def gen_util_wgl_loader():
supported_wgl_extensions = [
"WGL_ARB_create_context",
"WGL_ARB_extensions_string",
"WGL_EXT_swap_control",
]
source = "wgl.xml"
xml = registry_xml.RegistryXML(source)
for major_version, minor_version in [[1, 0]]:
annotation = "{}_{}".format(major_version, minor_version)
name_prefix = "WGL_VERSION_"
feature_name = "{}{}".format(name_prefix, annotation)
xml.AddCommands(feature_name, annotation)
xml.AddExtensionCommands(supported_wgl_extensions, ['wgl'])
all_cmds = xml.all_cmd_names.get_all_commands()
path = os.path.join("..", "util", "windows")
write_header(source, all_cmds, "wgl", util_wgl_preamble, path,
"UTIL_WINDOWS", "_")
write_source(source, all_cmds, "wgl", path, "_")
def gen_libegl_loader():
data_source_name = "egl.xml and egl_angle_ext.xml"
xml = registry_xml.RegistryXML("egl.xml", "egl_angle_ext.xml")
for major_version, minor_version in [[1, 0], [1, 1], [1, 2], [1, 3],
[1, 4], [1, 5]]:
annotation = "{}_{}".format(major_version, minor_version)
name_prefix = "EGL_VERSION_"
feature_name = "{}{}".format(name_prefix, annotation)
xml.AddCommands(feature_name, annotation)
xml.AddExtensionCommands(registry_xml.supported_egl_extensions, ['egl'])
all_cmds = xml.all_cmd_names.get_all_commands()
path = os.path.join("..", "src", "libEGL")
write_header(data_source_name,
all_cmds,
"egl",
libegl_preamble,
path,
"LIBEGL",
prefix="EGL_",
export="ANGLE_NO_EXPORT ")
write_source(data_source_name, all_cmds, "egl", path, prefix="EGL_")
def gen_egl_loader(egl_preamble, path, header_lib, export, internal_prefix,
file_prefix):
data_source_name = "egl.xml and egl_angle_ext.xml"
xml = registry_xml.RegistryXML("egl.xml", "egl_angle_ext.xml")
for major_version, minor_version in [[1, 0], [1, 1], [1, 2], [1, 3],
[1, 4], [1, 5]]:
annotation = "{}_{}".format(major_version, minor_version)
name_prefix = "EGL_VERSION_"
feature_name = "{}{}".format(name_prefix, annotation)
xml.AddCommands(feature_name, annotation)
xml.AddExtensionCommands(registry_xml.supported_egl_extensions, ['egl'])
all_cmds = xml.all_cmd_names.get_all_commands()
write_header(data_source_name,
all_cmds,
"egl",
egl_preamble,
path,
header_lib,
export=export,
internal_prefix=internal_prefix,
file_prefix=file_prefix)
write_source(data_source_name,
all_cmds,
"egl",
path,
export=export,
internal_prefix=internal_prefix,
file_prefix=file_prefix)
def get_egl_exports():
egl = registry_xml.RegistryXML('egl.xml', 'egl_angle_ext.xml')
exports = []
capser = lambda fn: "EGL_" + fn[3:]
for major, minor in [[1, 0], [1, 1], [1, 2], [1, 3], [1, 4], [1, 5]]:
annotation = "{}_{}".format(major, minor)
name_prefix = "EGL_VERSION_"
feature_name = "{}{}".format(name_prefix, annotation)
egl.AddCommands(feature_name, annotation)
commands = egl.commands[annotation]
if len(commands) == 0:
continue
exports.append("\n ; EGL %d.%d" % (major, minor))
exports += get_exports(commands, capser)
egl.AddExtensionCommands(registry_xml.supported_egl_extensions, ['egl'])
for extension_name, ext_cmd_names in sorted(egl.ext_data.iteritems()):
if len(ext_cmd_names) == 0:
continue
exports.append("\n ; %s" % extension_name)
exports += get_exports(ext_cmd_names, capser)
return exports
def gen_libcl_loader():
xml = registry_xml.RegistryXML("cl.xml")
for major_version, minor_version in registry_xml.CL_VERSIONS:
name_prefix = "CL_VERSION_"
