def machine_register_2_5(mach):
# machine class definition function
mach.class_init = Function("machine_%s_class_init" % mach.qtn.for_id_name,
static=True,
ret_type=Type["void"],
args=[
Type["ObjectClass"].gen_var("oc",
pointer=True),
Type["void"].gen_var("opaque", pointer=True)
],
body="""\
MachineClass *mc = MACHINE_CLASS(oc);
mc->name = \"{type_name}\";
mc->desc = \"{desc}\";
mc->init = {instance_init};
""".format(type_name=mach.qtn.for_id_name,
desc=mach.desc,
instance_init=mach.instance_init.name),
used_types=[
Type["MachineClass"], Type["MACHINE_CLASS"],
mach.instance_init
])
mach.source.add_type(mach.class_init)
# machine type definition structure
type_machine_macro = Type["TYPE_MACHINE"]
type_machine_suf_macro = Type["TYPE_MACHINE_SUFFIX"]
mach.type_info = Type["TypeInfo"].gen_var(
name="machine_type_%s" % mach.qtn.for_id_name,
static=True,
initializer=Initializer(
{
"name":
'"%s" %s' %
(mach.qtn.for_id_name, type_machine_suf_macro.name),
"parent":
type_machine_macro,
"class_init":
mach.class_init
},
used_types=[type_machine_suf_macro]))
mach.source.add_global_variable(mach.type_info)
# machine type registration function
mach.type_reg_func = Function("machine_init_%s" % mach.qtn.for_id_name,
body="""\
type_register(&{type_info});
""".format(type_info=mach.type_info.name),
static=True,
used_types=[Type["type_register"]],
used_globals=[mach.type_info])
mach.source.add_type(mach.type_reg_func)
# Main machine registration macro
def_type = get_vp("machine initialization function register type name")
machine_init_def_args = Initializer(code={"function": mach.type_reg_func})
mach.source.add_type(
Type[def_type].gen_usage(initializer=machine_init_def_args))
def setUp(self):
super(TestOpaqueCode, self).setUp()
name = type(self).__name__
hdr = Header(name.lower() + ".h", protection=False)
test_var = Type["int"]("test_var")
test_func = Function(name="test_func")
opaque_top = OpaqueCode("""\
/* Generic comment above macros */
""",
weight=0)
opaque_bottom = OpaqueCode("""
/* A comment at bottom of file */
""",
weight=10)
opaque_middle = OpaqueCode("""
/* How to use test_var and test_func. */
""",
used_variables=[test_var],
used_types=[test_func]
# Default weight (5)
)
hdr.add_types([
# Yields #define statement with weight 1
Macro("TEST_MACRO"),
# Yields function declaration with weight 6
Function(name="another_test_func"),
opaque_middle,
opaque_bottom,
opaque_top
])
hdr_content = """\
/* {path} */
/* Generic comment above macros */
#define TEST_MACRO
extern int test_var;
void test_func(void);
/* How to use test_var and test_func. */
void another_test_func(void);
/* A comment at bottom of file */
""".format(path=hdr.path)
self.files = [(hdr, hdr_content)]
def setUp(self):
super(TestSeparateCases, self).setUp()
src = Source(type(self).__name__.lower() + ".c")
i = Type["int"]("i")
src.add_type(
Function(name="func_a",
body=BodyTree()(Declare(OpDeclareAssign(i, 0)),
BranchSwitch(i, separate_cases=True)(
SwitchCase(1), SwitchCase(2)))))
src_content = """\
/* {} */
void func_a(void)
{{
int i = 0;
switch (i) {{
case 1:
break;
case 2:
break;
default:
break;
}}
}}
""".format(src.path)
self.files = [(src, src_content)]
def setUp(self):
super(TestRedirectionToDeclaration, self).setUp()
name = type(self).__name__
private_h = Header("private.h")
private_h.add_type(Structure("Private"))
public_h = Header("public.h")
public_h.add_types([
Type["Private"].gen_forward_declaration(),
Function("public_func")
])
private_c = Source("private.c")
public_func_impl = Type["public_func"].gen_definition()
private_c.add_type(public_func_impl)
src = Source(name.lower() + ".c").add_global_variable(
# It must internally re-direct pointer from type "Private"
# to "Private.declaration", its forward declaration.
Pointer(Type["Private"])("handler"))
src.add_type(Pointer(public_func_impl, name="cb_ptr"))
src_content = """\
/* %s */
#include "public.h"
typedef void (*cb_ptr)(void);
Private *handler __attribute__((unused));
""" % (name.lower() + ".c")
self.files = [(src, src_content)]
def setUp(self):
super(TestLabelAndGotoGeneration, self).setUp()
name = type(self).__name__
src = Source(name.lower() + ".c")
lbl = Label("begin")
i = Type["int"]("i")
src.add_type(
Function(name="main",
body=BodyTree()(Declare(i), lbl, OpAssign(i, OpAdd(i, 1)),
Goto(lbl))))
src_content = """\
/* {} */
void main(void)
{{
int i;
begin:
i = i + 1;
goto begin;
}}
""".format(src.path)
self.files = [(src, src_content)]
def setUp(self):
super(TestHeaderInclusion, self).setUp()
name = type(self).__name__
f = Function(name="test_f")
f_def = f.gen_definition()
hdr = Header(name.lower() + ".h").add_type(f)
hdr_content = """\
/* {path} */
#ifndef INCLUDE_{fname_upper}_H
#define INCLUDE_{fname_upper}_H
void test_f(void);
#endif /* INCLUDE_{fname_upper}_H */
""".format(path=hdr.path, fname_upper=name.upper())
src1 = Source(name.lower() + ".c").add_type(f_def)
src1_content = """\
/* {} */
void test_f(void) {{}}
""".format(src1.path)
src2 = Source(name.lower() + "2.c").add_type(
Function(
name="func_a",
body=BodyTree()(
Call(f_def) # use function definition to Call
)))
src2_content = """\
/* {} */
#include "{}"
void func_a(void)
{{
test_f();
}}
""".format(src2.path, hdr.path)
self.files = [(hdr, hdr_content), (src1, src1_content),
(src2, src2_content)]
def define_qemu_2_6_5_types():
add_base_types()
define_only_qemu_2_6_0_types()
if get_vp("char backend hotswap handler"):
Header["chardev/char-fe.h"].add_type(
Function("BackendChangeHandler",
ret_type=Type["int"],
args=[Type["void"].gen_var("opaque", pointer=True)]))
def gen_register_types_fn(self, *infos):
fn = Function(name=self.gen_register_types_name(),
body=BodyTree()(*[
Call(Type["type_register_static"], OpAddr(info))
for info in infos
]),
static=True)
return fn
def timer_gen_cb(self, index, source, state_struct, type_cast_macro):
timer_cb = Function(name=self.timer_cb_name(index),
body="""\
__attribute__((unused))@b%s@b*s@b=@s%s(opaque);
""" % (state_struct.name, self.type_cast_macro.name),
args=[Pointer(Type["void"])("opaque")],
static=True,
used_types=set([state_struct, type_cast_macro]))
source.add_type(timer_cb)
return timer_cb
def define_msi_init_2_6_0():
Header["hw/pci/msi.h"].add_type(
Function("msi_init",
ret_type=Type["int"],
args=[
Type["PCIDevice"].gen_var("dev", pointer=True),
Type["uint8_t"].gen_var("offset"),
Type["unsigned int"].gen_var("nr_vectors"),
Type["bool"].gen_var("msi64bit"),
Type["bool"].gen_var("msi_per_vector_mask")
]))
def define_msi_init_2_6_0():
Header.lookup("hw/pci/msi.h").add_type(
Function(name="msi_init",
ret_type=Type.lookup("int"),
args=[
Type.lookup("PCIDevice").gen_var("dev", pointer=True),
Type.lookup("uint8_t").gen_var("offset"),
Type.lookup("unsigned int").gen_var("nr_vectors"),
Type.lookup("bool").gen_var("msi64bit"),
Type.lookup("bool").gen_var("msi_per_vector_mask")
]))
def gen_register_types_fn(self, *infos):
body = ""
for info in infos:
body += " type_register_static(&%s);\n" % info.name
fn = Function(name=self.gen_register_types_name(),
body=body,
static=True,
used_types=[Type.lookup("type_register_static")],
used_globals=list(infos))
return fn
def define_msi_init_2_6_5():
Header["hw/pci/msi.h"].add_type(
Function(name="msi_init",
