def process_document(self, session, doc):
cmd = "file -i -b %INDOC%"
(qq, infn) = tempfile.mkstemp()
os.close(qq)
fh = open(infn, 'w')
fh.write(doc.get_raw(session))
fh.close()
cmd = cmd.replace("%INDOC%", infn)
res = getShellResult(cmd)
mt = res.strip()
if mt.find(';') > -1:
bits = mt.split(';')
mt = bits[0]
for b in bits[1:]:
# just stuff them on doc for now
(type, value) = b.split('=')
setattr(doc, type, value)
if mt == "text/plain":
# Might be sgml, xml, text etc
res = getShellResult("file -b {0}".format(infn))
mt2 = res.strip()
if mt2 == "exported SGML document text":
mt = "text/sgml"
elif mt2 == "XML document text":
mt = "text/xml"
# Others include java, etc. but not very useful to us
doc.mimeType = mt
doc.processHistory.append(self.id)
return doc
def process_document(self, session, doc):
cmd = "file -i -b %INDOC%"
(qq, infn) = tempfile.mkstemp()
os.close(qq)
fh = open(infn, 'w')
fh.write(doc.get_raw(session))
fh.close()
cmd = cmd.replace("%INDOC%", infn)
res = getShellResult(cmd)
mt = res.strip()
if mt.find(';') > -1:
bits = mt.split(';')
mt = bits[0]
for b in bits[1:]:
# just stuff them on doc for now
(type, value) = b.split('=')
setattr(doc, type, value)
if mt == "text/plain":
# we might be sgml, xml, text etc
res = getShellResult("file -b {0}".format(infn))
mt2 = res.strip()
if mt2 == "exported SGML document text":
mt = "text/sgml"
elif mt2 == "XML document text":
mt = "text/xml"
# others include java, etc. but not very useful to us
doc.mimeType = mt
return doc
def find_documents(self, session, cache=0):
fl = getShellResult("locate %s | grep %s$" %
(self.stream, self.stream))
docs = fl.split('\n')
while docs and docs[0][:8] == "warning:":
docs.pop(0)
self._processFiles("", docs, cache)
def __init__(self, session, node, parent):
tp = self.get_path(session, 'executablePath', '')
exe = self.get_path(session, 'executable', 'enju')
if not tp:
tp = getShellResult('which %s' % exe)
tp = tp if not tp.startswith('which:') else exe
else:
tp = os.path.join(tp, exe)
xml = self.get_setting(session, 'xml', 1)
if xml:
cmd = "%s -xml" % tp
else:
cmd = tp
self.pipe = Popen(cmd,
shell=True,
bufsize=1,
stdin=PIPE,
stdout=PIPE,
stderr=PIPE)
l = ""
while l != 'Ready\n':
# Check for errors with command
if "command not found" in l:
self.log_error(
session, "Error while initializing EnjuObject: "
"{0}".format(l.strip()))
break
l = self.pipe.stderr.readline()
def __init__(self, session, node, parent):
self.unparsedOutput = self.get_setting(session, 'parseOutput', 0)
tp = self.get_path(session, 'executablePath', '')
exe = self.get_path(session, 'executable', 'geniatagger')
if not tp:
tp = getShellResult('which %s' % exe)
tp = os.path.dirname(tp)
tpe = os.path.join(tp, exe)
if not tp:
raise ConfigFileException("%s requires the path: "
"executablePath" % self.id)
o = os.getcwd()
os.chdir(tp)
if self.get_setting(session, 'tokenize', 0):
cmd = exe
else:
cmd = "%s -nt" % exe
self.pipe = Popen(cmd,
shell=True,
bufsize=1,
stdin=PIPE,
stdout=PIPE,
stderr=PIPE)
l = ""
while l != 'loading named_entity_models..done.\n':
l = self.pipe.stderr.readline()
os.chdir(o)
def __init__(self, session, node, parent):
tp = self.get_path(session, 'executablePath', '')
exe = self.get_path(session, 'executable', 'enju')
if not tp:
tp = getShellResult('which %s' % exe)
tp = tp if not tp.startswith('which:') else exe
else:
tp = os.path.join(tp, exe)
xml = self.get_setting(session, 'xml', 1)
if xml:
cmd = "%s -xml" % tp
else:
cmd = tp
self.pipe = Popen(cmd, shell=True, bufsize=1,
stdin=PIPE, stdout=PIPE, stderr=PIPE)
l = ""
while l != 'Ready\n':
# Check for errors with command
if "command not found" in l:
self.log_error(session,
"Error while initializing EnjuObject: "
"{0}".format(l.strip()))
break
l = self.pipe.stderr.readline()
def __init__(self, session, node, parent):
self.unparsedOutput = self.get_setting(session, 'parseOutput', 0)
tp = self.get_path(session, 'executablePath', '')
exe = self.get_path(session, 'executable', 'geniatagger')
if not tp:
tp = getShellResult('which %s' % exe)
tp = os.path.dirname(tp)
tpe = os.path.join(tp, exe)
if not tp:
raise ConfigFileException("%s requires the path: "
"executablePath" % self.id)
o = os.getcwd()
os.chdir(tp)
if self.get_setting(session, 'tokenize', 0):
cmd = exe
else:
cmd = "%s -nt" % exe
self.pipe = Popen(cmd, shell=True, bufsize=1,
stdin=PIPE, stdout=PIPE, stderr=PIPE)
l = ""
while l != 'loading named_entity_models..done.\n':
l = self.pipe.stderr.readline()
os.chdir(o)
def process_document(self, session, doc):
"""Pass Document to executable, add results to document metadata."""
