def run_generation(input, output, dependency, libraryName):
FileSystem.strict = True
Generator.strict = True
# Build the list of modules to be generated
modulesToGenerate = []
for module in FileSystem.parse(list(input)).modules:
modulesToGenerate.append(module.name)
system = FileSystem.parse(list(input) + list(dependency))
generator = Generator(search_path=Path(here / 'facelift/templates'))
generator.register_filter('cppBool', cppBool)
generator.register_filter('toValidId', toValidId)
generator.register_filter('hasQMLIncompatibleParameter', hasQMLIncompatibleParameter)
generator.destination = output
ctx = {'output': output}
for module in system.modules:
if module.name in modulesToGenerate:
ctx.update({'module': module})
module_path = '/'.join(module.name_parts)
log.debug('process module %s' % module.module_name)
ctx.update({'path': module_path})
generateFile(generator, 'module/{{path}}/Module.h', 'Module.template.h', ctx, libraryName, "types")
generateFile(generator, 'module/{{path}}/Module.cpp', 'Module.template.cpp', ctx, libraryName, "types")
generateFile(generator, 'ipc/{{path}}/ModuleIPC.h', 'ModuleIPC.template.h', ctx, libraryName, "ipc")
generateFile(generator, 'devtools/{{path}}/ModuleMonitor.h', 'ModuleMonitor.template.h', ctx, libraryName, "desktop_dev_tools")
generateFile(generator, 'devtools/{{path}}/ModuleMonitor.cpp', 'ModuleMonitor.template.cpp', ctx, libraryName, "desktop_dev_tools")
generateFile(generator, 'devtools/{{path}}/ModuleDummy.h', 'DummyModule.template.h', ctx, libraryName, "desktop_dev_tools")
for interface in module.interfaces:
log.debug('process interface %s' % interface)
ctx.update({'interface': interface})
generateFile(generator, 'types/{{path}}/{{interface}}.h', 'Service.template.h', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{interface}}.cpp', 'Service.template.cpp', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{interface}}PropertyAdapter.h', 'ServicePropertyAdapter.template.h', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{interface}}QMLImplementation.h', 'QMLImplementation.template.h', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{interface}}QMLFrontend.h', 'QMLFrontend.template.h', ctx, libraryName, "types")
generateFile(generator, 'devtools/{{path}}/{{interface}}Dummy.h', 'DummyService.template.h', ctx, libraryName, "desktop_dev_tools")
generateFile(generator, 'devtools/{{path}}/{{interface}}Monitor.h', 'ServiceMonitor.template.h', ctx, libraryName, "desktop_dev_tools")
generateFile(generator, 'ipc/{{path}}/{{interface}}IPC.h', 'ServiceIPC.template.h', ctx, libraryName, "ipc")
for enum in module.enums:
ctx.update({'enum': enum})
generateFile(generator, 'types/{{path}}/{{enum}}.h', 'Enum.template.h', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{enum}}.cpp', 'Enum.template.cpp', ctx, libraryName, "types")
for struct in module.structs:
ctx.update({'struct': struct})
generateFile(generator, 'types/{{path}}/{{struct}}.h', 'Struct.template.h', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{struct}}.cpp', 'Struct.template.cpp', ctx, libraryName, "types")
def run_generation(input, output):
system = FileSystem.parse(input)
generator = Generator(searchpath=os.path.join(here, 'templates'))
generator.register_filter('returnType', returnType)
generator.register_filter('parameterType', paramterType)
ctx = {'output': output}
for module in system.modules:
ctx.update({'module': module})
dst = generator.apply('{{output}}/{{module|lower}}', ctx)
ctx.update({'dst': dst})
generator.write('{{dst}}/qmldir', 'qmldir', ctx, preserve=True)
generator.write('{{dst}}/plugin.cpp', 'plugin.cpp', ctx, preserve=True)
generator.write('{{dst}}/plugin.h', 'plugin.h', ctx, preserve=True)
generator.write('{{dst}}/{{module|lower}}.pro', 'plugin.pro', ctx, preserve=True)
generator.write('{{dst}}/generated/generated.pri', 'generated.pri', ctx)
generator.write('{{dst}}/generated/qml{{module.module_name|lower}}module.h', 'module.h', ctx)
generator.write('{{dst}}/generated/qml{{module.module_name|lower}}module.cpp', 'module.cpp', ctx)
for interface in module.interfaces:
ctx.update({'interface': interface})
generator.write('{{dst}}/qml{{interface|lower}}.h', 'interface.h', ctx, preserve=True)
generator.write('{{dst}}/qml{{interface|lower}}.cpp', 'interface.cpp', ctx, preserve=True)
generator.write('{{dst}}/generated/qmlabstract{{interface|lower}}.h', 'abstractinterface.h', ctx)
generator.write('{{dst}}/generated/qmlabstract{{interface|lower}}.cpp', 'abstractinterface.cpp', ctx)
for struct in module.structs:
ctx.update({'struct': struct})
generator.write('{{dst}}/generated/qml{{struct|lower}}.h', 'struct.h', ctx)
generator.write('{{dst}}/generated/qml{{struct|lower}}.cpp', 'struct.cpp', ctx)
generator.write('{{dst}}/generated/qml{{struct|lower}}model.h', 'structmodel.h', ctx)
generator.write('{{dst}}/generated/qml{{struct|lower}}model.cpp', 'structmodel.cpp', ctx)
