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xls2aas.py
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'''
The MIT License (MIT)
Copyright (c) 2021 Nestfield Co., Ltd.
<https://www.nestfield.co.kr>
Author: Wonseok Song
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in
all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
THE SOFTWARE.
The openpyxl is under the MIT/Expat license
(see https://github.com/chronossc/openpyxl/blob/master/LICENCE).
'''
import sys
import openpyxl as xl
import json
PARSER_VERSION_STRING = '2021.06.22.build-1'
# chohpower
#if len(sys.argv) != 2:
# print("usage: xls2aas [xlsx file name]")
if len(sys.argv) != 4:
print("usage: xls2aas [xlsx file name] [output name] [result file name]")
sys.exit()
#-------------------- common sub functions --------------------------
VTYPE_STRING = 'string'
VTYPE_LANG_STRING = 'langString'
fp_result = open(sys.argv[3], mode = 'wt')
def outMessage(msg):
print(msg)
fp_result.write(msg)
fp_result.write("\n")
return
def splitMultiLangText(str):
splitTexts = str.split('@')
#print(splitTexts)
dictStr = []
for text in splitTexts:
if len(text) < 3:
continue
else:
langStr = text.split(':')
if len(langStr) != 2:
continue;
item = {}
item['language'] = langStr[0].strip().lower()
item['text'] = langStr[1].strip()
dictStr.append(item)
return dictStr
def splitOptionsText(str):
options = []
if len(str) == 0:
return options
items = str.split(',')
if len(items) > 0:
for optionText in items:
optionText = optionText.strip()
if len(optionText) == 0:
continue
optionText = optionText.split('=')
if len(optionText) != 2:
continue
optionText[0] = optionText[0].strip()
optionText[1] = optionText[1].strip()
optionItem = {}
optionItem[optionText[0].lower()] = optionText[1]
options.append(optionItem)
return options
def getValueObject(type, str):
if type.lower() == VTYPE_STRING:
return str
elif type.lower() == VTYPE_LANG_STRING:
return splitMultiLangText(str)
return str
def getValueTypeText(str):
if str.lower() == 'string':
return VTYPE_STRING
elif str.lower() == 'langstring':
return VTYPE_LANG_STRING
return str
def getkeyValueFromString(str):
# parsing 'string [{type/local/value/index/idType} ... {}]'
if str == None:
return None
if len(str) < 1:
return None
keys_array = []
keyValues = str.split('}')
for kv in keyValues:
kv = kv.strip()
kv = kv.lstrip('{')
kv = kv.strip()
if len(kv) < 1:
continue
kv_items = kv.split(',')
if kv_items == None:
continue
if len(kv_items) != 5:
continue
keyData = {}
keyData['index'] = kv_items[0]
keyData['type'] = kv_items[1]
keyData['idType'] = kv_items[3]
keyData['value'] = kv_items[4]
if kv_items[2].lower() == 'true':
keyData['local'] = 'True'
elif kv_items[2].lower() == 'false':
keyData['local'] = 'False'
else:
continue;
keys_array.append(keyData)
if len(keys_array) < 1:
return None
return keys_array
#-------------------- making aas.json codes -------------------------
aasx = {}
aasx['assetAdministrationShells'] = []
aasx['assets'] = []
aasx['submodels'] = []
aasx['conceptDescriptions'] = []
def add_Shell(state, idShort, idType, idValue, refType, refLocal):
dictShell = {}
# fill default array or dictionaries (top level)
dictShell['hasDataSpecification'] = []
dictShell['asset'] = {}
dictShell['submodels'] = []
dictShell['conceptDictionaries'] = []
dictShell['identification'] = {}
dictShell['administration'] = {}
dictShell['idShort'] = idShort
dictShell['modelType'] = {}