cmd = self.cmd
stdIn = cmd.find('%INDOC%') == -1
stdOut = cmd.find('%OUTDOC%') == -1
if not stdIn:
if doc.mimeType or doc.filename:
# guess our extn~n
try:
suff = mimetypes.guess_extension(doc.mimeType)
except:
suff = ''
if not suff:
suff = mimetypes.guess_extension(doc.filename)
if suff:
(qq, infn) = tempfile.mkstemp(suff)
else:
(qq, infn) = tempfile.mkstemp()
else:
(qq, infn) = tempfile.mkstemp()
os.close(qq)
fh = file(infn, 'w')
fh.write(doc.get_raw(session))
fh.close()
cmd = cmd.replace("%INDOC%", infn)
if not stdOut:
if self.outMimeType:
# guess our extn~n
suff = mimetypes.guess_extension(self.outMimeType)
(qq, outfn) = tempfile.mkstemp(suff)
else:
(qq, outfn) = tempfile.mkstemp()
cmd = cmd.replace("%OUTDOC%", outfn)
os.close(qq)
if self.working:
old = os.getcwd()
os.chdir(self.working)
else:
old = ''
if stdIn:
pipe = subprocess.Popen(cmd,
bufsize=0,
shell=True,
stdin=subprocess.PIPE,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
pipe.stdin.write(doc.get_raw(session))
pipe.stdin.close()
result = pipe.stdout.read()
pipe.stdout.close()
pipe.stderr.close()
del pipe
else:
# result will read stdout+err regardless
result = getShellResult(cmd)
os.remove(infn)
if not stdOut:
if os.path.exists(outfn) and os.path.getsize(outfn) > 0:
ofh = open(outfn)
else:
# command probably added something to the end
# annoying
matches = glob.glob(outfn + "*")
for m in matches:
if os.path.getsize(m) > 0:
ofh = open(m)
break
result = ofh.read()
ofh.close()
os.remove(outfn)
# strip input filename from result if present (this is a tempfile so the name is useless)
if result.startswith(infn):
result = re.sub('^%s\s*[:-]?\s*' % (infn), '', result)
if old:
os.chdir(old)
try:
doc.metadata[self.metadataType].update(
self._processResult(session, result))
except:
doc.metadata[self.metadataType] = self._processResult(
session, result)
if 'analysisDateTime' not in doc.metadata[self.metadataType]:
doc.metadata[self.metadataType][
'analysisDateTime'] = time.strftime('%Y-%m-%dT%H:%M:%S%Z')
return doc
def __init__(self, session, config, parent=None):
"""Constructor inherited by all configured Cheshire3 objects.
The constructor for all Cheshire3 objects take the same arguments:
session: A Session object
topNode: The <config> or <subConfig> domNode for the configuration
parent: The object that provides the scope for this object.
