def setUp(self):
self.__verbose = True
mockTopPath = os.path.join(TOPDIR, "rcsb", "mock-data")
pathConfig = os.path.join(TOPDIR, "rcsb", "db", "config",
"exdb-config-example.yml")
configName = "site_info_configuration"
self.__cfgOb = ConfigUtil(configPath=pathConfig,
defaultSectionName=configName,
mockTopPath=mockTopPath)
self.__docHelper = DocumentDefinitionHelper(cfgOb=self.__cfgOb)
#
self.__pathPdbxDictionaryFile = self.__cfgOb.getPath(
"PDBX_DICT_LOCATOR", sectionName=configName)
self.__pathRcsbDictionaryFile = self.__cfgOb.getPath(
"RCSB_DICT_LOCATOR", sectionName=configName)
self.__pathVrptDictionaryFile = self.__cfgOb.getPath(
"VRPT_DICT_LOCATOR", sectionName=configName)
# self.__mU = MarshalUtil()
#
self.__cachePath = os.path.join(TOPDIR, "CACHE")
self.__dP = DictionaryApiProviderWrapper(self.__cfgOb,
self.__cachePath,
useCache=True)
self.__startTime = time.time()
logger.debug("Starting %s at %s", self.id(),
time.strftime("%Y %m %d %H:%M:%S", time.localtime()))
def __init__(self, cfgOb, schemaDefObj, cfgSectionName="site_info_configuration", dbCon=None, cachePath=".", workPath=".", cleanUp=False, warnings="default", verbose=True):
self.__verbose = verbose
self.__debug = False
self.__cfgOb = cfgOb
sectionName = cfgSectionName
self.__sD = schemaDefObj
#
self.__dbCon = dbCon
self.__cachePath = cachePath
self.__workPath = workPath
self.__pathList = []
self.__cleanUp = cleanUp
#
self.__colSep = "&##&\t"
self.__rowSep = "$##$\n"
#
#
self.__fTypeRow = "skip-max-width"
self.__fTypeCol = "skip-max-width"
#
self.__warningAction = warnings
dtf = DataTransformFactory(schemaDefAccessObj=self.__sD, filterType=self.__fTypeRow)
self.__sdp = SchemaDefDataPrep(schemaDefAccessObj=self.__sD, dtObj=dtf, workPath=self.__cachePath, verbose=self.__verbose)
self.__rpP = RepositoryProvider(cfgOb=self.__cfgOb, cachePath=self.__cachePath)
#
schemaName = self.__sD.getName()
modulePathMap = self.__cfgOb.get("DICT_METHOD_HELPER_MODULE_PATH_MAP", sectionName=sectionName)
dP = DictionaryApiProviderWrapper(self.__cfgOb, self.__cachePath, useCache=True)
dictApi = dP.getApiByName(schemaName)
rP = DictMethodResourceProvider(self.__cfgOb, cachePath=self.__cachePath)
self.__dmh = DictMethodRunner(dictApi, modulePathMap=modulePathMap, resourceProvider=rP)
def __testPrepDocumentsFromContainers(self, inputPathList, databaseName, collectionName, styleType="rowwise_by_name_with_cardinality", mergeContentTypes=None):
"""Test case - create loadable PDBx data from repository files
"""
try:
sd, _, _, _ = self.__schP.getSchemaInfo(databaseName)
#
dP = DictionaryApiProviderWrapper(self.__cfgOb, self.__cachePath, useCache=False)
dictApi = dP.getApiByName(databaseName)
rP = DictMethodResourceProvider(self.__cfgOb, configName=self.__configName, cachePath=self.__cachePath, siftsAbbreviated="TEST")
dmh = DictMethodRunner(dictApi, modulePathMap=self.__modulePathMap, resourceProvider=rP)
#
dtf = DataTransformFactory(schemaDefAccessObj=sd, filterType=self.__fTypeRow)
sdp = SchemaDefDataPrep(schemaDefAccessObj=sd, dtObj=dtf, workPath=self.__cachePath, verbose=self.__verbose)
containerList = self.__rpP.getContainerList(inputPathList)
for container in containerList:
cName = container.getName()
logger.debug("Processing container %s", cName)
dmh.apply(container)
if self.__export:
savePath = os.path.join(HERE, "test-output", cName + "-with-method.cif")
#self.__mU.doExport(savePath, [container], fmt="mmcif")
#
tableIdExcludeList = sd.getCollectionExcluded(collectionName)
tableIdIncludeList = sd.getCollectionSelected(collectionName)
sliceFilter = sd.getCollectionSliceFilter(collectionName)
sdp.setSchemaIdExcludeList(tableIdExcludeList)
sdp.setSchemaIdIncludeList(tableIdIncludeList)
#
docList, containerNameList, _ = sdp.processDocuments(
containerList, styleType=styleType, filterType=self.__fTypeRow, dataSelectors=["PUBLIC_RELEASE"], sliceFilter=sliceFilter, collectionName=collectionName
)
docList = sdp.addDocumentPrivateAttributes(docList, collectionName)
docList = sdp.addDocumentSubCategoryAggregates(docList, collectionName)
#
mergeS = "-".join(mergeContentTypes) if mergeContentTypes else ""
if self.__export and docList:
# for ii, doc in enumerate(docList[:1]):
for ii, doc in enumerate(docList):
cn = containerNameList[ii]
fp = os.path.join(HERE, "test-output", "prep-%s-%s-%s-%s.json" % (cn, databaseName, collectionName, mergeS))
self.__mU.doExport(fp, [doc], fmt="json", indent=3)
logger.debug("Exported %r", fp)
#
return docList, containerNameList
except Exception as e:
logger.exception("Failing with %s", str(e))
self.fail()
def __fetchDictionaryApi(self,
cfgOb,
configName,
cachePath,
useCache=None,
**kwargs):
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
schemaName = kwargs.get("schemaName", "pdbx_core")
self.__dApiW = DictionaryApiProviderWrapper(cfgOb,
cachePath,
useCache=useCache)
dictApi = self.__dApiW.getApiByName(schemaName)
# numRev = dictApi.getDictionaryRevisionCount()
return dictApi
def scanRepo(
cfgOb,
contentType,
scanDataFilePath,
numProc,
chunkSize,
fileLimit,
scanType="full",
inputPathList=None,
pathListFilePath=None,
dataCoverageFilePath=None,
dataTypeFilePath=None,
failedFilePath=None,
cachePath=None,
):
""" Utility method to scan the data repository of the input content type and store type and coverage details.
