg_core.test_common.TestPortSink")
self.assertEqual(
pb.links['test_net'].link.ports['sinks'].array.ports['1'].port.
self_class.target.name, "edg_core.test_common.TestPortSink")
expected_conn = edgir.ValueExpr()
expected_conn.connected.link_port.ref.steps.add().name = 'test_net'
expected_conn.connected.link_port.ref.steps.add().name = 'source'
expected_conn.connected.block_port.ref.steps.add(
).name = '(bridge)source_port'
expected_conn.connected.block_port.ref.steps.add().name = 'inner_link'
self.assertIn(expected_conn, pb.constraints.values())
expected_conn = edgir.ValueExpr()
expected_conn.exported.exterior_port.ref.steps.add(
).name = 'source_port'
expected_conn.exported.internal_block_port.ref.steps.add(
).name = '(bridge)source_port'
expected_conn.exported.internal_block_port.ref.steps.add(
).name = 'outer_port'
self.assertIn(expected_conn, pb.constraints.values())
expected_conn = edgir.ValueExpr()
expected_conn.connected.link_port.ref.steps.add().name = 'test_net'
expected_conn.connected.link_port.ref.steps.add().name = 'sinks'
expected_conn.connected.link_port.ref.steps.add().name = '0'
expected_conn.connected.block_port.ref.steps.add().name = 'sink1'
expected_conn.connected.block_port.ref.steps.add().name = 'sink'
self.assertIn(expected_conn, pb.constraints.values())
expected_conn = edgir.ValueExpr()
expected_conn.connected.link_port.ref.steps.add().name = 'test_net'
expected_conn.connected.link_port.ref.steps.add().name = 'sinks'
expected_conn.connected.link_port.ref.steps.add().name = '1'
expected_conn.connected.block_port.ref.steps.add().name = 'sink2'
expected_conn.connected.block_port.ref.steps.add().name = 'sink'
self.assertIn(expected_conn, pb.constraints.values())
def test_single_hierarchy(self):
"""
Tests design instantiation with a single level of hierarchy blocks.
Only tests that the contained blocks are instantiated and structurally correct, does not check internal constraints
"""
compiled_design = ScalaCompiler.compile(TopHierarchyBlock)
pb = compiled_design.contents
self.assertEqual(pb.self_class.target.name,
'edg_core.test_hierarchy_block.TopHierarchyBlock')
self.assertEqual(len(pb.blocks), 3)
self.assertEqual(pb.blocks['source'].hierarchy.self_class.target.name,
'edg_core.test_common.TestBlockSource')
self.assertEqual(
pb.blocks['source'].hierarchy.ports['source'].port.self_class.
target.name, 'edg_core.test_common.TestPortSource')
self.assertEqual(pb.blocks['sink1'].hierarchy.self_class.target.name,
'edg_core.test_common.TestBlockSink')
self.assertEqual(
pb.blocks['sink1'].hierarchy.ports['sink'].port.self_class.target.
name, 'edg_core.test_common.TestPortSink')
self.assertEqual(pb.blocks['sink2'].hierarchy.self_class.target.name,
'edg_core.test_common.TestBlockSink')
self.assertEqual(
pb.blocks['sink2'].hierarchy.ports['sink'].port.self_class.target.
name, 'edg_core.test_common.TestPortSink')
self.assertEqual(pb.links['test_net'].link.self_class.target.name,
'edg_core.test_common.TestLink')
self.assertEqual(
pb.links['test_net'].link.ports['source'].port.self_class.target.
name, "edg_core.test_common.TestPortSource")
self.assertEqual(
pb.links['test_net'].link.ports['sinks'].array.ports['0'].port.
self_class.target.name, "edg_core.test_common.TestPortSink")
self.assertEqual(
pb.links['test_net'].link.ports['sinks'].array.ports['1'].port.
self_class.target.name, "edg_core.test_common.TestPortSink")
expected_conn = edgir.ValueExpr()
expected_conn.connected.link_port.ref.steps.add().name = 'test_net'
expected_conn.connected.link_port.ref.steps.add().name = 'source'
expected_conn.connected.block_port.ref.steps.add().name = 'source'
expected_conn.connected.block_port.ref.steps.add().name = 'source'
self.assertIn(expected_conn, pb.constraints.values())
expected_conn = edgir.ValueExpr()
expected_conn.connected.link_port.ref.steps.add().name = 'test_net'
expected_conn.connected.link_port.ref.steps.add().name = 'sinks'
expected_conn.connected.link_port.ref.steps.add().name = '0'
expected_conn.connected.block_port.ref.steps.add().name = 'sink1'
expected_conn.connected.block_port.ref.steps.add().name = 'sink'
self.assertIn(expected_conn, pb.constraints.values())
expected_conn = edgir.ValueExpr()
expected_conn.connected.link_port.ref.steps.add().name = 'test_net'
expected_conn.connected.link_port.ref.steps.add().name = 'sinks'
expected_conn.connected.link_port.ref.steps.add().name = '1'
expected_conn.connected.block_port.ref.steps.add().name = 'sink2'
expected_conn.connected.block_port.ref.steps.add().name = 'sink'
self.assertIn(expected_conn, pb.constraints.values())
def setUp(self) -> None: self.compiled = ScalaCompiler.compile(TestEvalReductionBlock)
def setUp(self) -> None: self.compiled = ScalaCompiler.compile(TestEvalExprBlock)
def setUp(self) -> None:
self.compiled = ScalaCompiler.compile(TestPortConstPropTopBlock)
def setUp(self) -> None:
self.compiled = ScalaCompiler.compile(TestParameterConstProp)
def setUp(self) -> None:
self.compiled = ScalaCompiler.compile(TestDisconnectedTopBlock)