"""
self.docstring = ""
self.parent = parent
self.subConfigs = CaselessDictionary()
self.paths = {}
self.objects = CaselessDictionary()
self.settings = {}
self.defaults = {}
self.permissionHandlers = {}
self.unresolvedObjects = {}
self.functionLogger = None
self._objectRefs = []
self._includeConfigStores = []
self.logger = None
self.checkSums = {}
self.pathCheckSums = {}
self.version = ""
self.complexity = ""
self.stability = ""
self.initTime = time.time()
pathObjects = {}
# LXML
if hasattr(config, 'attrib'):
self.id = config.attrib.get('id', '')
self.version = config.attrib.get('version', '')
self.complexity = config.attrib.get('complexity', '')
self.stability = config.attrib.get('stability', '')
walker = config.iterchildren(tag=etree.Element)
for e in walker:
if e.tag in ['name', '{%s}name' % CONFIG_NS]:
self.name = e.text
elif e.tag in ['objectType', '{%s}objectType' % CONFIG_NS]:
self.objectType = e.text
elif e.tag in ['checkSums', '{%s}checkSums' % CONFIG_NS]:
for e2 in e.iterchildren(tag=etree.Element):
# Store checksum on self, and hash code against it
pt = e2.attrib.get('pathType', '__code__')
ct = e2.attrib.get('type', 'md5')
if pt != '__code__':
try:
self.pathCheckSums[pt].append((ct, e2.text))
except KeyError:
self.pathCheckSums[pt] = [(ct, e2.text)]
else:
self.checkSums[ct] = e2.text
elif e.tag in ['paths', '{%s}paths' % CONFIG_NS]:
for e2 in e.iterchildren(tag=etree.Element):
try:
typ = e2.attrib['type']
except KeyError:
raise ConfigFileException("path must have type")
if e2.tag in ['path', '{%s}path' % CONFIG_NS]:
# Allow template strings in paths
# e.g. ${cheshire3Home}/foo/bar
pathTmpl = Template(e2.text)
sub = pathTmpl.safe_substitute
self.paths[typ] = sub(cheshire3Paths)
elif e2.tag in ['object', '{%s}object' % CONFIG_NS]:
try:
ref = e2.attrib['ref']
except KeyError:
msg = "object must have ref"
raise ConfigFileException(msg)
pathObjects[typ] = ref
elif e.tag in ['subConfigs', '{%s}subConfigs' % CONFIG_NS]:
# Recurse
self._recurseLxmlSubConfigs(session, e)
elif e.tag in ['options', '{%s}options' % CONFIG_NS]:
for e2 in e.iterchildren(tag=etree.Element):
try:
typ = e2.attrib['type']
except KeyError:
msg = "option (setting/default) must have type"
raise ConfigFileException(msg)
if e2.tag in ['setting', '{%s}setting' % CONFIG_NS]:
value = self._verifySetting(typ, e2.text)
self.settings[typ] = value
elif e2.tag in ['default', '{%s}default' % CONFIG_NS]:
value = self._verifyDefault(typ, e2.text)
self.defaults[typ] = value
elif e.tag in ['actions', '{%s}actions' % CONFIG_NS]:
pass
elif e.tag in ['docs', '{%s}docs' % CONFIG_NS]:
self.docstring = e.text
else:
self._handleLxmlConfigNode(session, e)
del walker
else:
if (config.hasAttributeNS(None, 'id')):
self.id = config.getAttributeNS(None, 'id')
for child in config.childNodes:
if child.nodeType == elementType:
if child.localName == "name":
self.name = getFirstData(child)
elif (child.localName == "objectType"):
self.objectType = getFirstData(child)
elif (child.localName == "paths"):
# Configure self with paths
for child2 in child.childNodes:
if child2.nodeType == elementType:
type = child2.getAttributeNS(None, 'type')
if child2.localName == "path":
value = getFirstData(child2)
# Allow template strings in paths
# e.g. ${cheshire3Home}/foo/bar
pathTmpl = Template(value)
sub = pathTmpl.safe_substitute
self.paths[type] = sub(cheshire3Paths)
elif child2.localName == "object":
value = child2.getAttributeNS(None, 'ref')
pathObjects[type] = value
elif (child.localName == "subConfigs"):
# Pointers to dom nodes for config ids
self._recurseSubConfigs(session, child)
elif (child.localName == "objects"):
for obj in child.childNodes:
if (
obj.nodeType == elementType and
obj.localName == "path"
):
type = obj.getAttributeNS(None, 'type')
id = obj.getAttributeNS(None, 'ref')
self._objectRefs.append((id, type))
elif (child.localName == "options"):
# See configInfo in ZeeRex
for child2 in child.childNodes:
if (child2.nodeType == elementType):
type = child2.getAttributeNS(None, 'type')
if (child2.localName == "setting"):
dc = getFirstData(child2)
if (dc):
value = self._verifySetting(type, dc)
self.settings[type] = value
elif (child2.localName == "default"):
dc = getFirstData(child2)
if (dc):
value = self._verifyDefault(type, dc)
self.defaults[type] = value
elif (child.localName == "actions"):
# Permission rqmts
for child2 in child.childNodes:
if child2.nodeType == elementType:
p = PermissionHandler(child2, self)
self.permissionHandlers[p.actionIdentifier] = p
elif (child.localName == "docs"):