ret_type=Type["int"],
args=[
Pointer(Type["PCIDevice"])("dev"),
Type["uint8_t"]("offset"),
Type["unsigned int"]("nr_vectors"),
Type["bool"]("msi64bit"),
Type["bool"]("msi_per_vector_mask"),
Pointer(Pointer(Type["Error"]))("errp")
]))
def machine_register_2_6(mach):
# machine class definition function
mach.class_init = Function(
name="machine_%s_class_init" % mach.qtn.for_id_name,
static=True,
ret_type=Type.lookup("void"),
args=[
Type.lookup("ObjectClass").gen_var("oc", pointer=True),
Type.lookup("void").gen_var("opaque", pointer=True)
],
body="""\
MachineClass *mc = MACHINE_CLASS(oc);
mc->desc = \"{desc}\";
mc->init = {instance_init};
""".format(desc=mach.desc, instance_init=mach.instance_init.name),
used_types=[
Type.lookup("MachineClass"),
Type.lookup("MACHINE_CLASS"), mach.instance_init
])
mach.source.add_type(mach.class_init)
# machine type definition structure
type_machine_macro = Type.lookup("TYPE_MACHINE")
type_machine_type_name_macro = Type.lookup("MACHINE_TYPE_NAME")
mach.type_info = Type.lookup("TypeInfo").gen_var(
name="machine_type_%s" % mach.qtn.for_id_name,
static=True,
initializer=Initializer(
{
"name":
type_machine_type_name_macro.gen_usage_string(
Initializer({"machinename": '"%s"' % mach.qtn.for_id_name
})),
"parent":
type_machine_macro,
"class_init":
mach.class_init
},
used_types=[type_machine_type_name_macro]))
mach.source.add_global_variable(mach.type_info)
# machine type registration function
mach.type_reg_func = mach.gen_register_types_fn(mach.type_info)
mach.source.add_type(mach.type_reg_func)
# Main machine registration macro
machine_init_def = Type.lookup("type_init").gen_var()
machine_init_def_args = Initializer({"function": mach.type_reg_func})
mach.source.add_usage(machine_init_def.gen_usage(machine_init_def_args))
def gen_instance_init_fn(self, state_struct,
code = "",
s_is_used = False,
used_types = [],
used_globals = []
):
type_cast_macro = Type.lookup(self.qtn.for_macros)
total_used_types = set([state_struct, type_cast_macro])
total_used_types.update(used_types)
if self.timer_num > 0:
total_used_types.update([
Type.lookup("QEMU_CLOCK_VIRTUAL"),
Type.lookup("timer_new_ns")
])
s_is_used = True
code += "\n"
for timerN in range(self.timer_num):
cb = self.timer_gen_cb(timerN, self.source, state_struct,
self.type_cast_macro
)
total_used_types.add(cb)
code += """\
s->%s@b=@stimer_new_ns(@aQEMU_CLOCK_VIRTUAL,@s%s,@ss);
""" % (self.timer_name(timerN), cb.name,
)
fn = Function(
name = self.gen_instance_init_name(),
body = """\
{used}{Struct}@b*s@b=@s{UPPER}(obj);
{extra_code}\
""".format(
Struct = state_struct.name,
UPPER = type_cast_macro.name,
extra_code = code,
used = "" if s_is_used else "__attribute__((unused))@b"
),
static = True,
args = [
Type.lookup("Object").gen_var("obj", pointer = True)
],
used_types = total_used_types,
used_globals = used_globals
)
return fn
def _parse(self):
funclines = {}
source = None
with open(self.filename) as f:
for line in f:
line = line.strip()
if line == 'end_of_record':
if source is not None:
directory, filename = os.path.split(source.filename)
self.sources[directory][filename] = source
source = None
else:
key, argstr = tuple(line.split(':'))
args = argstr.split(',')
if key == 'SF':
fname = args[0]
if fname.startswith(self.basepath):
source = Source(args[0])
else:
source = None
elif source is not None:
if key == 'FN':
name = args[1]
funclines[name] = int(args[0])
elif key == 'FNDA':
hits = int(args[0])
name = args[1]
func = Function(funclines[name], name, hits)
source.add_function(func)
elif key == 'BRDA':
line = int(args[0])
path = int(args[2])
hits = 0 if args[3] == '-' else int(args[3])
source.add_branch(Branch(line, path, hits))
elif key == 'DA':
line = int(args[0])
hits = int(args[1])
source.add_line(Line(line, hits))
def setUp(self):
super(TestEnumerations, self).setUp()
name = type(self).__name__
try:
h = Header["enums.h"]
except:
h = Header("enums.h")
h.add_type(Enumeration("A", [("one", 1), ("two", 2)]))
a = Type["int"]("a")
b = Type["int"]("b")
c = Type["int"]("c")
src = Source(name.lower() + ".c").add_types([
Enumeration("B", [("three", 3), ("four", 4)], "B"),
Function(name="main",
body=BodyTree()(Declare(a, b, c),
OpAssign(a, Type["A"].one),
OpAssign(b, Type["B"].three),
OpAssign(c, Type["four"])))
])
src_content = """\
/* {} */
#include "enums.h"
enum B {{
three = 3,
four = 4
}};
void main(void)
{{
int a, b, c;
a = one;
b = three;
c = four;
}}
""".format(src.path)
self.files = [(src, src_content)]
def fill_source(self):
""" Adds a hook callback in MMIO read handler.
"""
super(CustomSBDType, self).fill_source()
# Now, code of device's module is generated. It's time to patch it!
# Assuming, your code uses functions and types from your header.
custom_h = Header("custom-api.h", is_global=True)
# If your header is inside Qemu source tree and under Git, then you
# likely should write above statement as follows:
#
# custom_h = Header["custom/custom-api.h"]
#
# Because the header is already registered.
# To use custom functions (and other things) you must declare them.
# Note that, macros are added automatically if header is inside Qemu
# source tree.
# Only name is sufficient because no code will be generated for them.
custom_h.add_types([Function("custom_callback")])
read_func = self.find_mmio_read_helper(0)
# We are going to pass second and following argument values of the
# read helper to the custom callback.
# Of course, you can made different choice in your code.
args2callback = read_func.args[1:]
# Insert function call statement before 3-nd statement.
# Note, first statements are likely variable declarations.
# This is for prettiness only.
read_func.body.children.insert(2,
Call("custom_callback", *args2callback))
def gen_realize(self, dev_type_name,
code = "",
s_is_used = False,
used_types = [],
used_globals = []
):
total_used_types = set([self.state_struct, self.type_cast_macro])
total_used_types.update(used_types)
total_used_globals = list(used_globals)
if self.char_num > 0:
if get_vp()["v2.8 chardev"]:
helper_name = "qemu_chr_fe_set_handlers"
char_name_fmt = "&s->%s"
extra_args = ",@sNULL,@strue"
else:
helper_name = "qemu_chr_add_handlers"
char_name_fmt = "s->%s"
extra_args = ""
total_used_types.add(Type[helper_name])
code += "\n"
s_is_used = True
for chrN in range(self.char_num):
chr_name = self.char_name(chrN)
har_handlers = self.char_gen_handlers(chrN, self.source,
self.state_struct, self.type_cast_macro
)
code += """\
if@b({chr_name})@b{{
{helper_name}(@a{chr_name},@s{helpers},@ss{extra_args});
}}
""".format(
helper_name = helper_name,
chr_name = char_name_fmt % chr_name,
helpers = ",@s".join([h.name for h in har_handlers]),
extra_args = extra_args
)
total_used_types.update(har_handlers)
if self.block_num > 0:
code += "\n"
s_is_used = True
# actually not, but user probably needed functions from same header
total_used_types.add(Type["BlockDevOps"])
for blkN in range(self.block_num):
blk_name = self.block_name(blkN)
code += """\
if@b(s->%s)@b{
/*@sTODO:@sImplement@sinteraction@swith@sblock@sdriver.@c@s*/
}
""" % (blk_name
)
if self.nic_num > 0:
code += "\n"
s_is_used = True
def_mac = Type["qemu_macaddr_default_if_unset"]
fmt_info = Type["qemu_format_nic_info_str"]
