def handle_inout(tool, item_value, in_or_out):
for ioD in item_value:
# print(ioD)
io_name = ioD['name']
if io_name is None:
io_name = in_or_out
_name = Preprocessor.io_name(io_name, onto)
param_rdf = None
if in_or_out == 'input':
param = SagaInput(_name, prefLabel=locstr(io_name, lang='en'))
# param = SagaInput(0,prefLabel=locstr(io_name, lang='en')) # blank node prefix with _:
tool.input.append(param)
param.isInput = True
# rdflib
param_rdf = URIRef(param.iri)
with onto:
g.add((param_rdf, RDF.type, Sh.NodeShape))
g.add((param_rdf, RDF.type, URIRef(SagaInput.iri)))
else:
param = SagaOutput(_name, prefLabel=locstr(io_name, lang='en'))
# param =SagaOutput(0, prefLabel=locstr(io_name, lang='en'))
tool.output.append(param)
param.isOutput = True
# rdflib
param_rdf = URIRef(param.iri)
with onto:
g.add((param_rdf, RDF.type, Sh.NodeShape))
g.add((param_rdf, RDF.type, URIRef(SagaOutput.iri)))
if ioD['dataType']:
vr = re.match("[a-zA-Z ]+ (?=\([a-zA-Z ]+\))?", ioD['dataType'])
dformat = vr.group().strip()
if not get_format(dformat):
continue
param.supportsDataFormat.append(data[get_format(dformat)])
# rdflib
formatshape = g.BNode()
with onto:
g.add((param_rdf, Sh.property, formatshape))
g.add((formatshape, RDF.type, Sh.PropertyShape))
g.add((formatshape, Sh.path, Cyber.supportsDataFormat))
formats = g.BNode()
with onto:
g.add((formats, RDF.first, [data[get_format(dformat)]]))
g.add((formats, RDF.rest, RDF.nil))
c = Collection(g, formats)
g.add((formatshape, Sh['in'], c))
param.identifier = ioD['name']
param.description.append(ioD['description'])
param.flag = ioD['flag']
param.isOptional = ioD['isOptional']
OWLUtils.link_to_domain_concept(param, io_name.replace('_', ' '))
# shacl
pshape = Sh.PropertyShape(0)
pshape.path = onto.dataContent
if not ioD['isOptional']:
pshape.minCount = 1
pshape.message.append(ioD['name'] + " is required!")
def map_to_owl(json_data):
for d in json_data:
"""mapping json data to ontology properties"""
# instance 实例
name = Preprocessor.name_underline(d['name'])
toolClass = tool_class(d['name'])
tool = toolClass(name, prefLabel=locstr(d['name'], lang='en'))
tool.isToolOfSoftware.append(cyber.TauDEM)
tool.identifier = name
description = OWLUtils.join_list(d['description'])
keywords = OWLUtils.to_keywords(description)
keywords.extend(name.replace('_', ' ').split(' '))
# keywords=name.replace('_', ' ').split(' ')
OWLUtils.link_to_domain_concept(tool, keywords)
for k, v in d.items():
# 外层, 参数
if (k in ['parameters', 'options']) and type(v) == list:
for i, item in enumerate(v):
param = None
# localname = v[i]['parameterName']
localname = Preprocessor.space_2_underline(item['parameterName'])
_label = localname.replace('_', ' ')
if item['isInputFile']:
param = TauDEMInput(localname, prefLabel=locstr(_label, lang='en'))
# param = TauDEMInput(prefLabel=locstr(_label, lang='en'))
# input geo data ? rule: format-> geoformat->geo data
tool.input.append(param)
handle_params(param, item)
param.isInput = True
elif item['isOutputFile']: # localname.lower().startswith('output_', 0, len('output_')):
param = TauDEMOutput(localname, prefLabel=locstr(_label, lang='en'))
# param = TauDEMOutput(prefLabel=locstr(_label, lang='en'))
tool.output.append(param)
handle_params(param, item)
param.isOutput = True
else:
param = TauDEMOption(localname, prefLabel=locstr(_label, lang='en'))
# param = TauDEMOption(prefLabel=locstr(localname.replace('_', ' '), lang='en'))
tool.option.append(param)
handle_params(param, item)
OWLUtils.link_to_domain_concept(param, _label)
param.identifier = localname
else:
prop = get_property(k, DataProperty)
if not v:
continue
if type(v) == list and len(v) > 0:
v = ''.join(v)
OWLUtils.set_data_property(tool, prop, v)
# task
handle_task(tool, name, d['name'], description)
OWLUtils.application_category(tool, 'Geomorphometry', 'digital terrain analysis', 'hydrology')
def map_to_owl(json_data):
for d in json_data:
"""mapping json data to ontology properties"""
name = Preprocessor.toolname_underline(d['name'])