annotation = "%d_%d" % (major_version, minor_version)
feature_name = "%s%s" % (name_prefix, annotation)
xml.AddCommands(feature_name, annotation)
all_cmds = xml.all_cmd_names.get_all_commands()
path = os.path.join("..", "src", "libOpenCL")
source_path = registry_xml.path_to(path, "cl_loader_autogen.cpp")
with open(source_path, "w") as out:
# TODO(jplate): use first setters after migration in http://anglebug.com/5759
# setter = " cl_loader.%s = reinterpret_cast<cl_api_%s>(loadProc(\"CL_%s\"));"
# setters = [setter % (cmd, cmd, cmd[2:]) for cmd in all_cmds]
setter = " cl_loader.%s = CL_%s;"
setters = [setter % (cmd, cmd[2:]) for cmd in all_cmds]
loader_source = template_cl_loader_cpp.format(
script_name=os.path.basename(sys.argv[0]),
data_source_name="cl.xml",
set_pointers="\n".join(setters))
out.write(loader_source)
out.close()
def gen_gl_loader():
data_source_name = "gl.xml and gl_angle_ext.xml"
xml = registry_xml.RegistryXML("gl.xml", "gl_angle_ext.xml")
# First run through the main GLES entry points. Since ES2+ is the primary use
# case, we go through those first and then add ES1-only APIs at the end.
for major_version, minor_version in [[2, 0], [3, 0], [3, 1], [1, 0]]:
annotation = "{}_{}".format(major_version, minor_version)
name_prefix = "GL_ES_VERSION_"
is_gles1 = major_version == 1
if is_gles1:
name_prefix = "GL_VERSION_ES_CM_"
feature_name = "{}{}".format(name_prefix, annotation)
xml.AddCommands(feature_name, annotation)
xml.AddExtensionCommands(registry_xml.supported_extensions, ['gles2', 'gles1'])
all_cmds = xml.all_cmd_names.get_all_commands()
if registry_xml.support_EGL_ANGLE_explicit_context:
all_cmds += [cmd + "ContextANGLE" for cmd in xml.all_cmd_names.get_all_commands()]
path = os.path.join("..", "util")
ex = "ANGLE_UTIL_EXPORT "
write_header(data_source_name, all_cmds, "gles", util_gles_preamble, path, "UTIL", export=ex)
write_source(data_source_name, all_cmds, "gles", path, export=ex)
def gen_gles_loader(gles_preamble, path, header_lib, export, internal_prefix,
file_prefix):
data_source_name = "gl.xml and gl_angle_ext.xml"
xml = registry_xml.RegistryXML("gl.xml", "gl_angle_ext.xml")
# First run through the main GLES entry points. Since ES2+ is the primary use
# case, we go through those first and then add ES1-only APIs at the end.
for major_version, minor_version in [[2, 0], [3, 0], [3, 1], [3, 2],
[1, 0]]:
annotation = "{}_{}".format(major_version, minor_version)
name_prefix = "GL_ES_VERSION_"
is_gles1 = major_version == 1
if is_gles1:
name_prefix = "GL_VERSION_ES_CM_"
feature_name = "{}{}".format(name_prefix, annotation)
xml.AddCommands(feature_name, annotation)
xml.AddExtensionCommands(registry_xml.supported_extensions,
['gles2', 'gles1'])
all_cmds = xml.all_cmd_names.get_all_commands()
if registry_xml.support_EGL_ANGLE_explicit_context:
all_cmds += [
cmd + "ContextANGLE"
for cmd in xml.all_cmd_names.get_all_commands()
]
# Ensure there are no duplicates
assert (len(all_cmds) == len(
set(all_cmds))), "Duplicate command names found"
write_header(data_source_name,
all_cmds,
"gles",
gles_preamble,
path,
header_lib,
export=export,
internal_prefix=internal_prefix,
file_prefix=file_prefix)
write_source(data_source_name,
all_cmds,
"gles",
path,
export=export,
internal_prefix=internal_prefix,
file_prefix=file_prefix)
def main():