obj_tn = Type["object_get_typename"]
obj_cast = Type["OBJECT"]
def_cast = Type["DEVICE"]
new_nic = Type["qemu_new_nic"]
get_queue = Type["qemu_get_queue"]
total_used_types.update([def_mac, fmt_info, obj_tn, obj_cast,
def_cast, new_nic, get_queue
])
for nicN in range(self.nic_num):
conf_name = self.nic_conf_name(nicN)
nic_name = self.nic_name(nicN)
info = self.gen_net_client_info(nicN)
self.source.add_global_variable(info)
total_used_globals.append(info)
code += """\
{def_mac}(&s->{conf_name}.macaddr);
s->{nic_name}@b=@s{new_nic}(@a&{info},@s&s->{conf_name},@s{obj_tn}\
({obj_cast}(s)),@s{def_cast}(s)->id,@ss);
{fmt_info}(@a{get_queue}(s->{nic_name}),@ss->{conf_name}.macaddr.a);
""".format(
def_mac = def_mac.name,
conf_name = conf_name,
nic_name = nic_name,
new_nic = new_nic.name,
info = info.name,
obj_tn = obj_tn.name,
obj_cast = obj_cast.name,
def_cast = def_cast.name,
fmt_info = fmt_info.name,
get_queue = get_queue.name
)
fn = Function(
name = "%s_realize" % self.qtn.for_id_name,
body = """\
{unused}{Struct}@b*s@b=@s{UPPER}(dev);
{extra_code}\
""".format(
unused = "" if s_is_used else "__attribute__((unused))@b",
Struct = self.state_struct.name,
UPPER = self.type_cast_macro.name,
extra_code = code
),
args = [
Pointer(Type[dev_type_name])("dev"),
Pointer(Pointer(Type["Error"]))("errp")
],
static = True,
used_types = total_used_types,
used_globals = total_used_globals
)
return fn
def machine_register_2_5(mach):
# machine class definition function
class_init = Function(
name = "machine_%s_class_init" % mach.qtn.for_id_name,
static = True,
ret_type = Type["void"],
args = [
Pointer(Type["ObjectClass"])("oc"),
Pointer(Type["void"])("opaque")
]
)
mc = Pointer(Type["MachineClass"])("mc")
class_init.body = BodyTree()(
Declare(
OpDeclareAssign(
mc,
MCall(
"MACHINE_CLASS",
class_init.args[0]
)
)
),
NewLine(),
OpAssign(
OpSDeref(mc, "name"),
mach.qtn.for_id_name
),
OpAssign(
OpSDeref(mc, "desc"),
mach.desc
),
OpAssign(
OpSDeref(mc, "init"),
mach.instance_init
)
)
mach.class_init = class_init
mach.source.add_type(class_init)
# machine type definition structure
type_machine_macro = Type["TYPE_MACHINE"]
type_machine_suf_macro = Type["TYPE_MACHINE_SUFFIX"]
mach.type_info = Type["TypeInfo"](
name = "machine_type_%s" % mach.qtn.for_id_name,
static = True,
initializer = Initializer({
"name" : '"%s" %s' % (mach.qtn.for_id_name,
type_machine_suf_macro.name
),
"parent" : type_machine_macro,
"class_init" : mach.class_init
},
used_types = [ type_machine_suf_macro ]
)
)
mach.source.add_global_variable(mach.type_info)
# machine type registration function
mach.type_reg_func = Function(
name = "machine_init_%s" % mach.qtn.for_id_name,
body = BodyTree()(
Call(
"type_register",
OpAddr(mach.type_info)
)
),
static = True
)
mach.source.add_type(mach.type_reg_func)
# Main machine registration macro
def_type = get_vp("machine initialization function register type name")
machine_init_def_args = Initializer(
code = { "function": mach.type_reg_func }
)
mach.source.add_type(
Type[def_type].gen_type(initializer = machine_init_def_args)
)
def machine_register_2_6(mach):
# machine class definition function
class_init = Function(
name = "machine_%s_class_init" % mach.qtn.for_id_name,
static = True,
ret_type = Type["void"],
args = [
Pointer(Type["ObjectClass"])("oc"),
Pointer(Type["void"])("opaque")
]
)
mc = Pointer(Type["MachineClass"])("mc")
class_init.body = BodyTree()(
Declare(
OpDeclareAssign(
mc,
MCall(
"MACHINE_CLASS",
class_init.args[0]
)
)
),
NewLine(),
OpAssign(
OpSDeref(mc, "desc"),
mach.desc
),
OpAssign(
OpSDeref(mc, "init"),
mach.instance_init
)
)
mach.class_init = class_init
mach.source.add_type(class_init)
# machine type definition structure
type_machine_macro = Type["TYPE_MACHINE"]
type_machine_type_name_macro = Type["MACHINE_TYPE_NAME"]
mach.type_info = Type["TypeInfo"](
name = "machine_type_%s" % mach.qtn.for_id_name,
static = True,
initializer = Initializer({
"name" : type_machine_type_name_macro.gen_usage_string(
Initializer({
"machinename" : '"%s"' % mach.qtn.for_id_name
})
),
"parent" : type_machine_macro,
"class_init" : mach.class_init
},
used_types = [ type_machine_type_name_macro ]
)
)
mach.source.add_global_variable(mach.type_info)
# machine type registration function
mach.type_reg_func = mach.gen_register_types_fn(mach.type_info)
mach.source.add_type(mach.type_reg_func)
# Main machine registration macro
machine_init_def_args = Initializer({ "function": mach.type_reg_func })
mach.source.add_type(
Type["type_init"].gen_type(initializer = machine_init_def_args)
)
def define_only_qemu_2_6_0_types():
# According to Qemu inclusion policy, each source file must include
# qemu/osdep.h. This could be met using different ways. For now add a
# reference to a fake type inside osdep.h.
# TODO: the tweak must be handled using version API.
osdep_fake_type = Type("FAKE_TYPE_IN_QEMU_OSDEP")
if not get_vp("tcg_enabled is macro"):
Header.lookup("qemu-common.h").add_types(
[Function("tcg_enabled", ret_type=Type.lookup("bool"))])
Header.lookup("tcg.h").add_types([
Type("TCGv_i32"),
Type("TCGv_i64"),
Type("TCGv_ptr"),
Type("TCGv_env"),
Type("TCGv"),
Function("tcg_global_mem_new_i32"),
Function("tcg_global_mem_new_i64"),
Function("tcg_op_buf_full")
])
Header.lookup("tcg-op.h").add_types([
Function("tcg_gen_insn_start"),
Function("tcg_gen_goto_tb"),
Function("tcg_gen_exit_tb")
])
Header.lookup("tcg-op.h").add_types([
# HLTTemp is a fake type intended to mark
# variables which are to be replaced by this tool
# preprocessor (still in progress)
# HLTTemp is then converted to some existing QEMU types
Type("HLTTemp")
])
Header.lookup("qemu/osdep.h").add_types([osdep_fake_type])
Header.lookup("exec/hwaddr.h").add_types([Type("hwaddr", False)
]).add_reference(osdep_fake_type)
Header.lookup("exec/cpu-defs.h").add_types([
Type("target_ulong", False),
])
Header.lookup("exec/cpu_ldst.h").add_types([
Function("cpu_ldub_code", ret_type=Type.lookup("uint8_t")),
Function("cpu_lduw_code", ret_type=Type.lookup("uint16_t")),
Function("cpu_ldl_code", ret_type=Type.lookup("uint32_t")),
Function("cpu_ldq_code", ret_type=Type.lookup("uint64_t")),
])
Header.lookup("qom/object.h").add_types([
Type("ObjectClass", False),
Type("Object", False),
Structure(
"TypeInfo",
fields=[
# These are required fields only
Pointer(Type.lookup("const char")).gen_var("name"),
Pointer(Type.lookup("const char")).gen_var("parent"),
Pointer(Type.lookup("void")).gen_var("class_init")
]),
Type("Type", False),
Type("TypeImpl", False),
Function(name="type_register_static",
ret_type=Type.lookup("TypeImpl"),
args=[Type.lookup("TypeInfo").gen_var("info", pointer=True)]),
Function(name="type_register",
ret_type=Type.lookup("TypeImpl"),
args=[Type.lookup("TypeInfo").gen_var("info", pointer=True)]),
Function("object_get_typename"),
Function("object_property_set_str"),
Function("object_property_set_link"),
Function("object_property_set_bool"),
Function("object_property_set_int"),
Function("object_class_by_name"),
Function("object_class_dynamic_cast"),
Function("object_class_is_abstract")
]).add_reference(osdep_fake_type)
Header.lookup("qom/cpu.h").add_types([
Type("CPUState", False),
Type("CPUClass", False),
Type("vaddr", False),