# name = re.sub("[()-*,/]", " ", name).strip()
executable = Preprocessor.normalize("saga_cmd ", d['command']['exec'])
keywords = d['keywords']
toolClass = tool_class(keywords)
if onto[name]:
# if has the same name and executable
if onto[name].executable == executable:
onto[name].is_a.append(toolClass)
continue
else:
name = name + '_' + keywords[0].replace(' ', '_')
tool = toolClass(name,
prefLabel=locstr(re.sub('^(Tool)[0-9: ]+', '',
d['name']),
lang='en'))
# tool = toolClass(Preprocessor.space_2_underline(name), prefLabel=locstr(re.sub('^(Tool)[0-9: ]+', '', d['name']), lang='en'))
tool.isToolOfSoftware.append(cyber.SAGA_GIS)
tool.identifier = name
tool.manualPageURL.append(d['manual_url'])
# task
handle_task(tool, name, d['name'], keywords,
OWLUtils.join_list(d['description']))
tool.executable = executable
tool.commandLine.append(
Preprocessor.normalize("Usage: ", d['command']['cmd_line']))
tool.authors.append(OWLUtils.join_keywords(d['authors']))
for reference in d['references']:
tool.references.append(reference)
# keywords
keywords.append(name.replace('_', ' '))
OWLUtils.link_to_domain_concept(tool, keywords)
# applicaiton category
OWLUtils.application_category(tool, [d['keywords'][0]],
d['keywords'][1], d['keywords'][2:])
tool.description.append(OWLUtils.join_list(d['description']))
if d['parameters']:
for item, itemValue in d['parameters'].items():
if item == 'inputs':
handle_inout(tool, itemValue, 'input')
elif item == 'outputs':
handle_inout(tool, itemValue, 'output')
elif item == 'options':
for optionItem in itemValue:
handle_options(tool, optionItem, onto)
def handle_parameters(tool, param, _onto):
# 部分parameter不包含isInputFile等属性
name = param['parameter']
_name = Preprocessor.io_name(param['parameter'], _onto, ['overwrite'])
if 'isInputFile' in param.keys() and param['isInputFile']:
p = GrassInput(_name, prefLabel=locstr(name, lang='en'))
# p = GrassInput(0, prefLabel=locstr(name, lang='en'))
tool.input.append(p)
p.isInput = param['isInputFile']
OWLUtils.link_to_domain_concept(p, name.replace('_', ' '))
elif 'isOutputFile' in param.keys() and param['isOutputFile']:
p = GrassOutput(_name, prefLabel=locstr(name, lang='en'))
# p = GrassOutput(0, prefLabel=locstr(name, lang='en'))
tool.output.append(p)
p.isOutput = param['isOutputFile']
OWLUtils.link_to_domain_concept(p, name.replace('_', ' '))
else:
p = GrassOption(_name, prefLabel=locstr(name, lang='en'))
# p = GrassOption(0, prefLabel=locstr(name, lang='en'))
tool.option.append(p)
p.flag = param['flag']
p.identifier = name
if 'dataType' in param.keys():
p.datatypeInString.append(param['dataType'])
p.datatype.append(OWLUtils.get_datatype_iris(param['dataType']))
p.description.append(param['explanation'])
if 'defaultValue' in param.keys():
if param['defaultValue'] is not None:
p.defaultValue = param['defaultValue']
p.isOptional = param['isOptional']
if 'alternatives' in param.keys():
alternatives = param['alternatives']
if alternatives:
literal = True
if param['explanation'] == "Name of Modules":
literal = False
if len(alternatives) > 1:
_onto, l = OWLUtils.resources_2_rdf_list(
_onto, alternatives, literal)
p.availableList.append(l)
for value in alternatives:
p.availableValue.append(value)
else:
if re.match('[-0-9]+-[0-9]+', alternatives[0]):
p.minimum = alternatives[0].rsplit('-', 1)[0]
p.maximum = alternatives[0].rsplit('-', 1)[1]
elif re.match('[-0-9]+-[a-zA-Z<> ]+', alternatives[0]):
p.minimum = alternatives[0].split('-')[0]
p.comment.append('Options: ' + ' '.join(alternatives))
def map_to_owl(json_data):
"""mapping json data to ontology properties"""
tool_alsoes = []
for item in json_data:
name = item['name']
if not name: continue
if str(name).strip().find(' ') > 0: return
# if str(name).strip().find(' ') > 0: continue
# create or find tool class
toolClass = tool_class(name)
tool = toolClass(name, prefLabel=locstr(name, lang='en'))
# tool = GrassTool(name, prefLabel=locstr(name, lang='en'))
tool.isToolOfSoftware.append(cyber.GRASS_GIS)
