def __init__(self, **args):
self.__super.__init__()
# If we have Defaults, then update the argdict with them
if hasattr(self, 'Defaults'):
args = dict(self.Defaults, **args)
# Check that all the required arguments have been given: we can't do
# template expansion unless every argument is specified.
assert self.TemplateFile, 'Must specify template file'
assert self.Arguments is not None, 'Must specify some Arguments'
assert set(args) == set(self.Arguments), \
'Arguments %s missing or not recognised' % \
list(set(args).symmetric_difference(set(self.Arguments)))
# Store the args
self.args = args
# read in the xml file
xml = self.ModuleFile(
os.path.join('etc', 'makeIocs', self.TemplateFile))
xml_text = open(xml).read()
# substitute the args
if args:
xml_text = support.msi_replace_macros(args, xml_text)
# make iocbuilder objects
if libversion.Debug:
print '< Loading objects from %s >' % self.TemplateFile
self.objects = instantiateXml(xml_text)
if libversion.Debug:
print '</ Loading objects from %s >' % self.TemplateFile
def __init__(self, **args):
self.__super.__init__()
# If we have Defaults, then update the argdict with them
if hasattr(self, 'Defaults'):
args = dict(self.Defaults, **args)
# Check that all the required arguments have been given: we can't do
# template expansion unless every argument is specified.
assert self.TemplateFile, 'Must specify template file'
assert self.Arguments is not None, 'Must specify some Arguments'
assert set(args) == set(self.Arguments), \
'Arguments %s missing or not recognised' % \
list(set(args).symmetric_difference(set(self.Arguments)))
# Store the args
self.args = args
# read in the xml file
xml = self.ModuleFile(
os.path.join('etc', 'makeIocs', self.TemplateFile))
xml_text = open(xml).read()
# substitute the args
obs = {}
if args:
msi_args = {}
# mimic local variables by only passing in obs that are in args
for k, v in args.items():
if getattr(self.ArgInfo.descriptions[k], 'ident', False):
# for idents, make msi sub $(CAM)=CAM and add CAM to list
# of objects
obs[k] = v
msi_args[k] = k
else:
# otherwise just do a straight text substitution
msi_args[k] = v
xml_text = support.msi_replace_macros(msi_args, xml_text)
# make iocbuilder objects
if libversion.Debug:
print '< Loading objects from %s >' % self.TemplateFile
self.objects = instantiateXml(xml_text, obs)
if libversion.Debug:
print '</ Loading objects from %s >' % self.TemplateFile
def CreateEdlFiles(self):
# First we make a GuiBuilder object that knows how to make edm screens
from dls_edm import GuiBuilder, SILENT
gb = GuiBuilder(self.ioc_name, errors = SILENT)
# Tell it what its paths are
gb.RELEASE = os.path.join(self.iocRoot, 'configure/RELEASE')
for m in sorted(libversion.ModuleBase.ListModules()):
p = os.path.join(m.LibPath(), 'data')
if os.path.isdir(p) and p not in gb.paths:
gb.paths.append(p)
for s in os.listdir(m.LibPath()):
p = os.path.join(m.LibPath(), s, 'opi', 'edl')
if os.path.isdir(p) and p not in gb.devpaths:
gb.devpaths.append(p)
# This is a list of prefixes, e.g. if our gui objects look like
# CAM1.ARR, CAM1.CAM, ...
# then prefixes will contain CAM1
prefixes = set()
err = '''\
Meta tag should be one of the folowing:
# % gui, <name>, edm, <screen_filename>[, <macros>]
# % gui, <name>, edmembed, <screen_filename>[, <macros>]
# % gui, <name>, edmtab, <screen_filename>[, <macros>]
# % gui, <name>, shell, <command>
# % gui, <name>, status[, <pv>]
# % gui, <name>, sevr[, <pv>]
Supplied meta tag:
# % gui, '''
# For each substitution file
for s in recordset.AllSubstitutions():
# For each gui meta tag
for meta in getattr(s, 'guiTags', []):
# substitute macros in meta tag
meta = support.msi_replace_macros(s.args, meta)
if libversion.Debug:
print 'Processing meta tag "%s"' %meta
# check it's the right length
parts = meta.split(',')
assert len(parts) > 1, err + meta
# the first section is the name of our gui object
name = parts[0].strip(' ')
# the second section tells use what kind of tag it is,
# e.g. edm, edmembed, status
# we're only interested in edm screens
switch = parts[1].strip(' ')
if switch in ['edm', 'edmembed', 'edmtab']:
assert len(parts) > 2, err + meta
# this dictionary will be passed to GBObject.addScreen
data = dict(filename = parts[2].strip(' '))
# prepare the macro list
data['macros'] = ','.join(x.strip(' ') for x in parts[3:])
# special cases for tab widgets and embedded displays
if switch == 'edmembed':
data['embedded'] = True
elif switch == 'edmtab':
data['tab'] = True
# If there's a dot in the name, add the first bit to
# the list of prefixes
if '.' in name:
split = name.split('.')
