def test_inheritance(self):
ast = parser.parse("""
#version 1
struct of_queue_prop {
uint16_t type == ?;
uint16_t len;
pad(4);
};
struct of_queue_prop_min_rate : of_queue_prop {
uint16_t type == 1;
uint16_t len;
pad(4);
uint16_t rate;
pad(6);
};
""")
# Not testing the parser, just making sure the AST is what we expect
expected_ast = [
['metadata', 'version', '1'],
[
'struct', 'of_queue_prop', [], None,
[['discriminator', ['scalar', 'uint16_t'], 'type'],
['data', ['scalar', 'uint16_t'], 'len'], ['pad', 4]]
],
[
'struct', 'of_queue_prop_min_rate', [], 'of_queue_prop',
[['type', ['scalar', 'uint16_t'], 'type', 1],
['data', ['scalar', 'uint16_t'], 'len'], ['pad', 4],
['data', ['scalar', 'uint16_t'], 'rate'], ['pad', 6]]
],
]
self.assertEquals(expected_ast, ast)
ofinput = frontend.create_ofinput(ast)
expected_classes = [
OFClass(name='of_queue_prop',
superclass=None,
members=[
OFDiscriminatorMember('type', 'uint16_t'),
OFLengthMember('len', 'uint16_t'),
OFPadMember(4)
],
virtual=True,
params={}),
OFClass(name='of_queue_prop_min_rate',
superclass='of_queue_prop',
members=[
OFTypeMember('type', 'uint16_t', 1),
OFLengthMember('len', 'uint16_t'),
OFPadMember(4),
OFDataMember('rate', 'uint16_t'),
OFPadMember(6)
],
virtual=False,
params={}),
]
self.assertEquals(expected_classes, ofinput.classes)
def test_empty(self):
src = """\
enum foo {
};
"""
ast = parser.parse(src)
self.assertEqual(ast, [['enum', 'foo', [], []]])
def test_empty(self):
src = """\
enum foo {
};
"""
ast = parser.parse(src)
self.assertEquals(ast, [['enum', 'foo', [], []]])
def process_input_file(filename):
"""
Process an input file
Does not modify global state.
@param filename The input filename
@returns An OFInput object
"""
# Parse the input file
try:
with open(filename, 'r') as f:
ast = parser.parse(f.read())
except pyparsing.ParseBaseException as e:
print "Parse error in %s: %s" % (os.path.basename(filename), str(e))
sys.exit(1)
# Create the OFInput from the AST
try:
ofinput = frontend.create_ofinput(ast)
except frontend.InputError as e:
print "Error in %s: %s" % (os.path.basename(filename), str(e))
sys.exit(1)
return ofinput
def test_multiple_structs(self):
src = """\
struct foo { };
struct bar { };
"""
ast = parser.parse(src)
self.assertEquals(ast.asList(),
[['struct', 'foo', []], ['struct', 'bar', []]])
def test_one(self):
src = """\
enum foo {
BAR = 1
};
"""
ast = parser.parse(src)
self.assertEqual(ast, [['enum', 'foo', [], [['BAR', [], 1]]]])
def test_pad_member(self):
src = """\
struct foo {
pad(1);
};
"""
ast = parser.parse(src)
self.assertEqual(ast, [['struct', 'foo', [], None, [['pad', 1]]]])
def test_one(self):
src = """\
enum foo {
BAR = 1
};
"""
ast = parser.parse(src)
self.assertEquals(ast, [['enum', 'foo', [], [['BAR', [], 1]]]])
def test_multiple_structs(self):
src = """\
struct foo { };
struct bar { };
"""
ast = parser.parse(src)
self.assertEquals(ast,
[['struct', 'foo', [], None, []], ['struct', 'bar', [], None, []]])
def test_discriminator(self):
src = """\
struct foo {
uint16_t foo == ?;
};
"""