"""
try:
#
# configName = cfgOb.getDefaultSectionName()
dP = DictionaryApiProviderWrapper(cfgOb, cachePath, useCache=True)
dictApi = dP.getApiByName(contentType)
###
categoryList = sorted(dictApi.getCategoryList())
dictSchema = {catName: sorted(dictApi.getAttributeNameList(catName)) for catName in categoryList}
attributeDataTypeD = OrderedDict()
for catName in categoryList:
aD = {}
for atName in dictSchema[catName]:
aD[atName] = dictApi.getTypeCode(catName, atName)
attributeDataTypeD[catName] = aD
###
#
sr = ScanRepoUtil(cfgOb, attributeDataTypeD=attributeDataTypeD, numProc=numProc, chunkSize=chunkSize, fileLimit=fileLimit, workPath=cachePath)
ok = sr.scanContentType(
contentType, scanType=scanType, inputPathList=inputPathList, scanDataFilePath=scanDataFilePath, failedFilePath=failedFilePath, saveInputFileListPath=pathListFilePath
)
if dataTypeFilePath:
ok = sr.evalScan(scanDataFilePath, dataTypeFilePath, evalType="data_type")
if dataCoverageFilePath:
ok = sr.evalScan(scanDataFilePath, dataCoverageFilePath, evalType="data_coverage")
return ok
except Exception as e:
logger.exception("Failing with %s", str(e))
class ContentDefinitionTests(unittest.TestCase):
def setUp(self):
self.__verbose = True
self.__mockTopPath = os.path.join(TOPDIR, "rcsb", "mock-data")
self.__pathConfig = os.path.join(TOPDIR, "rcsb", "db", "config", "exdb-config-example.yml")
self.__configName = "site_info_configuration"
self.__cfgOb = ConfigUtil(configPath=self.__pathConfig, defaultSectionName=self.__configName, mockTopPath=self.__mockTopPath)
#
#
self.__pathPdbxDictionaryFile = self.__cfgOb.getPath("PDBX_DICT_LOCATOR", sectionName=self.__configName)
self.__pathRcsbDictionaryFile = self.__cfgOb.getPath("RCSB_DICT_LOCATOR", sectionName=self.__configName)
self.__pathVrptDictionaryFile = self.__cfgOb.getPath("VRPT_DICT_LOCATOR", sectionName=self.__configName)
self.__mU = MarshalUtil()
#
self.__cachePath = os.path.join(TOPDIR, "CACHE")
self.__dP = DictionaryApiProviderWrapper(self.__cfgOb, self.__cachePath, useCache=True)
self.__startTime = time.time()
logger.debug("Starting %s at %s", self.id(), time.strftime("%Y %m %d %H:%M:%S", time.localtime()))
def tearDown(self):
endTime = time.time()
logger.debug("Completed %s at %s (%.4f seconds)", self.id(), time.strftime("%Y %m %d %H:%M:%S", time.localtime()), endTime - self.__startTime)
def testDefaults(self):
""" Test the default case of using only dictionary content.
"""
try:
dictApi = self.__dP.getApiByLocators(dictLocators=[self.__pathPdbxDictionaryFile])
ok = dictApi.testCache()
self.assertTrue(ok)
sdi = ContentDefinition(dictApi)
nS = sdi.getSchemaNames()
logger.debug("schema name length %d", len(nS))
self.assertGreaterEqual(len(nS), 600)
except Exception as e:
logger.exception("Failing with %s", str(e))
self.fail()
def testHelper(self):
""" Test the dictionary content supplemented by helper function
"""
try:
cH = ContentDefinitionHelper(cfgOb=self.__cfgOb)
dictApi = self.__dP.getApiByLocators(dictLocators=[self.__pathPdbxDictionaryFile])
sdi = ContentDefinition(dictApi, databaseName="chem_comp", contentDefHelper=cH)
catNameL = sdi.getCategories()
cfD = {}
afD = {}
for catName in catNameL:
cfD[catName] = sdi.getCategoryFeatures(catName)
afD[catName] = sdi.getAttributeFeatures(catName)
#
logger.debug("Dictionary category name length %d", len(catNameL))
self.assertGreaterEqual(len(catNameL), 600)
except Exception as e:
logger.exception("Failing with %s", str(e))
self.fail()
def testExtensionWithHelper(self):
""" Test the dictionary content supplemented by helper function
"""
try:
cH = ContentDefinitionHelper(cfgOb=self.__cfgOb)
dictApi = self.__dP.getApiByLocators(dictLocators=[self.__pathPdbxDictionaryFile, self.__pathRcsbDictionaryFile])
sdi = ContentDefinition(dictApi, databaseName="pdbx_core", contentDefHelper=cH)
catNameL = sdi.getCategories()
cfD = {}
afD = {}
for catName in catNameL:
cfD[catName] = sdi.getCategoryFeatures(catName)
afD[catName] = sdi.getAttributeFeatures(catName)
#
logger.debug("Dictionary category name length %d", len(catNameL))
self.assertGreaterEqual(len(catNameL), 650)
except Exception as e:
logger.exception("Failing with %s", str(e))
self.fail()
def testRepoWithHelper(self):
""" Test the dictionary content supplemented by helper function for auxiliary schema
"""
try:
cH = ContentDefinitionHelper(cfgOb=self.__cfgOb)
dictApi = self.__dP.getApiByLocators(dictLocators=[self.__pathPdbxDictionaryFile, self.__pathRcsbDictionaryFile, self.__pathVrptDictionaryFile])
sdi = ContentDefinition(dictApi, databaseName="repository_holdings", contentDefHelper=cH)
catNameL = sdi.getCategories()
cfD = {}
afD = {}
for catName in catNameL:
cfD[catName] = sdi.getCategoryFeatures(catName)
afD[catName] = sdi.getAttributeFeatures(catName)
#
logger.debug("Dictionary category name length %d", len(catNameL))
self.assertGreaterEqual(len(catNameL), 680)
except Exception as e:
logger.exception("Failing with %s", str(e))
self.fail()
class SchemaSearchContextsTests(unittest.TestCase):
skipFlag = True
def setUp(self):
self.__verbose = True
mockTopPath = os.path.join(TOPDIR, "rcsb", "mock-data")
pathConfig = os.path.join(TOPDIR, "rcsb", "db", "config",
"exdb-config-example.yml")
configName = "site_info_configuration"
self.__cfgOb = ConfigUtil(configPath=pathConfig,
defaultSectionName=configName,
mockTopPath=mockTopPath)
self.__docHelper = DocumentDefinitionHelper(cfgOb=self.__cfgOb)
#
self.__pathPdbxDictionaryFile = self.__cfgOb.getPath(
"PDBX_DICT_LOCATOR", sectionName=configName)
self.__pathRcsbDictionaryFile = self.__cfgOb.getPath(
"RCSB_DICT_LOCATOR", sectionName=configName)
self.__pathVrptDictionaryFile = self.__cfgOb.getPath(
"VRPT_DICT_LOCATOR", sectionName=configName)
# self.__mU = MarshalUtil()
#
self.__cachePath = os.path.join(TOPDIR, "CACHE")
self.__dP = DictionaryApiProviderWrapper(self.__cfgOb,
self.__cachePath,
useCache=True)
self.__startTime = time.time()
logger.debug("Starting %s at %s", self.id(),
time.strftime("%Y %m %d %H:%M:%S", time.localtime()))
def tearDown(self):
endTime = time.time()
logger.debug("Completed %s at %s (%.4f seconds)", self.id(),
time.strftime("%Y %m %d %H:%M:%S", time.localtime()),
endTime - self.__startTime)
def testSearchGroups(self):
ok = self.__docHelper.checkSearchGroups()
self.assertTrue(ok)
@unittest.skipIf(skipFlag, "Troubleshooting test")
def testUnUsedIndexedItems(self):
"""Enumerate items that are indexed by have no search group assignments.