def run(src, dst):
log.debug('run {0} {1}'.format(src, dst))
system = FileSystem.parse(src)
generator = Generator(search_path=here / 'templates')
generator.register_filter('defaultValue', Filters.defaultValue)
generator.register_filter('propertyType', Filters.propertyType)
ctx = {'dst': dst}
for module in system.modules:
module_name = module.module_name
module_path = '/'.join(module.name_parts)
plugin_name = "".join(module.name_parts[:2])
ctx.update({
'module': module,
'module_name': module_name,
'module_path': module_path,
'plugin_name': plugin_name,
})
generator.destination = generator.apply("{{dst}}/{{module_path}}", ctx)
generator.write('private/{{module_name}}Module.js', 'module.js', ctx)
generator.write('qmldir', 'public_qmldir', ctx)
generator.write('private/qmldir', 'private_qmldir', ctx)
for interface in module.interfaces:
ctx.update({
'interface': interface,
})
generator.write('private/Abstract{{interface}}.qml',
'AbstractInterface.qml', ctx)
generator.write('{{interface}}.qml',
'Interface.qml',
ctx,
preserve=True)
generator.write('private/{{interface}}Provider.qml',
'InterfaceProvider.qml', ctx)
def test_parse_document_list():
input = [
inputPath / 'com.pelagicore.ivi.tuner.qdl',
inputPath / 'com.pelagicore.ivi.climate.qdl'
]
system = FileSystem.parse(input)
assert system.lookup('com.pelagicore.ivi.tuner')
assert system.lookup('com.pelagicore.ivi.climate')
def test_parse_document_list():
src = [
inputPath / 'com.pelagicore.ivi.tuner.qface',
inputPath / 'com.pelagicore.ivi.climate.qface'
]
system = FileSystem.parse(src)
assert system.lookup('com.pelagicore.ivi.tuner')
assert system.lookup('com.pelagicore.ivi.climate')
def run(src, dst):
log.debug('run {0} {1}'.format(src, dst))
system = FileSystem.parse(src)
generator = Generator(search_path=here / 'templates')
generator.register_filter('returnType', Filters.returnType)
generator.register_filter('parameterType', Filters.parameterType)
generator.register_filter('defaultValue', Filters.defaultValue)
ctx = {'dst': dst}
for module in system.modules:
log.debug('generate code for module %s', module)
ctx.update({'module': module})
dst = generator.apply('{{dst}}/{{module|lower|replace(".", "-")}}',
ctx)
generator.destination = dst
generator.write('qmldir', 'qmldir', ctx, preserve=True)
generator.write('plugin.cpp', 'plugin.cpp', ctx, preserve=True)
generator.write('plugin.h', 'plugin.h', ctx, preserve=True)
generator.write('{{module|lower|replace(".", "-")}}.pro',
'plugin.pro',
ctx,
preserve=True)
generator.write('generated/generated.pri', 'generated.pri', ctx)
generator.write('generated/qml{{module.module_name|lower}}module.h',
'module.h', ctx)
generator.write('generated/qml{{module.module_name|lower}}module.cpp',
'module.cpp', ctx)
for interface in module.interfaces:
log.debug('generate code for interface %s', interface)
ctx.update({'interface': interface})
generator.write('qml{{interface|lower}}.h',
'interface.h',
ctx,
preserve=True)
generator.write('qml{{interface|lower}}.cpp',
'interface.cpp',
ctx,
preserve=True)
generator.write('generated/qmlabstract{{interface|lower}}.h',
'abstractinterface.h', ctx)
generator.write('generated/qmlabstract{{interface|lower}}.cpp',
'abstractinterface.cpp', ctx)
for struct in module.structs:
log.debug('generate code for struct %s', struct)
ctx.update({'struct': struct})
generator.write('generated/qml{{struct|lower}}.h', 'struct.h', ctx)
generator.write('generated/qml{{struct|lower}}.cpp', 'struct.cpp',
ctx)
generator.write('generated/qml{{struct|lower}}model.h',
'structmodel.h', ctx)
generator.write('generated/qml{{struct|lower}}model.cpp',
'structmodel.cpp', ctx)
generator.write('generated/qmlvariantmodel.h', 'variantmodel.h',
ctx)
generator.write('generated/qmlvariantmodel.cpp',
'variantmodel.cpp', ctx)
def test_error_template_doesnt_exist(mock_stderr):
tmpDir = tempfile.TemporaryDirectory()
src = [inputPath, inputPath / 'com.pelagicore.ivi.climate.qface']
system = FileSystem.parse(src)
dst_template = '{{out}}/out.txt'
ctx = {'out': tmpDir.name}
generator = Generator(search_path='tests/templates')
generator.write(dst_template, 'doesnt_exist.txt', ctx)
path = generator.apply(dst_template, ctx)
assert Path(path).exists() == False
assert mock_stderr.getvalue(
) == "/doesnt_exist.txt: error: Template not found\n"
def test_error_template_syntax_error(mock_stderr):
tmpDir = tempfile.TemporaryDirectory()
src = [inputPath, inputPath / 'com.pelagicore.ivi.climate.qface']
system = FileSystem.parse(src)
dst_template = '{{out}}/out.txt'
ctx = {'out': tmpDir.name}
generator = Generator(search_path='tests/templates')
generator.write(dst_template, 'syntaxError.txt', ctx)
path = generator.apply(dst_template, ctx)
assert Path(path).exists() == False
assert mock_stderr.getvalue(
) == "tests/templates/syntaxError.txt:1: error: Encountered unknown tag 'fooo'.\n"
def test_error_template_undefined_variable(mock_stderr):
