def generate_header_file(self, outdir):
self.header = hd_t.headerFile(self.get_name())
#Handle Includes
self.header.pathInclude.append('gen/yang/confd_headers.hpp')
self.header.pathInclude.append('stdint.h')
self.header.pathInclude.append('ORM/DataType.hpp')
self.header.pathInclude.append('ORM/DataObject.hpp')
self.header.pathInclude.append('ORM/Adaptors/ConfD/ConfDDataObject.hpp')
for i in self.includes:
inc_obj = self.includes[i]
if not inc_obj.isEmpty:
self.header.pathInclude.append('gen/yang/' + inc_obj.mod_name + '.hpp')
for mod_pre in self.imports:
import_mod = self.imports[mod_pre]
if not import_mod.isEmpty:
self.header.pathInclude.append('gen/yang/' + import_mod.mod_name + '.hpp')
'''
for aug_from in self.beAugmentedBy:
self.header.pathInclude.append('gen/yang/' + aug_from + '.hpp')
'''
#flush namespace
self.rootYinNode.flush_subtree()
self.rootYinNode.generate_definition()
for o in self.rootYinNode.output():
self.header.body.append(o)
# write to file
hdFile = open(os.path.join(outdir, self.header.getFileNameWithExt()),'w')
try:
hd_lines = [line + iutil.newline for line in self.header.generate()]
hdFile.writelines(hd_lines)
finally:
hdFile.close()
def run():
inDir = ''
#typeDict = ''
#outDir = ''
confd_headers_dir= None
idx = 1
while idx < len(sys.argv):
var = sys.argv[idx]
if '-i' == var:
inDir = sys.argv[idx+1]
#elif '-d' == var:
# typeDict = sys.argv[idx+1]
elif '-ih' == var:
confd_headers_dir = sys.argv[idx+1]
elif '-oh' == var:
outDirH = sys.argv[idx+1]
elif '-oc' == var:
outDirC = sys.argv[idx+1]
elif '-trace' == var:
iutil._traceFlag = True
elif '-warning' == var:
iutil._warningFlag = True
elif '-error' == var:
iutil._errorFlag = True
elif '-debug' == var:
iutil._debugFlag = True
idx = idx+1
if not os.path.isdir(inDir):
iutil.ERROR('Need an input directory!')
#elif typeDict == '' or typeDict[-5:] != '.dict':
# iutil.TRACE('Need a dict file!')
elif not os.path.isdir(outDirH):
iutil.ERROR('Need an output HPP directory!')
elif not os.path.isdir(outDirC):
iutil.ERROR('Need an output CPP directory!')
else:
iutil.TRACE('Input directory is ' + inDir)
iutil.TRACE('Output HPP directory is ' + outDirH)
iutil.TRACE('Output CPP directory is ' + outDirC)
# Specify output directory
confd_headers = []
fl = os.listdir(confd_headers_dir)
for f in fl:
if f[-2:] == '.h':
confd_headers.append(f)
if len(confd_headers) < 1:
iutil.ERROR('There is no .h file under %s.' % confd_headers_dir)
else:
t_hFile = header_template.headerFile('confd_headers')
fpath = os.path.join(outDirH, t_hFile.getFileNameWithExt())
m_hFile = open(fpath, 'w')
for h in confd_headers:
t_hFile.body.append('#include <confd/yangModels/%s>' % h)
lines = [line + iutil.newline for line in t_hFile.generate()]
m_hFile.writelines(lines)
m_hFile.close()
yinFiles = []
fileList = os.listdir(inDir)
for f in fileList:
if f[-4:] == '.yin':
yinFiles.append(os.path.join(inDir, f))
if len(yinFiles) < 1:
iutil.ERROR('There is no yin file under %s.' % inDir)
else:
pa = yin_parser.yinParser()
cg = codes_generator.getGenerator()
for yin in yinFiles:
if cg.load_yin_tree(pa.parse(yin)):
iutil.DEBUG('Success on parsing %s' % yin)
else:
iutil.WARNING('Fail on parsing %s' % yin)
cg.generate_code(outDirH,outDirC)
print('Moriturus te saluto.')
pass