# auto_script parameters.
if len(sys.argv) > 1:
inputs = [source for source in registry_xml.xml_inputs]
outputs = [out_file_name_gles, out_file_name_gl]
if sys.argv[1] == 'inputs':
print ','.join(inputs)
elif sys.argv[1] == 'outputs':
print ','.join(outputs)
else:
print('Invalid script parameters')
return 1
return 0
glesxml = registry_xml.RegistryXML('gl.xml', 'gl_angle_ext.xml')
for annotation in _get_annotations(registry_xml.GLES_VERSIONS):
name_prefix = "GL_ES_VERSION_"
if annotation[0] == '1':
name_prefix = "GL_VERSION_ES_CM_"
feature_name = "{}{}".format(name_prefix, annotation)
glesxml.AddCommands(feature_name, annotation)
glesxml.AddExtensionCommands(registry_xml.supported_extensions,
['gles2', 'gles1'])
# Also don't add GLES extension commands to libGL proc table
extension_commands = []
for extension_name, ext_cmd_names in sorted(glesxml.ext_data.iteritems()):
extension_commands.extend(glesxml.ext_data[extension_name])
for name in extension_commands:
name_no_suffix = name
for suffix in strip_suffixes:
if name_no_suffix.endswith(suffix):
name_no_suffix = name_no_suffix[0:-len(suffix)]
gles_data = glesxml.all_cmd_names.get_all_commands()
eglxml = registry_xml.RegistryXML('egl.xml', 'egl_angle_ext.xml')
for annotation in _get_annotations(registry_xml.EGL_VERSIONS):
name_prefix = "EGL_VERSION_"
feature_name = "{}{}".format(name_prefix, annotation)
eglxml.AddCommands(feature_name, annotation)
eglxml.AddExtensionCommands(registry_xml.supported_egl_extensions,
['gles2', 'gles1'])
gles_data.extend(eglxml.all_cmd_names.get_all_commands())
gles_data.append("ANGLEGetDisplayPlatform")
gles_data.append("ANGLEResetDisplayPlatform")
all_functions = {}
for function in gles_data:
if function.startswith("gl"):
all_functions[function] = "gl::" + function[2:]
# Special handling for EGL_ANGLE_explicit_context extension
if support_egl_ANGLE_explicit_context:
all_functions[
function +
"ContextANGLE"] = "gl::" + function[2:] + "ContextANGLE"
elif function.startswith("egl"):
all_functions[function] = "EGL_" + function[3:]
else:
all_functions[function] = function
proc_data = [(' {"%s", P(%s)}' % (func, angle_func))
for func, angle_func in sorted(all_functions.iteritems())]
with open(out_file_name_gles, 'w') as out_file:
output_cpp = template_cpp.format(
script_name=sys.argv[0],
data_source_name=
"gl.xml, gl_angle_ext.xml, egl.xml, egl_angle_ext.xml",
copyright_year=date.today().year,
includes=includes_gles,
cast="__eglMustCastToProperFunctionPointerType",
namespace="egl",
proc_data=",\n".join(proc_data),
num_procs=len(proc_data))
out_file.write(output_cpp)
out_file.close()
# libGL proc table
glxml = registry_xml.RegistryXML('gl.xml')
for annotation in _get_annotations(registry_xml.DESKTOP_GL_VERSIONS):
name_prefix = "GL_VERSION_"
feature_name = "{}{}".format(name_prefix, annotation)
glxml.AddCommands(feature_name, annotation)
gl_data = [cmd for cmd in glxml.all_cmd_names.get_all_commands()]
wglxml = registry_xml.RegistryXML('wgl.xml')
for annotation in _get_annotations(registry_xml.WGL_VERSIONS):
name_prefix = "WGL_VERSION_"
feature_name = "{}{}".format(name_prefix, annotation)
wglxml.AddCommands(feature_name, annotation)
gl_commands = wglxml.all_cmd_names.get_all_commands()
gl_data.extend(
[cmd if cmd[:3] == 'wgl' else 'wgl' + cmd for cmd in gl_commands])
all_functions = {}
for function in gl_data:
if function.startswith("gl"):
all_functions[function] = "gl::" + function[2:]
else:
all_functions[function] = function
proc_data = [(' {"%s", P(%s)}' % (func, angle_func))
for func, angle_func in sorted(all_functions.iteritems())]
with open(out_file_name_gl, 'w') as out_file:
output_cpp = template_cpp.format(script_name=sys.argv[0],
data_source_name="gl.xml, wgl.xml",
copyright_year=date.today().year,
includes=includes_gl,
cast="PROC",
namespace="wgl",
proc_data=",\n".join(proc_data),
num_procs=len(proc_data))
out_file.write(output_cpp)
out_file.close()
return 0
def get_exports(commands, fmt = None):
if fmt:
return [" %s" % fmt(cmd) for cmd in sorted(commands)]
else:
return [" %s" % cmd for cmd in sorted(commands)]
gles1decls = {}
gles1decls['core'] = []
gles1decls['exts'] = {}
libgles_ep_defs = []
libgles_ep_exports = []
xml = registry_xml.RegistryXML('gl.xml', 'gl_angle_ext.xml')