tmpDir = tempfile.TemporaryDirectory()
src = [inputPath, inputPath / 'com.pelagicore.ivi.climate.qface']
system = FileSystem.parse(src)
dst_template = '{{out}}/out.txt'
ctx = {'out': tmpDir.name}
generator = Generator(search_path='tests/templates')
generator.write(dst_template, 'undefinedVariable.txt', ctx)
path = generator.apply(dst_template, ctx)
assert Path(path).exists() == False
assert mock_stderr.getvalue(
) == "tests/templates/undefinedVariable.txt:1: error: 'this_is_not_defined' is undefined\n"
def test_destination_prefix():
system = FileSystem.parse(inputPath)
out = Path('tests/out')
out.rmtree_p()
out.makedirs_p()
generator = Generator(search_path='tests/templates')
for module in system.modules:
dst_template = '{{out}}/{{module|lower}}.txt'
ctx = {'out': out.abspath(), 'module': module}
generator.write(dst_template, 'module.txt', ctx)
path = generator.apply(dst_template, ctx)
assert Path(path).exists() == True
out.rmtree_p()
def run(config, src, dst, force=False, features=None):
project = Path(dst).name
system = FileSystem.parse(src)
template_dir = config.dirname() / 'templates'
context = {
'dst': dst,
'system': system,
'project': project,
'features': features,
}
generator = RuleGenerator(template_dir, destination=dst, context=context, features=features, force=force)
generator.process_rules(config, system)
def run_generation(input, output):
system = FileSystem.parse(input)
generator = Generator(search_path=Path(here / 'facelift/templates'))
generator.register_filter('returnType', returnType)
generator.register_filter('cppBool', cppBool)
generator.register_filter('parameterType', parameterType)
generator.register_filter('nestedType', nestedType)
generator.register_filter('requiredInclude', requiredInclude)
generator.register_filter('requiredQMLInclude', requiredQMLInclude)
generator.register_filter('namespaceOpen', namespaceOpen)
generator.register_filter('namespaceClose', namespaceClose)
generator.register_filter('fullyQualifiedName', fullyQualifiedName)
generator.register_filter('fullyQualifiedCppName', fullyQualifiedCppName)
generator.register_filter('fullyQualifiedPath', fullyQualifiedPath)
generator.register_filter('toValidId', toValidId)
generator.destination = output
ctx = {'output': output}
for module in system.modules:
ctx.update({'module': module})
module_path = '/'.join(module.name_parts)
log.debug('process module %s' % module.module_name)
ctx.update({'path': module_path})
generator.write('module/{{path}}/Module.h', 'Module.template.h', ctx)
generator.write('module/{{path}}/Module.cpp', 'Module.template.cpp', ctx)
generator.write('ipc/{{path}}/ModuleIPC.h', 'ModuleIPC.template.h', ctx)
generator.write('devtools/{{path}}/ModuleMonitor.h', 'ModuleMonitor.template.h', ctx)
generator.write('devtools/{{path}}/ModuleMonitor.cpp', 'ModuleMonitor.template.cpp', ctx)
generator.write('devtools/{{path}}/ModuleDummy.h', 'DummyModule.template.h', ctx)
for interface in module.interfaces:
log.debug('process interface %s' % interface)
ctx.update({'interface': interface})
generator.write('types/{{path}}/{{interface}}.h', 'Service.template.h', ctx)
generator.write('types/{{path}}/{{interface}}Wrapper.h', 'ServiceWrapper.template.h', ctx)
generator.write('types/{{path}}/{{interface}}.cpp', 'Service.template.cpp', ctx)
generator.write('types/{{path}}/{{interface}}PropertyAdapter.h', 'ServicePropertyAdapter.template.h', ctx)
generator.write('types/{{path}}/{{interface}}QMLImplementation.h', 'QMLImplementation.template.h', ctx)
generator.write('types/{{path}}/{{interface}}QMLFrontend.h', 'QMLFrontend.template.h', ctx)
generator.write('devtools/{{path}}/{{interface}}Dummy.h', 'DummyService.template.h', ctx)
generator.write('devtools/{{path}}/{{interface}}Monitor.h', 'ServiceMonitor.template.h', ctx)
generator.write('ipc/{{path}}/{{interface}}IPC.h', 'ServiceIPC.template.h', ctx)
for enum in module.enums:
ctx.update({'enum': enum})
generator.write('types/{{path}}/{{enum}}.h', 'Enum.template.h', ctx)
generator.write('types/{{path}}/{{enum}}.cpp', 'Enum.template.cpp', ctx)
for struct in module.structs:
ctx.update({'struct': struct})
generator.write('types/{{path}}/{{struct}}.h', 'Struct.template.h', ctx)
generator.write('types/{{path}}/{{struct}}.cpp', 'Struct.template.cpp', ctx)
def run(spec, src, dst, features, force):
spec = Path(spec)
project = Path(dst).name
system = FileSystem.parse(src)
extra_filters_path = spec.dirname() / 'filters.py'
extra_filters = load_filters(extra_filters_path)
ctx = {
'dst': dst,
'system': system,
'project': project,
}
generator = RuleGenerator(search_path=spec.dirname() / 'templates',
destination=dst,
context=ctx,
features=features,
force=force)
generator.filters = extra_filters
generator.process_rules(spec, system)
def run(src, dst):
log.debug('run {0} {1}'.format(src, dst))
project = Path(dst).name
classPrefix = ''
system = FileSystem.parse(src)
context = {