Type("MMUAccessType", False),
Type("CPUBreakpoint", False),
Function("qemu_init_vcpu",
args=[Type.lookup("CPUState").gen_var("cpu", pointer=True)]),
Function("cpu_exec_realizefn"),
Function("cpu_reset"),
Function("cpu_generic_init")
]).add_reference(osdep_fake_type)
Header.lookup("qapi/error.h").add_types([Type("Error")
]).add_reference(osdep_fake_type)
Header.lookup("disas/bfd.h").add_types([Type("disassemble_info", False)
]).add_reference(osdep_fake_type)
Header.lookup("qemu/fprintf-fn.h").add_types(
[Type("fprintf_function", False)]).add_reference(osdep_fake_type)
Header.lookup("exec/exec-all.h").add_types([
Type("TranslationBlock", False),
Function("tlb_fill",
args=[
Type.lookup("CPUState").gen_var("cs", pointer=True),
Type.lookup("target_ulong").gen_var("addr"),
Type.lookup("MMUAccessType").gen_var("access_type"),
Type.lookup("int").gen_var("mmu_idx"),
Type.lookup("uintptr_t").gen_var("retaddr")
],
used_types=[]),
Function("cpu_exec_init",
args=[
Type.lookup("CPUState").gen_var("cs", pointer=True),
Pointer(Pointer(Type.lookup("Error"))).gen_var("errp")
]),
Function("gen_intermediate_code"),
Function("cpu_restore_state"),
Function("cpu_loop_exit"),
Function("cpu_loop_exit_restore"),
Function("tlb_set_page")
]).add_reference(osdep_fake_type)
Header.lookup("exec/gen-icount.h").add_types(
[Function("gen_tb_start"),
Function("gen_tb_end")])
Header.lookup("exec/address-spaces.h").add_types(
[Function("get_system_memory")]).add_reference(osdep_fake_type)
Header.lookup("exec/memory.h").add_types([
Type("MemoryRegion", False),
Function(name="MemoryRegionOps_read",
ret_type=Type.lookup("uint64_t"),
args=[
Type.lookup("void").gen_var("opaque", pointer=True),
Type.lookup("hwaddr").gen_var("offset"),
Type.lookup("unsigned").gen_var("size")
]),
Function(name="MemoryRegionOps_write",
ret_type=Type.lookup("void"),
args=[
Type.lookup("void").gen_var("opaque", pointer=True),
Type.lookup("hwaddr").gen_var("offset"),
Type.lookup("uint64_t").gen_var("value"),
Type.lookup("unsigned").gen_var("size")
]),
Structure("MemoryRegionOps", [
Type.lookup("MemoryRegionOps_read").gen_var("read"),
Type.lookup("MemoryRegionOps_write").gen_var("write"),
]),
Function(
name="memory_region_init_io",
args=[
Type.lookup("MemoryRegion").gen_var("mr", pointer=True),
# struct
Type.lookup("Object").gen_var("owner", pointer=True),
# const
Type.lookup("MemoryRegionOps").gen_var("ops", pointer=True),
Type.lookup("void").gen_var("opaque", pointer=True),
Type.lookup("const char").gen_var("name", pointer=True),
Type.lookup("uint64_t").gen_var("size")
]),
Function("memory_region_init"),
Function("memory_region_init_alias"),
Function("memory_region_init_ram"),
Function("memory_region_add_subregion_overlap"),
Function("memory_region_add_subregion")
]).add_reference(osdep_fake_type)
Header.lookup("exec/gdbstub.h").add_types([
Function(name="gdb_get_reg8"),
Function(name="gdb_get_reg16"),
Function(name="gdb_get_reg32"),
Function(name="gdb_get_reg64")
]).add_reference(osdep_fake_type)
Header.lookup("exec/ioport.h").add_types(
[Type("pio_addr_t", incomplete=False)]).add_reference(osdep_fake_type)
Header.lookup("hw/boards.h").add_types(
[Structure("MachineClass"),
Structure("MachineState")]).add_reference(osdep_fake_type)
Header.lookup("hw/sysbus.h").add_types([
Type("SysBusDevice", False),
Type("qemu_irq", False),
Function(name="sysbus_init_mmio",
ret_type=Type.lookup("void"),
args=[
Type.lookup("SysBusDevice").gen_var("dev", pointer=True),
Type.lookup("MemoryRegion").gen_var("memory",
pointer=True)
]),
Function(name="sysbus_init_irq",
ret_type=Type.lookup("void"),
args=[
Type.lookup("SysBusDevice").gen_var("dev", pointer=True),
Type.lookup("qemu_irq").gen_var("p", pointer=True)
]),
Function(name="sysbus_add_io",
ret_type=Type.lookup("void"),
args=[
Type.lookup("SysBusDevice").gen_var("dev", pointer=True),
Type.lookup("hwaddr").gen_var("addr"),
Type.lookup("MemoryRegion").gen_var("mem", pointer=True)
]),
Function(name="sysbus_init_ioports",
ret_type=Type.lookup("void"),
args=[
Type.lookup("SysBusDevice").gen_var("dev", pointer=True),
Type.lookup("pio_addr_t").gen_var("dev"),
Type.lookup("pio_addr_t").gen_var("dev")
]),
Function("sysbus_mmio_map"),
Function("sysbus_connect_irq")
]).add_reference(osdep_fake_type)
Header.lookup("hw/irq.h").add_types([
Function(name="qemu_irq_handler",
ret_type=Type.lookup("void"),
args=[
Type.lookup("void").gen_var("opaque", pointer=True),
Type.lookup("int").gen_var("n"),
Type.lookup("int").gen_var("level")
]),
Function("qemu_irq_split")
]).add_reference(osdep_fake_type)
Header.lookup("hw/qdev-core.h").add_types([
Type("DeviceClass", False),
Type("DeviceState", False),
Type("Property", False),
Function(name="qdev_init_gpio_in",
ret_type=Type.lookup("void"),
args=[
Type.lookup("DeviceState").gen_var("dev", pointer=True),
Type.lookup("qemu_irq_handler").gen_var("handler"),
Type.lookup("int").gen_var("n")
]),
Pointer(
Function(name="device_realize pointee",
args=[
Type.lookup("DeviceState").gen_var("dev",
pointer=True),
Pointer(Type.lookup("Error")).gen_var("errp",
pointer=True)
]),
name="DeviceRealize",
),
Function(name="qdev_create"),
Function(name="qdev_init_nofail"),
Function(name="qdev_get_child_bus"),
Structure(name="BusState"),
Function(name="qdev_get_gpio_in"),
Function(name="qdev_get_gpio_in_named"),
Function(name="qdev_connect_gpio_out"),
Function(name="qdev_connect_gpio_out_named")
]).add_reference(osdep_fake_type)
Header.lookup("migration/vmstate.h").add_types([
Type("VMStateDescription", False),
Type("VMStateField", False),
Function("vmstate_register_ram_global")
]).add_reference(osdep_fake_type)
Header.lookup("qemu/module.h").add_reference(osdep_fake_type)
Header.lookup("hw/pci/pci.h").add_types([
Type("PCIDevice", False),
Type("PCIDeviceClass", False),
Function("pci_create_multifunction"),
Type("PCIIOMMUFunc"),
]).add_reference(osdep_fake_type)
Header.lookup("hw/pci/msi.h").add_types([
Function(name="msi_uninit",
ret_type=Type.lookup("void"),
args=[Type.lookup("PCIDevice").gen_var("dev", pointer=True)])
]).add_reference(osdep_fake_type)
Header.lookup("hw/pci/pci_bus.h").add_types([
Type("PCIBus", incomplete=True)
]).add_references([Type.lookup("PCIIOMMUFunc"), osdep_fake_type])
Header.lookup("hw/pci/pci_host.h").add_reference(osdep_fake_type)
Header.lookup("qemu/typedefs.h").add_types([
# BlockBackend is defined in internal block_int.h. Its fields may not
# be accessed outside internal code. Methods from block-backend.h must
# be used instead.
Structure("BlockBackend"),
Structure("I2CBus") # the structure is defined in .c file
]).add_reference(osdep_fake_type)
Header.lookup("qemu/bswap.h").add_types(
[Function("bswap64"),
Function("bswap32"),
Function("bswap16")]).add_reference(osdep_fake_type)
Header.lookup("hw/ide/internal.h").add_types(
[Structure("IDEDMA")]).add_reference(osdep_fake_type)
Header.lookup("hw/ide/ahci.h").add_references(
[Type.lookup("IDEDMA"), osdep_fake_type])
Header.lookup("hw/block/flash.h").add_references(
[Type.lookup("VMStateDescription"), osdep_fake_type])
Header.lookup("qemu/timer.h").add_types([
Structure("QEMUTimer"),
Function("timer_new_ns"),
Function("timer_del"),
Function("timer_free"),
Type("QEMU_CLOCK_VIRTUAL") # It is enumeration entry...