for i in range(1, len(split)):
prefixes.add('.'.join(split[:i]))
# If there isn't an object of this name, make one
if not gb.get(name):
gb.object(name)
# Add a screen to the objects
if libversion.Debug:
print 'Adding edm object %s to %s screen' %(data, name)
gb.get(name)[0].addScreen(**data)
# Now create components out of these edm objects
d = os.path.join(self.iocRoot, self.iocEdlDir)
ignores = []
# sort prefixes by the number of dots in them
prefixes = sorted((len(x.split(".")), x) for x in prefixes)
# If we've got prefixes, make sub screens for them
for _, pre in reversed(prefixes):
obs = gb.get('%s.*' % pre)
ignores += obs
if libversion.Debug:
print 'Making subscreen %s from %s' %(pre, obs)
gb.object(pre, '%s Top' % pre, '', obs, d = d)
# Now make a top level screen containing anything not in a sub screen
obs = [x for x in gb.get('*') if x not in ignores]
if libversion.Debug:
print 'Making top level screen %sTop from %s' % (self.ioc_name, obs)
c = gb.object('%sTop' % self.ioc_name, '%s Top' % self.ioc_name, '',
obs, d = d)
# Add a rule for installing edm screens
self.makefile_edl.AddLine(
'DATA += $(patsubst ../%, %, $(wildcard ../*.edl))')
# And a startup script for the screens
gb.startupScript(filename = '%s/st%s-gui' % (d, self.ioc_name),
edl = c.macrodict['FILE'], setPort = False,
macros = c.macrodict['EDM_MACROS'])
self.makefile_edl.AddLine('SCRIPTS += ../st%s-gui' % self.ioc_name)
def CreateEdlFiles(self):
# First we make a GuiBuilder object that knows how to make edm screens
from dls_edm import GuiBuilder, SILENT
gb = GuiBuilder(self.ioc_name, errors=SILENT)
# Tell it what its paths are
gb.RELEASE = os.path.join(self.iocRoot, 'configure/RELEASE')
for m in sorted(libversion.ModuleBase.ListModules()):
p = os.path.join(m.LibPath(), 'data')
if os.path.isdir(p) and p not in gb.paths:
gb.paths.append(p)
for s in os.listdir(m.LibPath()):
p = os.path.join(m.LibPath(), s, 'opi', 'edl')
if os.path.isdir(p) and p not in gb.devpaths:
gb.devpaths.append(p)
# This is a list of prefixes, e.g. if our gui objects look like
# CAM1.ARR, CAM1.CAM, ...
# then prefixes will contain CAM1
prefixes = set()
err = '''\
Meta tag should be one of the folowing:
# % gui, <name>, edm, <screen_filename>[, <macros>]
# % gui, <name>, edmembed, <screen_filename>[, <macros>]
# % gui, <name>, edmtab, <screen_filename>[, <macros>]
# % gui, <name>, shell, <command>
# % gui, <name>, status[, <pv>]
# % gui, <name>, sevr[, <pv>]
Supplied meta tag:
# % gui, '''
# For each substitution file
for s in recordset.AllSubstitutions():
# For each gui meta tag
for meta in getattr(s, 'guiTags', []):
# substitute macros in meta tag
meta = support.msi_replace_macros(s.args, meta)
if libversion.Debug:
print 'Processing meta tag "%s"' % meta
# check it's the right length
parts = meta.split(',')
assert len(parts) > 1, err + meta
# the first section is the name of our gui object
name = parts[0].strip(' ')
# the second section tells use what kind of tag it is,
# e.g. edm, edmembed, status
# we're only interested in edm screens
switch = parts[1].strip(' ')
if switch in ['edm', 'edmembed', 'edmtab']:
assert len(parts) > 2, err + meta
# this dictionary will be passed to GBObject.addScreen
data = dict(filename=parts[2].strip(' '))
# prepare the macro list
data['macros'] = ','.join(x.strip(' ') for x in parts[3:])
# special cases for tab widgets and embedded displays
if switch == 'edmembed':
data['embedded'] = True
elif switch == 'edmtab':
data['tab'] = True
# If there's a dot in the name, add the first bit to
# the list of prefixes
if '.' in name:
split = name.split('.')
for i in range(1, len(split)):
prefixes.add('.'.join(split[:i]))
# If there isn't an object of this name, make one
if not gb.get(name):
gb.object(name)
# Add a screen to the objects
if libversion.Debug:
print 'Adding edm object %s to %s screen' % (data,
name)
gb.get(name)[0].addScreen(**data)
# Now create components out of these edm objects
d = os.path.join(self.iocRoot, self.iocEdlDir)
ignores = []
# sort prefixes by the number of dots in them
prefixes = sorted((len(x.split(".")), x) for x in prefixes)
# If we've got prefixes, make sub screens for them
for _, pre in reversed(prefixes):
obs = gb.get('%s.*' % pre)
ignores += obs
if libversion.Debug:
print 'Making subscreen %s from %s' % (pre, obs)
gb.object(pre, '%s Top' % pre, '', obs, d=d)
# Now make a top level screen containing anything not in a sub screen
obs = [x for x in gb.get('*') if x not in ignores]
if libversion.Debug:
print 'Making top level screen %sTop from %s' % (self.ioc_name,
obs)
c = gb.object('%sTop' % self.ioc_name,
'%s Top' % self.ioc_name,
'',
obs,
d=d)
# Add a rule for installing edm screens
self.makefile_edl.AddLine(
'DATA += $(patsubst ../%, %, $(wildcard ../*.edl))')
# And a startup script for the screens
gb.startupScript(filename='%s/st%s-gui' % (d, self.ioc_name),
edl=c.macrodict['FILE'],
setPort=False,
macros=c.macrodict['EDM_MACROS'])
self.makefile_edl.AddLine('SCRIPTS += ../st%s-gui' % self.ioc_name)