'dst': dst,
'system': system,
'classPrefix': classPrefix,
'project': project,
'features': features,
}
generator = RuleGenerator(search_path=here / 'templates',
destination=dst,
context=context,
features=features)
Filters.classPrefix = classPrefix
generator.filters.update({
'defaultValue': CustomFilters.defaultValue,
'returnType': CustomFilters.returnType,
'parameterType': CustomFilters.parameterType,
'parameters': CustomFilters.parameters,
'signature': CustomFilters.signature,
'parse_doc': parse_doc,
'hash': qface.filters.hash,
'jsonify': qface.filters.jsonify,
'signalName': Filters.signalName,
'open_ns': Filters.open_ns,
'close_ns': Filters.close_ns,
'using_ns': Filters.using_ns,
'ns': Filters.ns,
'identifier': Filters.identifier,
'path': CustomFilters.path,
})
generator.process_rules(here / 'qtro.yml', system)
def run_generation(input, output, dependency, libraryName, all, noMocFilePath, noMocListFile):
global generateAsyncProxy
global generateAll
generateAll = all
FileSystem.strict = True
Generator.strict = True
# Build the list of modules to be generated
system = FileSystem.parse(list(input))
modulesToGenerate = [module.name for module in system.modules]
system = FileSystem.parse(list(input) + list(dependency))
generator = Generator(search_path=Path(here / 'templates'))
generator.register_filter('cppBool',
lambda var: "true" if var else "false")
generator.register_filter('toValidId',
lambda name: name.replace('.', '_'))
generator.register_filter('hasQMLIncompatibleParameter',
lambda parameters: any(p.type.is_list or p.type.is_map or p.type.is_interface
for p in parameters))
generator.destination = output
ctx = {'output': output}
for module in system.modules:
if module.name in modulesToGenerate:
ctx.update({'module': module})
module_path = '/'.join(module.name_parts)
log.debug('process module %s' % module.module_name)
ctx.update({'path': module_path})
generateFile(generator, 'module/{{path}}/ModulePrivate.h', 'ModulePrivate.template.h', ctx, libraryName, "")
if not module.structs:
addFileNameToNoMocList(noMocListFile, noMocFilePath, 'module/{}/ModulePrivate.h'.format(module_path))
generateFile(generator, 'module/{{path}}/Module.h', 'Module.template.h', ctx, libraryName, "")
generateFile(generator, 'module/{{path}}/Module.cpp', 'Module.template.cpp', ctx, libraryName, "")
addFileNameToNoMocList(noMocListFile, noMocFilePath, 'module/{}/Module.h'.format(module_path))
generateFile(generator, 'ipc/{{path}}/ModuleIPC.h', 'ModuleIPC.template.h', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/ModuleIPC.cpp', 'ModuleIPC.template.cpp', ctx, libraryName, "")
addFileNameToNoMocList(noMocListFile, noMocFilePath, 'ipc/{}/ModuleIPC.h'.format(module_path))
for interface in module.interfaces:
log.debug('process interface %s' % interface)
ctx.update({'interface': interface})
ctx.update({'interfaceName': interface.name})
generateAsyncProxy = False
ctx.update({'generateAsyncProxy': generateAsyncProxy})
generateFile(generator, 'types/{{path}}/{{interface}}.h', 'Service.template.h', ctx, libraryName, "")
generateFile(generator, 'types/{{path}}/{{interface}}.cpp', 'Service.template.cpp', ctx, libraryName, "")
generateFile(generator, 'types/{{path}}/{{interface}}ImplementationBase.h', 'ImplementationBase.template.h', ctx, libraryName, "")
generateFile(generator, 'types/{{path}}/{{interface}}ImplementationBase.cpp', 'ImplementationBase.template.cpp', ctx, libraryName, "")
generateFile(generator, 'types/{{path}}/{{interface}}QMLAdapter.h', 'QMLAdapter.template.h', ctx, libraryName, "")
generateFile(generator, 'types/{{path}}/{{interface}}QMLAdapter.cpp', 'QMLAdapter.template.cpp', ctx, libraryName, "")
if isQMLImplementationEnabled(interface):
generateFile(generator, 'types/{{path}}/{{interface}}ImplementationBaseQML.h', 'ImplementationBaseQML.template.h', ctx, libraryName, "")
if isIPCEnabled(interface):
generateFile(generator, 'ipc/{{path}}/{{interface}}IPCAdapter.h', 'IPCAdapter.template.h', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/{{interface}}IPCAdapter.cpp', 'IPCAdapter.template.cpp', ctx, libraryName, "")
generateFile(generator, 'types/{{path}}/{{interface}}IPCCommon.h', 'IPCCommon.template.h', ctx, libraryName, "")
addFileNameToNoMocList(noMocListFile, noMocFilePath, 'types/{}/{}IPCCommon.h'.format(module_path, interface))
generateFile(generator, 'ipc_dbus/{{path}}/{{interface}}IPCDBusAdapter.h', 'IPCDBusServiceAdapter.template.h', ctx, libraryName, "")
generateFile(generator, 'ipc_dbus/{{path}}/{{interface}}IPCDBusAdapter.cpp', 'IPCDBusServiceAdapter.template.cpp', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/{{interface}}IPCLocalServiceAdapter.h', 'IPCLocalServiceAdapter.template.h', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/{{interface}}IPCLocalServiceAdapter.cpp', 'IPCLocalServiceAdapter.template.cpp', ctx, libraryName, "")
if isSynchronousIPCEnabled(interface):
