def CreateSourceFiles(self):
makefile = self.makefile_src
ioc = self.ioc_name
if self.cross_build or configure.TargetOS() == 'WIN32':
prod_ioc = 'PROD_IOC_%s' % configure.TargetOS()
else:
prod_ioc = 'PROD_IOC'
makefile.AddLine('%s = %s' % (prod_ioc, ioc))
makefile.AddLine('DBD += %s.dbd' % ioc)
for dbd_part in Hardware.GetDbdList():
makefile.AddLine('%s_DBD += %s.dbd' % (ioc, dbd_part))
makefile.AddLine('%s_SRCS += %s_registerRecordDeviceDriver.cpp' %
(ioc, ioc))
# Library dependencies need to be expressed in reverse dependency
# order so that each library pulls in the required symbols from the
# next library loaded.
for lib in reversed(Hardware.GetLibList()):
makefile.AddLine('%s_LIBS += %s' % (ioc, lib))
# Add the system libraries
for lib in reversed(Hardware.GetSysLibList()):
makefile.AddLine('%s_SYS_LIBS += %s' % (ioc, lib))
# Add makefile variables
for text in reversed(Hardware.GetMakefileStringList()):
makefile.AddLine(text % self.__dict__)
makefile.AddLine('%s_LIBS += $(EPICS_BASE_IOC_LIBS)' % ioc)
# Finally add the target specific files.
configure.Call_TargetOS(self, 'CreateSourceFiles')
def CreateBootFiles(self):
extension = self.substitute_boot and 'src' or 'cmd'
self.WriteFile(
(self.iocBootDir, 'st%s.%s' % (self.ioc_name, extension)),
self.PrintIoc,
'../..',
maxLineLength=self.IOCmaxLineLength)
if self.cross_build:
scripts = 'SCRIPTS_%s' % configure.TargetOS()
else:
scripts = 'SCRIPTS'
configure.Call_TargetOS(self, 'CreateBootFiles', scripts)
self.makefile_boot.AddLine('%s += st%s.boot' %
(scripts, self.ioc_name))
if self.substitute_boot:
if paths.msiPath:
self.makefile_boot.AddLine('PATH := $(PATH):%s' %
paths.msiPath)
else:
self.makefile_boot.AddRule(
'envPaths cdCommands:\n'
'\t$(PERL) $(TOOLS)/convertRelease.pl -a $(T_A) $@')
self.makefile_boot.AddRule('%.boot: ../%.cmd\n\t$(CP) $< $@')
def __init__(self,
path,
ioc_name,
check_release=True,
substitute_boot=False,
edm_screen=False,
keep_files=[],
makefile_name='Makefile'):
# Remember parameters
IocWriter.__init__(self, path) # Sets up iocRoot
self.CreateBootFiles_win32 = self.CreateBootFiles_linux
self.check_release = check_release
self.substitute_boot = substitute_boot
self.keep_files = keep_files
self.edm_screen = edm_screen
# We have to fudge the win32 build as although we run the builder on
# Linux the IOC will have to be build on Windows. This is a sign that
# something's not quite right here...
self.cross_build = \
configure.Architecture() != paths.EPICS_HOST_ARCH and \
configure.TargetOS() != 'WIN32'
# Create the working skeleton
self.CreateIocNames(ioc_name)
self.StartMakefiles(makefile_name)
self.CreateSkeleton(makefile_name)
# Actually generate the IOC
self.GenerateIoc()
def CreateConfigureFiles(self):
# Create the configure directory by copying files over from EPICS
# base. We don't copy RELEASE because we need to rewrite it
# completely anyway.
template_dir = os.path.join(paths.EPICS_BASE,
'templates/makeBaseApp/top/configure')
template_files = os.listdir(template_dir)
for file in template_files:
if file not in ['RELEASE']:
shutil.copyfile(os.path.join(template_dir, file),
os.path.join(self.iocRoot, 'configure', file))
self.WriteConfigFile('CONFIG_SITE' in template_files)
used_macros, modules = canonicalise_macros(
self.macros, libversion.ModuleBase.ListModules())
# Convert macros into text.
releases = \
['# Common prefixes'] + \
dict_to_lines(used_macros, self.macros) + \
['# Module definitions'] + \
dict_to_lines(modules.keys(), modules) + \
['# EPICS Base appears last',
'EPICS_BASE = %s' % paths.EPICS_BASE]
# Write out configure/RELEASE
self.WriteFile('configure/RELEASE', '\n'.join(releases))
if configure.TargetOS() == 'WIN32':
paths_dict = dict((k, v.replace('/dls_sw/', r'W:\\')) \
for k,v in self.macros.items())
self.WriteFile(
'configure/RELEASE.%s.Common' % configure.Architecture(),
self.WINDOWS_RELEASE_COMMON % paths_dict)
def CreateConfigureFiles(self):
# Create the configure directory by copying files over from EPICS
# base. We don't copy RELEASE because we need to rewrite it
# completely anyway.
template_dir = os.path.join(paths.EPICS_BASE,
'templates/makeBaseApp/top/configure')
template_files = os.listdir(template_dir)
for file in template_files:
if file != 'RELEASE':
shutil.copy(os.path.join(template_dir, file),
os.path.join(self.iocRoot, 'configure'))
self.WriteConfigFile('CONFIG_SITE' in template_files)
# Write out configure/RELEASE
releases = ['# DLS specific macros for the work and prod areas']
releases.append('SUPPORT = %s' % paths.module_path)
releases.append('WORK = %s' % paths.module_work_path)
releases.append('# Module paths')
for module in sorted(libversion.ModuleBase.ListModules()):
## \todo Do something sensible on check_release
# Something like this might be a good idea --
# if self.check_release:
# module.CheckDependencies()
if module.MacroName() != 'EPICS_BASE':
path = module.LibPath()
path = path.replace(paths.module_path, '$(SUPPORT)')
path = path.replace(paths.module_work_path, '$(WORK)')
releases.append('%s = %s' % (module.MacroName(), path))
releases.append('# EPICS Base appears last')
releases.append('EPICS_BASE = %s' % paths.EPICS_BASE)
self.WriteFile('configure/RELEASE', '\n'.join(releases))
if configure.TargetOS() == 'WIN32':
lines = ['# Windows specific prefixes']
lines.append('SUPPORT = %s' %
paths.module_path.replace('/dls_sw/', r'W:\\'))
lines.append('WORK = %s' %
paths.module_work_path.replace('/dls_sw/', r'W:\\'))
lines.append('EPICS_BASE = %s' %
paths.EPICS_BASE.replace('/dls_sw/', r'W:\\'))
self.WriteFile(
'configure/RELEASE.%s.Common' % configure.Architecture(),
'\n'.join(lines))