ast = parser.parse(src)
self.assertEquals(ast,
[['struct', 'foo', [], None, [['discriminator', ['scalar', 'uint16_t'], 'foo']]]])
def test_inheritance(self):
src = """\
struct foo : bar {
uint16_t foo == 0x10;
};
"""
ast = parser.parse(src)
self.assertEquals(ast,
[['struct', 'foo', [], 'bar', [['type', ['scalar', 'uint16_t'], 'foo', 0x10]]]])
def test_type_member(self):
src = """\
struct foo {
uint16_t foo == 0x10;
};
"""
ast = parser.parse(src)
self.assertEquals(ast,
[['struct', 'foo', [], None, [['type', ['scalar', 'uint16_t'], 'foo', 0x10]]]])
def test_pad_member(self):
src = """\
struct foo {
pad(1);
};
"""
ast = parser.parse(src)
self.assertEquals(ast,
[['struct', 'foo', [], None, [['pad', 1]]]])
def test_list_type(self):
src = """\
struct foo {
list(of_action_t) bar;
};
"""
ast = parser.parse(src)
self.assertEquals(ast.asList(),
[['struct', 'foo', [['list(of_action_t)', 'bar']]]])
def test_array_type(self):
src = """\
struct foo {
uint32_t[4] bar;
};
"""
ast = parser.parse(src)
self.assertEquals(ast.asList(),
[['struct', 'foo', [['uint32_t[4]', 'bar']]]])
def test_array_type(self):
src = """\
struct foo {
uint32_t[4] bar;
};
"""
ast = parser.parse(src)
self.assertEquals(ast.asList(),
[['struct', 'foo', [['uint32_t[4]', 'bar']]]])
def test_one_field(self):
src = """\
struct foo {
uint32_t bar;
};
"""
ast = parser.parse(src)
self.assertEquals(ast.asList(),
[['struct', 'foo', [['uint32_t', 'bar']]]])
def test_one_field(self):
src = """\
struct foo {
uint32_t bar;
};
"""
ast = parser.parse(src)
self.assertEquals(ast,
[['struct', 'foo', [], None, [['data', ['scalar', 'uint32_t'], 'bar']]]])
def test_struct_align_arg(self):
src = """\
struct foo(align=8) {
uint32_t bar;
};
"""
ast = parser.parse(src)
self.assertEquals(ast,
[['struct', 'foo', [['align', '8']], None, [['data', ['scalar', 'uint32_t'], 'bar']]]])
def test_array_type(self):
src = """\
struct foo {
uint32_t[4] bar;
};
"""
ast = parser.parse(src)
self.assertEquals(ast,
[['struct', 'foo', [], None, [['data', ['array', 'uint32_t[4]'], 'bar']]]])
def test_list_type(self):
src = """\
struct foo {
list(of_action_t) bar;
};
"""
ast = parser.parse(src)
self.assertEquals(ast,
[['struct', 'foo', [], None, [['data', ['list', 'list(of_action_t)'], 'bar']]]])
def test_list_type(self):
src = """\
struct foo {
list(of_action_t) bar;
};
"""
ast = parser.parse(src)
self.assertEquals(ast.asList(),
[['struct', 'foo', [['list(of_action_t)', 'bar']]]])
def test_one_field(self):
src = """\
struct foo {
uint32_t bar;
};
"""
ast = parser.parse(src)
self.assertEquals(ast.asList(),
[['struct', 'foo', [['uint32_t', 'bar']]]])
def test_params(self):
src = """\
enum foo(wire_type=uint32, bitmask=False, complete=False) {
BAR = 1
};
"""
ast = parser.parse(src)
self.assertEquals(ast, [['enum', 'foo',
[ ['wire_type', 'uint32'], ['bitmask','False'], ['complete', 'False']],
[['BAR', [], 1]]]])
def test_multiple(self):
src = """\
enum foo {
OFP_A = 1,
OFP_B = 2,
OFP_C = 3
};
"""
ast = parser.parse(src)
self.assertEquals(ast, [['enum', 'foo', [], [['OFP_A', [], 1], ['OFP_B', [], 2], ['OFP_C', [], 3]]]])