generateFile(generator, 'ipc/{{path}}/{{interface}}IPCProxy.h', 'IPCProxy.template.h', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/{{interface}}IPCProxy.cpp', 'IPCProxy.template.cpp', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/{{interface}}ServiceWrapper.h', 'ServiceWrapper.template.h', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/{{interface}}ServiceWrapper.cpp', 'ServiceWrapper.template.cpp', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/{{interface}}NotAvailableImpl.h', 'ServiceNotAvailableImpl.template.h', ctx, libraryName, "")
generateFile(generator, 'ipc_dbus/{{path}}/{{interface}}IPCDBusProxy.h', 'IPCDBusProxyAdapter.template.h', ctx, libraryName, "")
generateFile(generator, 'ipc_dbus/{{path}}/{{interface}}IPCDBusProxy.cpp', 'IPCDBusProxyAdapter.template.cpp', ctx, libraryName, "")
if isAsynchronousIPCEnabled(interface):
generateAsyncProxy = True
ctx.update({'generateAsyncProxy': generateAsyncProxy})
ctx.update({'interfaceName': interface.name + interfaceNameSuffix()})
generateFile(generator, 'types/{{path}}/{{interface}}Async.h', 'Service.template.h', ctx, libraryName, "")
generateFile(generator, 'types/{{path}}/{{interface}}Async.cpp', 'Service.template.cpp', ctx, libraryName, "")
generateFile(generator, 'types/{{path}}/{{interface}}AsyncQMLAdapter.h', 'QMLAdapter.template.h', ctx, libraryName, "")
generateFile(generator, 'types/{{path}}/{{interface}}AsyncQMLAdapter.cpp', 'QMLAdapter.template.cpp', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/{{interface}}AsyncIPCProxy.h', 'IPCProxy.template.h', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/{{interface}}AsyncIPCProxy.cpp', 'IPCProxy.template.cpp', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/{{interface}}AsyncServiceWrapper.h', 'ServiceWrapper.template.h', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/{{interface}}AsyncServiceWrapper.cpp', 'ServiceWrapper.template.cpp', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/{{interface}}AsyncNotAvailableImpl.h', 'ServiceNotAvailableImpl.template.h', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/{{interface}}AsyncIPCLocalProxyAdapter.h', 'IPCLocalProxyAdapter.template.h', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/{{interface}}AsyncIPCLocalProxyAdapter.cpp', 'IPCLocalProxyAdapter.template.cpp', ctx, libraryName, "")
generateFile(generator, 'ipc_dbus/{{path}}/{{interface}}AsyncIPCDBusProxy.h', 'IPCDBusProxyAdapter.template.h', ctx, libraryName, "")
generateFile(generator, 'ipc_dbus/{{path}}/{{interface}}AsyncIPCDBusProxy.cpp', 'IPCDBusProxyAdapter.template.cpp', ctx, libraryName, "")
for enum in module.enums:
ctx.update({'enum': enum})
generateFile(generator, 'types/{{path}}/{{enum}}.h', 'Enum.template.h', ctx, libraryName, "")
generateFile(generator, 'types/{{path}}/{{enum}}.cpp', 'Enum.template.cpp', ctx, libraryName, "")
for struct in module.structs:
ctx.update({'struct': struct})
generateFile(generator, 'types/{{path}}/{{struct}}.h', 'Struct.template.h', ctx, libraryName, "")
generateFile(generator, 'types/{{path}}/{{struct}}.cpp', 'Struct.template.cpp', ctx, libraryName, "")
if isQObjectWrapperEnabled(struct):
generateFile(generator, 'types/{{path}}/{{struct}}QObjectWrapper.h', 'StructQObjectWrapper.template.h', ctx, libraryName, "")
generateFile(generator, 'types/{{path}}/{{struct}}QObjectWrapper.cpp', 'StructQObjectWrapper.template.cpp', ctx, libraryName, "")
def run(src, dst):
system = FileSystem.parse(src)
generator = Generator(search_path='templates')
ctx = {'dst': dst, 'system': system}
generator.write('{{dst}}/modules.csv', 'modules.csv', ctx)
def test_parse():
log.debug('test parse')
system = FileSystem.parse(inputPath)
assert system
def run(src, dst):
log.debug('run {0} {1}'.format(src, dst))
project = Path(dst).name
classPrefix = ''
system = FileSystem.parse(src)
generator = Generator(search_path=here / 'templates')
Filters.classPrefix = classPrefix
generator.register_filter('returnType', Filters.returnType)
generator.register_filter('parameterType', Filters.parameterType)
generator.register_filter('defaultValue', Filters.defaultValue)
generator.register_filter('parse_doc', parse_doc)
generator.register_filter('hash', qface.filters.hash)
generator.register_filter('signalName', Filters.signalName)
generator.register_filter('parameters', Filters.parameters)
generator.register_filter('signature', Filters.signature)
generator.register_filter('open_ns', Filters.open_ns)
generator.register_filter('close_ns', Filters.close_ns)
generator.register_filter('using_ns', Filters.using_ns)
generator.register_filter('starts_with', startswith)
ctx = {
'dst': dst,
'system': system,
'classPrefix': classPrefix,
'project': project,
}
dst = generator.apply('{{dst}}', ctx)
generator.destination = dst
generator.write('{{project}}.pro', 'project.pro', ctx)
generator.write('stores/stores.pro', 'stores/stores.pro', ctx)