dictShell['descriptions'] = []
# fill default array or dictionaries (2nd level)
dictShell['modelType']['name'] = 'AssetAdministrationShell'
dictShell['identification']['idType'] = idType
dictShell['identification']['id'] = idValue
dictShell['administration']['version'] = '0'
dictShell['administration']['revision'] = '1'
emptyDictionary = {}
dictShell['hasDataSpecification'].append(emptyDictionary)
keyAsset = {}
keyAsset['type'] = refType
keyAsset['local'] = refLocal
keyAsset['value'] = state['curAsset']['identification']['id']
keyAsset['index'] = 0
keyAsset['idType'] = state['curAsset']['identification']['idType']
dictShell['asset']['keys'] = []
dictShell['asset']['keys'].append(keyAsset)
aasx['assetAdministrationShells'].append(dictShell)
return dictShell
def add_Asset(state, idShort, idType, idValue, kind):
dictAsset = {}
# fill default array or dictionaries (top level)
dictAsset['hasDataSpecificiation'] = []
dictAsset['assetIdentificationModelRef'] = {}
dictAsset['identification'] = {}
dictAsset['idShort'] = idShort
dictAsset['modelType'] = {}
dictAsset['kind'] = kind # Type or Instance
dictAsset['descriptions'] = []
# fill default array or dictionaries (2nd level)
dictAsset['modelType']['name'] = 'Asset'
dictAsset['identification']['idType'] = idType
dictAsset['identification']['id'] = idValue
dictAsset['assetIdentificationModelRef']['keys'] = []
aasx['assets'].append(dictAsset)
return dictAsset
def add_Submodel(state, idShort, idType, idValue, kind, refType, refLocal, semanticIDType, semanticID):
dictSubmodel = {}
# fill default array or dictionaries (top level)
dictSubmodel['semanticId'] = {}
dictSubmodel['qualifiers'] = []
dictSubmodel['hasDataSpecificiation'] = []
dictSubmodel['identification'] = {}
dictSubmodel['category'] = ""
dictSubmodel['idShort'] = idShort
dictSubmodel['modelType'] = {}
dictSubmodel['kind'] = kind
dictSubmodel['submodelElements'] = []
# fill default array or dictionaries (2nd level)
dictSubmodel['modelType']['name'] = 'Submodel'
dictSubmodel['identification']['idType'] = idType
dictSubmodel['identification']['id'] = idValue
# set options
if state['options'] != None:
for option in state['options']:
if 'category' in option:
if option['category'].upper() == 'PARAMETER':
dictSubmodel['category'] = 'PARAMETER'
elif option['category'].upper() == 'CONSTANT':
dictSubmodel['category'] = 'CONSTANT'
elif option['category'].upper() == 'VARIABLE':
dictSubmodel['category'] = 'VARIABLE'
# fill 'semanticId' of submodel
dictSubmodel['semanticId']['keys'] = []
if semanticID != None and semanticIDType != None:
keySubmodel = {}
keySubmodel['type'] = refType
keySubmodel['local'] = refLocal
keySubmodel['value'] = semanticID
keySubmodel['index'] = 0
keySubmodel['idType'] = semanticIDType
dictSubmodel['semanticId']['keys'].append(keySubmodel)
# add 'submodels' element in assetAdministrationShells
keyShellSubmodel = {}
keyShellSubmodel['keys'] = []
keyShellSubmodelElement = {}
keyShellSubmodelElement['type'] = 'submodel'
keyShellSubmodelElement['local'] = 'true'
keyShellSubmodelElement['value'] = idValue
keyShellSubmodelElement['index'] = 0
keyShellSubmodelElement['idType'] = idType
keyShellSubmodel['keys'].append(keyShellSubmodelElement)
state['curShell']['submodels'].append(keyShellSubmodel)
aasx['submodels'].append(dictSubmodel)
return dictSubmodel
def add_ConceptDescription(idShort, idType, idValue, prefName, shortName, unit, dataType, definition):