# Add per configuration documentation to docs stack.
self.docstring = getFirstData(child)
else:
self._handleConfigNode(session, child)
if ('pythonPath' in self.paths):
sys.path.append(self.paths['pythonPath'][1])
# Allow any object to be set to debug
# Functionality of this dependent on object
self.debug = self.get_setting(session, "debug", 0)
for p in self.permissionHandlers.keys():
if p[0:5] == 'c3fn:':
self.add_auth(p[5:])
# Dynamically Instantiate objects. This is mindbending :}
# Mindbending2: JIT building!
if self.parent:
self.parent.objects[self.id] = self
for o in (self._objectRefs):
# Instantiate
obj = self.get_object(session, o[0])
# Add default Object types to paths
for t in pathObjects.keys():
self.unresolvedObjects[t] = pathObjects[t]
# Built, maybe set function logging
log = self.get_setting(session,
'log',
session.server.defaultFunctionLog)
if log:
fl = self.get_path(session, 'functionLogger')
if fl != self:
self.functionLogger = fl
logList = log.strip().split()
for l in logList:
self.add_logging(session, l)
try:
del self.settings['log']
except KeyError:
# from default
pass
# now checksum self
if self.checkSums:
code = inspect.getsource(self.__class__)
for (ct, val) in self.checkSums.items():
m = hashlib.new(ct)
m.update(code)
digest = m.hexdigest()
if digest != val:
raise IntegrityException(self.id + ": " + digest)
if self.pathCheckSums:
# step through each referenced file and check
for (pt, chk) in self.pathCheckSums.items():
for (ct, val) in chk:
m = hashlib.new(ct)
# read in file
fn = self.get_path(session, pt)
if not os.path.isabs(fn):
if pt == 'executable':
# search
dp = self.get_path('session', 'executablePath', '')
if not dp:
dp = getShellResult('which {0}'.format(fn))
else:
dp = self.get_path(session, 'defaultPath')
fn = os.path.join(dp, fn)
fh = file(fn)
data = fh.read()
fh.close()
m.update(data)
digest = m.hexdigest()
if digest != val:
msg = "%s/%s (%s): %s" % (self.id, pt, fn, digest)
raise IntegrityException(msg)
def process_document(self, session, doc):
"""Pass Document to executable, add results to document metadata."""
cmd = self.cmd
stdIn = cmd.find('%INDOC%') == -1
stdOut = cmd.find('%OUTDOC%') == -1
if not stdIn:
if doc.mimeType or doc.filename:
# guess our extn~n
try: suff = mimetypes.guess_extension(doc.mimeType)
except: suff = ''
if not suff:
suff = mimetypes.guess_extension(doc.filename)
if suff:
(qq, infn) = tempfile.mkstemp(suff)
else:
(qq, infn) = tempfile.mkstemp()
else:
(qq, infn) = tempfile.mkstemp()
os.close(qq)
fh = file(infn, 'w')
fh.write(doc.get_raw(session))
fh.close()
cmd = cmd.replace("%INDOC%", infn)
if not stdOut:
if self.outMimeType:
# guess our extn~n
suff = mimetypes.guess_extension(self.outMimeType)
(qq, outfn) = tempfile.mkstemp(suff)
else:
(qq, outfn) = tempfile.mkstemp()
cmd = cmd.replace("%OUTDOC%", outfn)
os.close(qq)
if self.working:
old = os.getcwd()
os.chdir(self.working)
else:
old = ''
if stdIn:
pipe = subprocess.Popen(cmd, bufsize=0, shell=True,
stdin=subprocess.PIPE,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
pipe.stdin.write(doc.get_raw(session))
pipe.stdin.close()
result = pipe.stdout.read()
pipe.stdout.close()
pipe.stderr.close()
del pipe
else:
# result will read stdout+err regardless
result = getShellResult(cmd)
os.remove(infn)
if not stdOut:
if os.path.exists(outfn) and os.path.getsize(outfn) > 0:
ofh = open(outfn)
else:
# command probably added something to the end
# annoying
matches = glob.glob(outfn + "*")