generator.write('.qmake.conf', 'qmake.conf', ctx)
generator.write('shared/shared.pri', 'shared/shared.pri', ctx)
generator.write('shared/action.h', 'shared/action.h', ctx)
for module in system.modules:
ctx.update({'module': module})
dst = generator.apply(
'{{dst}}/stores/{{module|lower|replace(".", "-")}}', ctx)
generator.destination = dst
generator.write('{{module|lower|replace(".", "-")}}.pro',
'stores/store/store.pro', ctx)
generator.write('{{module|lower|replace(".", "-")}}.pri',
'stores/store/store.pri', ctx)
generator.write('lib{{module|lower|replace(".", "-")}}.pro',
'stores/store/libstore.pro', ctx)
generator.write('plugin.h', 'stores/store/plugin.h', ctx)
generator.write('plugin.cpp', 'stores/store/plugin.cpp', ctx)
generator.write('qmldir', 'stores/store/qmldir', ctx)
for interface in module.interfaces:
ctx.update({'interface': interface})
generator.write('{{interface|lower}}store.h',
'stores/store/store.h',
ctx,
preserve=True)
generator.write('{{interface|lower}}store.cpp',
'stores/store/store.cpp',
ctx,
preserve=True)
generator.write('{{interface|lower}}storebase.h',
'stores/store/storebase.h', ctx)
generator.write('{{interface|lower}}storebase.cpp',
'stores/store/storebase.cpp', ctx)
generator.write('{{interface|lower}}state_p.h',
'stores/store/state_p.h', ctx)
generator.write('{{interface|lower}}state.h',
'stores/store/state.h', ctx)
generator.write('{{interface|lower}}state_p.h',
'stores/store/state_p.h', ctx)
generator.write('{{interface|lower}}state.cpp',
'stores/store/state.cpp', ctx)
def run_generation(input, output, dependency, libraryName, all):
global generateAsyncProxy
global generateAll
generateAll = all
FileSystem.strict = True
Generator.strict = True
# Build the list of modules to be generated
system = FileSystem.parse(list(input))
modulesToGenerate = [module.name for module in system.modules]
system = FileSystem.parse(list(input) + list(dependency))
generator = Generator(search_path=Path(here / 'facelift' / 'templates'))
generator.register_filter('cppBool', cppBool)
generator.register_filter('toValidId', toValidId)
generator.register_filter('hasQMLIncompatibleParameter', hasQMLIncompatibleParameter)
generator.destination = output
ctx = {'output': output}
for module in system.modules:
if module.name in modulesToGenerate:
ctx.update({'module': module})
module_path = '/'.join(module.name_parts)
log.debug('process module %s' % module.module_name)
ctx.update({'path': module_path})
generateFile(generator, 'module/{{path}}/ModulePrivate.h', 'ModulePrivate.template.h', ctx, libraryName, "")
generateFile(generator, 'module/{{path}}/Module.h', 'Module.template.h', ctx, libraryName, "")
generateFile(generator, 'module/{{path}}/Module.cpp', 'Module.template.cpp', ctx, libraryName, "")
generateFile(generator, 'ipc/{{path}}/ModuleIPC.h', 'ModuleIPC.template.h', ctx, libraryName, "ipc")
generateFile(generator, 'ipc/{{path}}/ModuleIPC.cpp', 'ModuleIPC.template.cpp', ctx, libraryName, "ipc")
generateFile(generator, 'devtools/{{path}}/ModuleMonitor.h', 'ModuleMonitor.template.h', ctx, libraryName, "desktop_dev_tools")
generateFile(generator, 'devtools/{{path}}/ModuleMonitor.cpp', 'ModuleMonitor.template.cpp', ctx, libraryName, "desktop_dev_tools")
generateFile(generator, 'devtools/{{path}}/ModuleDummy.h', 'DummyModule.template.h', ctx, libraryName, "desktop_dev_tools")
for interface in module.interfaces:
log.debug('process interface %s' % interface)
ctx.update({'interface': interface})
ctx.update({'interfaceName': interface.name})
generateAsyncProxy = False
ctx.update({'generateAsyncProxy': generateAsyncProxy})
generateFile(generator, 'types/{{path}}/{{interface}}.h', 'Service.template.h', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{interface}}.cpp', 'Service.template.cpp', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{interface}}ImplementationBase.h', 'ImplementationBase.template.h', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{interface}}ImplementationBase.cpp', 'ImplementationBase.template.cpp', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{interface}}PropertyAdapter.h', 'ServicePropertyAdapter.template.h', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{interface}}QMLFrontend.h', 'QMLFrontend.template.h', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{interface}}QMLFrontend.cpp', 'QMLFrontend.template.cpp', ctx, libraryName, "types")
generateFile(generator, 'devtools/{{path}}/{{interface}}Dummy.h', 'DummyService.template.h', ctx, libraryName, "desktop_dev_tools")
generateFile(generator, 'devtools/{{path}}/{{interface}}Monitor.h', 'ServiceMonitor.template.h', ctx, libraryName, "desktop_dev_tools")
if isQMLImplementationEnabled(interface):
generateFile(generator, 'types/{{path}}/{{interface}}ImplementationBaseQML.h', 'ImplementationBaseQML.template.h', ctx, libraryName, "types")
if isIPCEnabled(interface):