# First run through the main GLES entry points. Since ES2+ is the primary use
# case, we go through those first and then add ES1-only APIs at the end.
for major_version, minor_version in [[2, 0], [3, 0], [3, 1], [1, 0]]:
annotation = "{}_{}".format(major_version, minor_version)
name_prefix = "GL_ES_VERSION_"
is_gles1 = major_version == 1
if is_gles1:
name_prefix = "GL_VERSION_ES_CM_"
comment = annotation.replace("_", ".")
feature_name = "{}{}".format(name_prefix, annotation)
xml.AddCommands(feature_name, annotation)
def main(header_output_path, source_output_path):
xml = registry_xml.RegistryXML('gl.xml', 'gl_angle_ext.xml')
# build a map from GLenum name to its value
all_gl_enums = dict()
for enums_node in xml.root.findall('enums'):
for enum in enums_node.findall('enum'):
name = enum.attrib['name']
value = int(enum.attrib['value'], base=16)
all_gl_enums[name] = value
# Parse groups of GLenums to build a {group, name} -> value mapping.
gl_enum_in_groups = dict()
enums_has_group = set()
for enums_group_node in xml.root.findall('groups/group'):
group_name = enums_group_node.attrib['name']
if group_name in exclude_gl_enum_groups:
continue
if group_name not in gl_enum_in_groups:
gl_enum_in_groups[group_name] = dict()
for enum_node in enums_group_node.findall('enum'):
enum_name = enum_node.attrib['name']
enums_has_group.add(enum_name)
gl_enum_in_groups[group_name][enum_name] = all_gl_enums[enum_name]
# Find relevant GLenums according to enabled APIs and extensions.
exporting_enums = set()
# export all the apis
xpath = "./feature/require/enum"
for enum_tag in xml.root.findall(xpath):
enum_name = enum_tag.attrib['name']
if enum_name not in exclude_gl_enums:
exporting_enums.add(enum_name)
for extension in registry_xml.supported_extensions:
xpath = "./extensions/extension[@name='%s']/require/enum" % extension
for enum_tag in xml.root.findall(xpath):
enum_name = enum_tag.attrib['name']
if enum_name not in exclude_gl_enums:
exporting_enums.add(enum_name)
# For enums that do not have a group, add them to a default group
default_group_name = registry_xml.default_enum_group_name
gl_enum_in_groups[default_group_name] = dict()
default_group = gl_enum_in_groups[default_group_name]
for enum_name in exporting_enums:
if enum_name not in enums_has_group:
default_group[enum_name] = all_gl_enums[enum_name]
# Write GLenum groups into the header file.
header_content = template_gl_enums_header.format(
script_name=os.path.basename(sys.argv[0]),
data_source_name="gl.xml and gl_angle_ext.xml",
year=date.today().year,
gl_enum_groups=',\n'.join(sorted(gl_enum_in_groups.iterkeys())))
header_output_path = registry_xml.script_relative(header_output_path)
with open(header_output_path, 'w') as f:
f.write(header_content)
# Write mapping to source file
gl_enums_value_to_string_table = dump_value_to_string_mapping(gl_enum_in_groups,
exporting_enums)
source_content = template_gl_enums_source.format(
script_name=os.path.basename(sys.argv[0]),
data_source_name="gl.xml and gl_angle_ext.xml",
year=date.today().year,
gl_enums_value_to_string_table=gl_enums_value_to_string_table,
)
source_output_path = registry_xml.script_relative(source_output_path)
with open(source_output_path, 'w') as f:
f.write(source_content)
return 0
def main():