# find already added concept description
for cd in aasx['conceptDescriptions']:
if (cd['identification']['idType'] == idType) and (cd['identification']['id'] == idValue):
return cd
dictDescription = {}
# fill default array or dictionaries (top level)
dictDescription['embeddedDataSpecifications'] = []
dictDescription['identification'] = {}
dictDescription['idShort'] = idShort
dictDescription['modelType'] = {}
dictDescription['isCaseOf'] = []
dictDescription['descriptions'] = []
# fill default array or dictionaries (2nd level)
dictDescription['modelType']['name'] = 'ConceptDescription'
dictDescription['identification']['idType'] = idType
dictDescription['identification']['id'] = idValue
dataSpec = {}
dataSpec['dataSpecification'] = {}
dataSpec['dataSpecification']['keys'] = []
dataSpec['dataSpecificationContent'] = {}
dataSpec['dataSpecificationContent']['preferredName'] = []
dataSpec['dataSpecificationContent']['shortName'] = []
if unit == None:
dataSpec['dataSpecificationContent']['unit'] = ""
else:
dataSpec['dataSpecificationContent']['unit'] = unit
if dataType == None:
dataSpec['dataSpecificationContent']['dataType'] = ""
else:
dataSpec['dataSpecificationContent']['dataType'] = dataType
dataSpec['dataSpecificationContent']['definition'] = []
if prefName != None:
multiText = splitMultiLangText(prefName)
if len(multiText) > 0:
dataSpec['dataSpecificationContent']['preferredName'] = multiText
else:
outMessage('warning: "preferred-name" of concept description"{}" is invalid'.format(idShort))
if shortName != None:
multiText = splitMultiLangText(shortName)
if len(multiText) > 0:
dataSpec['dataSpecificationContent']['shortName'] = multiText
else:
outMessage('warning: "short-name" of concept description"{}" is invalid'.format(idShort))
if definition != None:
multiText = splitMultiLangText(definition)
if len(multiText) > 0:
dataSpec['dataSpecificationContent']['definition'] = multiText
else:
outMessage('warning: "definition" of concept description"{}" is invalid'.format(idShort))
dictDescription['embeddedDataSpecifications'].append(dataSpec)
aasx['conceptDescriptions'].append(dictDescription)
return dictDescription
def add_MultiLanguageProperty(state, idShort, value, refLocal, conceptDesc):
dictMLP = {}
# fill default array or dictionaries (top level)
dictMLP['value'] = {}
dictMLP['semanticId'] = {}
dictMLP['constraints'] = []
dictMLP['hasDataSpecificiations'] = []
dictMLP['idShort'] = idShort
dictMLP['category'] = ""
dictMLP['modelType'] = {}
dictMLP['kind'] = 'Instance'
# fill default array or dictionaries (2nd level)
dictMLP['modelType']['name'] = 'MultiLanguageProperty'
# set options
if state['options'] != None:
for option in state['options']:
if 'category' in option:
if option['category'].upper() == 'PARAMETER':
dictMLP['category'] = 'PARAMETER'
elif option['category'].upper() == 'CONSTANT':
dictMLP['category'] = 'CONSTANT'
elif option['category'].upper() == 'VARIABLE':
dictMLP['category'] = 'VARIABLE'
if 'kind' in option:
if option['kind'].upper() == 'INSTANCE':
dictMLP['kind'] = 'Instance'
elif option['kind'].upper() == 'TEMPLATE':
dictMLP['kind'] = 'Template'
# set initial value if it is assigned
if value != None:
multiText = splitMultiLangText(value)
if len(multiText) > 0:
dictMLP['value']['langString'] = []
dictMLP['value']['langString'] = multiText
else:
outMessage('warning: "initial value" of multi-language-property"{}" is not valid'.format(idShort))