generateFile(generator, 'ipc/{{path}}/{{interface}}IPCAdapter.h', 'IPCAdapter.template.h', ctx, libraryName, "ipc")
generateFile(generator, 'ipc_dbus/{{path}}/{{interface}}IPCDBus.h', 'IPCDBus.template.h', ctx, libraryName, "ipc_dbus")
generateFile(generator, 'ipc_dbus/{{path}}/{{interface}}IPCDBusAdapter.h', 'IPCDBusAdapter.template.h', ctx, libraryName, "ipc_dbus")
generateFile(generator, 'ipc_dbus/{{path}}/{{interface}}IPCDBusAdapter.cpp', 'IPCDBusAdapter.template.cpp', ctx, libraryName, "ipc_dbus")
if isSynchronousIPCEnabled(interface):
generateFile(generator, 'ipc/{{path}}/{{interface}}IPCProxy.h', 'IPCProxy.template.h', ctx, libraryName, "ipc")
generateFile(generator, 'ipc/{{path}}/{{interface}}IPCProxy.cpp', 'IPCProxy.template.cpp', ctx, libraryName, "ipc")
generateFile(generator, 'ipc/{{path}}/{{interface}}IPC.h', 'IPC.template.h', ctx, libraryName, "ipc")
generateFile(generator, 'ipc/{{path}}/{{interface}}ServiceWrapper.h', 'ServiceWrapper.template.h', ctx, libraryName, "ipc")
generateFile(generator, 'ipc/{{path}}/{{interface}}ServiceWrapper.cpp', 'ServiceWrapper.template.cpp', ctx, libraryName, "ipc")
generateFile(generator, 'ipc_dbus/{{path}}/{{interface}}IPCDBusProxy.h', 'IPCDBusProxy.template.h', ctx, libraryName, "ipc_dbus")
generateFile(generator, 'ipc_dbus/{{path}}/{{interface}}IPCDBusProxy.cpp', 'IPCDBusProxy.template.cpp', ctx, libraryName, "ipc_dbus")
if isAsynchronousIPCEnabled(interface):
generateAsyncProxy = True
ctx.update({'generateAsyncProxy': generateAsyncProxy})
ctx.update({'interfaceName': interface.name + interfaceNameSuffix()})
generateFile(generator, 'types/{{path}}/{{interface}}Async.h', 'Service.template.h', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{interface}}Async.cpp', 'Service.template.cpp', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{interface}}AsyncQMLFrontend.h', 'QMLFrontend.template.h', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{interface}}AsyncQMLFrontend.cpp', 'QMLFrontend.template.cpp', ctx, libraryName, "types")
generateFile(generator, 'ipc/{{path}}/{{interface}}AsyncIPCProxy.h', 'IPCProxy.template.h', ctx, libraryName, "ipc")
generateFile(generator, 'ipc/{{path}}/{{interface}}AsyncIPCProxy.cpp', 'IPCProxy.template.cpp', ctx, libraryName, "ipc")
generateFile(generator, 'ipc/{{path}}/{{interface}}AsyncServiceWrapper.h', 'ServiceWrapper.template.h', ctx, libraryName, "ipc")
generateFile(generator, 'ipc/{{path}}/{{interface}}AsyncServiceWrapper.cpp', 'ServiceWrapper.template.cpp', ctx, libraryName, "ipc")
generateFile(generator, 'ipc_dbus/{{path}}/{{interface}}AsyncIPCDBusProxy.h', 'IPCDBusProxy.template.h', ctx, libraryName, "ipc_dbus")
generateFile(generator, 'ipc_dbus/{{path}}/{{interface}}AsyncIPCDBusProxy.cpp', 'IPCDBusProxy.template.cpp', ctx, libraryName, "ipc_dbus")
for enum in module.enums:
ctx.update({'enum': enum})
generateFile(generator, 'types/{{path}}/{{enum}}.h', 'Enum.template.h', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{enum}}.cpp', 'Enum.template.cpp', ctx, libraryName, "types")
for struct in module.structs:
ctx.update({'struct': struct})
generateFile(generator, 'types/{{path}}/{{struct}}.h', 'Struct.template.h', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{struct}}.cpp', 'Struct.template.cpp', ctx, libraryName, "types")
if isQObjectWrapperEnabled(struct):
generateFile(generator, 'types/{{path}}/{{struct}}QObjectWrapper.h', 'StructQObjectWrapper.template.h', ctx, libraryName, "types")
generateFile(generator, 'types/{{path}}/{{struct}}QObjectWrapper.cpp', 'StructQObjectWrapper.template.cpp', ctx, libraryName, "types")
def generate(tplconfig, moduleConfig, annotations, imports, src, dst):
log.debug('run {0} {1}'.format(src, dst))
FileSystem.strict = True
Generator.strict = True
# First run without imports to know the name of the modules we want to generate
module_names = []
system = FileSystem.parse(src)
for module in system.modules:
module_names.append(module.name)
# Second run with imports to resolve all needed type information
all_files = imports + src
system = FileSystem.parse(all_files)
for annotations_file in annotations:
log.debug('{0}'.format(annotations_file))
if not os.path.isabs(annotations_file):
annotations_file = Path.getcwd() / str(annotations_file)
if not Path(annotations_file).exists():
print('no such annotation file: {0}'.format(annotations_file))
exit(1)
FileSystem.merge_annotations(system, Path(annotations_file))
srcFile = os.path.basename(src[0])
srcBase = os.path.splitext(srcFile)[0]
global_functions.currentSrcFile = srcFile
ctx = {
'qtASVersion': builtin_config.config["VERSION"],
'srcFile': srcFile,
'srcBase': srcBase
}
generator = CustomRuleGenerator(
search_path=[tplconfig, builtinTemplatesPath],
destination=dst,
context=ctx,
modules=module_names)
generator.env.keep_trailing_newline = True
global_functions.register_global_functions(generator)
register_filters(generator)
validateSystem(srcFile, system)