# auto_script parameters.
if len(sys.argv) > 1:
inputs = [
'egl.xml',
'egl_angle_ext.xml',
'entry_point_packed_gl_enums.json',
'gl.xml',
'gl_angle_ext.xml',
'registry_xml.py',
]
outputs = [
'../src/libANGLE/Context_gles_1_0_autogen.h',
'../src/libANGLE/validationES1_autogen.h',
'../src/libANGLE/validationES2_autogen.h',
'../src/libANGLE/validationES31_autogen.h',
'../src/libANGLE/validationES3_autogen.h',
'../src/libANGLE/validationESEXT_autogen.h',
'../src/libGLESv2/entry_points_enum_autogen.h',
'../src/libGLESv2/entry_points_gles_1_0_autogen.cpp',
'../src/libGLESv2/entry_points_gles_1_0_autogen.h',
'../src/libGLESv2/entry_points_gles_2_0_autogen.cpp',
'../src/libGLESv2/entry_points_gles_2_0_autogen.h',
'../src/libGLESv2/entry_points_gles_3_0_autogen.cpp',
'../src/libGLESv2/entry_points_gles_3_0_autogen.h',
'../src/libGLESv2/entry_points_gles_3_1_autogen.cpp',
'../src/libGLESv2/entry_points_gles_3_1_autogen.h',
'../src/libGLESv2/entry_points_gles_ext_autogen.cpp',
'../src/libGLESv2/entry_points_gles_ext_autogen.h',
'../src/libGLESv2/libGLESv2_autogen.cpp',
'../src/libGLESv2/libGLESv2_autogen.def',
]
if sys.argv[1] == 'inputs':
print ','.join(inputs)
elif sys.argv[1] == 'outputs':
print ','.join(outputs)
else:
print('Invalid script parameters')
return 1
return 0
gles1decls = {}
gles1decls['core'] = []
gles1decls['exts'] = {}
libgles_ep_defs = []
libgles_ep_exports = []
xml = registry_xml.RegistryXML('gl.xml', 'gl_angle_ext.xml')
# First run through the main GLES entry points. Since ES2+ is the primary use
# case, we go through those first and then add ES1-only APIs at the end.
for major_version, minor_version in [[2, 0], [3, 0], [3, 1], [1, 0]]:
annotation = "{}_{}".format(major_version, minor_version)
name_prefix = "GL_ES_VERSION_"
is_gles1 = major_version == 1
if is_gles1:
name_prefix = "GL_VERSION_ES_CM_"
comment = annotation.replace("_", ".")
feature_name = "{}{}".format(name_prefix, annotation)
xml.AddCommands(feature_name, annotation)
gles_commands = xml.commands[annotation]
all_commands = xml.all_commands
decls, defs, libgles_defs, validation_protos = get_entry_points(
all_commands, gles_commands, False)
# Write the version as a comment before the first EP.
libgles_defs.insert(0, "\n// OpenGL ES %s" % comment)
libgles_ep_exports.append("\n ; OpenGL ES %s" % comment)
libgles_ep_defs += libgles_defs
libgles_ep_exports += get_exports(gles_commands)
major_if_not_one = major_version if major_version != 1 else ""
minor_if_not_zero = minor_version if minor_version != 0 else ""
header_includes = template_header_includes.format(
major=major_if_not_one, minor=minor_if_not_zero)