else:
outMessage('warning: "initial value" of multi-language-property"{}" is not assigned'.format(idShort))
# fill 'semanticId'
dictMLP['semanticId']['keys'] = []
if conceptDesc != None:
keyCD = {}
keyCD['type'] = 'ConceptDescription'
keyCD['local'] = 'true'
keyCD['value'] = conceptDesc['identification']['id']
keyCD['index'] = 0
keyCD['idType'] = conceptDesc['identification']['idType']
if refLocal != None:
keyCD['local'] = refLocal
dictMLP['semanticId']['keys'].append(keyCD)
# add to parent submodel element
if state['parseDepth'] == 'Submodel':
# this property will be inserted under 'submodel'
state['curSubmodel']['submodelElements'].append(dictMLP)
else:
# this property will be inserted under 'submodel element collection'
state['curCollection']['value'].append(dictMLP)
return dictMLP
def add_Reference(state, idShort, value, refLocal, conceptDesc):
dictRef = {}
# fill default array or dictionaries (top level)
dictRef['value'] = {}
dictRef['semanticId'] = {}
dictRef['constraints'] = []
dictRef['idShort'] = idShort
dictRef['modelType'] = {}
dictRef['kind'] = 'Instance'
# fill default array or dictionaries (2nd level)
dictRef['modelType']['name'] = 'ReferenceElement'
# set options
if state['options'] != None:
for option in state['options']:
if 'kind' in option:
if option['kind'].upper() == 'INSTANCE':
dictRef['kind'] = 'Instance'
elif option['kind'].upper() == 'TEMPLATE':
dictRef['kind'] = 'Template'
if 'category' in option:
if option['category'].upper() == 'PARAMETER':
dictSubmodel['category'] = 'PARAMETER'
elif option['category'].upper() == 'CONSTANT':
dictSubmodel['category'] = 'CONSTANT'
elif option['category'].upper() == 'VARIABLE':
dictSubmodel['category'] = 'VARIABLE'
# set initial value if it is assigned
if value != None:
kvArray = getkeyValueFromString(value)
if len(kvArray) > 0:
dictRef['value']['keys'] = kvArray.copy()
else:
outMessage('warning: "initial value" of Reference"{}" is not valid'.format(idShort))
else:
outMessage('warning: "initial value" of Reference"{}" is not assigned'.format(idShort))
# fill 'semanticId'
dictRef['semanticId']['keys'] = []
if conceptDesc != None:
keyCD = {}
keyCD['type'] = 'ConceptDescription'
keyCD['local'] = 'true'
keyCD['value'] = conceptDesc['identification']['id']
keyCD['index'] = 0
keyCD['idType'] = conceptDesc['identification']['idType']
if refLocal != None:
keyCD['local'] = refLocal
dictRef['semanticId']['keys'].append(keyCD)
# add to parent submodel element
if state['parseDepth'] == 'Submodel':
# this property will be inserted under 'submodel'
state['curSubmodel']['submodelElements'].append(dictRef)
else:
# this property will be inserted under 'submodel element collection'
state['curCollection']['value'].append(dictRef)
return dictRef
def add_File(state, idShort, value, refLocal, conceptDesc):
dictFile = {}
# fill default array or dictionaries (top level)
dictFile['mimeType'] = ""
dictFile['value'] = ""
dictFile['semanticId'] = {}
dictFile['constraints'] = []
dictFile['hasDataSpecificiations'] = []
dictFile['idShort'] = idShort
dictFile['category'] = ""
dictFile['modelType'] = {}
dictFile['kind'] = 'Instance'
# fill default array or dictionaries (2nd level)
dictFile['modelType']['name'] = 'File'
# set options
if state['options'] != None:
for option in state['options']:
if 'category' in option:
if option['category'].upper() == 'PARAMETER':
dictFile['category'] = 'PARAMETER'