for m in matches:
if os.path.getsize(m) > 0:
ofh = open(m)
break
result = ofh.read()
ofh.close()
os.remove(outfn)
# strip input filename from result if present (this is a tempfile so the name is useless)
if result.startswith(infn):
result = re.sub('^%s\s*[:-]?\s*' % (infn), '', result)
if old:
os.chdir(old)
try:
doc.metadata[self.metadataType].update(self._processResult(session, result))
except:
doc.metadata[self.metadataType] = self._processResult(session, result)
if 'analysisDateTime' not in doc.metadata[self.metadataType]:
doc.metadata[self.metadataType]['analysisDateTime'] = time.strftime('%Y-%m-%dT%H:%M:%S%Z')
return doc
def process_document(self, session, doc):
cmd = self.cmd
stdIn = cmd.find('%INDOC%') == -1
stdOut = cmd.find('%OUTDOC%') == -1
if not stdIn:
# Create temp file for incoming data
if doc.mimeType or doc.filename:
# Guess our extn~n
try:
suff = mimetypes.guess_extension(doc.mimeType)
except:
suff = ''
if not suff:
suff = mimetypes.guess_extension(doc.filename)
if not suff:
(foofn, suff) = os.path.splitext(doc.filename)
if suff:
(qq, infn) = tempfile.mkstemp(suff)
else:
(qq, infn) = tempfile.mkstemp()
else:
(qq, infn) = tempfile.mkstemp()
os.close(qq)
fh = open(infn, 'w')
fh.write(doc.get_raw(session))
fh.close()
cmd = cmd.replace("%INDOC%", infn)
if not stdOut:
# Create temp file to outgoing data
if self.outMimeType:
# Guess our extn~n
suff = mimetypes.guess_extension(self.outMimeType)
(qq, outfn) = tempfile.mkstemp(suff)
else:
(qq, outfn) = tempfile.mkstemp()
cmd = cmd.replace("%OUTDOC%", outfn)
os.close(qq)
if self.working:
old = os.getcwd()
os.chdir(self.working)
else:
old = ''
if stdIn:
pipe = subprocess.Popen(cmd,
bufsize=0,
shell=True,
stdin=subprocess.PIPE,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
pipe.stdin.write(doc.get_raw(session))
pipe.stdin.close()
result = pipe.stdout.read()
pipe.stdout.close()
pipe.stderr.close()
del pipe
else:
# Result will read stdout+err regardless
result = getShellResult(cmd)
os.remove(infn)
if not stdOut:
if os.path.exists(outfn) and os.path.getsize(outfn) > 0:
fh = open(outfn)
else:
# Command probably appended something to the filename
# Annoying! Have to glob for it
matches = glob.glob(outfn + "*")
# Or maybe ignored absolute path and put it in pwd...
matches2 = glob.glob(os.path.split(outfn)[-1] + '*')
for m in matches + matches2:
if os.path.getsize(m) > 0:
fh = open(m)
break
try:
try:
result = fh.read()
except:
msg = '{0}: {1}'.format(cmd, result)
raise ExternalSystemException(msg)
else:
fh.close()
finally:
os.remove(outfn)
try:
# Clean up when data written elsewhere
os.remove(fh.name)
except OSError:
pass
if old:
os.chdir(old)
mt = self.outMimeType
if not mt:
mt = doc.mimeType
return StringDocument(result,
self.id,
doc.processHistory,
mimeType=mt,
parent=doc.parent,
filename=doc.filename)
def find_documents(self, session, cache=0):
fl = getShellResult("locate %s | grep %s$" % (self.stream, self.stream))
docs = fl.split('\n')
while docs and docs[0][:8] == "warning:":
docs.pop(0)
self._processFiles("", docs, cache)
def find_documents(self, session, cache=0):
if cache == 1:
# Can't store offsets as there's no file to offset to.
raise NotImplementedError
data = self.streamLocation
sortx = self.factory.get_path(session, 'sortPath', None)
if sortx == None:
sortx = getShellResult('which sort')
sorted = data + "_SORT"
os.spawnl(os.P_WAIT, sortx, sortx, data, '-o', sorted)