def test_trailing_comma(self):
src = """\
enum foo {
OFP_A = 1,
OFP_B = 2,
OFP_C = 3,
};
"""
ast = parser.parse(src)
self.assertEquals(ast, [['enum', 'foo', [], [['OFP_A', [], 1], ['OFP_B', [], 2], ['OFP_C', [], 3]]]])
def test_trailing_comma(self):
src = """\
enum foo {
OFP_A = 1,
OFP_B = 2,
OFP_C = 3,
};
"""
ast = parser.parse(src)
self.assertEquals(ast.asList(), [['enum', 'foo', [['OFP_A', 1], ['OFP_B', 2], ['OFP_C', 3]]]])
def test_discriminator(self):
src = """\
struct foo {
uint16_t foo == ?;
};
"""
ast = parser.parse(src)
self.assertEqual(ast, [[
'struct', 'foo', [], None,
[['discriminator', ['scalar', 'uint16_t'], 'foo']]
]])
def test_type_member(self):
src = """\
struct foo {
uint16_t foo == 0x10;
};
"""
ast = parser.parse(src)
self.assertEqual(ast, [[
'struct', 'foo', [], None,
[['type', ['scalar', 'uint16_t'], 'foo', 0x10]]
]])
def test_inheritance(self):
src = """\
struct foo : bar {
uint16_t foo == 0x10;
};
"""
ast = parser.parse(src)
self.assertEqual(ast, [[
'struct', 'foo', [], 'bar',
[['type', ['scalar', 'uint16_t'], 'foo', 0x10]]
]])
def test_array_type(self):
src = """\
struct foo {
uint32_t[4] bar;
};
"""
ast = parser.parse(src)
self.assertEqual(ast, [[
'struct', 'foo', [], None,
[['data', ['array', 'uint32_t[4]'], 'bar']]
]])
def test_list_type(self):
src = """\
struct foo {
list(of_action_t) bar;
};
"""
ast = parser.parse(src)
self.assertEqual(ast, [[
'struct', 'foo', [], None,
[['data', ['list', 'list(of_action_t)'], 'bar']]
]])
def test_one_field(self):
src = """\
struct foo {
uint32_t bar;
};
"""
ast = parser.parse(src)
self.assertEqual(ast, [[
'struct', 'foo', [], None,
[['data', ['scalar', 'uint32_t'], 'bar']]
]])
def test_struct_align_arg(self):
src = """\
struct foo(align=8) {
uint32_t bar;
};
"""
ast = parser.parse(src)
self.assertEqual(ast, [[
'struct', 'foo', [['align', '8']], None,
[['data', ['scalar', 'uint32_t'], 'bar']]
]])
def test_field_length(self):
src = """\
struct foo {
uint16_t list_len == length(list);
list(of_uint32_t) list;
};
"""
ast = parser.parse(src)
self.assertEquals(ast,
[['struct', 'foo', [], None, [
['field_length', ['scalar', 'uint16_t'], 'list_len', 'list'],
['data', ['list', 'list(of_uint32_t)'], 'list']]]])
def test_params(self):
src = """\
enum foo(wire_type=uint32, bitmask=False, complete=False) {
BAR = 1
};
"""
ast = parser.parse(src)
self.assertEqual(ast, [[
'enum', 'foo',
[['wire_type', 'uint32'], ['bitmask', 'False'],
['complete', 'False']], [['BAR', [], 1]]
]])
def test_mixed(self):
src = """\
#version 1
struct foo { };
#version 2
struct bar { };
"""
ast = parser.parse(src)
self.assertEqual(
ast,
[['metadata', 'version', '1'], ['struct', 'foo', [], None, []],
['metadata', 'version', '2'], ['struct', 'bar', [], None, []]])
def process_input_file(filename):
"""
Process an input file
@param filename The input filename
@returns (wire_version, classes), where wire_version is the integer wire
protocol number and classes is the dict of all classes processed from the
file.
