def _CheckClassNameAvailable(
self, name,
context="Application",
searchSimilar=False
):
appRep = False
appSim = False
repFiles = {}
simFiles = {}
# Search in the application context
[appRep, appSim, repFiles, simFiles] = self._CheckClassNameInDir(
GetApplicationsDirectory()+self.nameCamel+"Application",
self.nameCamel.lower(),
appRep, appSim,
repFiles, simFiles
)
if context == "Application":
if searchSimilar:
return appRep, appSim, repFiles, simFiles
else:
return appRep, repFiles
# Search also in the kratos context:
[appRep, appSim, repFiles, simFiles] = self._CheckClassNameInDir(
GetKratosDirectory(),
self.nameCamel.lower(),
appRep, appSim,
repFiles, simFiles
)
if context == "Kratos":
if searchSimilar:
return appRep, appSim, repFiles, simFiles
else:
return appRep, repFiles
# Search in other apps... "Everywhere":
for root, dirs, files in os.walk(GetApplicationsDirectory()):
for subapp in dirs:
[appRep, appSim, repFiles, simFiles] = self._CheckClassNameInDir(
GetApplicationsDirectory() + subapp,
self.nameCamel.lower(),
appRep, appSim,
repFiles, simFiles
)
if searchSimilar:
return appRep, appSim, repFiles, simFiles
else:
return appRep, repFiles
def __init__(self, name):
self._appDir = GetApplicationsDirectory()
self._nameCamel = name
self._nameUpper = ToUpperFromCamel(self._nameCamel)
self._nameLower = ToLowerFromCamel(self._nameCamel)
self._elements = []
self._conditions = []
self._processes = []
self._strategies = []
self._variables = []
self.__isDerived = False
# What templates files need to be used for every class
self._classTemplateFiles = {
'Elements': ['element_template.cpp', 'element_template.h'],
'Conditions': ['condition_template.h'],
'Processes': ['process_template.h']
}
# Where they should be placed
self._classTemplatePath = {
'Elements': ['classes', 'custom_elements'],
'Conditions': ['classes', 'custom_conditions'],
'Processes': ['classes', 'custom_process']
}
def __init__(self, name):
self._appDir = GetApplicationsDirectory()
self._nameCamel = name
self._nameUpper = ToUpperFromCamel(self._nameCamel)
self._nameLower = ToLowerFromCamel(self._nameCamel)
self._elements = []
self._conditions = []
self._processes = []
self._strategies = []
self._variables = []
self.isDerived = False
# Define the application tree rules ( directory names, files, etc...)
self.rules += [{
'token': '@{APP_NAME_CAMEL}',
'value': self._nameCamel
}, {
'token': '@{APP_NAME_CAPS}',
'value': self._nameUpper
}, {
'token': '@{APP_NAME_LOW}',
'value': self._nameLower
}, {
'token': '@{APP_DEPEND_LIST}',
'value': ''
}, {
'token': '@{APP_SOURCE_LIST}',
'value': ''
}]
# Define the templates files needed for every class
self._classTemplateFiles = {
'Elements': ['element_template.cpp', 'element_template.h'],
'Conditions': ['condition_template.h'],
'Processes': ['process_template.h'],
'Variables': [
self._nameLower + '_application.h',
self._nameLower + '_application.cpp',
'custom_python/' + self._nameLower + '_python_application.cpp',
]
}
# Define where the generated classes should be placed
self._classTemplatePath = {
'Elements': ['classes', 'custom_elements'],
'Conditions': ['classes', 'custom_conditions'],
'Processes': ['classes', 'custom_process']
}
def __init__(self, name):
super(ApplicationGenerator, self).__init__()
appStrPos = name.lower().find('application')
maxi = 5
while appStrPos != -1 and maxi > 0:
oldname = name
name = name[0:appStrPos] + name[appStrPos+len('application'):len(name)]
msg = Formatc([
{'color': bcolors.WARNING, 'msg': '[WARNING]'},
{'color': bcolors.CYAN, 'msg': ' {}'.format(oldname)},
{'color': None, 'msg': ' already contains the substring "'},
{'color': bcolors.CYAN, 'msg': '{}'.format('Application')},
{'color': None, 'msg': '". Removing... : '+name},
], sys.stderr)
print(msg, file=sys.stderr)
appStrPos = name.lower().find('application')
maxi = maxi -1
if difflib.SequenceMatcher(None, name.lower(), 'application').ratio() > 0.65:
msg = Formatc([
{'color': bcolors.WARNING, 'msg': '[WARNING]'},
{'color': None, 'msg': ' Your application name contains something wrong after automatic fix, please select another name.'},
], sys.stderr)
print(msg, file=sys.stderr)
exit()
self._appDir = GetApplicationsDirectory()
self._nameCamel = name
self._nameUpper = ToUpperFromCamel(self._nameCamel)
self._nameLower = ToLowerFromCamel(self._nameCamel)
self._elements = []
self._conditions = []
self._processes = []
self._strategies = []
self._variables = []
self.isDerived = False
# Define the application tree rules ( directory names, files, etc...)
self.rules += [
{'token': '@{APP_NAME_CAMEL}', 'value': self._nameCamel},
{'token': '@{APP_NAME_CAPS}', 'value': self._nameUpper},
{'token': '@{APP_NAME_LOW}', 'value': self._nameLower},
{'token': '@{APP_DEPEND_LIST}', 'value': ''},
{'token': '@{APP_SOURCE_LIST}', 'value': ''}
]
# Define the templates files needed for every class
self._classTemplateFiles = {
'Elements': ['element_template.cpp', 'element_template.h'],
'Conditions': ['condition_template.cpp', 'condition_template.h'],
'Processes': ['process_template.cpp', 'process_template.h'],
'Variables': [
self._nameLower+'_application.h',
self._nameLower+'_application.cpp',
self._nameLower+'_application_variables.h',
self._nameLower+'_application_variables.cpp',
'custom_python/' + self._nameLower+'_python_application.cpp',
]
}
# Define where the generated classes should be placed
self._classTemplatePath = {
'Elements': ['classes', 'custom_elements'],
'Conditions': ['classes', 'custom_conditions'],
'Processes': ['classes', 'custom_processes']
}
# Check if default section is valid json
try:
prcDataJson = json.loads(prcData)
except Exception as e:
print("Unable to parse json {} {}:\n {}".format(appName, f, prcData))
else:
if appName in appRep:
appRep[appName][f] = prcDataJson
else:
appRep[appName] = {f:prcDataJson}
return appRep
appRep = {}
for root, dirs, files in os.walk(GetApplicationsDirectory()):
for subapp in dirs:
appRep = CheckClassNameInDir(
GetApplicationsDirectory() + subapp,
'process',
appRep
)
with open('process.json', 'w') as json_file:
json.dump(appRep, json_file)
# for app in appRep:
# print("*", app)
# for process in appRep[app]:
# print(process)
# for processMame, processInfo in process.items():