def templates(self, component):
templates = [
CppTemplate('resource.cpp',
component['userclass']['file'],
userfile=True),
CppTemplate('resource.h',
component['userclass']['header'],
userfile=True),
CppTemplate('pull/resource_base.cpp',
component['baseclass']['file']),
CppTemplate('pull/resource_base.h',
component['baseclass']['header']),
CppTemplate('programmable_base.h',
component['reprogclass']['header']),
CppTemplate('entry_point.h', userfile=True),
CppTemplate('base/main.cpp'),
AutomakeTemplate('base/Makefile.am'),
AutomakeTemplate('base/Makefile.am.ide', userfile=True),
AutoconfTemplate('base/configure.ac'),
ShellTemplate('base/build.sh'),
ShellTemplate('common/reconf')
]
for gen in component['portgenerators']:
# Need to include port_impl if a non-bulkio port exists
if str(type(gen)).find("BulkioPortGenerator") == -1:
templates.append(CppTemplate('pull/port_impl.cpp'))
templates.append(CppTemplate('pull/port_impl.h'))
break
if component['structdefs']:
templates.append(CppTemplate('pull/struct_props.h'))
return templates
def templates(self, component):
templates = [
CppTemplate('main.cpp'),
CppTemplate('resource.cpp', component['userclass']['file']),
CppTemplate('resource.h', component['userclass']['header']),
CppTemplate('resource_base.cpp', component['baseclass']['file']),
CppTemplate('resource_base.h', component['baseclass']['header']),
CppTemplate('GnuHawkBlock.h',
component['prefix'] + '_GnuHawkBlock.h'),
AutomakeTemplate('Makefile.am'),
AutomakeTemplate('Makefile.am.ide'),
AutoconfTemplate('configure.ac'),
ShellTemplate('reconf')
]
for gen in component['portgenerators']:
# Need to include port_impl if a non-bulkio port exists
if str(type(gen)).find("BulkioPortGenerator") == -1:
templates.append(CppTemplate('pull/port_impl.cpp'))
templates.append(CppTemplate('pull/port_impl.h'))
break
if component['structdefs']:
templates.append(CppTemplate('struct_props.h'))
return templates
def templates(self, component):
templates = [
CppTemplate('resource.cpp',
component['userclass']['file'],
userfile=True),
CppTemplate('resource.h',
component['userclass']['header'],
userfile=True),
CppTemplate('pull/resource_base.cpp',
component['baseclass']['file']),
CppTemplate('pull/resource_base.h',
component['baseclass']['header']),
CppTemplate('main.cpp', userfile=True),
AutomakeTemplate('Makefile.am'),
AutomakeTemplate('base/Makefile.am.ide', userfile=True),
AutoconfTemplate('configure.ac'),
ShellTemplate('base/build.sh'),
ShellTemplate('common/reconf')
]
is_device = True
is_executable = False
for superclass in component['superclasses']:
if superclass['name'] == 'Resource_impl':
is_device = False
if superclass['name'] == 'ExecutableDevice_impl':
is_executable = True
# Append programmable files if it's a persona device
if is_device:
templates.append(
CppTemplate('persona_base.cpp',
component['reprogclass']['file'],
userfile=True))
templates.append(
CppTemplate('persona_base.h',
component['reprogclass']['header'],
userfile=True))
# Append entry_point file if it's an executable device
if is_executable:
templates.append(CppTemplate('entry_point.h', userfile=True))
# Add port implementations if required
templates.extend(
CppTemplate('pull/' + fn)
for fn in self.getPortTemplates(component))
if component['structdefs']:
templates.append(CppTemplate('pull/struct_props.h'))
return templates
def templates(self, library):
userHeader = os.path.join(self.includedir, library['incfile'])
userSource = os.path.join(self.sourcedir, library['srcfile'])
templates = [
CppTemplate('library.h', userHeader, userfile=True),
CppTemplate('library.cpp', userSource, userfile=True),
AutomakeTemplate('Makefile.am'),
AutomakeTemplate('base/Makefile.am.ide', userfile=True),
AutoconfTemplate('configure.ac'),
ShellTemplate('base/build.sh'),
ShellTemplate('common/reconf'),
PkgconfigTemplate('library.pc.in', library['pcfile']+'.in')
]
return templates
def templates(self, component):
templates = [
CppTemplate('base/main.cpp'),
AutomakeTemplate('base/Makefile.am'),
AutomakeTemplate('base/Makefile.am.ide', userfile=True),
AutoconfTemplate('base/configure.ac'),
ShellTemplate('base/build.sh'),
ShellTemplate('common/reconf'),
CppTemplate('resource.cpp',
component['userclass']['file'],
userfile=True),
CppTemplate('resource.h',
component['userclass']['header'],
userfile=True),
CppTemplate('resource_base.cpp', component['baseclass']['file']),
CppTemplate('resource_base.h', component['baseclass']['header'])
]
# Add port implementations if required
templates.extend(
CppTemplate(fn) for fn in self.getPortTemplates(component))
if component['structdefs']:
templates.append(CppTemplate('struct_props.h'))
return templates
def templates(self, component):
templates = [
CppTemplate('main.cpp'),
CppTemplate('service.cpp',
component['userclass']['file'],
userfile=True),
CppTemplate('service.h',
component['userclass']['header'],
userfile=True),
CppTemplate('service_base.cpp', component['baseclass']['file']),
CppTemplate('service_base.h', component['baseclass']['header']),
AutomakeTemplate('Makefile.am'),
AutomakeTemplate('Makefile.am.ide', userfile=True),
AutoconfTemplate('configure.ac'),
ShellTemplate('build.sh'),
ShellTemplate('common/reconf')
]
return templates
def templates(self, component):
templates = [
CppTemplate('main.cpp'),
AutomakeTemplate('Makefile.am'),
AutomakeTemplate('Makefile.am.ide', userfile=True),
AutoconfTemplate('configure.ac'),
ShellTemplate('build.sh'),
ShellTemplate('common/reconf')
]
return templates
def templates(self, library):
templates = [
#CppTemplate('resource.h', userHeader, userfile=True),
#CppTemplate('resource.cpp', userSource, userfile=True),
CppTemplate('resource.h', self.plugin_name + '.h', userfile=True),
CppTemplate('resource.cpp',
self.plugin_name + '.cpp',
userfile=True),
CppTemplate('resource_base.h', self.plugin_name + '_base.h'),
CppTemplate('resource_base.cpp', self.plugin_name + '_base.cpp'),
CppTemplate('struct_props.h'),
CppTemplate('main.cpp'),
SpecfileTemplate('plugin.spec', self.plugin_name + '.spec'),
AutomakeTemplate('Makefile.am'),
AutomakeTemplate('base/Makefile.am.ide', userfile=True),
AutoconfTemplate('configure.ac'),
ShellTemplate('base/build.sh'),
ShellTemplate('common/reconf')
]
return templates
def _implementation(self):
return CppTemplate('generic.provides.cpp')
def _declaration(self):
return CppTemplate('generic.provides.h')