"""
# Parse the input file
try:
ast = parser.parse(open(filename, 'r').read())
except pyparsing.ParseBaseException as e:
print "Parse error in %s: %s" % (os.path.basename(filename), str(e))
sys.exit(1)
ofinput = of_g.OFInput()
# Now for each structure, generate lists for each member
for s in ast:
if s[0] == 'struct':
name = s[1].replace("ofp_", "of_", 1)
members = [dict(m_type=x[0], name=x[1]) for x in s[2]]
ofinput.classes[name] = members
ofinput.ordered_classes.append(name)
if name in type_maps.inheritance_map:
# Clone class into header class and add to list
ofinput.classes[name + "_header"] = members[:]
ofinput.ordered_classes.append(name + "_header")
if s[0] == 'enum':
name = s[1]
members = s[2]
ofinput.enums[name] = [(x[0], x[1]) for x in members]
elif s[0] == 'metadata':
if s[1] == 'version':
log("Found version: wire version " + s[2])
if s[2] == 'any':
ofinput.wire_versions.update(of_g.wire_ver_map.keys())
elif int(s[2]) in of_g.supported_wire_protos:
ofinput.wire_versions.add(int(s[2]))
else:
debug("Unrecognized wire protocol version")
sys.exit(1)
found_wire_version = True
if not ofinput.wire_versions:
debug("Missing #version metadata")
sys.exit(1)
return ofinput
def process_input_file(filename):
"""
Process an input file
@param filename The input filename
@returns (wire_version, classes), where wire_version is the integer wire
protocol number and classes is the dict of all classes processed from the
file.
"""
# Parse the input file
try:
ast = parser.parse(open(filename, 'r').read())
except pyparsing.ParseBaseException as e:
print "Parse error in %s: %s" % (os.path.basename(filename), str(e))
sys.exit(1)
ofinput = of_g.OFInput()
# Now for each structure, generate lists for each member
for s in ast:
if s[0] == 'struct':
name = s[1].replace("ofp_", "of_", 1)
members = [dict(m_type=x[0], name=x[1]) for x in s[2]]
ofinput.classes[name] = members
ofinput.ordered_classes.append(name)
if name in type_maps.inheritance_map:
# Clone class into header class and add to list
ofinput.classes[name + "_header"] = members[:]
ofinput.ordered_classes.append(name + "_header")
if s[0] == 'enum':
name = s[1]
members = s[2]
ofinput.enums[name] = [(x[0], x[1]) for x in members]
elif s[0] == 'metadata':
if s[1] == 'version':
log("Found version: wire version " + s[2])
if s[2] == 'any':
ofinput.wire_versions.update(of_g.wire_ver_map.keys())
elif int(s[2]) in of_g.supported_wire_protos:
ofinput.wire_versions.add(int(s[2]))
else:
debug("Unrecognized wire protocol version")
sys.exit(1)
found_wire_version = True
if not ofinput.wire_versions:
debug("Missing #version metadata")
sys.exit(1)
return ofinput
def test_field_length(self):
src = """\
struct foo {
uint16_t list_len == length(list);
list(of_uint32_t) list;
};
"""
ast = parser.parse(src)
self.assertEqual(ast, [[
'struct', 'foo', [], None,
[['field_length', ['scalar', 'uint16_t'], 'list_len', 'list'],
['data', ['list', 'list(of_uint32_t)'], 'list']]
]])
def test_comments(self):
src = """\
// comment 1
struct foo { //comment 2
// comment 3
uint32_t a; //comment 5
// comment 6
};
// comment 4
"""
ast = parser.parse(src)
self.assertEquals(ast.asList(),