collection_attribute_search_contexts
"""
groupNameList = self.__docHelper.getSearchGroups()
logger.info("Search groups (%d)", len(groupNameList))
#
nestedSearchableD = self.__assembleNestedCategorySearchables()
nestedSearchableD.update(self.__assembleNestedSubCategorySearchables())
#
attribContextD = {}
tD = self.__docHelper.getAllAttributeSearchContexts()
for (catName, atName), contextL in tD.items():
attribContextD.setdefault((catName, atName),
[]).extend([t[0] for t in contextL])
logger.info("search context attribContextD %d", len(attribContextD))
lookupD = {}
# if (catName, atName) in nestedSearchableD:
for groupName in groupNameList:
# get attributes in group
attributeTupList = self.__docHelper.getSearchGroupAttributes(
groupName)
# logger.info("")
# logger.info("%s (%2d):", groupName, len(attributeTupList))
for catName, atName in attributeTupList:
lookupD.setdefault((catName, atName), []).append(groupName)
#
logger.info("Search group lookup len %d", len(lookupD))
for (catName, atName), contextL in attribContextD.items():
# logger.info("%s.%s contexL %r", catName, atName, contextL)
if "full-text" in contextL:
if (catName,
atName) in lookupD or (catName,
atName) in nestedSearchableD:
continue
logger.info("%s.%s contexL %r", catName, atName, contextL)
#
return True
@unittest.skipIf(skipFlag, "Troubleshooting test")
def testExpandSearchGroups(self):
"""Expand search groups and metadata content as these would be display in RCSB search menu."""
_, afD = self.__getContentFeatures()
groupNameList = self.__docHelper.getSearchGroups()
logger.info("Search groups (%d)", len(groupNameList))
#
nestedSearchableD = self.__assembleNestedCategorySearchables()
nestedSearchableD.update(self.__assembleNestedSubCategorySearchables())
#
for groupName in groupNameList:
# get attributes in group
attributeTupList = self.__docHelper.getSearchGroupAttributes(
groupName)
logger.info("")
logger.info("%s (%2d):", groupName, len(attributeTupList))
# Get search context and brief descriptions -
for catName, atName in attributeTupList:
searchContextTupL = self.__docHelper.getSearchContexts(
catName, atName)
if not searchContextTupL:
logger.warning("Missing search context for %s.%s", catName,
atName)
descriptionText = self.__docHelper.getAttributeDescription(
catName, atName, contextType="brief")
if not descriptionText:
logger.warning("Missing brief description %s.%s", catName,
atName)
#
fD = afD[catName][atName] if catName in afD and atName in afD[
catName] else {}
logger.debug("%s %s fD %r", catName, atName, fD)
units = fD["UNITS"] if "UNITS" in fD else None
#
uS = ""
if units:
uS = "(units=%s)" % units
#
nS = "(%s.%s)" % (catName, atName)
if (catName, atName) in nestedSearchableD:
for dS in nestedSearchableD[(catName, atName)]:
logger.info(
"- %-55s: %s %s (%s)", dS, nS, uS,
",".join([tup[0] for tup in searchContextTupL]))
else:
logger.info(
"- %-55s: %s %s (%s)", descriptionText, nS, uS,
",".join([tup[0] for tup in searchContextTupL]))
return True
def __assembleNestedCategorySearchables(self):
"""Assemble dictionary of searchable items in nested categories.