# We include the platform.h header since it undefines the conflicting MemoryBarrier macro.
if major_version == 3 and minor_version == 1:
header_includes += "\n#include \"common/platform.h\"\n"
source_includes = template_sources_includes.format(
annotation.lower(), major_version, minor_if_not_zero)
write_file(annotation, comment, template_entry_point_header,
"\n".join(decls), "h", header_includes, "gl.xml")
write_file(annotation, comment, template_entry_point_source,
"\n".join(defs), "cpp", source_includes, "gl.xml")
if is_gles1:
gles1decls['core'] = get_gles1_decls(all_commands, gles_commands)
validation_annotation = "%s%s" % (major_version, minor_if_not_zero)
write_validation_header(validation_annotation, comment, validation_protos)
# After we finish with the main entry points, we process the extensions.
extension_defs = []
extension_decls = []
# Accumulated validation prototypes.
ext_validation_protos = []
for gles1ext in registry_xml.gles1_extensions:
gles1decls['exts'][gles1ext] = []
xml.AddExtensionCommands(registry_xml.supported_extensions, ['gles2', 'gles1'])
for extension_name, ext_cmd_names in sorted(xml.ext_data.iteritems()):
# Detect and filter duplicate extensions.
decls, defs, libgles_defs, validation_protos = get_entry_points(
xml.all_commands, ext_cmd_names, False)
# Avoid writing out entry points defined by a prior extension.
for dupe in xml.ext_dupes[extension_name]:
msg = "// {} is already defined.\n".format(dupe[2:])
defs.append(msg)
# Write the extension name as a comment before the first EP.
comment = "\n// {}".format(extension_name)
defs.insert(0, comment)
decls.insert(0, comment)
libgles_defs.insert(0, comment)
libgles_ep_exports.append("\n ; %s" % extension_name)
extension_defs += defs
extension_decls += decls
ext_validation_protos += [comment] + validation_protos
libgles_ep_defs += libgles_defs
libgles_ep_exports += get_exports(ext_cmd_names)
if extension_name in registry_xml.gles1_extensions:
if extension_name not in gles1_no_context_decl_extensions:
gles1decls['exts'][extension_name] = get_gles1_decls(all_commands, ext_cmd_names)
# Special handling for EGL_ANGLE_explicit_context extension
if registry_xml.support_EGL_ANGLE_explicit_context:
comment = "\n// EGL_ANGLE_explicit_context"
extension_defs.append(comment)
extension_decls.append(comment)
libgles_ep_defs.append(comment)
cmds = xml.all_cmd_names.get_all_commands()
# Get the explicit context entry points
decls, defs, libgles_defs, validation_protos = get_entry_points(
xml.all_commands, cmds, True)
# Append the explicit context entry points
extension_decls += decls
extension_defs += defs
libgles_ep_defs += libgles_defs
libgles_ep_exports.append("\n ; EGL_ANGLE_explicit_context")
libgles_ep_exports += get_exports(cmds, lambda x: "%sContextANGLE" % x)
# Generate .inc files for extension function pointers and declarations
for major, minor in [[2, 0], [3, 0], [3, 1], [1, 0]]:
annotation = "{}_{}".format(major, minor)
major_if_not_one = major if major != 1 else ""
minor_if_not_zero = minor if minor != 0 else ""
version = "{}{}".format(major_if_not_one, minor_if_not_zero)
glext_ptrs, glext_protos = get_glext_decls(all_commands,
xml.all_cmd_names.get_commands(annotation), version, True)
glext_ext_ptrs = []
glext_ext_protos = []
# Append extensions for 1.0 and 2.0
if(annotation == "1_0"):
glext_ext_ptrs, glext_ext_protos = get_glext_decls(all_commands,
xml.all_cmd_names.get_commands("glext"), version, True)
elif(annotation == "2_0"):
glext_ext_ptrs, glext_ext_protos = get_glext_decls(all_commands,
xml.all_cmd_names.get_commands("gl2ext"), version, True)
glext_ptrs += glext_ext_ptrs
glext_protos += glext_ext_protos