[['struct', 'foo', [['uint32_t', 'a']]]])
def test_comments(self):
src = """\
// comment 1
struct foo { //comment 2
// comment 3
uint32_t a; //comment 5
// comment 6
};
// comment 4
"""
ast = parser.parse(src)
self.assertEquals(ast.asList(),
[['struct', 'foo', [['uint32_t', 'a']]]])
def test_comments(self):
src = """\
// comment 1
struct foo { //comment 2
// comment 3
uint32_t a; //comment 5
// comment 6
};
// comment 4
"""
ast = parser.parse(src)
self.assertEquals(ast,
[['struct', 'foo', [], None, [['data', ['scalar', 'uint32_t'], 'a']]]])
def test_mixed(self):
src = """\
#version 1
struct foo { };
#version 2
struct bar { };
"""
ast = parser.parse(src)
self.assertEquals(ast,
[['metadata', 'version', '1'],
['struct', 'foo', [], None, []],
['metadata', 'version', '2'],
['struct', 'bar', [], None, []]])
def test_multiple(self):
src = """\
enum foo {
OFP_A = 1,
OFP_B = 2,
OFP_C = 3
};
"""
ast = parser.parse(src)
self.assertEqual(ast, [[
'enum', 'foo', [],
[['OFP_A', [], 1], ['OFP_B', [], 2], ['OFP_C', [], 3]]
]])
def test_inheritance(self):
ast = parser.parse("""
#version 1
struct of_queue_prop {
uint16_t type == ?;
uint16_t len;
pad(4);
};
struct of_queue_prop_min_rate : of_queue_prop {
uint16_t type == 1;
uint16_t len;
pad(4);
uint16_t rate;
pad(6);
};
""")
# Not testing the parser, just making sure the AST is what we expect
expected_ast = [
['metadata', 'version', '1'],
['struct', 'of_queue_prop', [], None, [
['discriminator', ['scalar', 'uint16_t'], 'type'],
['data', ['scalar', 'uint16_t'], 'len'],
['pad', 4]]],
['struct', 'of_queue_prop_min_rate', [], 'of_queue_prop', [
['type', ['scalar', 'uint16_t'], 'type', 1],
['data', ['scalar', 'uint16_t'], 'len'],
['pad', 4],
['data', ['scalar', 'uint16_t'], 'rate'],
['pad', 6]]],
]
self.assertEquals(expected_ast, ast)
ofinput = frontend.create_ofinput(ast)
expected_classes = [
OFClass(name='of_queue_prop', superclass=None, members=[
OFDiscriminatorMember('type', 'uint16_t'),
OFLengthMember('len', 'uint16_t'),
OFPadMember(4)], virtual=True, params={}),
OFClass(name='of_queue_prop_min_rate', superclass='of_queue_prop', members= [
OFTypeMember('type', 'uint16_t', 1),
OFLengthMember('len', 'uint16_t'),
OFPadMember(4),
OFDataMember('rate', 'uint16_t'),
OFPadMember(6)], virtual=False, params= {}),
]
self.assertEquals(expected_classes, ofinput.classes)
def test_multiple_fields(self):
src = """\
struct foo {
uint32_t bar;
uint8_t baz;
uint64_t abc;
};
"""
ast = parser.parse(src)
self.assertEquals(ast.asList(),
[['struct', 'foo',
[['uint32_t', 'bar'],
['uint8_t', 'baz'],
['uint64_t', 'abc']]]])
def test_multiple_fields(self):
src = """\
struct foo {
uint32_t bar;
uint8_t baz;
uint64_t abc;
};
"""
ast = parser.parse(src)
self.assertEquals(ast.asList(),
[['struct', 'foo',
[['uint32_t', 'bar'],
['uint8_t', 'baz'],
['uint64_t', 'abc']]]])
def test_comments(self):
src = """\
// comment 1
struct foo { //comment 2
// comment 3
uint32_t a; //comment 5
// comment 6
};
// comment 4
"""
ast = parser.parse(src)
self.assertEqual(ast, [[
'struct', 'foo', [], None, [['data', ['scalar', 'uint32_t'], 'a']]
]])
def test_multiple_fields(self):