Returns:
(dict): {(category, atName): ["Materialized brief description", ... ]
"""
# cfD, afD = self.__getContentFeatures()
_, afD = self.__getContentFeatures()
logger.info("")
searchableCategoryD = {}
groupNameList = self.__docHelper.getSearchGroups()
logger.debug("Search group count (%d)", len(groupNameList))
for groupName in groupNameList:
# get attributes in group
attributeTupList = self.__docHelper.getSearchGroupAttributes(
groupName)
for catName, atName in attributeTupList:
searchableCategoryD.setdefault(catName, []).append(atName)
logger.debug("Searchable category count (%d)",
len(searchableCategoryD))
#
retD = {}
for catName in searchableCategoryD:
nestedContextDL = self.__docHelper.getNestedContexts(catName)
if not nestedContextDL:
# not nested skip
continue
elif len(nestedContextDL) > 1:
logger.warning("Multiple nested contexts for category %s",
catName)
#
for nestedContextD in nestedContextDL:
contextPath = nestedContextD[
"FIRST_CONTEXT_PATH"] if "FIRST_CONTEXT_PATH" in nestedContextD else None
if not contextPath:
logger.warning(
"Missing context path for nested category %s", catName)
continue
#
contextName = nestedContextD["CONTEXT_NAME"]
#
cpCatName = contextPath.split(".")[0]
cpAtName = contextPath.split(".")[1]
nestedPathSearchContext = self.__docHelper.getSearchContexts(
cpCatName, cpAtName)
logger.debug("Nested (%r) context path for %r %r", contextName,
cpCatName, cpAtName)
if not nestedPathSearchContext:
logger.warning(
"Missing nested (%r) search context for %r %r",
contextName, cpCatName, cpAtName)
#
nfD = afD[cpCatName][
cpAtName] if cpCatName in afD and cpAtName in afD[
cpCatName] else {}
logger.debug("FeatureD %r", nfD)
# --
enumMapD = {}
enumDL = nfD["ENUMS_ANNOTATED"]
if not enumDL:
logger.warning("Missing nested enums %s.%s", cpCatName,
cpAtName)
else:
logger.debug("All context enums count %d", len(enumDL))
for enumD in enumDL:
logger.info("%s.%s enumD %r", cpCatName, cpAtName,
enumD)
if "name" not in enumD:
logger.warning(
"Missing nested enum (name) for %s.%s",
cpCatName, cpAtName)
#
enumMapD = {
enumD["value"]:
enumD["name"] if "name" in enumD else enumD["detail"]
for enumD in enumDL
}
# --
nestedDescriptionText = self.__docHelper.getAttributeDescription(
cpCatName, cpAtName, contextType="brief")
if not nestedDescriptionText:
logger.warning("Missing brief nested description %s.%s",
cpCatName, cpAtName)
else:
logger.debug("Nested context description: %r",
nestedDescriptionText)
# --
cvDL = nestedContextD["CONTEXT_ATTRIBUTE_VALUES"] if "CONTEXT_ATTRIBUTE_VALUES" in nestedContextD else []
if not cvDL:
logger.warning("Missing context attribute values for %s",
catName)
# if no context values defined then use: all enums x searchable attributes in this category
#
# Template: enum detail + search attribute brief description text
for enumD in enumDL:
for atName in searchableCategoryD[catName]:
briefDescr = self.__docHelper.getAttributeDescription(
catName, atName, contextType="brief")
# subCategories = nfD["SUB_CATEGORIES"] if "SUB_CATEGORIES" in nfD else None
tS = enumD["detail"] + " " + briefDescr
retD.setdefault((catName, atName), []).append(tS)
else:
# Only use context values from the full enum list with specified search paths.
#
# Template: context value (enum detail) + search path attribute (brief description text)
# cVDL.append({"CONTEXT_VALUE": tD["CONTEXT_VALUE"], "SEARCH_PATHS": tD["SEARCH_PATHS"]})
#
for cvD in cvDL:
enumV = cvD["CONTEXT_VALUE"]
enumDetail = enumMapD[
enumV] if enumV in enumMapD else None
if not enumDetail:
logger.warning(
"%s %s missing detail for enum value %s",
catName, cpAtName, enumV)
for sp in cvD["SEARCH_PATHS"]:
if sp.count(".") > 1:
k = sp.rfind(".")
sp = sp[:k] + "_" + sp[k + 1:]
cnS = sp.split(".")[0]
anS = sp.split(".")[1]
briefDescr = self.__docHelper.getAttributeDescription(
cnS, anS, contextType="brief")
tS = enumDetail + " " + briefDescr
logger.debug("%s,%s tS %r", cnS, anS, tS)
retD.setdefault((cnS, anS), []).append(tS)
for aD in cvD["ATTRIBUTES"]:
sp = aD["PATH"]
if sp.count(".") > 1:
k = sp.rfind(".")
sp = sp[:k] + "_" + sp[k + 1:]
cnS = sp.split(".")[0]
anS = sp.split(".")[1]
briefDescr = self.__docHelper.getAttributeDescription(
cnS, anS, contextType="brief")
tS = enumDetail + " " + briefDescr
logger.debug("%s,%s tS %r", cnS, anS, tS)
retD.setdefault((cnS, anS), []).append(tS)
exL = aD["EXAMPLES"]
logger.info("%s,%s sp %r examplesL %r", cnS, anS,
sp, exL)
#
for k, vL in retD.items():
for v in vL:
logger.debug("%s : %r", k, v)
#
return retD
def __assembleNestedSubCategorySearchables(self):
"""Assemble dictionary of searchable items in nested subcategories.
Returns:
(dict): {(category, atName): ["Materialized brief description", ... ]
"""
_, afD = self.__getContentFeatures()
# logger.info("")
searchableCategoryD = {}
groupNameList = self.__docHelper.getSearchGroups()
logger.debug("Search group count (%d)", len(groupNameList))
for groupName in groupNameList:
# get attributes in group
attributeTupList = self.__docHelper.getSearchGroupAttributes(
groupName)
for catName, atName in attributeTupList:
searchableCategoryD.setdefault(catName, []).append(atName)
logger.debug("Searchable category count (%d)",
len(searchableCategoryD))
#
subcatNestedD = {}
tD = self.__docHelper.getAllSubCategoryNestedContexts()
for k, v in tD.items():
for kk, vv in v.items():
if kk in subcatNestedD:
logger.warning(
"Duplicate nested subcategory specifications in %r %r",
k, kk)
# only take cases with an context path ...
if "FIRST_CONTEXT_PATH" in vv:
subcatNestedD[kk[0]] = (kk[1], vv)
# cat = (subcat, {nested context dict})
#
retD = {}
for catName in searchableCategoryD:
if catName not in subcatNestedD:
continue
subCatName, nestedContextD = subcatNestedD[catName]
#
contextPath = nestedContextD[
"FIRST_CONTEXT_PATH"] if "FIRST_CONTEXT_PATH" in nestedContextD else None
if not contextPath:
logger.warning("Missing context path for nested category %s",
catName)
continue
#
if contextPath.count(".") > 1:
k = contextPath.rfind(".")