]).add_references([osdep_fake_type])
Header.lookup("qemu/main-loop.h").add_types([
Function("IOCanReadHandler",
ret_type=Type.lookup("int"),
args=[Pointer(Type.lookup("void")).gen_var("opaque")]),
Function("IOReadHandler",
args=[
Pointer(Type.lookup("void")).gen_var("opaque"),
Pointer(Type.lookup("uint8_t"),
const=True).gen_var("buf"),
Type.lookup("int").gen_var("size")
])
]).add_references([osdep_fake_type])
if get_vp()["v2.8 chardev"]:
chardev_types = [
Function("qemu_chr_fe_set_handlers"),
Structure("CharBackend")
]
else:
chardev_types = [
Function("qemu_chr_add_handlers"),
Structure("CharDriverState")
]
Header.lookup(get_vp("header with IOEventHandler")).add_types([
Function("IOEventHandler",
args=[
Pointer(Type.lookup("void")).gen_var("opaque"),
Type.lookup("int").gen_var("event")
])
] + chardev_types).add_references([osdep_fake_type])
Header.lookup("sysemu/block-backend.h").add_types([
Structure("BlockDevOps"),
]).add_references([osdep_fake_type])
Header.lookup("hw/isa/isa.h").add_types([Type("IsaDmaTransferHandler")])
if get_vp()["include/hw/isa/i8257.h have IsaDmaTransferHandler reference"]:
Header.lookup(get_vp()["i8257.h path"]).add_references([
Type.lookup("IsaDmaTransferHandler"),
Type.lookup("MemoryRegion")
])
Header.lookup("net/net.h").add_types([
Type("qemu_macaddr_default_if_unset"),
Type("qemu_format_nic_info_str"),
Type("qemu_new_nic"),
Type("qemu_del_nic"),
Type("qemu_get_queue"),
Structure("NICConf"),
Type("NICState"),
Type("NetClientState"),
Function("NetCanReceive",
ret_type=Type.lookup("int"),
args=[Pointer(Type.lookup("NetClientState")).gen_var("nc")]),
Function("NetReceive",
ret_type=Type.lookup("ssize_t"),
args=[
Pointer(Type.lookup("NetClientState")).gen_var("nc"),
Pointer(Type.lookup("const uint8_t")).gen_var("buf"),
Type.lookup("size_t").gen_var("size")
]),
Function("LinkStatusChanged",
args=[Pointer(Type.lookup("NetClientState")).gen_var("nc")]),
Function("NetCleanup",
args=[Pointer(Type.lookup("NetClientState")).gen_var("nc")]),
Structure(
"NetClientInfo",
fields=[
# "type" field type is enum NetClientDriver, but enum is not
# supported by model
Type.lookup("int").gen_var("type"),
Type.lookup("size_t").gen_var("size"),
Type.lookup("NetReceive").gen_var("receive"),
Type.lookup("NetCanReceive").gen_var("can_receive"),
Type.lookup("NetCleanup").gen_var("cleanup"),
Type.lookup("LinkStatusChanged").gen_var("link_status_changed")
# There are other fields but they are not needed.
]),
Macro("NET_CLIENT_DRIVER_NIC") # This is an enum item actually. It
# is defined in auto generated "qapi-types.h" which is not presented in
# registry but is included by "net.h" indirectly.
]).add_references([osdep_fake_type])
Header.lookup("exec/helper-proto.h").add_type(Macro("HELPER_PROTO_H"))
Header.lookup("disas/bfd.h").add_types([
Type("bfd_vma", False),
Type("bfd_byte", False),
Type("const bfd_tyte", False),
Function("bfd_getl64",
ret_type=Type.lookup("bfd_vma"),
args=[
Pointer(Type.lookup("const bfd_tyte")).gen_var(
"addr", pointer=True)
]),
Function("bfd_getl32",
ret_type=Type.lookup("bfd_vma"),
args=[
Pointer(Type.lookup("const bfd_tyte")).gen_var(
"addr", pointer=True)
]),
Function("bfd_getb32",
ret_type=Type.lookup("bfd_vma"),
args=[
Pointer(Type.lookup("const bfd_tyte")).gen_var(
"addr", pointer=True)
]),
Function("bfd_getl16",
ret_type=Type.lookup("bfd_vma"),
args=[
Pointer(Type.lookup("const bfd_tyte")).gen_var(
"addr", pointer=True)
]),
Function("bfd_getb16",
ret_type=Type.lookup("bfd_vma"),
args=[
Pointer(Type.lookup("const bfd_tyte")).gen_var(
"addr", pointer=True)
])
])
Header.lookup("disas/disas.h").add_types([Function("lookup_symbol")])
Header.lookup("qemu/log.h").add_types([
Function("qemu_loglevel_mask"),
Function("qemu_log_in_addr_range"),
Function("qemu_log_lock"),
Function("qemu_log_unlock"),
Function("qemu_log")
])
Header.lookup("exec/log.h").add_types([Function("log_target_disas")])
def generate_source(self):
self.device_reset = Function(
"%s_reset" % self.qtn.for_id_name,
body="""\
__attribute__((unused))@b{Struct}@b*s@b=@s{UPPER}(dev);
""".format(
Struct=self.state_struct.name,
UPPER=self.type_cast_macro.name,
),
args=[Type.lookup("DeviceState").gen_var("dev", True)],
static=True,
used_types=[self.state_struct])
self.source.add_type(self.device_reset)
realize_code = ''
realize_used_types = set()
realize_used_globals = []
s_is_used = False
if self.mem_bar_num > 0:
s_is_used = True
realize_used_types.update([
Type.lookup("sysbus_init_mmio"),
Type.lookup("memory_region_init_io"),
Type.lookup("Object")
])
for barN in range(0, self.mem_bar_num):
size_macro = self.mem_bar_size_macros[barN]
realize_used_types.add(size_macro)
component = self.get_Ith_mem_bar_id_component(barN)
read_func = QOMType.gen_mmio_read(
name=self.qtn.for_id_name + "_" + component + "_read",
struct_name=self.state_struct.name,
type_cast_macro=self.type_cast_macro.name,
regs=self.bars.get(barN, None))
write_func = QOMType.gen_mmio_write(
name=self.qtn.for_id_name + "_" + component + "_write",
struct_name=self.state_struct.name,
type_cast_macro=self.type_cast_macro.name,
regs=self.bars.get(barN, None))
write_func.extra_references = {read_func}
self.source.add_types([read_func, write_func])
ops_init = Initializer(used_types=[read_func, write_func],
code="""{{
.read = {read},
.write = {write}
}}""".format(read=read_func.name, write=write_func.name))
ops = Type.lookup("MemoryRegionOps").gen_var(
name=self.gen_Ith_mem_bar_ops_name(barN),
pointer=False,
initializer=ops_init,
static=True)
self.source.add_global_variable(ops)
realize_used_globals.append(ops)
realize_code += """
memory_region_init_io(@a&s->{bar},@sOBJECT(dev),@s&{ops},@ss,@s{TYPE_MACRO},@s{size});
pci_register_bar(@a&s->parent_obj,@s{barN},@sPCI_BASE_ADDRESS_SPACE_MEMORY,@s&s->{bar});
""".format(barN=barN,
bar=self.get_Ith_mem_bar_name(barN),
ops=self.gen_Ith_mem_bar_ops_name(barN),
TYPE_MACRO=self.qtn.type_macro,
size=size_macro.name)
if self.msi_messages_num > 0:
msi_init_type = Type.lookup("msi_init")
s_is_used = True
realize_code += """
msi_init(dev,@s%s,@s%s,@s%s,@s%s%s);
""" % (self.msi_cap_offset.gen_usage_string(),
self.msi_vectors.gen_usage_string(),
self.msi_64bit.gen_usage_string(),
self.msi_masking.gen_usage_string(),
",@serrp" if msi_init_type.args[-1].type \
== Pointer(Pointer(Type.lookup("Error"))) else ""
)
realize_used_types.update(self.msi_types)
realize_used_types.add(msi_init_type)
self.device_realize = self.gen_realize(
"PCIDevice",
code=realize_code,
s_is_used=s_is_used,
used_types=realize_used_types,
used_globals=realize_used_globals)
self.source.add_type(self.device_realize)
code = ""
used_types = set([self.state_struct])
used_s = False
if self.msi_messages_num > 0:
code += """
msi_uninit(dev);
"""
used_types.add(Type.lookup("msi_uninit"))
if self.nic_num > 0:
code += "\n"
used_s = True
del_nic = Type.lookup("qemu_del_nic")
used_types.add(del_nic)
for nicN in xrange(self.nic_num):
nic_name = self.nic_name(nicN)
code += " %s(s->%s);\n" % (del_nic.name, nic_name)
if self.timer_num > 0:
used_s = True
code += "\n"
used_types.update(
[Type.lookup("timer_del"),
Type.lookup("timer_free")])
for timerN in range(self.timer_num):
code += """ timer_del(s->{timerN});
timer_free(s->{timerN});
""".format(timerN=self.timer_name(timerN))