src = """\
struct foo {
uint32_t bar;
uint8_t baz;
uint64_t abc;
};
"""
ast = parser.parse(src)
self.assertEquals(ast,
[['struct', 'foo', [], None,
[['data', ['scalar', 'uint32_t'], 'bar'],
['data', ['scalar', 'uint8_t'], 'baz'],
['data', ['scalar', 'uint64_t'], 'abc']]]])
def test_multiple_fields(self):
src = """\
struct foo {
uint32_t bar;
uint8_t baz;
uint64_t abc;
};
"""
ast = parser.parse(src)
self.assertEqual(ast, [[
'struct', 'foo', [], None,
[['data', ['scalar', 'uint32_t'], 'bar'],
['data', ['scalar', 'uint8_t'], 'baz'],
['data', ['scalar', 'uint64_t'], 'abc']]
]])
def test_field_length(self):
ast = parser.parse("""
#version 1
struct of_test_entry {
uint32_t x;
};
struct of_test {
uint16_t list_len == length(list);
list(of_test_entry_t) list;
};
""")
# Not testing the parser, just making sure the AST is what we expect
expected_ast = [
['metadata', 'version', '1'],
[
'struct', 'of_test_entry', [], None,
[['data', ['scalar', 'uint32_t'], 'x']]
],
[
'struct', 'of_test', [], None,
[['field_length', ['scalar', 'uint16_t'], 'list_len', 'list'],
['data', ['list', 'list(of_test_entry_t)'], 'list']]
]
]
self.assertEqual(expected_ast, ast)
ofinput = frontend.create_ofinput("standard-1.0", ast)
expected_classes = [
OFClass(name='of_test_entry',
superclass=None,
virtual=False,
params={},
members=[OFDataMember('x', 'uint32_t')]),
OFClass(name='of_test',
superclass=None,
virtual=False,
params={},
members=[
OFFieldLengthMember('list_len', 'uint16_t', 'list'),
OFDataMember('list', 'list(of_test_entry_t)')
])
]
self.assertEqual(expected_classes, ofinput.classes)
def test_field_length(self):
ast = parser.parse("""
#version 1
struct of_test_entry {
uint32_t x;
};
struct of_test {
uint16_t list_len == length(list);
list(of_test_entry_t) list;
};
""")
# Not testing the parser, just making sure the AST is what we expect
expected_ast = [
['metadata', 'version', '1'],
['struct', 'of_test_entry', [], None, [
['data', ['scalar', 'uint32_t'], 'x']]],
['struct', 'of_test', [], None, [
['field_length', ['scalar', 'uint16_t'], 'list_len', 'list'],
['data', ['list', 'list(of_test_entry_t)'], 'list']]]
]
self.assertEquals(expected_ast, ast)
ofinput = frontend.create_ofinput("standard-1.0", ast)
expected_classes = [
OFClass(name='of_test_entry', superclass=None, virtual=False, params={},
members=[
OFDataMember('x', 'uint32_t')]),
OFClass(name='of_test', superclass=None, virtual=False, params={},
members=[
OFFieldLengthMember('list_len', 'uint16_t', 'list'),
OFDataMember('list', 'list(of_test_entry_t)')])
]
self.assertEquals(expected_classes, ofinput.classes)
def test_simple(self):
ast = parser.parse("""
#version 1
enum ofp_port_config {
OFPPC_PORT_DOWN = 0x1,
OFPPC_NO_STP = 0x2,
OFPPC_NO_RECV = 0x4,
OFPPC_NO_RECV_STP = 0x8,
OFPPC_NO_FLOOD = 0x10,
OFPPC_NO_FWD = 0x20,
OFPPC_NO_PACKET_IN = 0x40,
};
#version 2
struct of_echo_reply(align=8) {
uint8_t version;
uint8_t type == 3;
uint16_t length;
uint32_t xid;
of_octets_t data;
};
enum ofp_queue_op_failed_code(wire_type=uint32, bitmask=False, complete=True) {
OFPQOFC_BAD_PORT = 0,
OFPQOFC_BAD_QUEUE = 1,
OFPQOFC_EPERM = 2,
};
struct of_packet_queue {