contextPath = contextPath[:k] + "_" + contextPath[k + 1:]
logger.debug("%s subcategory %s context path %r", catName,
subCatName, contextPath)
contextName = nestedContextD["CONTEXT_NAME"]
cpCatName = contextPath.split(".")[0]
cpAtName = contextPath.split(".")[1]
nestedPathSearchContext = self.__docHelper.getSearchContexts(
cpCatName, cpAtName)
logger.debug("Nested (%r) context path for %r %r", contextName,
cpCatName, cpAtName)
if not nestedPathSearchContext:
logger.warning("Missing nested (%r) search context for %r %r",
contextName, cpCatName, cpAtName)
#
nfD = afD[cpCatName][
cpAtName] if cpCatName in afD and cpAtName in afD[
cpCatName] else {}
logger.debug("FeatureD %r", nfD)
# --
enumMapD = {}
enumDL = nfD["ENUMS_ANNOTATED"]
if not enumDL:
logger.warning("Missing nested enums %s.%s", cpCatName,
cpAtName)
else:
logger.debug("All context enums count %d", len(enumDL))
for enumD in enumDL:
if "name" not in enumD:
logger.warning("Missing nested enum (name) for %s.%s",
cpCatName, cpAtName)
#
enumMapD = {
enumD["value"]:
enumD["name"] if "name" in enumD else enumD["detail"]
for enumD in enumDL
}
# --
nestedDescriptionText = self.__docHelper.getAttributeDescription(
cpCatName, cpAtName, contextType="brief")
if not nestedDescriptionText:
logger.warning("Missing brief nested description %s.%s",
cpCatName, cpAtName)
else:
logger.debug("Nested context description: %r",
nestedDescriptionText)
# --
cvDL = nestedContextD["CONTEXT_ATTRIBUTE_VALUES"] if "CONTEXT_ATTRIBUTE_VALUES" in nestedContextD else []
#
if not cvDL:
logger.warning("Missing context attribute values for %s",
catName)
# if no context values defined then use: all enums x searchable attributes in this category
#
# Template: enum detail + search attribute brief description text
for enumD in enumDL:
for atName in searchableCategoryD[catName]:
nnfD = afD[catName][atName]
subCatL = [d["id"] for d in nnfD["SUB_CATEGORIES"]
] if "SUB_CATEGORIES" in nnfD else None
logger.debug("%s.%s %s subCatL %r", catName, atName,
subCatName, subCatL)
if subCatL and subCatName in subCatL:
briefDescr = self.__docHelper.getAttributeDescription(
catName, atName, contextType="brief")
tS = enumD["detail"] + " " + briefDescr
retD.setdefault((catName, atName), []).append(tS)
else:
# Only use context values from the full enum list with specified search paths.
#
# Template: context value (enum detail) + search path attribute (brief description text)
# cVDL.append({"CONTEXT_VALUE": tD["CONTEXT_VALUE"], "SEARCH_PATHS": tD["SEARCH_PATHS"]})
#
for cvD in cvDL:
enumV = cvD["CONTEXT_VALUE"]
enumDetail = enumMapD[enumV] if enumV in enumMapD else None
if not enumDetail:
logger.warning(
"%s %s missing detail for enum value %s", catName,
cpAtName, enumV)
for sp in cvD["SEARCH_PATHS"]:
if sp.count(".") > 1:
k = sp.rfind(".")
sp = sp[:k] + "_" + sp[k + 1:]
cnS = sp.split(".")[0]
anS = sp.split(".")[1]
briefDescr = self.__docHelper.getAttributeDescription(
cnS, anS, contextType="brief")
tS = enumDetail + " " + briefDescr
retD.setdefault((cnS, anS), []).append(tS)
for aD in cvD["ATTRIBUTES"]:
sp = aD["PATH"]
if sp.count(".") > 1:
k = sp.rfind(".")
sp = sp[:k] + "_" + sp[k + 1:]
cnS = sp.split(".")[0]
anS = sp.split(".")[1]
briefDescr = self.__docHelper.getAttributeDescription(
cnS, anS, contextType="brief")
tS = enumDetail + " " + briefDescr
retD.setdefault((cnS, anS), []).append(tS)
exL = aD["EXAMPLES"]
logger.debug("%s,%s sp %r exL %r", cnS, anS, sp, exL)
#
for k, vL in retD.items():
for v in vL:
logger.debug("%s : %r", k, v)
#
return retD
def __getContentFeatures(self):
"""Get category and attribute features"""
try:
cH = ContentDefinitionHelper(cfgOb=self.__cfgOb)
dictApi = self.__dP.getApiByLocators(dictLocators=[
self.__pathPdbxDictionaryFile, self.__pathRcsbDictionaryFile
])
# logger.info("units = %r", dictApi.getUnits("pdbx_nmr_spectrometer", "manufacturer"))
sdi = ContentDefinition(dictApi,
databaseName="pdbx_core",
contentDefHelper=cH)
catNameL = sdi.getCategories()
cfD = {}
afD = {}
for catName in catNameL:
cfD[catName] = sdi.getCategoryFeatures(catName)
afD[catName] = sdi.getAttributeFeatures(catName)
#
return cfD, afD
except Exception as e:
logger.exception("Failing with %s", str(e))
return None, None
def __testScanRepo(self, contentType, scanType="full"):
""" Utility method to scan repo for data type and coverage content.
Using mock repos for tests.
"""
try:
failedFilePath = os.path.join(
HERE, "test-output",
"%s-failed-list-%s.txt" % (contentType, scanType))
savedFilePath = os.path.join(
HERE, "test-output",
"%s-path-list-%s.txt" % (contentType, scanType))
scanDataFilePath = os.path.join(HERE, "test-output",
"%s-scan-data.pic" % (contentType))
dataCoverageFilePath = os.path.join(
HERE, "test-output",
"%s-scan-data-coverage-%s.json" % (contentType, scanType))
dataTypeFilePath = os.path.join(
HERE, "test-output",
"%s-scan-data-type-%s.json" % (contentType, scanType))
#
dP = DictionaryApiProviderWrapper(self.__cfgOb,
self.__cachePath,
useCache=True)
dictApi = dP.getApiByName(contentType)
###
categoryList = sorted(dictApi.getCategoryList())
dictSchema = {
catName: sorted(dictApi.getAttributeNameList(catName))
for catName in categoryList
}
attributeDataTypeD = OrderedDict()
for catName in categoryList:
aD = {}
for atName in dictSchema[catName]:
aD[atName] = dictApi.getTypeCode(catName, atName)
attributeDataTypeD[catName] = aD
###
#
sr = ScanRepoUtil(self.__cfgOb,
attributeDataTypeD=attributeDataTypeD,
numProc=self.__numProc,
chunkSize=self.__chunkSize,
fileLimit=self.__fileLimit,
workPath=self.__cachePath)
ok = sr.scanContentType(contentType,
scanType=scanType,
inputPathList=None,
scanDataFilePath=scanDataFilePath,
failedFilePath=failedFilePath,
saveInputFileListPath=savedFilePath)
self.assertTrue(ok)
ok = sr.evalScan(scanDataFilePath,
dataTypeFilePath,
evalType="data_type")
self.assertTrue(ok)
ok = sr.evalScan(scanDataFilePath,
dataCoverageFilePath,
evalType="data_coverage")
self.assertTrue(ok)
return ok
except Exception as e:
logger.exception("Failing with %s", str(e))
self.fail()
def __fullSchemaDataPrep(self, contentType, filterType, styleType, mockLength, rejectLength=0, dataSelectors=None, mergeContentTypes=None, excludeExtras=None):
"""Internal method for preparing file-based data requiring dynamic methods, slicing, or key injection.