# Make sure the config tag is available for all our symbols
for module in system.modules:
module.add_tag('config')
for val, key in moduleConfig.items():
module.add_attribute('config', val, key)
for interface in module.interfaces:
interface.add_tag('config')
for property in interface.properties:
property.add_tag('config')
for operation in interface.operations:
operation.add_tag('config')
for signal in interface.signals:
signal.add_tag('config')
for struct in module.structs:
struct.add_tag('config')
for field in struct.fields:
field.add_tag('config')
for enum in module.enums:
enum.add_tag('config')
for member in enum.members:
member.add_tag('config')
generator.process_rules(
os.path.dirname(tplconfig) +
'/{0}.yaml'.format(os.path.basename(tplconfig)), system)
def generate(tplconfig, moduleConfig, annotations, src, dst):
log.debug('run {0} {1}'.format(src, dst))
FileSystem.strict = True
Generator.strict = True
system = FileSystem.parse(src)
for annotations_file in annotations:
log.debug('{0}'.format(annotations_file))
if not os.path.isabs(annotations_file):
annotations_file = Path.getcwd() / str(annotations_file)
if not Path(annotations_file).exists():
print('no such annotation file: {0}'.format(annotations_file))
exit(1)
FileSystem.merge_annotations(system, Path(annotations_file))
generator = Generator(search_path=[tplconfig, here / "common"])
generator.register_filter('return_type', return_type)
generator.register_filter('parameter_type', parameter_type)
generator.register_filter('getter_name', getter_name)
generator.register_filter('setter_name', setter_name)
generator.register_filter('test_type_value', test_type_value)
generator.register_filter('default_type_value', default_type_value)
generator.register_filter('default_value', default_value)
generator.register_filter('model_type', model_type)
generator.register_filter('flag_type', flag_type)
generator.register_filter('parse_doc', parse_doc)
generator.register_filter('lowerfirst', lower_first_filter)
generator.register_filter('range_low', range_low)
generator.register_filter('range_high', range_high)
generator.register_filter('strip_QT', strip_QT)
generator.register_filter('domain_values', domain_values)
generator.register_filter("enum_value", enum_value)
generator.register_filter("tag_by_path", tag_by_path)
generator.register_filter("conf_sim_tag", conf_sim_tag)
generator.register_filter('jsonify', jsonify)
generator.register_filter('has_domains', has_domains)
generator.register_filter('json_domain', json_domain)
generator.register_filter('qml_type', qml_type)
generator.register_filter('qml_control', qml_control)
generator.register_filter('qml_binding_property', qml_binding_property)
generator.register_filter('qml_control_signal_parameters', qml_control_signal_parameters)
generator.register_filter('struct_includes', struct_includes)
generator.register_filter('hash', qface.filters.hash)
srcFile = os.path.basename(src[0])
srcBase = os.path.splitext(srcFile)[0]
ctx = {'dst': dst, 'qtASVersion': builtin_config["VERSION"], 'srcFile':srcFile, 'srcBase':srcBase, 'features': builtin_config["FEATURES"]}
gen_config = yaml.load(open(here / '{0}.yaml'.format(os.path.basename(tplconfig))))
for module in system.modules:
log.debug('generate code for module %s', module)
module.add_tag('config')
for val, key in moduleConfig.items():
module.add_attribute('config', val, key)
ctx.update({'module': module})
# TODO: refine that, probably just use plain output folder
dst = generator.apply('{{dst}}', ctx)
generator.destination = dst
module_rules = gen_config['generate_rules']['module_rules']
force = moduleConfig['force']
if module_rules is None: module_rules = []
for rule in module_rules:
preserve = rule['preserve'] if 'preserve' in rule else False
generator.write(rule['dest_file'], rule['template_file'], ctx, preserve, force)
for interface in module.interfaces:
log.debug('generate backend code for interface %s', interface)
interface.add_tag('config')
ctx.update({'interface': interface})
interface_rules = gen_config['generate_rules']['interface_rules']
if interface_rules is None: interface_rules = []
for rule in interface_rules:
preserve = rule['preserve'] if 'preserve' in rule else False
generator.write(rule['dest_file'], rule['template_file'], ctx, preserve, force)
if 'struct_rules' in gen_config['generate_rules'] and isinstance(gen_config['generate_rules']['struct_rules'], list):
for struct in module.structs:
log.debug('generate code for struct %s', struct)
struct.add_tag('config')
ctx.update({'struct': struct})
for rule in gen_config['generate_rules']['struct_rules']:
preserve = rule['preserve'] if 'preserve' in rule else False
generator.write(rule['dest_file'], rule['template_file'], ctx, preserve, force)
def test_parse_document():
system = FileSystem.parse(inputPath / 'com.pelagicore.ivi.tuner.qface')
assert system.lookup('com.pelagicore.ivi.tuner')