tool.identifier = name
tool.manualPageURL.append(item['manual_url'])
if 'addons' in item['manual_url']:
tool.isAddon = True
tool.description.append(locstr(item['description'], lang='en'))
if item['source_code']: tool.sourceCodeURL.append(item['source_code'])
tool.comment.append(item['notes'])
tool.authors.append(OWLUtils.join_keywords(item['authors']))
tool.definition.append(item['definition'])
keywords = item['keywords']
# tool.keywords.append(OWLUtils.join_keywords(item['keywords']))
# tool.subject.append(OWLUtils.join_keywords(item['keywords']))
# keywords and name
# keywords.extend(name.split('.')[1:])
OWLUtils.link_to_domain_concept(tool, keywords)
tool.commandLine.append(item['synopsis'])
r = re.match('[a-z.]+ ', item['synopsis'])
if r: tool.executable = str(r.group()).strip()
see_also_items = {}
for also in item['see_also']:
if '.' not in also: continue
see_also_items[tool] = [also]
tool_alsoes.append(see_also_items)
for parameter in item['parameters']:
handle_parameters(tool, parameter, onto)
handle_task(tool, name, name, item['keywords'], item['description'])
handle_also(tool_alsoes)
handle_applcation()
topic_classes()
def handle_parameter(tool, param):
pname = param['name']
p = None
_name = Preprocessor.io_name(pname, onto, common_options)
if 'isInputFile' in param.keys():
p = GDALInput(_name, prefLabel=locstr(pname, lang='en'))
p.isInput = True
tool.input.append(p)
OWLUtils.link_to_domain_concept(p, pname.replace('_', ' '))
elif "isOutputFile" in param.keys():
p = GDALOutput(_name, prefLabel=locstr(pname, lang='en'))
p.isOutput = True
tool.output.append(p)
OWLUtils.link_to_domain_concept(p, pname.replace('_', ' '))
p.identifier = pname
if param['flag']: p.flag = param['flag']
p.isOptional = param['isOptional']
p.description.append(locstr(param['explanation'], lang='en'))
p.datatype.append(OWLUtils.get_datatype_iris(param['dataType']))
def map_to_owl(json_data):
for d in json_data:
toolClass = tool_class(d['category'])
name = Preprocessor.toolname_underline(d['title'])
tool = toolClass(name, prefLabel=locstr(d['title'], lang='en'))
tool.isToolOfSoftware.append(cyber.Whitebox_Tools)
tool.identifier = name
tool.manualPageURL.append('https://github.com/jblindsay/whitebox-tools/blob/master/manual/WhiteboxToolsManual.md')
tool.executable = 'whitebox_tools'
tool.commandLine.append(d['parameter_commandline'][0])
tool.description.append(locstr(d['description'], lang='en'))
keywords = OWLUtils.to_keywords(d['description'])
keywords.extend(d['title'].split(" "))
OWLUtils.link_to_domain_concept(tool, keywords)
handle_task(tool, d['category'], d['title'], d['description'])
OWLUtils.application_category(tool, [], d['category'].replace(' Tools', ''), [])
for parameter in d['parameter']:
handle_parameter(tool, parameter)
def map_to_owl(json_data):
for d in json_data:
name = d['name']
toolClass = tool_class(name)
name = Preprocessor.space_2_underline(name)
tool = toolClass(name, prefLabel=locstr(name, lang='en'))
tool.isToolOfSoftware.append(cyber.GDAL)
tool.identifier = name
tool.definition = d['summary']
tool.manualPageURL.append(d['manual_url'])
tool.executable = d['exec']
tool.commandLine.append(d['syntax'])
tool.description.append(locstr(d['description'], lang='en'))
OWLUtils.application_category(tool, [], ['GIS Analysis'], [str(toolClass.name).replace('Programs', '')])
keywords = OWLUtils.to_keywords(d['description'])
OWLUtils.link_to_domain_concept(tool, keywords)
for example in d['example']:
tool.example.append(example)
handle_task(tool, d['name'], d['description'])
for parameter in d['parameters']:
handle_parameter(tool, parameter)
for option in d['options']:
handle_options(tool, option, onto)
def map_to_owl(json_data):
for d in json_data:
"""mapping json data to ontology properties"""
name = re.match("[0-9a-zA-Z\-/* ]+ (?=\([\w' ]+\))",
d['name']) # 存在同名冲突
if name:
name_str = name.group().strip().lower().replace(' ', '_').replace(
'/', '_')
else:
continue