self.device_exit = Function(
name="%s_exit" % self.qtn.for_id_name,
args=[Type.lookup("PCIDevice").gen_var("dev", pointer=True)],
static=True,
used_types=used_types,
body="""\
{unused}{Struct}@b*s@b=@s{UPPER}(dev);
{extra_code}\
""".format(unused="" if used_s else "__attribute__((unused))@b",
Struct=self.state_struct.name,
UPPER=self.type_cast_macro.name,
extra_code=code))
self.source.add_type(self.device_exit)
self.vmstate = self.gen_vmstate_var(self.state_struct)
self.source.add_global_variable(self.vmstate)
self.properties = self.gen_properties_global(self.state_struct)
self.source.add_global_variable(self.properties)
self.vmstate.extra_references = {self.properties}
self.class_init = Function(
name="%s_class_init" % self.qtn.for_id_name,
body="""\
DeviceClass@b*dc@b=@sDEVICE_CLASS(oc);
PCIDeviceClass@b*pc@b=@sPCI_DEVICE_CLASS(oc);
pc->realize@b@b@b{pad}=@s{dev}_realize;
dc->reset@b@b@b@b@b{pad}=@s{dev}_reset;
pc->exit@b@b@b@b@b@b{pad}=@s{dev}_exit;
pc->vendor_id@b{pad}=@s{vendor_macro};
pc->device_id@b{pad}=@s{device_macro};
pc->class_id@b@b{pad}=@s{pci_class_macro};{subsys_id}{subsys_vid}
pc->revision@b@b{pad}=@s{revision};
dc->vmsd@b@b@b@b@b@b{pad}=@s&vmstate_{dev};
dc->props@b@b@b@b@b{pad}=@s{dev}_properties;
""".format(dev=self.qtn.for_id_name,
revision=self.revision,
vendor_macro=self.vendor_macro.name,
device_macro=self.device_macro.name,
pci_class_macro=self.pci_class_macro.name,
subsys_id='' if self.subsystem_macro is None else ("""
pc->subsystem_id@b@b@b@b@b@b@b@b=@s%s;""" % self.subsystem_macro.name),
subsys_vid='' if self.subsystem_vendor_macro is None else ("""
pc->subsystem_vendor_id@b=@s%s;""" % self.subsystem_vendor_macro.name),
pad='@b@b@b@b@b@b@b@b@b@b' if self.subsystem_vendor_macro else ''),
args=[
Type.lookup("ObjectClass").gen_var("oc", True),
Type.lookup("void").gen_var("opaque", True),
],
static=True,
used_types=[
Type.lookup("DeviceClass"),
Type.lookup("PCIDeviceClass"), self.device_realize,
self.device_reset, self.device_exit, self.vendor_macro,
self.device_macro, self.pci_class_macro
],
used_globals=[self.vmstate, self.properties])
self.source.add_type(self.class_init)
instance_init_used_types = set()
instance_init_code = ""
s_is_used = False
self.instance_init = self.gen_instance_init_fn(
self.state_struct,
code=instance_init_code,
s_is_used=s_is_used,
used_types=instance_init_used_types)
self.source.add_type(self.instance_init)
self.type_info = self.gen_type_info_var(self.state_struct,
self.instance_init,
self.class_init,
parent_tn="TYPE_PCI_DEVICE")
self.source.add_global_variable(self.type_info)
self.register_types = self.gen_register_types_fn(self.type_info)
self.source.add_type(self.register_types)
type_init_usage_init = Initializer(
code={"function": self.register_types})
self.source.add_type(
Type.lookup("type_init").gen_usage(type_init_usage_init))
# order life cycle functions
self.device_reset.extra_references = {self.device_realize}
self.device_exit.extra_references = {self.device_reset}
return self.source.generate()
def fill_source(self):
glob_mem = get_vp("explicit global memory registration")
all_nodes = sort_topologically(self.cpus + self.devices + self.buses +
self.irqs + self.mems + self.irq_hubs)
decl_code = ""
def_code = ""
self.reset_generator()
skip_nl = False
for idx, node in enumerate(all_nodes):
if not skip_nl:
if idx > 0:
def_code += "\n"
else:
skip_nl = False
if isinstance(node, DeviceNode):
self.use_type_name("qdev_init_nofail")
self.use_type_name("BUS")
if Type.exists(node.qom_type):
self.use_type_name(node.qom_type)
dev_name = self.node_map[node]
props_code = ""
for p in node.properties:
self.use_type_name("OBJECT")
self.use_type_name(p.prop_type.set_f)
if Type.exists(p.prop_name):
self.use_type_name(p.prop_name)
if isinstance(p.prop_val, str) and Type.exists(p.prop_val):
self.use_type_name(p.prop_val)
props_code += """
{set_func}(@aOBJECT({dev_name}),@s{value},@s{prop_name},@sNULL);\
""".format(set_func=p.prop_type.set_f,
dev_name=dev_name,
prop_name=p.prop_name if Type.exists(p.prop_name) else "\"%s\"" %
p.prop_name,
value=self.gen_prop_val(p))
if isinstance(node, PCIExpressDeviceNode):
self.use_type_name("PCIDevice")
self.use_type_name("pci_create_multifunction")
self.use_type_name("bool")
self.use_type_name("DEVICE")
decl_code += " PCIDevice *%s;\n" % dev_name
def_code += """\
{dev_name} = pci_create_multifunction(@a{bus_name},@sPCI_DEVFN({slot},@s{func}),@s{multifunction},@s{qom_type});{props_code}
qdev_init_nofail(DEVICE({dev_name}));
""".format(dev_name=dev_name,
bus_name=self.node_map[node.parent_bus],
qom_type=node.qom_type if Type.exists(node.qom_type) else "\"%s\"" %
node.qom_type,
props_code=props_code,
multifunction="true" if node.multifunction else "false",
slot=node.slot,
func=node.function)
else:
self.use_type_name("DeviceState")
self.use_type_name("qdev_create")
decl_code += " DeviceState *%s;\n" % dev_name
if ((node.parent_bus is None)
or isinstance(node.parent_bus, SystemBusNode)):
bus_name = "NULL"
else:
bus_name = "BUS(%s)" % self.node_map[node.parent_bus]
if Type.exists(node.qom_type):
qom_type = node.qom_type
else:
qom_type = "\"%s\"" % node.qom_type
def_code += """\
{dev_name} = qdev_create(@a{bus_name},@s{qom_type});{props_code}
qdev_init_nofail({dev_name});
""".format(dev_name=dev_name,
bus_name=bus_name,
qom_type=qom_type,
props_code=props_code)
if isinstance(node, SystemBusDeviceNode):
for idx, mmio in node.mmio_mappings.items():
if mmio is not None:
self.use_type_name("sysbus_mmio_map")
self.use_type_name("SYS_BUS_DEVICE")
if isinstance(mmio, str) and Type.exists(mmio):
self.use_type_name(mmio)
mmio_val = str(mmio)
else:
mmio_val = "0x%x" % mmio
def_code += """\
sysbus_mmio_map(@aSYS_BUS_DEVICE({dev_name}),@s{idx},@s{mmio_val});
""".format(dev_name=dev_name, idx=idx, mmio_val=mmio_val)
for bus in node.buses:
if len(bus.devices) == 0:
continue
bus_name = self.node_map[bus]
try:
if isinstance(bus, PCIExpressBusNode):
if isinstance(node, SystemBusDeviceNode):
bridge_cast = "PCI_HOST_BRIDGE"
bus_field = "bus"
elif isinstance(node, PCIExpressDeviceNode):
bridge_cast = "PCI_BRIDGE"
bus_field = "sec_bus"
else:
raise UnknownBusBridgeType(
node.parent_bus, bus)
self.use_type_name(bridge_cast)
def_code += """\
{bus_name} = {bridge_cast}({bridge_name})->{bus_field};
""".format(bus_name=bus_name,
bridge_name=dev_name,
bridge_cast=bridge_cast,
bus_field=bus_field)
else:
raise UnknownBusBridgeType(node.parent_bus, bus)
except UnknownBusBridgeType:
self.use_type_name("qdev_get_child_bus")
self.use_type_name("DEVICE")
if bus.cast is not None:
self.use_type_name(bus.cast)
def_code += """\
{bus_name} = {bus_cast};
""".format(
bus_name=bus_name,
bus_cast=("(%s *) %%s" %
bus.c_type) if bus.cast is None else
("%s(%%s)" % bus.cast),
) % """\
qdev_get_child_bus(@aDEVICE({bridge_name}),@s"{bus_child_name}")\
""".format(
bridge_name=dev_name,
bus_child_name=bus.gen_child_name_for_bus(),
)
elif isinstance(node, BusNode):
# No definition code will be generated
skip_nl = True
if isinstance(node, SystemBusNode):
continue
if len(node.devices) == 0:
continue
self.use_type_name(node.c_type)
bus_name = self.node_map[node]
decl_code += " %s *%s;\n" % (node.c_type, bus_name)
elif isinstance(node, IRQLine):
if node.hub_ended():