write_glext_explicit_context_inc(version, "\n".join(glext_ptrs), "\n".join(glext_protos))
header_includes = template_header_includes.format(
major="", minor="")
header_includes += """
#include <GLES/glext.h>
#include <GLES2/gl2.h>
#include <GLES2/gl2ext.h>
"""
source_includes = template_sources_includes.format("ext", "EXT", "")
source_includes += """
#include "libANGLE/validationES1.h"
#include "libANGLE/validationES2.h"
#include "libANGLE/validationES3.h"
#include "libANGLE/validationES31.h"
"""
write_file("ext", "extension", template_entry_point_header,
"\n".join([item for item in extension_decls]), "h", header_includes,
"gl.xml and gl_angle_ext.xml")
write_file("ext", "extension", template_entry_point_source,
"\n".join([item for item in extension_defs]), "cpp", source_includes,
"gl.xml and gl_angle_ext.xml")
write_validation_header("EXT", "extension", ext_validation_protos)
write_context_api_decls("1_0", context_gles_header, gles1decls)
sorted_cmd_names = ["Invalid"] + [cmd[2:] for cmd in sorted(xml.all_cmd_names.get_all_commands())]
entry_points_enum = template_entry_points_enum_header.format(
script_name = os.path.basename(sys.argv[0]),
data_source_name = "gl.xml and gl_angle_ext.xml",
year = date.today().year,
entry_points_list = ",\n".join([" " + cmd for cmd in sorted_cmd_names]))
entry_points_enum_header_path = path_to("libGLESv2", "entry_points_enum_autogen.h")
with open(entry_points_enum_header_path, "w") as out:
out.write(entry_points_enum)
out.close()
source_includes = """
#include "angle_gl.h"
#include "libGLESv2/entry_points_gles_1_0_autogen.h"
#include "libGLESv2/entry_points_gles_2_0_autogen.h"
#include "libGLESv2/entry_points_gles_3_0_autogen.h"
#include "libGLESv2/entry_points_gles_3_1_autogen.h"
#include "libGLESv2/entry_points_gles_ext_autogen.h"
#include "common/event_tracer.h"
"""
write_export_files("\n".join([item for item in libgles_ep_defs]), source_includes)
libgles_ep_exports += get_egl_exports()
everything = "Khronos and ANGLE XML files"
write_windows_def_file(everything, "libGLESv2", libgles_ep_exports)
def main():
# auto_script parameters.
if len(sys.argv) > 1:
inputs = [source for source in registry_xml.xml_inputs]
outputs = [
out_file_name_gles, out_file_name_gl, out_file_name_cl,
out_file_name_cl_map
]
if sys.argv[1] == 'inputs':
print(','.join(inputs))
elif sys.argv[1] == 'outputs':
print(','.join(outputs))
else:
print('Invalid script parameters')
return 1
return 0
glesxml = registry_xml.RegistryXML('gl.xml', 'gl_angle_ext.xml')
for annotation in _get_annotations(registry_xml.GLES_VERSIONS):
name_prefix = "GL_ES_VERSION_"
if annotation[0] == '1':
name_prefix = "GL_VERSION_ES_CM_"
feature_name = "{}{}".format(name_prefix, annotation)
glesxml.AddCommands(feature_name, annotation)
glesxml.AddExtensionCommands(registry_xml.supported_extensions,
['gles2', 'gles1'])
# Also don't add GLES extension commands to libGL proc table
extension_commands = []
for extension_name, ext_cmd_names in sorted(glesxml.ext_data.items()):
extension_commands.extend(glesxml.ext_data[extension_name])
for name in extension_commands:
name_no_suffix = name
for suffix in strip_suffixes:
if name_no_suffix.endswith(suffix):
name_no_suffix = name_no_suffix[0:-len(suffix)]
gles_data = glesxml.all_cmd_names.get_all_commands()
eglxml = registry_xml.RegistryXML('egl.xml', 'egl_angle_ext.xml')
for annotation in _get_annotations(registry_xml.EGL_VERSIONS):
name_prefix = "EGL_VERSION_"
feature_name = "{}{}".format(name_prefix, annotation)
eglxml.AddCommands(feature_name, annotation)
eglxml.AddExtensionCommands(registry_xml.supported_egl_extensions,
['gles2', 'gles1'])
gles_data.extend(eglxml.all_cmd_names.get_all_commands())