uint32_t queue_id;
uint16_t len;
pad(2);
list(of_queue_prop_t) properties;
};
""")
# Not testing the parser, just making sure the AST is what we expect
expected_ast = [
['metadata', 'version', '1'],
['enum', 'ofp_port_config', [], [
['OFPPC_PORT_DOWN', [], 1],
['OFPPC_NO_STP', [], 2],
['OFPPC_NO_RECV', [], 4],
['OFPPC_NO_RECV_STP', [], 8],
['OFPPC_NO_FLOOD', [], 16],
['OFPPC_NO_FWD', [], 32],
['OFPPC_NO_PACKET_IN', [], 64]]],
['metadata', 'version', '2'],
['struct', 'of_echo_reply', [['align', '8']], None, [
['data', ['scalar', 'uint8_t'], 'version'],
['type', ['scalar', 'uint8_t'], 'type', 3],
['data', ['scalar', 'uint16_t'], 'length'],
['data', ['scalar', 'uint32_t'], 'xid'],
['data', ['scalar', 'of_octets_t'], 'data']]],
['enum', 'ofp_queue_op_failed_code',
[['wire_type', 'uint32'], ['bitmask','False'], ['complete', 'True']], [
['OFPQOFC_BAD_PORT', [], 0],
['OFPQOFC_BAD_QUEUE', [], 1],
['OFPQOFC_EPERM', [], 2]]],
['struct', 'of_packet_queue', [], None, [
['data', ['scalar', 'uint32_t'], 'queue_id'],
['data', ['scalar', 'uint16_t'], 'len'],
['pad', 2],
['data', ['list', 'list(of_queue_prop_t)'], 'properties']]],
]
self.assertEquals(expected_ast, ast)
ofinput = frontend.create_ofinput(ast)
self.assertEquals(set([1, 2]), ofinput.wire_versions)
expected_classes = [
OFClass(name='of_echo_reply', superclass=None, members=[
OFDataMember('version', 'uint8_t'), # XXX
OFTypeMember('type', 'uint8_t', 3),
OFLengthMember('length', 'uint16_t'),
OFDataMember('xid', 'uint32_t'),
OFDataMember('data', 'of_octets_t')], virtual=False,
params={'align': '8'}),
OFClass(name='of_packet_queue', superclass=None, members=[
OFDataMember('queue_id', 'uint32_t'),
OFLengthMember('len', 'uint16_t'),
OFPadMember(2),
OFDataMember('properties', 'list(of_queue_prop_t)')], virtual=False, params={}),
]
self.assertEquals(expected_classes, ofinput.classes)
expected_enums = [
OFEnum(name='ofp_port_config', entries=[
OFEnumEntry('OFPPC_PORT_DOWN', 1, {}),
OFEnumEntry('OFPPC_NO_STP', 2, {}),
OFEnumEntry('OFPPC_NO_RECV', 4, {}),
OFEnumEntry('OFPPC_NO_RECV_STP', 8, {}),
OFEnumEntry('OFPPC_NO_FLOOD', 16, {}),
OFEnumEntry('OFPPC_NO_FWD', 32, {}),
OFEnumEntry('OFPPC_NO_PACKET_IN', 64, {})], params={}),
OFEnum(name='ofp_queue_op_failed_code', entries=[
OFEnumEntry('OFPQOFC_BAD_PORT', 0, {}),
OFEnumEntry('OFPQOFC_BAD_QUEUE', 1, {}),
OFEnumEntry('OFPQOFC_EPERM', 2, {})],
params={'wire_type': 'uint32', 'bitmask': 'False', 'complete': 'True'}),
]
self.assertEquals(expected_enums, ofinput.enums)
def syntax_error(self, src, regex):
with self.assertRaisesRegexp(pyparsing.ParseSyntaxException, regex):
parser.parse(src)
def test_empty(self):
src = """\
struct foo { };
"""
ast = parser.parse(src)
self.assertEqual(ast, [['struct', 'foo', [], None, []]])
def syntax_error(self, src, regex):
with self.assertRaisesRegex(pyparsing.ParseSyntaxException, regex):
parser.parse(src)
def test_empty(self):
src = """\
struct foo { };
"""
ast = parser.parse(src)
self.assertEquals(ast, [['struct', 'foo', [], None, []]])
def test_version(self):
src = """\
#version 1
"""
ast = parser.parse(src)
self.assertEqual(ast, [['metadata', 'version', '1']])