# Do not generate a code for IRQ lines that refers an IRQ
# hub. The code will be generated during the hub processing.
skip_nl = True
continue
self.use_type_name("qemu_irq")
irq_name = self.node_map[node]
decl_code += " qemu_irq %s;\n" % irq_name
def_code += (self.gen_irq_get(node.dst, irq_name) +
self.gen_irq_connect(node.src, irq_name))
elif isinstance(node, MemoryNode):
self.use_type_name("MemoryRegion")
if isinstance(node.size, str) and Type.exists(node.size):
self.use_type_name(node.size)
if Type.exists(node.name):
self.use_type_name(node.name)
mem_name = self.node_map[node]
decl_code += " MemoryRegion *%s;\n" % mem_name
if isinstance(node, MemorySASNode):
self.use_type_name("get_system_memory")
def_code += " %s = get_system_memory();\n" % mem_name
else:
def_code += " %s = g_new(MemoryRegion, 1);\n" % mem_name
if isinstance(node, MemoryAliasNode):
self.use_type_name("memory_region_init_alias")
if Type.exists(node.alias_offset):
self.use_type_name(node.alias_offset)
def_code += """\
memory_region_init_alias(@a{mem_name},@sNULL,@s{dbg_name},@s{orig},@s{offset},@s{size});
""".format(mem_name=mem_name,
dbg_name=node.name if Type.exists(node.name) else "\"%s\"" %
node.name,
size=node.size,
orig=self.node_map[node.alias_to],
offset=node.alias_offset)
elif (isinstance(node, MemoryRAMNode)
or isinstance(node, MemoryROMNode)):
self.use_type_name("memory_region_init_ram")
if glob_mem:
self.use_type_name("vmstate_register_ram_global")
def_code += """\
memory_region_init_ram(@a{mem_name},@sNULL,@s{dbg_name},@s{size},@sNULL);{glob}
""".format(mem_name=mem_name,
dbg_name=node.name if Type.exists(node.name) else "\"%s\"" %
node.name,
size=node.size,
glob=(("\n vmstate_register_ram_global(%s);" %
mem_name) if glob_mem else ""))
elif not isinstance(node, MemorySASNode):
self.use_type_name("memory_region_init")
def_code += """\
memory_region_init(@a{mem_name},@sNULL,@s{dbg_name},@s{size});
""".format(mem_name=mem_name,
dbg_name=node.name if Type.exists(node.name) else "\"%s\"" %
node.name,
size=node.size)
if node.parent is not None:
if (isinstance(node.offset, str)
and Type.exists(node.offset)):
self.use_type_name(node.offset)
if node.may_overlap:
self.use_type_name(
"memory_region_add_subregion_overlap")
if (isinstance(node.priority, str)
and Type.exists(node.priority)):
self.use_type_name(node.priority)
def_code += """\
memory_region_add_subregion_overlap(@a{parent_name},@s{offset},@s{child},@s{priority});
""".format(parent_name=self.node_map[node.parent],
offset=node.offset,
priority=node.priority,
child=mem_name)
else:
self.use_type_name("memory_region_add_subregion")
if (isinstance(node.priority, str)
and Type.exists(node.priority)):
self.use_type_name(node.priority)
def_code += """\
memory_region_add_subregion(@a{parent_name},@s{offset},@s{child});
""".format(parent_name=self.node_map[node.parent],
offset=node.offset,
child=mem_name)
elif isinstance(node, IRQHub):
if len(node.irqs) < 1:
# Nothing to do for detached IRQ hub
skip_nl = True
continue
self.use_type_name("qemu_irq")
hub_in_name = self.node_map[node]
decl_code += " qemu_irq %s;\n" % hub_in_name
hubl = self.provide_hub_layout(node)
code = hubl.gen_irq_get()
decl_code += code[0]
def_code += code[1]
for in_irq in [irq for irq in node.irqs if irq.dst[0] == node]:
src = in_irq.src
if isinstance(src[0], IRQHub):
# A source hub does connects to this hub by itself
continue
def_code += self.gen_irq_connect(src, hub_in_name)
elif isinstance(node, CPUNode):
self.use_type_name("CPUState")
self.use_type_name("cpu_create")
self.use_type_name("qemu_register_reset")
cpu_reset = self.cpu_reset
self.use_type_name(cpu_reset.name)
cpu_name = self.node_map[node]
decl_code += " CPUState *%s;\n" % cpu_name
if Type.exists(node.qom_type):
qom_type = node.qom_type
else:
qom_type = "\"%s\"" % node.qom_type
def_code += """\
{var_name}@b=@scpu_create(@a{qom_type});
qemu_register_reset(@a{reset},@s{var_name});
""".format(var_name=cpu_name, qom_type=qom_type, reset=cpu_reset.name)
else:
raise UnknownMachineNodeType(str(type(node)))
# machine initialization function
self.instance_init = Function(
name="init_%s" % self.qtn.for_id_name,
static=True,
args=[Pointer(Type["MachineState"])("machine")],
body=decl_code + "\n" + def_code,
used_types=self.init_used_types)
self.source.add_type(self.instance_init)
get_vp("machine type register template generator")(self)
def setUp(self):
super(TestEnumerations, self).setUp()
name = type(self).__name__
try:
h = Header["enums.h"]
except:
h = Header("enums.h")
h.add_type(Enumeration([("EXT", 1)]))
src = Source(name.lower() + ".c").add_types([
Enumeration([("ONE", 1)]),
Enumeration([("TWO", 2)], enum_name="A"),
Enumeration([("THREE", 3)], typedef_name="B"),
Enumeration([("FOUR", 4)], enum_name="C", typedef_name="D")
])
a = Type["int"]("a")
b = Type["int"]("b")
c = Type["A"]("c")
d = Type["B"]("d")
e = Type["D"]("e")
src.add_types([
Function(name="main",
body=BodyTree()(Declare(a, b), OpAssign(a, Type["EXT"]),
OpAssign(b, Type["ONE"]), Declare(c),
OpAssign(c, Type["TWO"]), Declare(d),
OpAssign(d, Type["THREE"]), Declare(e),
OpAssign(e, Type["FOUR"])))
])
src_content = """\
/* {} */
#include "enums.h"
enum A {{
TWO = 2
}};
typedef enum {{
THREE = 3
}} B;
typedef enum C {{
FOUR = 4
}} D;
enum {{
ONE = 1
}};
void main(void)
{{
int a, b;
a = EXT;
b = ONE;
enum A c;
c = TWO;
B d;
d = THREE;
D e;
e = FOUR;
}}
""".format(src.path)
self.files = [(src, src_content)]
def generate_source(self):
s_is_used = False
all_regs = []
for idx, regs in self.mmio.items():
if idx >= self.mmio_num:
continue
all_regs.extend(regs)
for idx, regs in self.pio.items():
if idx >= self.pio_num:
continue
all_regs.extend(regs)
reg_resets = []
used_types = set([self.state_struct])
for reg in all_regs:
name = reg.name
if name is None or name == "gap":
continue
qtn = QemuTypeName(name)
s_is_used = True
reg_resets.append("s->%s@b=@s%s;" %
(qtn.for_id_name, reg.reset.gen_c_code()))
warb = reg.warbits
if warb.v:
# forbid writing to WAR bits just after reset
wm = reg.wmask
if wm.v == (1 << (8 * reg.size)) - 1:
if reg.size < 4:
# Avoid gcc "overflow" warning: large integer
# implicitly truncated to unsigned type
cast_type = "uint%u_t" % (8 * reg.size)
used_types.add(Type[cast_type])
cast = "(%s)" % cast_type
else:
cast = ""
reg_resets.append(
"s->%s_war@b=@s%s~%s;" %
(qtn.for_id_name, cast, warb.gen_c_code()))
elif wm.v:
reg_resets.append(
"s->%s_war@b=@s%s@s&@b~%s;" %
(qtn.for_id_name, wm.gen_c_code(), warb.gen_c_code()))
self.device_reset = Function(
"%s_reset" % self.qtn.for_id_name,
body="""\
{unused}{Struct}@b*s@b=@s{UPPER}(dev);{reset}
""".format(unused="" if s_is_used else "__attribute__((unused))@b",
Struct=self.state_struct.name,
UPPER=self.type_cast_macro.name,
reset="\n\n " + "\n ".join(reg_resets) if reg_resets else ""),
args=[Type.lookup("DeviceState").gen_var("dev", True)],
static=True,
used_types=used_types)
self.source.add_type(self.device_reset)
self.device_realize = self.gen_realize("DeviceState")
self.source.add_type(self.device_realize)
s_is_used = False
instance_init_code = ''
instance_init_used_types = set()
instance_init_used_globals = []
if self.mmio_num > 0:
instance_init_used_types.update([
Type.lookup("sysbus_init_mmio"),
Type.lookup("memory_region_init_io"),
Type.lookup("Object")
])
for mmioN in range(0, self.mmio_num):
size_macro = self.mmio_size_macros[mmioN]
instance_init_used_types.add(size_macro)
component = self.get_Ith_mmio_id_component(mmioN)
regs = self.mmio.get(mmioN, None)
read_func = QOMType.gen_mmio_read(
name=self.qtn.for_id_name + "_" + component + "_read",
struct_name=self.state_struct.name,
type_cast_macro=self.type_cast_macro.name,
regs=regs)
write_func = QOMType.gen_mmio_write(
name=self.qtn.for_id_name + "_" + component + "_write",
struct_name=self.state_struct.name,
type_cast_macro=self.type_cast_macro.name,
regs=regs)
impl = ""
if regs:
reg_sizes = set(reg.size for reg in regs)
size = regs[0].size # note that all sizes are equal
if len(reg_sizes) == 1 and size < 8: # 8 is max size by impl.