gles_data.append("ANGLEGetDisplayPlatform")
gles_data.append("ANGLEResetDisplayPlatform")
all_functions = {}
for function in gles_data:
if function.startswith("gl"):
all_functions[function] = "GL_" + function[2:]
# Special handling for EGL_ANGLE_explicit_context extension
if support_egl_ANGLE_explicit_context:
all_functions[
function +
"ContextANGLE"] = "GL_" + function[2:] + "ContextANGLE"
elif function.startswith("egl"):
all_functions[function] = "EGL_" + function[3:]
else:
all_functions[function] = function
proc_data = [(' {"%s", P(%s)}' % (func, angle_func))
for func, angle_func in sorted(all_functions.items())]
with open(out_file_name_gles, 'w') as out_file:
output_cpp = template_cpp.format(
script_name=sys.argv[0],
data_source_name=
"gl.xml, gl_angle_ext.xml, egl.xml, egl_angle_ext.xml",
includes=includes_gles,
cast="__eglMustCastToProperFunctionPointerType",
namespace="egl",
proc_data=",\n".join(proc_data),
num_procs=len(proc_data))
out_file.write(output_cpp)
out_file.close()
# libGL proc table
glxml = registry_xml.RegistryXML('gl.xml')
for annotation in _get_annotations(registry_xml.DESKTOP_GL_VERSIONS):
name_prefix = "GL_VERSION_"
feature_name = "{}{}".format(name_prefix, annotation)
glxml.AddCommands(feature_name, annotation)
gl_data = [cmd for cmd in glxml.all_cmd_names.get_all_commands()]
wglxml = registry_xml.RegistryXML('wgl.xml')
for annotation in _get_annotations(registry_xml.WGL_VERSIONS):
name_prefix = "WGL_VERSION_"
feature_name = "{}{}".format(name_prefix, annotation)
wglxml.AddCommands(feature_name, annotation)
gl_commands = wglxml.all_cmd_names.get_all_commands()
gl_data.extend(
[cmd if cmd[:3] == 'wgl' else 'wgl' + cmd for cmd in gl_commands])
all_functions = {}
for function in gl_data:
if function.startswith("gl"):
all_functions[function] = "GL_" + function[2:]
else:
all_functions[function] = function
proc_data = [(' {"%s", P(%s)}' % (func, angle_func))
for func, angle_func in sorted(all_functions.items())]
with open(out_file_name_gl, 'w') as out_file:
output_cpp = template_cpp.format(script_name=sys.argv[0],
data_source_name="gl.xml, wgl.xml",
includes=includes_gl,
cast="PROC",
namespace="wgl",
proc_data=",\n".join(proc_data),
num_procs=len(proc_data))
out_file.write(output_cpp)
out_file.close()
# libCL proc table
clxml = registry_xml.RegistryXML('cl.xml')
symbol_maps = []
symbol_map_dependency = ""
for major_version, minor_version in registry_xml.CL_VERSIONS:
name_prefix = "CL_VERSION_"
annotation = "%d_%d" % (major_version, minor_version)
feature_name = "%s%s" % (name_prefix, annotation)
clxml.AddCommands(feature_name, annotation)
symbol_version = "OPENCL_%d.%d" % (major_version, minor_version)
symbol_maps += ["\n%s {\n global:" % symbol_version]
symbol_maps += [
' %s;' % cmd for cmd in clxml.commands[annotation]
]
if not symbol_map_dependency:
symbol_maps += [" local:\n *;\n};"]
else:
symbol_maps += ["} %s;" % symbol_map_dependency]
symbol_map_dependency = symbol_version
clxml.AddExtensionCommands(registry_xml.supported_cl_extensions, ['cl'])
cl_commands = clxml.all_cmd_names.get_all_commands()
proc_data = ['{"%s", P(::cl::%s)}' % (cmd, cmd) for cmd in cl_commands]
with open(out_file_name_cl, 'w') as out_file:
output_cpp = template_map_cpp.format(
script_name=sys.argv[0],
data_source_name="cl.xml",
includes=includes_cl,
cast="void *",
namespace="cl",
proc_data=",\n ".join(proc_data))
out_file.write(output_cpp)
out_file.close()
with open(out_file_name_cl_map, 'w') as out_file:
output_map = template_map.format(script_name=sys.argv[0],
data_source_name="cl.xml",
symbol_maps="\n".join(symbol_maps))
out_file.write(output_map)
out_file.close()
return 0