Args:
contentType (str): Content type name
filterType (str): List of data processing options (separated by '|') (e.g. "drop-empty-attributes|drop-empty-tables|skip-max-width|...)
styleType (str): organization of output document (e.g. rowise-by-name)
mockLength (int): Expected length of the test data for the input content type
rejectLength (int, optional): number of input data sets rejected by the dataselection criteria. Defaults to 0.
dataSelectors (list of str, optional): data selection criteria. Defaults to None.
mergeContentTypes (list of str, optional): list content types to merge with the input data set. Defaults to None. (e.g. ['vrpt'])
"""
try:
excludeExtras = excludeExtras if excludeExtras else []
_ = mockLength
_ = rejectLength
dD = self.__schP.makeSchemaDef(contentType, dataTyping="ANY", saveSchema=True)
_ = SchemaDefAccess(dD)
inputPathList = self.__rpP.getLocatorObjList(contentType=contentType, mergeContentTypes=mergeContentTypes)
sd, _, collectionNameList, _ = self.__schP.getSchemaInfo(databaseName=contentType, dataTyping="ANY")
#
dP = DictionaryApiProviderWrapper(self.__cfgOb, self.__cachePath, useCache=True)
dictApi = dP.getApiByName(contentType)
#
rP = DictMethodResourceProvider(self.__cfgOb, configName=self.__configName, cachePath=self.__cachePath, siftsAbbreviated="TEST")
dmh = DictMethodRunner(dictApi, modulePathMap=self.__modulePathMap, resourceProvider=rP)
#
dtf = DataTransformFactory(schemaDefAccessObj=sd, filterType=filterType)
sdp = SchemaDefDataPrep(schemaDefAccessObj=sd, dtObj=dtf, workPath=self.__cachePath, verbose=self.__verbose)
containerList = self.__rpP.getContainerList(inputPathList)
for container in containerList:
cName = container.getName()
logger.debug("Processing container %s", cName)
dmh.apply(container)
#
for collectionName in collectionNameList:
tableIdExcludeList = sd.getCollectionExcluded(collectionName)
tableIdIncludeList = sd.getCollectionSelected(collectionName)
sliceFilter = sd.getCollectionSliceFilter(collectionName)
sdp.setSchemaIdExcludeList(tableIdExcludeList)
sdp.setSchemaIdIncludeList(tableIdIncludeList)
#
docList, _, _ = sdp.processDocuments(
containerList, styleType=styleType, sliceFilter=sliceFilter, filterType=filterType, dataSelectors=dataSelectors, collectionName=collectionName
)
docList = sdp.addDocumentPrivateAttributes(docList, collectionName)
docList = sdp.addDocumentSubCategoryAggregates(docList, collectionName)
# Special exclusions for the test harness. (removes timestamped data items to allow diffs.)
self.__filterDocuments(docList, excludeExtras)
mergeS = "-".join(mergeContentTypes) if mergeContentTypes else ""
fName = "full-prep-%s-%s-%s-%s.json" % (contentType, collectionName, mergeS, styleType)
if self.__exportFlag:
self.__logDocumentOrder(docList)
fPath = os.path.join(self.__outputPath, fName)
self.__mU.doExport(fPath, docList, fmt="json", indent=3)
logger.debug("Exported %r", fPath)
#
if self.__diffFlag:
fPath = os.path.join(self.__savedOutputPath, fName)
refDocList = self.__mU.doImport(fPath, fmt="json")
self.assertEqual(len(refDocList), len(docList))
logger.debug("For %s %s len refDocList %d", contentType, collectionName, len(refDocList))
logger.debug("For %s %s len docList %d", contentType, collectionName, len(docList))
jD = diff(refDocList, docList, syntax="explicit", marshal=True)
if jD:
_, fn = os.path.split(fPath)
bn, _ = os.path.splitext(fn)
fPath = os.path.join(self.__outputPath, bn + "-diff.json")
logger.debug("jsondiff for %s %s = \n%s", contentType, collectionName, pprint.pformat(jD, indent=3, width=100))
self.__mU.doExport(fPath, jD, fmt="json", indent=3)
self.assertEqual(len(jD), 0)
except Exception as e:
logger.exception("Failing with %s", str(e))
self.fail()
class DictMethodResourceProvider(SingletonClass):
"""Resource provider for DictMethodHelper tools."""
def __init__(self, cfgOb, **kwargs):
"""Resource provider for dictionary method runner.
Arguments:
cfgOb {object} -- instance ConfigUtils class
Keyword agruments:
configName {string} -- configuration section name (default: default section name)
cachePath {str} -- path used for temporary file management (default: '.')
"""
self.__cfgOb = cfgOb
self.__configName = kwargs.get("configName",
self.__cfgOb.getDefaultSectionName())
self.__cachePath = kwargs.get("cachePath", ".")