# Now construct cluster documents.
doc = ["<cluster>"]
f = file(sorted)
l = f.readline()
# term docid recstore occs (line, posn)*
currKey = ""
while (l):
docdata = {}
ldata = l.split('\x00')
key = ldata[0]
if (not key):
# Data from records with no key
l = f.readline()
l = l[:-1]
continue
doc.append("<key>%s</key>\n" % (key))
ldata = ldata[1:-1]
for bit in range(len(ldata) / 2):
d = docdata.get(ldata[bit * 2], [])
d.append(ldata[bit * 2 + 1])
docdata[ldata[bit * 2]] = d
l = f.readline()
l = l[:-1]
ldata2 = l.split('\x00')
key2 = ldata2[0]
while key == key2:
ldata2 = ldata2[1:-1]
for bit in range(len(ldata2) / 2):
d = docdata.get(ldata2[bit * 2], [])
d.append(ldata2[bit * 2 + 1])
docdata[ldata2[bit * 2]] = d
l = f.readline()
l = l[:-1]
ldata2 = l.split('\x00')
key2 = ldata2[0]
for k in docdata.keys():
doc.append("<%s>" % (k))
for i in docdata[k]:
doc.append("%s" % i)
doc.append("</%s>" % (k))
doc.append("</cluster>")
sdoc = StringDocument(" ".join(doc))
if cache == 0:
yield sdoc
else:
self.documents.append(sdoc)
doc = ["<cluster>"]
l = f.readline()
l = l[:-1]
f.close()
def create_defaultConfig(identifier, args):
"""Create and return a generic database configuration.
identifier := string
args := argparse.Namespace
"""
defaultPath = args.directory
config = CONF.config(
{'id': identifier,
'type': 'database'},
CONF.objectType("cheshire3.database.SimpleDatabase"),
# <paths>
CONF.paths(
CONF.path({'type': "defaultPath"}, os.path.abspath(defaultPath)),
# subsequent paths may be relative to defaultPath
CONF.path({'type': "metadataPath"},
os.path.join('.cheshire3', 'stores', 'metadata.bdb')
),
CONF.object({'type': "recordStore",
'ref': "recordStore"}
),
CONF.object({'type': "protocolMap",
'ref': "cqlProtocolMap"}
),
CONF.path({'type': "indexStoreList"}, "indexStore"),
),
CONF.subConfigs(
# recordStore
CONF.subConfig(
{'type': "recordStore",
'id': "recordStore"},
CONF.objectType("cheshire3.recordStore.BdbRecordStore"),
CONF.paths(
CONF.path({'type': "defaultPath"},
os.path.join('.cheshire3', 'stores')
),
CONF.path({'type': "databasePath"},
'recordStore.bdb'
),
CONF.object({'type': "idNormalizer",
'ref': "StringIntNormalizer"}
),
CONF.object({'type': "inWorkflow",
'ref': "XmlToLZ4Workflow"}
),
CONF.object({'type': "outWorkflow",
'ref': "LZ4ToLxmlWorkflow"}
),
),
CONF.options(
CONF.setting({'type': "digest"}, 'md5'),
),
),
# indexStore
CONF.subConfig(
{'type': "indexStore",
'id': "indexStore"},
CONF.objectType("cheshire3.indexStore.BdbIndexStore"),
CONF.paths(
CONF.path({'type': "defaultPath"},
os.path.join('.cheshire3', 'indexes')
),
CONF.path({'type': "tempPath"},
'temp'
),
CONF.path({'type': "recordStoreHash"},
'recordStore'
),
)
),
# protocolMap
CONF.subConfig(
{'type': "protocolMap",
'id': "cqlProtocolMap"},
CONF.objectType("cheshire3.protocolMap.CQLProtocolMap"),
CONF.paths(
CONF.path({'type': "zeerexPath"}, args.zeerexPath)
),
),
# MagicRedirectPreParser
# Over-ride default behavior to preParse generic file types to METS
# so that it can be parsed and indexed as XML
CONF.subConfig(
{'type': "preParser",
'id': "MagicRedirectPreParser"},
CONF.objectType("cheshire3.preParser.MagicRedirectPreParser"),
CONF.hash(
CONF.object({'mimeType': "application/pdf",
'ref': "PdfToMetsPreParserWorkflow"}
),
CONF.object({'mimeType': "text/prs.fallenstein.rst",
'ref': "ReSTToMetsPreParserWorkflow"}
),
CONF.object({'mimeType': "text/plain",
'ref': "TxtToMetsPreParserWorkflow"}
),
CONF.object({'mimeType': "text/html",
'ref': "HtmlToMetsPreParserWorkflow"}
),
CONF.object({'mimeType': "*",
'ref': "METSWrappingPreParser"}
),
),
),
),
)
# Check sortPath and fix up if necessary
serverSortPath = server.get_path(session, 'sortPath')
if not os.path.exists(serverSortPath):