impl = """,
.impl = {{
.max_access_size = {size}
}}""".format(size=size)
write_func.extra_references = {read_func}
self.source.add_types([read_func, write_func])
ops_init = Initializer(used_types=[read_func, write_func],
code="""{{
.read@b=@s{read},
.write@b=@s{write}{impl}
}}""".format(read=read_func.name, write=write_func.name, impl=impl))
ops = Type.lookup("MemoryRegionOps").gen_var(
name=self.gen_Ith_mmio_ops_name(mmioN),
pointer=False,
initializer=ops_init,
static=True)
self.source.add_global_variable(ops)
instance_init_used_globals.append(ops)
instance_init_code += """
memory_region_init_io(@a&s->{mmio},@sobj,@s&{ops},@ss,@s{TYPE_MACRO},\
@s{size});
sysbus_init_mmio(@aSYS_BUS_DEVICE(obj),@s&s->{mmio});
""".format(mmio=self.get_Ith_mmio_name(mmioN),
ops=self.gen_Ith_mmio_ops_name(mmioN),
TYPE_MACRO=self.qtn.type_macro,
size=size_macro.name)
s_is_used = True
if self.pio_num > 0:
instance_init_used_types.update([
Type.lookup("sysbus_add_io"),
Type.lookup("memory_region_init_io"),
Type.lookup("Object"),
Type.lookup("sysbus_init_ioports")
])
for pioN in range(0, self.pio_num):
size_macro = self.pio_size_macros[pioN]
address_macro = self.pio_address_macros[pioN]
instance_init_used_types.update([size_macro, address_macro])
component = self.get_Ith_pio_id_component(pioN)
read_func = QOMType.gen_mmio_read(
name=self.qtn.for_id_name + "_" + component + "_read",
struct_name=self.state_struct.name,
type_cast_macro=self.type_cast_macro.name,
regs=self.pio.get(pioN, None))
write_func = QOMType.gen_mmio_write(
name=self.qtn.for_id_name + "_" + component + "_write",
struct_name=self.state_struct.name,
type_cast_macro=self.type_cast_macro.name,
regs=self.pio.get(pioN, None))
write_func.extra_references = {read_func}
self.source.add_types([read_func, write_func])
ops_init = Initializer(used_types=[read_func, write_func],
code="""{{
.read@b=@s{read},
.write@b=@s{write}
}}""".format(read=read_func.name, write=write_func.name))
ops = Type.lookup("MemoryRegionOps").gen_var(
name=self.gen_Ith_pio_ops_name(pioN),
pointer=False,
initializer=ops_init,
static=True)
self.source.add_global_variable(ops)
instance_init_used_globals.append(ops)
instance_init_code += """
memory_region_init_io(@a&s->{pio},@sobj,@s&{ops},@ss,@s{TYPE_MACRO},\
@s{size});
sysbus_add_io(@aSYS_BUS_DEVICE(obj),@s{addr},@s&s->{pio});
sysbus_init_ioports(@aSYS_BUS_DEVICE(obj),@s{addr},@s{size});
""".format(pio=self.get_Ith_io_name(pioN),
ops=self.gen_Ith_pio_ops_name(pioN),
TYPE_MACRO=self.qtn.type_macro,
size=size_macro.name,
addr=address_macro.name)
s_is_used = True
if self.out_irq_num > 0:
instance_init_used_types.update(
[Type.lookup("qemu_irq"),
Type.lookup("sysbus_init_irq")])
instance_init_code += "\n"
for irqN in range(0, self.out_irq_num):
instance_init_code += """\
sysbus_init_irq(@aSYS_BUS_DEVICE(obj),@s&s->%s);
""" % self.get_Ith_irq_name(irqN)
if self.in_irq_num > 0:
self.irq_handler = Type["qemu_irq_handler"].use_as_prototype(
name=self.qtn.for_id_name + "_irq_handler",
static=True,
used_types=[self.state_struct, self.type_cast_macro],
body="""\
__attribute__((unused))@b{Struct}@b*s@b=@s{UPPER}(opaque);
""".format(
Struct=self.state_struct.name,
UPPER=self.type_cast_macro.name,
))
self.source.add_type(self.irq_handler)
instance_init_code += """
qdev_init_gpio_in(@aDEVICE(obj),@s{handler},@s{irqs});
""".format(handler=self.irq_handler.name, irqs=self.in_irq_macro.name)
instance_init_used_types.update([
self.irq_handler, self.in_irq_macro,
Type.lookup("qdev_init_gpio_in"),
Type.lookup("DEVICE")
])
self.instance_init = self.gen_instance_init_fn(
self.state_struct,
code=instance_init_code,
s_is_used=s_is_used,
used_types=instance_init_used_types,
used_globals=instance_init_used_globals)
self.source.add_type(self.instance_init)
# `unrealized` method code generation
code = ""
used_s = False
used_types = set([self.state_struct, self.type_cast_macro])
if self.timer_num > 0:
used_s = True
code += "\n"
used_types.update(
[Type.lookup("timer_del"),
Type.lookup("timer_free")])
for timerN in range(self.timer_num):
code += """ timer_del(s->{timerN});
timer_free(s->{timerN});
""".format(timerN=self.timer_name(timerN))
self.device_unrealize = Function(
self.qtn.for_id_name + "_unrealize",
args=[
Pointer(Type.lookup("DeviceState")).gen_var("dev"),
Pointer(Pointer(Type.lookup("Error"))).gen_var("errp")
],
static=True,
used_types=used_types,
body=""" {unused}{Struct}@b*s@b=@s{CAST}(dev);
{extra_code}""".format(unused="" if used_s else "__attribute__((unused))@b",
Struct=self.state_struct.name,
CAST=self.type_cast_macro.name,
extra_code=code))
self.source.add_type(self.device_unrealize)
self.vmstate = self.gen_vmstate_var(self.state_struct)
self.source.add_global_variable(self.vmstate)
self.properties = self.gen_properties_global(self.state_struct)
self.source.add_global_variable(self.properties)
self.vmstate.extra_references = {self.properties}
self.class_init = Function(
name="%s_class_init" % self.qtn.for_id_name,
body="""\
DeviceClass@b*dc@b=@sDEVICE_CLASS(oc);
dc->realize@b@b@b=@s{dev}_realize;
dc->reset@b@b@b@b@b=@s{dev}_reset;
dc->unrealize@b=@s{dev}_unrealize;
dc->vmsd@b@b@b@b@b@b=@s&vmstate_{dev};
dc->props@b@b@b@b@b=@s{dev}_properties;
""".format(dev=self.qtn.for_id_name),
args=[
Type.lookup("ObjectClass").gen_var("oc", True),
Type.lookup("void").gen_var("opaque", True),
],
static=True,
used_types=[
Type.lookup("DeviceClass"), self.device_realize,
self.device_reset, self.device_unrealize
],
used_globals=[self.vmstate, self.properties])
self.source.add_type(self.class_init)
self.type_info = self.gen_type_info_var(
self.state_struct,
self.instance_init,
self.class_init,
parent_tn="TYPE_SYS_BUS_DEVICE")
self.source.add_global_variable(self.type_info)
self.register_types = self.gen_register_types_fn(self.type_info)
self.source.add_type(self.register_types)
type_init_usage_init = Initializer(
code={"function": self.register_types})
self.source.add_type(
Type.lookup("type_init").gen_usage(type_init_usage_init))
# order life cycle functions
self.device_realize.extra_references = {self.instance_init}
self.device_reset.extra_references = {self.device_realize}
self.device_unrealize.extra_references = {self.device_reset}
return self.source.generate()