#
self.__drugBankMappingDict = {}
self.__csdModelMappingDict = {}
self.__taxU = None
self.__ecU = None
self.__scopU = None
self.__cathU = None
self.__dbU = None
self.__residU = None
self.__psimodU = None
self.__ccU = None
self.__ccmU = None
self.__commonU = None
self.__dApiW = None
self.__atcP = None
# self.__siftsAbbreviated = kwargs.get("siftsAbbreviated", "PROD")
self.__siftsAbbreviated = kwargs.get("siftsAbbreviated", "TEST")
self.__ssP = None
self.__vrptP = None
self.__crP = None
self.__jtaP = None
self.__pcP = None
self.__phP = None
#
#
# self.__wsPattern = re.compile(r"\s+", flags=re.UNICODE | re.MULTILINE)
# self.__re_non_digit = re.compile(r"[^\d]+")
#
self.__resourcesD = {
"SiftsSummaryProvider instance": self.__fetchSiftsSummaryProvider,
"Dictionary API instance (pdbx_core)": self.__fetchDictionaryApi,
"TaxonomyProvider instance": self.__fetchTaxonomyProvider,
"ScopProvider instance": self.__fetchScopProvider,
"CathProvider instance": self.__fetchCathProvider,
"EnzymeProvider instance": self.__fetchEnzymeProvider,
"DrugBankProvider instance": self.__fetchDrugBankProvider,
"ResidProvider instance": self.__fetchResidProvider,
"PsiModProvider instance": self.__fetchPsiModProvider,
"ChemCompModelProvider instance":
self.__fetchChemCompModelProvider,
"ChemCompProvider instance": self.__fetchChemCompProvider,
"AtcProvider instance": self.__fetchAtcProvider,
"DictMethodCommonUtils instance": self.__fetchCommonUtils,
"ValidationProvider instance": self.__fetchValidationProvider,
"CitationReferenceProvider instance":
self.__fetchCitationReferenceProvider,
"JournalTitleAbbreviationProvider instance":
self.__fetchJournalTitleAbbreviationProvider,
"PubChemProvider instance": self.__fetchPubChemProvider,
"PharosProvider instance": self.__fetchPharosProvider,
}
logger.debug("Dictionary resource provider init completed")
#
def echo(self, msg):
logger.info(msg)
def getReferenceSequenceAlignmentOpt(self):
return self.__cfgOb.get("REFERENCE_SEQUENCE_ALIGNMETS",
sectionName=self.__configName,
default="SIFTS")
def getResource(self, resourceName, default=None, useCache=True, **kwargs):
"""Return the named input resource or the default value.
Arguments:
resourceName {str} -- resource name
useCache (bool, optional): use current cace. Defaults to True.
Keyword Arguments:
default {obj} -- default return value for missing resources (default: {None})
Returns:
[obj] -- resource object
"""
logger.debug("Requesting resource %r", resourceName)
if resourceName in self.__resourcesD:
return self.__resourcesD[resourceName](self.__cfgOb,
self.__configName,
self.__cachePath,
useCache=useCache,
**kwargs)
else:
logger.error("Request for unsupported resource %r returning %r",
resourceName, default)
#
return default
def cacheResources(self, useCache=False, **kwargs):
"""Update and optionally clear all resource caches.
Args:
useCache (bool, optional): use current cace. Defaults to False.
Returns:
bool: True for success or False otherwise
"""
ret = True
tName = "CHECKING" if useCache else "REBUILDING"
logger.info("Begin %s cache for %d resources", tName,
len(self.__resourcesD))
#
for resourceName in self.__resourcesD:
startTime = time.time()
logger.debug("Caching resources for %r", resourceName)
tU = self.__resourcesD[resourceName](self.__cfgOb,
self.__configName,
self.__cachePath,
useCache=useCache,
**kwargs)
ok = tU.testCache()
if not ok:
logger.error("%s %s fails", tName, resourceName)
ret = ret and ok
if not ret:
logger.info(
"%s resource %r step status %r cumulative status %r",
tName, resourceName, ok, ret)
self.__resourceUsageReport(startTime)
#
logger.info("Completed %s %d resources with status %r", tName,
len(self.__resourcesD), ret)
return ret
def __resourceUsageReport(self, startTime):
unitS = "MB" if platform.system() == "Darwin" else "GB"
rusageMax = resource.getrusage(resource.RUSAGE_SELF).ru_maxrss
# logger.info("Maximum total resident memory size %.3f %s", rusageMax / 10 ** 6, unitS)
endTime = time.time()
logger.info(
"Step completed at %s (%.4f secs/%.3f %s)",
time.strftime("%Y %m %d %H:%M:%S", time.localtime()),
endTime - startTime,
rusageMax / 10**6,
unitS,
)
def __fetchCitationReferenceProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__crP:
cachePath = os.path.join(
cachePath,
cfgOb.get("CITATION_REFERENCE_CACHE_DIR",
sectionName=configName))
self.__crP = CitationReferenceProvider(cachePath=cachePath,
useCache=useCache,
**kwargs)
return self.__crP
def __fetchJournalTitleAbbreviationProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__jtaP:
cachePath = os.path.join(
cachePath,
cfgOb.get("CITATION_REFERENCE_CACHE_DIR",
sectionName=configName))
self.__jtaP = JournalTitleAbbreviationProvider(cachePath=cachePath,
useCache=useCache,
**kwargs)
return self.__jtaP
def __fetchTaxonomyProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__taxU:
taxonomyDataPath = os.path.join(
cachePath,
cfgOb.get("NCBI_TAXONOMY_CACHE_DIR", sectionName=configName))
self.__taxU = TaxonomyProvider(taxDirPath=taxonomyDataPath,
useCache=useCache,
**kwargs)
return self.__taxU
def __fetchScopProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__scopU:
structDomainDataPath = os.path.join(
cachePath,
cfgOb.get("STRUCT_DOMAIN_CLASSIFICATION_CACHE_DIR",
sectionName=configName))
self.__scopU = ScopClassificationProvider(
scopDirPath=structDomainDataPath, useCache=useCache, **kwargs)
return self.__scopU
def __fetchCathProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__cathU:
structDomainDataPath = os.path.join(
cachePath,
cfgOb.get("STRUCT_DOMAIN_CLASSIFICATION_CACHE_DIR",
sectionName=configName))
self.__cathU = CathClassificationProvider(
cathDirPath=structDomainDataPath, useCache=useCache, **kwargs)
return self.__cathU
def __fetchEnzymeProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__ecU:
enzymeDataPath = os.path.join(
cachePath,
cfgOb.get("ENZYME_CLASSIFICATION_CACHE_DIR",
sectionName=configName))
self.__ecU = EnzymeDatabaseProvider(enzymeDirPath=enzymeDataPath,
useCache=useCache,
**kwargs)
return self.__ecU
#
def __fetchDrugBankProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
_ = cfgOb
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__dbU:
# If a mock DrugBank URL is provided add this as an argument.
mockUrlTarget = cfgOb.getPath("DRUGBANK_MOCK_URL_TARGET",
sectionName=configName)
logger.info("Using mock DrugBank source file %r", mockUrlTarget)
if mockUrlTarget:
kwargs["urlTarget"] = mockUrlTarget
logger.info("Using mock DrugBank source file %r",
mockUrlTarget)
un = cfgOb.get("_DRUGBANK_AUTH_USERNAME", sectionName=configName)
pw = cfgOb.get("_DRUGBANK_AUTH_PASSWORD", sectionName=configName)
self.__dbU = DrugBankProvider(cachePath=cachePath,
useCache=useCache,
username=un,
password=pw,
**kwargs)
return self.__dbU
#
def __fetchResidProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
_ = cfgOb
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__residU:
# dbDataPath = os.path.join(cachePath, cfgOb.get("RESID_CACHE_DIR", sectionName=configName))
self.__residU = ResidProvider(cachePath=cachePath,
useCache=useCache,
**kwargs)
return self.__residU
def __fetchPsiModProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
_ = cfgOb
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__psimodU:
self.__psimodU = PsiModProvider(cachePath=cachePath,
useCache=useCache,
**kwargs)
return self.__psimodU
def __fetchChemCompModelProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
_ = cfgOb
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__ccmU:
# dirPath = os.path.join(cachePath, cfgOb.get("CHEM_COMP_CACHE_DIR", sectionName=configName))
self.__ccmU = ChemCompModelProvider(cachePath=cachePath,
useCache=useCache,
**kwargs)
return self.__ccmU
def __fetchChemCompProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
_ = cfgOb
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__ccU:
# dirPath = os.path.join(cachePath, cfgOb.get("CHEM_COMP_CACHE_DIR", sectionName=configName))
self.__ccU = ChemCompProvider(cachePath=cachePath,
useCache=useCache,
**kwargs)
return self.__ccU
def __fetchAtcProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
_ = cfgOb
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__atcP:
# dirPath = os.path.join(cachePath, cfgOb.get("ATC_CACHE_DIR", sectionName=configName))
self.__atcP = AtcProvider(cachePath=cachePath,
useCache=useCache,
**kwargs)
return self.__atcP
def __fetchSiftsSummaryProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__ssP:
srcDirPath = os.path.join(
cachePath,
cfgOb.getPath("SIFTS_SUMMARY_DATA_PATH",
sectionName=configName))
cacheDirPath = os.path.join(
cachePath,
cfgOb.get("SIFTS_SUMMARY_CACHE_DIR", sectionName=configName))
logger.debug("ssP %r %r", srcDirPath, cacheDirPath)
self.__ssP = SiftsSummaryProvider(
srcDirPath=srcDirPath,
cacheDirPath=cacheDirPath,
useCache=useCache,
abbreviated=self.__siftsAbbreviated,
**kwargs)
logger.debug("ssP entry count %d", self.__ssP.getEntryCount())
return self.__ssP
def __fetchValidationProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__vrptP:
urlTarget = cfgOb.get("VRPT_DICT_MAPPING_LOCATOR",
sectionName=configName)
dirPath = os.path.join(
cachePath,
cfgOb.get("DICTIONARY_CACHE_DIR", sectionName=configName))
self.__vrptP = ValidationReportProvider(dirPath=dirPath,
urlTarget=urlTarget,
useCache=useCache)
#
return self.__vrptP
def __fetchCommonUtils(self,
cfgOb,
configName,
cachePath,
useCache=None,
**kwargs):
logger.debug("configName %s cachePath %r kwargs %r", configName,
cachePath, kwargs)
_ = cfgOb
_ = useCache
if not self.__commonU:
self.__commonU = DictMethodCommonUtils(**kwargs)
return self.__commonU
def __fetchDictionaryApi(self,
cfgOb,
configName,
cachePath,
useCache=None,
**kwargs):
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
schemaName = kwargs.get("schemaName", "pdbx_core")
self.__dApiW = DictionaryApiProviderWrapper(cfgOb,
cachePath,
useCache=useCache)
dictApi = self.__dApiW.getApiByName(schemaName)
# numRev = dictApi.getDictionaryRevisionCount()
return dictApi
def __fetchPubChemProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__pcP:
#
try:
minCount = 0
userName = cfgOb.get("_STASH_AUTH_USERNAME",
sectionName=configName)
password = cfgOb.get("_STASH_AUTH_PASSWORD",
sectionName=configName)
basePath = cfgOb.get("_STASH_SERVER_BASE_PATH",
sectionName=configName)
url = cfgOb.get("STASH_SERVER_URL", sectionName=configName)
urlFallBack = cfgOb.get("STASH_SERVER_FALLBACK_URL",
sectionName=configName)
#
pcP = PubChemProvider(cachePath=cachePath, useCache=useCache)
ok = pcP.fromStash(url,
basePath,
userName=userName,
password=password)
ok = pcP.reload()
ok = pcP.testCache(minCount=10)
if not ok:
ok = pcP.fromStash(urlFallBack,
basePath,
userName=userName,
password=password)
ok = pcP.testCache(minCount=minCount)
#
if pcP:
self.__pcP = pcP
riD = pcP.getIdentifiers()
logger.info("Fetched PubChem mapping dictionary (%d)",
len(riD))
except Exception as e:
logger.exception("Failing with %s", str(e))
#
return self.__pcP
def __fetchPharosProvider(self,
cfgOb,
configName,
cachePath,
useCache=True,
**kwargs):
logger.debug("configName %s cachePath %s kwargs %r", configName,
cachePath, kwargs)
if not self.__phP:
# --
try:
minCount = 0
userName = cfgOb.get("_STASH_AUTH_USERNAME",
sectionName=configName)
password = cfgOb.get("_STASH_AUTH_PASSWORD",
sectionName=configName)
basePath = cfgOb.get("_STASH_SERVER_BASE_PATH",
sectionName=configName)
url = cfgOb.get("STASH_SERVER_URL", sectionName=configName)
urlFallBack = cfgOb.get("STASH_SERVER_FALLBACK_URL",
sectionName=configName)
#
phP = PharosProvider(cachePath=cachePath, useCache=useCache)
ok = phP.fromStash(url,
basePath,
userName=userName,
password=password)
ok = phP.reload()
ok = phP.testCache(minCount=10)
if not ok:
ok = phP.fromStash(urlFallBack,
basePath,
userName=userName,
password=password)
ok = phP.testCache(minCount=minCount)
#
if phP:
self.__phP = phP
riD = phP.getIdentifiers()
logger.info("Fetched Pharos ChEMBL identifiers (%d)",
len(riD))
except Exception as e:
logger.warning("Failing with %s", str(e))
#
return self.__phP