# Attempt to fix locally for default IndexStore
sortPath = getShellResult('which sort')
if 'which: no sort in' not in sortPath:
# Found a sort executable - can add to configuration
storePathsNode = config.xpath(
'//c3:subConfig[@id="indexStore"]/c3:paths',
namespaces={'c3': CONFIG_NS}
)[0]
storePathsNode.append(
CONF.path({'type': "sortPath"}, sortPath)
)
# Add database docs if provided
if args.title and args.description:
config.insert(0, CONF.docs("{0.title} - {0.description}".format(args)))
elif args.title:
config.insert(0, CONF.docs(args.title))
elif args.description:
config.insert(0, CONF.docs(args.description))
return config
def process_document(self, session, doc):
cmd = self.cmd
stdIn = cmd.find('%INDOC%') == -1
stdOut = cmd.find('%OUTDOC%') == -1
if not stdIn:
if doc.mimeType or doc.filename:
# guess our extn~n
try: suff = mimetypes.guess_extension(doc.mimeType)
except: suff = ''
if not suff:
suff = mimetypes.guess_extension(doc.filename)
if not suff:
(foofn, suff) = os.path.splitext(doc.filename)
if suff:
(qq, infn) = tempfile.mkstemp(suff)
else:
(qq, infn) = tempfile.mkstemp()
else:
(qq, infn) = tempfile.mkstemp()
os.close(qq)
fh = open(infn, 'w')
fh.write(doc.get_raw(session))
fh.close()
cmd = cmd.replace("%INDOC%", infn)
if not stdOut:
if self.outMimeType:
# guess our extn~n
suff = mimetypes.guess_extension(self.outMimeType)
(qq, outfn) = tempfile.mkstemp(suff)
else:
(qq, outfn) = tempfile.mkstemp()
cmd = cmd.replace("%OUTDOC%", outfn)
os.close(qq)
if self.working:
old = os.getcwd()
os.chdir(self.working)
else:
old = ''
if stdIn:
pipe = subprocess.Popen(cmd, bufsize=0, shell=True,
stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.PIPE)
pipe.stdin.write(doc.get_raw(session))
pipe.stdin.close()
result = pipe.stdout.read()
pipe.stdout.close()
pipe.stderr.close()
del pipe
else:
# result will read stdout+err regardless
result = getShellResult(cmd)
os.remove(infn)
if not stdOut:
if os.path.exists(outfn) and os.path.getsize(outfn) > 0:
fh = open(outfn)
else:
# command probably added something to the end
# annoying
matches = glob.glob(outfn + "*")
# or maybe ignored absolute path and put it in pwd...
matches2 = glob.glob(os.path.split(outfn)[-1] + '*')
for m in matches + matches2:
if os.path.getsize(m) > 0:
fh = open(m)
break
try:
try:
result = fh.read()
except:
raise ExternalSystemException('Error from command: {0} : {1}'.format(cmd, result))
else:
fh.close()
finally:
os.remove(outfn)
try: os.remove(fh.name) # clean up when data was written somewhere other than outfn
except OSError: pass
if old:
os.chdir(old)
mt = self.outMimeType
if not mt:
mt = doc.mimeType
return StringDocument(result, self.id, doc.processHistory, mimeType=mt, parent=doc.parent, filename=doc.filename)
def create_defaultConfig(identifier, args):
"""Create and return a generic database configuration.
identifier := string
args := argparse.Namespace
"""
defaultPath = args.directory
config = CONF.config(
{
'id': identifier,
'type': 'database'
},
CONF.objectType("cheshire3.database.SimpleDatabase"),
# <paths>
CONF.paths(
CONF.path({'type': "defaultPath"}, os.path.abspath(defaultPath)),
# subsequent paths may be relative to defaultPath
CONF.path({'type': "metadataPath"},
os.path.join('.cheshire3', 'stores', 'metadata.bdb')),
CONF.object({
'type': "recordStore",
'ref': "recordStore"
}),
CONF.object({
'type': "protocolMap",
'ref': "cqlProtocolMap"
}),
CONF.path({'type': "indexStoreList"}, "indexStore"),
),
CONF.subConfigs(
# recordStore
CONF.subConfig(
{
'type': "recordStore",
'id': "recordStore"
},
CONF.objectType("cheshire3.recordStore.BdbRecordStore"),
CONF.paths(
CONF.path({'type': "defaultPath"},
os.path.join('.cheshire3', 'stores')),
CONF.path({'type': "databasePath"}, 'recordStore.bdb'),