elif option['category'].upper() == 'CONSTANT':
dictFile['category'] = 'CONSTANT'
elif option['category'].upper() == 'VARIABLE':
dictFile['category'] = 'VARIABLE'
if 'kind' in option:
if option['kind'].upper() == 'INSTANCE':
dictFile['kind'] = 'Instance'
elif option['kind'].upper() == 'TEMPLATE':
dictFile['kind'] = 'Template'
if 'mimetype' in option:
dictFile['mineType'] = option['mimetype']
# set initial value if it is assigned
if value != None:
dictFile['value'] = value
else:
outMessage('warning: "initial value" of File"{}" is not assigned'.format(idShort))
# fill 'semanticId'
dictFile['semanticId']['keys'] = []
if conceptDesc != None:
keyCD = {}
keyCD['type'] = 'ConceptDescription'
keyCD['local'] = 'true'
keyCD['value'] = conceptDesc['identification']['id']
keyCD['index'] = 0
keyCD['idType'] = conceptDesc['identification']['idType']
if refLocal != None:
keyCD['local'] = refLocal
dictFile['semanticId']['keys'].append(keyCD)
# add to parent submodel element
if state['parseDepth'] == 'Submodel':
# this property will be inserted under 'submodel'
state['curSubmodel']['submodelElements'].append(dictFile)
else:
# this property will be inserted under 'submodel element collection'
state['curCollection']['value'].append(dictFile)
return dictFile
def add_SMCollection(state, depth, idShort, refLocal, conceptDesc):
dictSMC = {}
# fill default array or dictionaries (top level)
dictSMC['ordered'] = False
dictSMC['allowDuplicates'] = False
dictSMC['semanticId'] = {}
dictSMC['constraints'] = []
dictSMC['hasDataSpecificiations'] = []
dictSMC['idShort'] = idShort
dictSMC['category'] = ""
dictSMC['modelType'] = {}
dictSMC['value'] = []
dictSMC['kind'] = 'Instance'
# fill default array or dictionaries (2nd level)
dictSMC['modelType']['name'] = 'SubmodelElementCollection'
# set options
if state['options'] != None:
for option in state['options']:
if 'category' in option:
if option['category'].upper() == 'PARAMETER':
dictSMC['category'] = 'PARAMETER'
elif option['category'].upper() == 'CONSTANT':
dictSMC['category'] = 'CONSTANT'
elif option['category'].upper() == 'VARIABLE':
dictSMC['category'] = 'VARIABLE'
if 'ordered' in option:
if option['ordered'].lower() == 'true':
dictSMC['ordered'] = True
if 'allowduplicates' in option:
if option['allowduplicates'].lower() == 'true':
dictSMC['allowDuplicates'] = True
if 'kind' in option:
if option['kind'].upper() == 'INSTANCE':
dictSMC['kind'] = 'Instance'
elif option['kind'].upper() == 'TEMPLATE':
dictSMC['kind'] = 'Template'
# fill 'semanticId'
dictSMC['semanticId']['keys'] = []
if conceptDesc != None:
keyCD = {}
keyCD['type'] = 'ConceptDescription'
keyCD['local'] = 'true'
keyCD['value'] = conceptDesc['identification']['id']
keyCD['index'] = 0
keyCD['idType'] = conceptDesc['identification']['idType']
if refLocal != None:
keyCD['local'] = refLocal
dictSMC['semanticId']['keys'].append(keyCD)
# add to parent submodel element
if state['parseDepth'] == 'Submodel':
if depth != 0:
outMessage('error : invalid SMC depth in SMC "{}"'.format(idShort))
return None
# this property will be inserted under 'submodel'
state['curSubmodel']['submodelElements'].append(dictSMC)
state['curCollection'] = dictSMC
state['lastSMC'][0] = dictSMC
else:
# this property will be inserted under 'submodel element collection'
#state['curCollection']['value'].append(dictSMC)
#state['curCollection'] = dictSMC
if depth == 0:
state['curSubmodel']['submodelElements'].append(dictSMC)