category = get_task_type(d['name'])
toolCls = tool_class(category)
# if already exists a instance has the same name
if onto[name_str]:
# if is the same
if onto[name_str].syntax == d['syntax']:
onto[name_str].is_a.append(toolCls)
continue
else:
name_str = name_str + '_' + category.lower().replace(' ', '_')
tool = toolCls(name_str,
prefLabel=locstr(name_str.replace('_', ' '), lang='en'))
keywords = [name_str.replace('_', ' ')]
OWLUtils.link_to_domain_concept(tool, keywords)
tool.isToolOfSoftware.append(cyber.ArcGIS_Desktop)
tool.identifier = name_str.replace('_', ' ')
# tool.hasManualPageURL.append(d['manual_url'])
tool.description.append(locstr(d['description'], lang='en'))
tool.usage.append(OWLUtils.join_list(d['usage']))
tool.syntax.append(d['syntax'])
tool.example.append(handle_example(d['example']))
handle_task(tool, d['name'], name_str, d['description'])
for parameter in d['parameters']:
handle_parameters(tool, parameter)
def handle_parameters(tool, param):
# 部分parameter不包含isInputFile等属性
_name = Preprocessor.io_name(param['name'], onto)
if 'isInputFile' in param.keys() and param['isInputFile']:
p = ArcGISInput(_name, prefLabel=locstr(param['name'], lang='en'))
# p = ArcGISInput(0, prefLabel=locstr(param['name'], lang='en'))
tool.input.append(p)
p.isInput = param['isInputFile']
OWLUtils.link_to_domain_concept(p, param['name'].replace('_', ' '))
elif 'isOutputFile' in param.keys() and param['isOutputFile']:
p = ArcGISOutput(_name, prefLabel=locstr(param['name'], lang='en'))
# p = ArcGISOutput(0, prefLabel=locstr(param['name'], lang='en'))
tool.output.append(p)
p.isOutput = param['isOutputFile']
OWLUtils.link_to_domain_concept(p, param['name'].replace('_', ' '))
else:
p = ArcGISOption(_name, prefLabel=locstr(param['name'], lang='en'))
# p = ArcGISOption(0, prefLabel=locstr(param['name'], lang='en'))
tool.option.append(p)
dt = param['dataType']
if dt:
p.datatypeInString.append(param['dataType'])
p.datatype.append(OWLUtils.get_datatype_iris(param['dataType']))
OWLUtils.link_to_domain_concept(p, param['name'].replace('_', ' '))
p.identifier = param['name']
p.flag = param['name']
if 'dataType' in param.keys() and param['dataType']:
p.datatypeInString.append(param['dataType'])
p.description.append(param['description'])
p.isOptional = param['isOptional']
# datatype
datatype = param['dataType']
if datatype is None: datatype = "string"
dt = datatype.strip().lower().replace(' ', '_')
# print(dt)
dtype = data[dt]
if dtype is None: dtype = OWLUtils.get_datatype_iris(dt)
p.datatype.append(dtype)
if "available_values" in param.keys():
for value in param['available_values']:
p.availableValue.append(value)
def handle_parameter(tool, param):
# p = None
dformat = file_type(param['flag'], tool.commandLine[0])
ptype = param_type(param['description'])
if 'flag_long' in param.keys():
pname = param['flag_long'].replace('--', '')
else:
pname = param['flag'].replace('--', '')
_name = Preprocessor.io_name(pname, onto)
if ptype == 1:
p = WhiteboxInput(_name, prefLabel=locstr(pname, lang='en'))
# p = OTBInput(0, prefLabel=locstr(param['name'], lang='en'))
tool.input.append(p)
p.isInput = True
OWLUtils.link_to_domain_concept(p, pname.replace('_', ' '))
elif ptype == 2:
p = WhiteboxOutput(_name, prefLabel=locstr(pname, lang='en'))
# p = OTBOutput(0, prefLabel=locstr(param['parameter_name'], lang='en'))
tool.output.append(p)
p.isOutput = True
OWLUtils.link_to_domain_concept(p, pname.replace('_', ' '))
elif ptype == 3:
p = WhiteboxOption(_name, prefLabel=locstr(pname, lang='en'))
tool.option.append(p)
p.isOptional = True
OWLUtils.link_to_domain_concept(p, pname.replace('_', ' '))
else:
p = WhiteboxOption(_name, prefLabel=locstr(pname, lang='en'))
tool.option.append(p)
avaliable_choices(p, param['description'])
if dformat:
p.supportsDataFormat = dformat
p.identifier = pname
p.flag = param['flag']
if 'flag_long' in param.keys():
p.longFlag.append(param['flag_long'])
p.description.append(locstr(param['description'], lang='en'))