CONF.object({
'type': "idNormalizer",
'ref': "StringIntNormalizer"
}),
CONF.object({
'type': "inWorkflow",
'ref': "XmlToLZ4Workflow"
}),
CONF.object({
'type': "outWorkflow",
'ref': "LZ4ToLxmlWorkflow"
}),
),
CONF.options(CONF.setting({'type': "digest"}, 'md5'), ),
),
# indexStore
CONF.subConfig({
'type': "indexStore",
'id': "indexStore"
}, CONF.objectType("cheshire3.indexStore.BdbIndexStore"),
CONF.paths(
CONF.path({'type': "defaultPath"},
os.path.join('.cheshire3',
'indexes')),
CONF.path({'type': "tempPath"}, 'temp'),
CONF.path({'type': "recordStoreHash"},
'recordStore'),
)),
# protocolMap
CONF.subConfig(
{
'type': "protocolMap",
'id': "cqlProtocolMap"
},
CONF.objectType("cheshire3.protocolMap.CQLProtocolMap"),
CONF.paths(CONF.path({'type': "zeerexPath"}, args.zeerexPath)),
),
# MagicRedirectPreParser
# Over-ride default behavior to preParse generic file types to METS
# so that it can be parsed and indexed as XML
CONF.subConfig(
{
'type': "preParser",
'id': "MagicRedirectPreParser"
},
CONF.objectType("cheshire3.preParser.MagicRedirectPreParser"),
CONF.hash(
CONF.object({
'mimeType': "application/pdf",
'ref': "PdfToMetsPreParserWorkflow"
}),
CONF.object({
'mimeType': "text/prs.fallenstein.rst",
'ref': "ReSTToMetsPreParserWorkflow"
}),
CONF.object({
'mimeType': "text/plain",
'ref': "TxtToMetsPreParserWorkflow"
}),
CONF.object({
'mimeType': "text/html",
'ref': "HtmlToMetsPreParserWorkflow"
}),
CONF.object({
'mimeType': "*",
'ref': "METSWrappingPreParser"
}),
),
),
),
)
# Check sortPath and fix up if necessary
serverSortPath = server.get_path(session, 'sortPath')
if not os.path.exists(serverSortPath):
# Attempt to fix locally for default IndexStore
sortPath = getShellResult('which sort')
if 'which: no sort in' not in sortPath:
# Found a sort executable - can add to configuration
storePathsNode = config.xpath(
'//c3:subConfig[@id="indexStore"]/c3:paths',
namespaces={'c3': CONFIG_NS})[0]
storePathsNode.append(CONF.path({'type': "sortPath"}, sortPath))
# Add database docs if provided
if args.title and args.description:
config.insert(0, CONF.docs("{0.title} - {0.description}".format(args)))
elif args.title:
config.insert(0, CONF.docs(args.title))
elif args.description:
config.insert(0, CONF.docs(args.description))
return config
def find_documents(self, session, cache=0):
if cache == 1:
# Can't store offsets as there's no file to offset to.
raise NotImplementedError
data = self.streamLocation
sortx = self.factory.get_path(session, 'sortPath', None)
if sortx == None:
sortx = getShellResult('which sort')
sorted = data + "_SORT"
os.spawnl(os.P_WAIT, sortx, sortx, data, '-o', sorted)
# Now construct cluster documents.
doc = ["<cluster>"]
f = file(sorted)
l = f.readline()
# term docid recstore occs (line, posn)*
currKey = ""
while(l):
docdata = {}
ldata = l.split('\x00')
key = ldata[0]
if (not key):
# Data from records with no key
l = f.readline()
l = l[:-1]
continue
doc.append("<key>%s</key>\n" % (key))
ldata = ldata[1:-1]
for bit in range(len(ldata)/2):
d = docdata.get(ldata[bit*2], [])
d.append(ldata[bit*2+1])
docdata[ldata[bit*2]] = d
l = f.readline()
l = l[:-1]
ldata2 = l.split('\x00')
key2 = ldata2[0]
while key == key2:
ldata2 = ldata2[1:-1]
for bit in range(len(ldata2)/2):
d = docdata.get(ldata2[bit*2], [])
d.append(ldata2[bit*2+1])
docdata[ldata2[bit*2]] = d
l = f.readline()
l = l[:-1]
ldata2 = l.split('\x00')
key2 = ldata2[0]
for k in docdata.keys():
doc.append("<%s>" % (k))
for i in docdata[k]:
doc.append("%s" % i)
doc.append("</%s>" % (k))
doc.append("</cluster>")
sdoc = StringDocument(" ".join(doc))
if cache == 0:
yield sdoc
else:
self.documents.append(sdoc)
doc = ["<cluster>"]
l = f.readline()
l = l[:-1]
f.close()