state['curCollection'] = dictSMC
state['lastSMC'][0] = dictSMC
else:
state['lastSMC'][depth - 1]['value'].append(dictSMC)
state['curCollection'] = dictSMC
state['lastSMC'][depth] = dictSMC
return dictSMC
def add_Property(state, idShort, valueType, value, refLocal, conceptDesc):
dictProperty = {}
# fill default array or dictionaries (top level)
dictProperty['value'] = ""
dictProperty['semanticId'] = {}
dictProperty['constraints'] = []
dictProperty['hasDataSpecificiations'] = []
dictProperty['idShort'] = idShort
dictProperty['category'] = ""
dictProperty['modelType'] = {}
dictProperty['valueType'] = {}
dictProperty['kind'] = 'Instance'
# fill default array or dictionaries (2nd level)
dictProperty['modelType']['name'] = 'Property'
dictProperty['valueType']['dataObjectType'] = {}
if valueType != None:
dictProperty['valueType']['dataObjectType']['name'] = valueType
else:
dictProperty['valueType']['dataObjectType']['name'] = ""
# set options
if state['options'] != None:
for option in state['options']:
if 'category' in option:
if option['category'].upper() == 'PARAMETER':
dictProperty['category'] = 'PARAMETER'
elif option['category'].upper() == 'CONSTANT':
dictProperty['category'] = 'CONSTANT'
elif option['category'].upper() == 'VARIABLE':
dictProperty['category'] = 'VARIABLE'
if 'kind' in option:
if option['kind'].upper() == 'INSTANCE':
dictProperty['kind'] = 'Instance'
elif option['kind'].upper() == 'TEMPLATE':
dictProperty['kind'] = 'Template'
# set initial value if it is assigned
if value != None and valueType != None:
dictProperty['value'] = getValueObject(valueType, value)
else:
dictProperty['value'] = ""
outMessage('warning: "initial value" of property"{}" is not assigned'.format(idShort))
# fill 'semanticId'
dictProperty['semanticId']['keys'] = []
if conceptDesc != None:
keyCD = {}
keyCD['type'] = 'ConceptDescription'
keyCD['local'] = 'true'
keyCD['value'] = conceptDesc['identification']['id']
keyCD['index'] = 0
keyCD['idType'] = conceptDesc['identification']['idType']
if refLocal != None:
keyCD['local'] = refLocal
dictProperty['semanticId']['keys'].append(keyCD)
# add to parent submodel element
if state['parseDepth'] == 'Submodel':
# this property will be inserted under 'submodel'
state['curSubmodel']['submodelElements'].append(dictProperty)
else:
# this property will be inserted under 'submodel element collection'
state['curCollection']['value'].append(dictProperty)
return dictProperty
#------------------------ .xlsx Parsing codes ---------------------------------
COLUMN_ASSET = 'A'
COLUMN_AAS_LEVEL0 = 'B'
COLUMN_AAS_LEVEL1 = 'C'
COLUMN_AAS_LEVEL2 = 'D'
COLUMN_SUBMODEL = 'E'
COLUMN_COLLECTION_LEVEL0 = 'F'
COLUMN_COLLECTION_LEVEL1 = 'G'
COLUMN_COLLECTION_LEVEL2 = 'H'
COLUMN_COLLECTION_LEVEL3 = 'I'
COLUMN_COLLECTION_LEVEL4 = 'J'
COLUMN_COLLECTION_LEVEL5 = 'K'
COLUMN_FIELD_NAME = 'L'
COLUMN_PROPERTY = 'M'
COLUMN_OPTIONS = 'N'
COLUMN_ASSET_AAS_SM_ID_IRI = 'O'
COLUMN_REFERENCE_TYPE = 'P'
COLUMN_REFERENCE_LOCAL = 'Q'
COLUMN_SEMANTICS_NAME = 'R'
COLUMN_SEMANTICS_SHORT_NAME = 'S'
COLUMN_SEMANTICS_PREF_NAME = 'T'
COLUMN_SEMANTICS_DATA_TYPE = 'U'
COLUMN_SENAMTICS_IRI = 'V'
COLUMN_SEMANTICS_IRDI = 'W'
COLUMN_INITIAL_VALUE = 'X'
COLUMN_ARRAY = 'Y'
COLUMN_ENGINEERING_UNIT = 'Z'
COLUMN_PROPERTY_VALUE_TYPE = 'AA'
COLUMN_SEMANTICS_DEFINITION = 'AB'
COLUMN_FIELD_TAG_NAME = 'AC'
COLUMN_NOTE = 'AD'
def parse_ExcelSheetRow(row, state):
cellAsset = None
cellAAS0 = None
cellAAS1 = None
cellAAS2 = None
cellSubmodel = None
cellCollection0 = None
cellCollection1 = None
cellCollection2 = None
cellCollection3 = None
cellCollection4 = None
cellCollection5 = None
cellProperty = None
cellOptions = None
cellAssetAasSmIdIRI = None
cellSemName = None
cellSemShortName = None
cellSemPrefName = None
cellSemDataType = None
cellPropertyValueType = None
cellReferenceType = None
cellReferenceLocal = None
cellSemIRI = None
cellSemIRDI = None
cellFieldName = None
cellArray = None
cellEngineeringUnit = None
cellFieldTagName = None
cellSemDef = None
cellNote = None
cellInitialValue = None
state['options'] = None
# fill local variables from .xlsx cell values
for cell in row:
#print("cell.column = {}, cell.value = {}".format(cell.column, cell.value))
if cell.value == None:
continue
if cell.column == COLUMN_ASSET:
cellAsset = str(cell.value).strip()
elif cell.column == COLUMN_AAS_LEVEL0:
cellAAS0 = str(cell.value).strip()
elif cell.column == COLUMN_AAS_LEVEL1:
cellAAS1 = str(cell.value).strip()
elif cell.column == COLUMN_AAS_LEVEL2:
cellAAS2 = str(cell.value).strip()
elif cell.column == COLUMN_SUBMODEL:
cellSubmodel = str(cell.value).strip()
elif cell.column == COLUMN_COLLECTION_LEVEL0:
cellCollection0 = str(cell.value).strip()
elif cell.column == COLUMN_COLLECTION_LEVEL1:
cellCollection1 = str(cell.value).strip()
elif cell.column == COLUMN_COLLECTION_LEVEL2:
cellCollection2 = str(cell.value).strip()
elif cell.column == COLUMN_COLLECTION_LEVEL3:
cellCollection3 = str(cell.value).strip()
elif cell.column == COLUMN_COLLECTION_LEVEL4:
cellCollection4 = str(cell.value).strip()
elif cell.column == COLUMN_COLLECTION_LEVEL5:
cellCollection5 = str(cell.value).strip()
elif cell.column == COLUMN_PROPERTY:
cellProperty = str(cell.value).strip()
elif cell.column == COLUMN_OPTIONS:
cellOptions = str(cell.value).strip()
if len(cellOptions) > 0:
state['options'] = splitOptionsText(cellOptions)
if len(state['options']) == 0:
state['options'] = None
else:
state['options'] = None
elif cell.column == COLUMN_ASSET_AAS_SM_ID_IRI:
cellAssetAasSmIdIRI = str(cell.value).strip()
elif cell.column == COLUMN_SEMANTICS_NAME:
cellSemName = str(cell.value).strip()
elif cell.column == COLUMN_REFERENCE_TYPE:
cellReferenceType = str(cell.value).strip()
if cellReferenceType.lower() == 'asset':
cellReferenceType = 'Asset'
elif cellReferenceType.lower() == 'globalreference':
cellReferenceType = 'GlobalReference'
elif cellReferenceType.lower() == 'submodel':
cellReferenceType = 'Submodel'
elif cellReferenceType.lower() == 'conceptdescription':
cellReferenceType = 'ConceptDescription'
else:
outMessage('reference-type "{}" is not supported'.format(cellReferenceType))
cellReferenceType = None
elif cell.column == COLUMN_REFERENCE_LOCAL:
cellReferenceLocal = str(cell.value).strip()
if cellReferenceLocal.lower() == 'true':
cellReferenceLocal = 'true'
elif cellReferenceLocal.lower() == 'false':
cellReferenceLocal = 'false'
else:
outMessage('reference-local "{}" is not supported'.format(cellReferenceLocal))
cellReferenceLocal = None
elif cell.column == COLUMN_SENAMTICS_IRI:
cellSemIRI = str(cell.value).strip()
elif cell.column == COLUMN_SEMANTICS_IRDI:
cellSemIRDI = str(cell.value).strip()
elif cell.column == COLUMN_FIELD_NAME:
cellFieldName = str(cell.value).strip()
elif cell.column == COLUMN_ARRAY:
cellArray = str(cell.value).strip()
elif cell.column == COLUMN_ENGINEERING_UNIT: