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R3600 invenio-infoscience
bibindex_engine.py
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# -*- coding: utf-8 -*-
##
## $Id$
## BibIndxes bibliographic data, reference and fulltext indexing utility.
##
## This file is part of CDS Invenio.
## Copyright (C) 2002, 2003, 2004, 2005, 2006, 2007, 2008 CERN.
##
## CDS Invenio is free software; you can redistribute it and/or
## modify it under the terms of the GNU General Public License as
## published by the Free Software Foundation; either version 2 of the
## License, or (at your option) any later version.
##
## CDS Invenio is distributed in the hope that it will be useful, but
## WITHOUT ANY WARRANTY; without even the implied warranty of
## MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
## General Public License for more details.
##
## You should have received a copy of the GNU General Public License
## along with CDS Invenio; if not, write to the Free Software Foundation, Inc.,
## 59 Temple Place, Suite 330, Boston, MA 02111-1307, USA.
"""
BibIndex indexing engine implementation. See bibindex executable for entry point.
"""
__revision__
=
"$Id$"
import
os
import
re
import
sys
import
time
import
urllib2
import
tempfile
import
traceback
from
invenio.config
import
\
CFG_BIBINDEX_CHARS_ALPHANUMERIC_SEPARATORS
,
\
CFG_BIBINDEX_CHARS_PUNCTUATION
,
\
CFG_BIBINDEX_FULLTEXT_INDEX_LOCAL_FILES_ONLY
,
\
CFG_BIBINDEX_MIN_WORD_LENGTH
,
\
CFG_BIBINDEX_REMOVE_HTML_MARKUP
,
\
CFG_BIBINDEX_REMOVE_LATEX_MARKUP
,
\
CFG_SITE_URL
,
CFG_TMPDIR
,
\
CFG_CERN_SITE
,
CFG_INSPIRE_SITE
from
invenio.bibindex_engine_config
import
CFG_MAX_MYSQL_THREADS
,
\
CFG_MYSQL_THREAD_TIMEOUT
,
CONV_PROGRAMS
,
CONV_PROGRAMS_HELPERS
,
\
CFG_CHECK_MYSQL_THREADS
from
invenio.bibdocfile
import
bibdocfile_url_to_fullpath
,
bibdocfile_url_p
,
\
decompose_bibdocfile_url
from
invenio.search_engine
import
perform_request_search
,
strip_accents
,
\
wash_index_term
,
lower_index_term
,
get_index_stemming_language
from
invenio.dbquery
import
run_sql
,
DatabaseError
,
serialize_via_marshal
,
\
deserialize_via_marshal
from
invenio.bibindex_engine_stopwords
import
is_stopword
from
invenio.bibindex_engine_stemmer
import
stem
from
invenio.bibtask
import
task_init
,
write_message
,
get_datetime
,
\
task_set_option
,
task_get_option
,
task_get_task_param
,
task_update_status
,
\
task_update_progress
,
task_sleep_now_if_required
from
invenio.intbitset
import
intbitset
from
invenio.errorlib
import
register_exception
# FIXME: journal tag and journal pubinfo standard format are defined here:
if
CFG_CERN_SITE
:
CFG_JOURNAL_TAG
=
'773__%'
CFG_JOURNAL_PUBINFO_STANDARD_FORM
=
"773__p 773__v (773__y) 773__c"
elif
CFG_INSPIRE_SITE
:
CFG_JOURNAL_TAG
=
'773__%'
CFG_JOURNAL_PUBINFO_STANDARD_FORM
=
"773__p,773__v,773__c"
else
:
CFG_JOURNAL_TAG
=
'909C4%'
CFG_JOURNAL_PUBINFO_STANDARD_FORM
=
"909C4p 909C4v (909C4y) 909C4c"
## import optional modules:
try
:
import
psyco
psyco
.
bind
(
get_words_from_phrase
)
psyco
.
bind
(
WordTable
.
merge_with_old_recIDs
)
except
:
pass
## precompile some often-used regexp for speed reasons:
re_subfields
=
re
.
compile
(
'\$\$\w'
)
re_html
=
re
.
compile
(
"(?s)<[^>]*>|&#?\w+;"
)
re_block_punctuation_begin
=
re
.
compile
(
r"^"
+
CFG_BIBINDEX_CHARS_PUNCTUATION
+
"+"
)
re_block_punctuation_end
=
re
.
compile
(
CFG_BIBINDEX_CHARS_PUNCTUATION
+
"+$"
)
re_punctuation
=
re
.
compile
(
CFG_BIBINDEX_CHARS_PUNCTUATION
)
re_separators
=
re
.
compile
(
CFG_BIBINDEX_CHARS_ALPHANUMERIC_SEPARATORS
)
re_datetime_shift
=
re
.
compile
(
"([-\+]{0,1})([\d]+)([dhms])"
)
nb_char_in_line
=
50
# for verbose pretty printing
chunksize
=
1000
# default size of chunks that the records will be treated by
base_process_size
=
4500
# process base size
_last_word_table
=
None
## Dictionary merging functions
def
intersection
(
dict1
,
dict2
):
"Returns intersection of the two dictionaries."
int_dict
=
{}
if
len
(
dict1
)
>
len
(
dict2
):
for
e
in
dict2
:
if
dict1
.
has_key
(
e
):
int_dict
[
e
]
=
1
else
:
for
e
in
dict1
:
if
dict2
.
has_key
(
e
):
int_dict
[
e
]
=
1
return
int_dict
def
union
(
dict1
,
dict2
):
"Returns union of the two dictionaries."
union_dict
=
{}
for
e
in
dict1
.
keys
():
union_dict
[
e
]
=
1
for
e
in
dict2
.
keys
():
union_dict
[
e
]
=
1
return
union_dict
def
diff
(
dict1
,
dict2
):
"Returns dict1 - dict2."
diff_dict
=
{}
for
e
in
dict1
.
keys
():
if
not
dict2
.
has_key
(
e
):
diff_dict
[
e
]
=
1
return
diff_dict
def
list_union
(
list1
,
list2
):
"Returns union of the two lists."
union_dict
=
{}
for
e
in
list1
:
union_dict
[
e
]
=
1
for
e
in
list2
:
union_dict
[
e
]
=
1
return
union_dict
.
keys
()
## safety function for killing slow DB threads:
def
kill_sleepy_mysql_threads
(
max_threads
=
CFG_MAX_MYSQL_THREADS
,
thread_timeout
=
CFG_MYSQL_THREAD_TIMEOUT
):
"""Check the number of DB threads and if there are more than
MAX_THREADS of them, lill all threads that are in a sleeping
state for more than THREAD_TIMEOUT seconds. (This is useful
for working around the the max_connection problem that appears
during indexation in some not-yet-understood cases.) If some
threads are to be killed, write info into the log file.
"""
res
=
run_sql
(
"SHOW FULL PROCESSLIST"
)
if
len
(
res
)
>
max_threads
:
for
row
in
res
:
r_id
,
dummy
,
dummy
,
dummy
,
r_command
,
r_time
,
dummy
,
dummy
=
row
if
r_command
==
"Sleep"
and
int
(
r_time
)
>
thread_timeout
:
run_sql
(
"KILL
%s
"
,
(
r_id
,))
write_message
(
"WARNING: too many DB threads, killing thread
%s
"
%
r_id
,
verbose
=
1
)
return
## MARC-21 tag/field access functions
def
get_fieldvalues
(
recID
,
tag
):
"""Returns list of values of the MARC-21 'tag' fields for the record
'recID'."""
out
=
[]
bibXXx
=
"bib"
+
tag
[
0
]
+
tag
[
1
]
+
"x"
bibrec_bibXXx
=
"bibrec_"
+
bibXXx
query
=
"SELECT value FROM
%s
AS b,
%s
AS bb WHERE bb.id_bibrec=
%s
AND bb.id_bibxxx=b.id AND tag LIKE '
%s
'"
\
%
(
bibXXx
,
bibrec_bibXXx
,
recID
,
tag
)
res
=
run_sql
(
query
)
for
row
in
res
:
out
.
append
(
row
[
0
])
return
out
def
get_associated_subfield_value
(
recID
,
tag
,
value
,
associated_subfield_code
):
"""Return list of ASSOCIATED_SUBFIELD_CODE, if exists, for record
RECID and TAG of value VALUE. Used by fulltext indexer only.
Note: TAG must be 6 characters long (tag+ind1+ind2+sfcode),
otherwise en empty string is returned.
FIXME: what if many tag values have the same value but different
associated_subfield_code? Better use bibrecord library for this.
"""
out
=
""
if
len
(
tag
)
!=
6
:
return
out
bibXXx
=
"bib"
+
tag
[
0
]
+
tag
[
1
]
+
"x"
bibrec_bibXXx
=
"bibrec_"
+
bibXXx
query
=
"""SELECT bb.field_number, b.tag, b.value FROM %s AS b, %s AS bb
WHERE bb.id_bibrec=%s AND bb.id_bibxxx=b.id AND tag LIKE '%s%%'"""
%
\
(
bibXXx
,
bibrec_bibXXx
,
recID
,
tag
[:
-
1
])
res
=
run_sql
(
query
)
field_number
=
-
1
for
row
in
res
:
if
row
[
1
]
==
tag
and
row
[
2
]
==
value
:
field_number
=
row
[
0
]
if
field_number
>
0
:
for
row
in
res
:
if
row
[
0
]
==
field_number
and
row
[
1
]
==
tag
[:
-
1
]
+
associated_subfield_code
:
out
=
row
[
2
]
break
return
out
def
get_field_tags
(
field
):
"""Returns a list of MARC tags for the field code 'field'.
Returns empty list in case of error.
Example: field='author', output=['100__%','700__%']."""
out
=
[]
query
=
"""SELECT t.value FROM tag AS t, field_tag AS ft, field AS f
WHERE f.code='%s' AND ft.id_field=f.id AND t.id=ft.id_tag
ORDER BY ft.score DESC"""
%
field
res
=
run_sql
(
query
)
for
row
in
res
:
out
.
append
(
row
[
0
])
return
out
## Fulltext word extraction functions
def
get_fulltext_urls_from_html_page
(
htmlpagebody
):
"""Parses htmlpagebody data (the splash page content) looking for
url_directs referring to probable fulltexts.
Returns an array of (ext,url_direct) to fulltexts.
Note: it looks for file format extensions as defined by global
'CONV_PROGRAMS' structure, minus the HTML ones, because we don't
want to index HTML pages that the splash page might point to.
"""
out
=
[]
for
ext
in
CONV_PROGRAMS
.
keys
():
expr
=
re
.
compile
(
r"\"
(
http
:
//
[
\
w
]
+
\
.+
[
\
w
]
+
[
^
\
"'><]*\."
+
\
ext
+
r")\"")
match
=
expr
.
search
(
htmlpagebody
)
if
match
and
ext
not
in
[
'htm'
,
'html'
]:
out
.
append
([
ext
,
match
.
group
(
1
)])
#else: # FIXME: workaround for getfile, should use bibdoc tables
#expr_getfile = re.compile(r"\"(http://.*getfile\.py\?.*format=" + ext + r"&version=.*)\"")
#match = expr_getfile.search(htmlpagebody)
#if match and ext not in ['htm', 'html']:
#out.append([ext, match.group(1)])
return
out
def
get_words_from_journal_tag
(
recID
,
tag
):
"""
Special procedure to extract words from journal tags. Joins
title/volume/year/page into a standard form that is also used for
citations.
"""
# get all journal tags/subfields:
bibXXx
=
"bib"
+
tag
[
0
]
+
tag
[
1
]
+
"x"
bibrec_bibXXx
=
"bibrec_"
+
bibXXx
query
=
"""SELECT bb.field_number,b.tag,b.value FROM %s AS b, %s AS bb
WHERE bb.id_bibrec=%d
AND bb.id_bibxxx=b.id AND tag LIKE '%s'"""
%
(
bibXXx
,
bibrec_bibXXx
,
recID
,
tag
)
res
=
run_sql
(
query
)
# construct journal pubinfo:
dpubinfos
=
{}
for
row
in
res
:
nb_instance
,
subfield
,
value
=
row
if
subfield
.
endswith
(
"c"
):
# delete pageend if value is pagestart-pageend
# FIXME: pages may not be in 'c' subfield
value
=
value
.
split
(
'-'
,
1
)[
0
]
if
dpubinfos
.
has_key
(
nb_instance
):
dpubinfos
[
nb_instance
][
subfield
]
=
value
else
:
dpubinfos
[
nb_instance
]
=
{
subfield
:
value
}
# construct standard format:
lwords
=
[]
for
dpubinfo
in
dpubinfos
.
values
():
# index all journal subfields separately
for
tag
,
val
in
dpubinfo
.
items
():
lwords
.
append
(
val
)
# index journal standard format:
pubinfo
=
CFG_JOURNAL_PUBINFO_STANDARD_FORM
for
tag
,
val
in
dpubinfo
.
items
():
pubinfo
=
pubinfo
.
replace
(
tag
,
val
)
if
CFG_JOURNAL_TAG
[:
-
1
]
in
pubinfo
:
# some subfield was missing, do nothing
pass
else
:
lwords
.
append
(
pubinfo
)
# return list of words and pubinfos:
return
lwords
def
get_words_from_fulltext
(
url_direct_or_indirect
,
stemming_language
=
None
):
"""Returns all the words contained in the document specified by
URL_DIRECT_OR_INDIRECT with the words being split by various
SRE_SEPARATORS regexp set earlier. If FORCE_FILE_EXTENSION is
set (e.g. to "pdf", then treat URL_DIRECT_OR_INDIRECT as a PDF
file. (This is interesting to index Indico for example.) Note
also that URL_DIRECT_OR_INDIRECT may be either a direct URL to
the fulltext file or an URL to a setlink-like page body that
presents the links to be indexed. In the latter case the
URL_DIRECT_OR_INDIRECT is parsed to extract actual direct URLs
to fulltext documents, for all knows file extensions as
specified by global CONV_PROGRAMS config variable.
"""
if
CFG_BIBINDEX_FULLTEXT_INDEX_LOCAL_FILES_ONLY
and
\
url_direct_or_indirect
.
find
(
CFG_SITE_URL
)
<
0
:
return
[]
write_message
(
"... reading fulltext files from
%s
started"
%
url_direct_or_indirect
,
verbose
=
2
)
fulltext_urls
=
[]
if
bibdocfile_url_p
(
url_direct_or_indirect
):
write_message
(
"... url
%s
is an internal url"
%
url_direct_or_indirect
,
verbose
=
9
)
ext
=
decompose_bibdocfile_url
(
url_direct_or_indirect
)[
2
]
if
ext
.
startswith
(
'.'
):
ext
=
ext
[
1
:]
.
lower
()
fulltext_urls
=
[(
ext
,
url_direct_or_indirect
)]
else
:
# check for direct link in url
url_direct_or_indirect_ext
=
url_direct_or_indirect
.
split
(
"."
)[
-
1
]
.
lower
()
if
url_direct_or_indirect_ext
in
CONV_PROGRAMS
.
keys
():
fulltext_urls
=
[(
url_direct_or_indirect_ext
,
url_direct_or_indirect
)]
# Indirect URL. Try to discover the real fulltext(s) from this splash page URL.
if
not
fulltext_urls
:
# read "setlink" data
try
:
htmlpagebody
=
urllib2
.
urlopen
(
url_direct_or_indirect
)
.
read
()
except
Exception
,
e
:
register_exception
()
sys
.
stderr
.
write
(
"Error: Cannot read
%s
:
%s
"
%
(
url_direct_or_indirect
,
e
))
return
[]
fulltext_urls
=
get_fulltext_urls_from_html_page
(
htmlpagebody
)
write_message
(
"... fulltext_urls =
%s
"
%
fulltext_urls
,
verbose
=
9
)
write_message
(
'... data to elaborate:
%s
'
%
fulltext_urls
,
verbose
=
9
)
words
=
{}
# process as many urls as they were found:
for
(
ext
,
url_direct
)
in
fulltext_urls
:
write_message
(
".... processing
%s
from
%s
started"
%
(
ext
,
url_direct
),
verbose
=
2
)
# sanity check:
if
not
url_direct
:
break
if
bibdocfile_url_p
(
url_direct
):
# Let's manage this with BibRecDocs...
# We got something like http://$(CFG_SITE_URL)/record/xxx/yyy.ext
try
:
tmp_name
=
bibdocfile_url_to_fullpath
(
url_direct
)
write_message
(
"Found internal path
%s
for url
%s
"
%
(
tmp_name
,
url_direct
),
verbose
=
2
)
no_src_delete
=
True
except
Exception
,
e
:
register_exception
()
sys
.
stderr
.
write
(
"Error in retrieving fulltext from internal url
%s
:
%s
\n
"
%
(
url_direct
,
e
))
break
# try other fulltext files...
else
:
# read fulltext file:
try
:
url
=
urllib2
.
urlopen
(
url_direct
)
no_src_delete
=
False
except
Exception
,
e
:
register_exception
()
sys
.
stderr
.
write
(
"Error: Cannot read
%s
:
%s
\n
"
%
(
url_direct
,
e
))
break
# try other fulltext files...
tmp_fd
,
tmp_name
=
tempfile
.
mkstemp
(
'invenio.tmp'
)
data_chunk
=
url
.
read
(
8
*
1024
)
while
data_chunk
:
os
.
write
(
tmp_fd
,
data_chunk
)
data_chunk
=
url
.
read
(
8
*
1024
)
os
.
close
(
tmp_fd
)
dummy_fd
,
tmp_dst_name
=
tempfile
.
mkstemp
(
'invenio.tmp.txt'
,
dir
=
CFG_TMPDIR
)
bingo
=
0
# try all available conversion programs according to their order:
for
conv_program
in
CONV_PROGRAMS
.
get
(
ext
,
[]):
if
os
.
path
.
exists
(
conv_program
):
# intelligence on how to run various conversion programs:
cmd
=
""
# will keep command to run
bingo
=
0
# had we success?
if
os
.
path
.
basename
(
conv_program
)
==
"pdftotext"
:
cmd
=
"
%s
-enc UTF-8
%s
%s
"
%
(
conv_program
,
tmp_name
,
tmp_dst_name
)
elif
os
.
path
.
basename
(
conv_program
)
==
"pstotext"
:
if
ext
==
"ps.gz"
:
# is there gzip available?
if
os
.
path
.
exists
(
CONV_PROGRAMS_HELPERS
[
"gz"
]):
cmd
=
"
%s
-cd
%s
|
%s
>
%s
"
\
%
(
CONV_PROGRAMS_HELPERS
[
"gz"
],
tmp_name
,
conv_program
,
tmp_dst_name
)
else
:
cmd
=
"
%s
%s
>
%s
"
\
%
(
conv_program
,
tmp_name
,
tmp_dst_name
)
elif
os
.
path
.
basename
(
conv_program
)
==
"ps2ascii"
:
if
ext
==
"ps.gz"
:
# is there gzip available?
if
os
.
path
.
exists
(
CONV_PROGRAMS_HELPERS
[
"gz"
]):
cmd
=
"
%s
-cd
%s
|
%s
>
%s
"
\
%
(
CONV_PROGRAMS_HELPERS
[
"gz"
],
tmp_name
,
conv_program
,
tmp_dst_name
)
else
:
cmd
=
"
%s
%s
%s
"
\
%
(
conv_program
,
tmp_name
,
tmp_dst_name
)
elif
os
.
path
.
basename
(
conv_program
)
==
"antiword"
:
cmd
=
"
%s
%s
>
%s
"
%
(
conv_program
,
tmp_name
,
tmp_dst_name
)
elif
os
.
path
.
basename
(
conv_program
)
==
"catdoc"
:
cmd
=
"
%s
%s
>
%s
"
%
(
conv_program
,
tmp_name
,
tmp_dst_name
)
elif
os
.
path
.
basename
(
conv_program
)
==
"wvText"
:
cmd
=
"
%s
%s
%s
"
%
(
conv_program
,
tmp_name
,
tmp_dst_name
)
elif
os
.
path
.
basename
(
conv_program
)
==
"ppthtml"
:
# is there html2text available?
if
os
.
path
.
exists
(
CONV_PROGRAMS_HELPERS
[
"html"
]):
cmd
=
"
%s
%s
|
%s
>
%s
"
\
%
(
conv_program
,
tmp_name
,
CONV_PROGRAMS_HELPERS
[
"html"
],
tmp_dst_name
)
else
:
cmd
=
"
%s
%s
>
%s
"
\
%
(
conv_program
,
tmp_name
,
tmp_dst_name
)
elif
os
.
path
.
basename
(
conv_program
)
==
"xlhtml"
:
# is there html2text available?
if
os
.
path
.
exists
(
CONV_PROGRAMS_HELPERS
[
"html"
]):
cmd
=
"
%s
%s
|
%s
>
%s
"
%
\
(
conv_program
,
tmp_name
,
CONV_PROGRAMS_HELPERS
[
"html"
],
tmp_dst_name
)
else
:
cmd
=
"
%s
%s
>
%s
"
%
\
(
conv_program
,
tmp_name
,
tmp_dst_name
)
elif
os
.
path
.
basename
(
conv_program
)
==
"html2text"
:
cmd
=
"
%s
%s
>
%s
"
%
\
(
conv_program
,
tmp_name
,
tmp_dst_name
)
else
:
write_message
(
"Error: Do not know how to handle
%s
conversion program."
%
conv_program
,
sys
.
stderr
)
# try to run it:
try
:
write_message
(
"..... launching
%s
"
%
cmd
,
verbose
=
9
)
# Note we replace ; in order to make happy internal file names
errcode
=
os
.
system
(
cmd
.
replace
(
';'
,
'
\\
;'
))
if
errcode
==
0
and
os
.
path
.
exists
(
tmp_dst_name
):
bingo
=
1
break
# bingo!
else
:
write_message
(
"Error while running
%s
for
%s
."
%
(
cmd
,
url_direct
),
sys
.
stderr
)
except
:
write_message
(
"Error running
%s
for
%s
."
%
(
cmd
,
url_direct
),
sys
.
stderr
)
# were we successful?
if
bingo
:
tmp_name_txt_file
=
open
(
tmp_dst_name
)
for
phrase
in
tmp_name_txt_file
.
xreadlines
():
for
word
in
get_words_from_phrase
(
phrase
,
stemming_language
):
if
not
words
.
has_key
(
word
):
words
[
word
]
=
1
tmp_name_txt_file
.
close
()
else
:
write_message
(
"No conversion for
%s
."
%
(
url_direct
),
sys
.
stderr
,
verbose
=
2
)
# delete temp files (they might not exist):
try
:
if
not
no_src_delete
:
os
.
unlink
(
tmp_name
)
os
.
close
(
dummy_fd
)
os
.
unlink
(
tmp_dst_name
)
except
StandardError
:
write_message
(
"Error: Could not delete file. It didn't exist"
,
sys
.
stderr
)
write_message
(
".... processing
%s
from
%s
ended"
%
(
ext
,
url_direct
),
verbose
=
2
)
write_message
(
"... reading fulltext files from
%s
ended"
%
url_direct_or_indirect
,
verbose
=
2
)
return
words
.
keys
()
latex_markup_re
=
re
.
compile
(
r"\\begin(\[.+?\])?\{.+?\}|\\end\{.+?}|\\\w+(\[.+?\])?\{(?P<inside1>.*?)\}|\{\\\w+ (?P<inside2>.*?)\}"
)
def
remove_latex_markup
(
phrase
):
ret_phrase
=
''
index
=
0
for
match
in
latex_markup_re
.
finditer
(
phrase
):
ret_phrase
+=
phrase
[
index
:
match
.
start
()]
ret_phrase
+=
match
.
group
(
'inside1'
)
or
match
.
group
(
'inside2'
)
or
''
index
=
match
.
end
()
ret_phrase
+=
phrase
[
index
:]
return
ret_phrase
def
get_nothing_from_phrase
(
phrase
,
stemming_language
=
None
):
""" A dump implementation of get_words_from_phrase to be used when
when a tag should not be indexed (such as when trying to extract phrases from
8564_u)."""
return
[]
latex_formula_re
=
re
.
compile
(
r'\$.*?\$|\\\[.*?\\\]'
)
def
get_words_from_phrase
(
phrase
,
stemming_language
=
None
):
"""Return list of words found in PHRASE. Note that the phrase is
split into groups depending on the alphanumeric characters and
punctuation characters definition present in the config file.
"""
words
=
{}
formulas
=
[]
if
CFG_BIBINDEX_REMOVE_HTML_MARKUP
and
phrase
.
find
(
"</"
)
>
-
1
:
phrase
=
re_html
.
sub
(
' '
,
phrase
)
if
CFG_BIBINDEX_REMOVE_LATEX_MARKUP
:
formulas
=
latex_formula_re
.
findall
(
phrase
)
phrase
=
remove_latex_markup
(
phrase
)
phrase
=
latex_formula_re
.
sub
(
' '
,
phrase
)
try
:
phrase
=
lower_index_term
(
phrase
)
except
UnicodeDecodeError
:
# too bad the phrase is not UTF-8 friendly, continue...
phrase
=
phrase
.
lower
()
# 1st split phrase into blocks according to whitespace
for
block
in
strip_accents
(
phrase
)
.
split
():
# 2nd remove leading/trailing punctuation and add block:
block
=
re_block_punctuation_begin
.
sub
(
""
,
block
)
block
=
re_block_punctuation_end
.
sub
(
""
,
block
)
if
block
:
stemmed_block
=
apply_stemming_and_stopwords_and_length_check
(
block
,
stemming_language
)
if
stemmed_block
:
words
[
stemmed_block
]
=
1
# 3rd break each block into subblocks according to punctuation and add subblocks:
for
subblock
in
re_punctuation
.
split
(
block
):
stemmed_subblock
=
apply_stemming_and_stopwords_and_length_check
(
subblock
,
stemming_language
)
if
stemmed_subblock
:
words
[
stemmed_subblock
]
=
1
# 4th break each subblock into alphanumeric groups and add groups:
for
alphanumeric_group
in
re_separators
.
split
(
subblock
):
stemmed_alphanumeric_group
=
apply_stemming_and_stopwords_and_length_check
(
alphanumeric_group
,
stemming_language
)
if
stemmed_alphanumeric_group
:
words
[
stemmed_alphanumeric_group
]
=
1
for
block
in
formulas
:
words
[
block
]
=
1
return
words
.
keys
()
phrase_delimiter_re
=
re
.
compile
(
r'[\.:;\?\!]'
)
space_cleaner_re
=
re
.
compile
(
r'\s+'
)
def
get_phrases_from_phrase
(
phrase
,
stemming_language
=
None
):
"""Return list of phrases found in PHRASE. Note that the phrase is
split into groups depending on the alphanumeric characters and
punctuation characters definition present in the config file.
"""
words
=
{}
phrase
=
strip_accents
(
phrase
)
# 1st split phrase into blocks according to whitespace
for
block1
in
phrase_delimiter_re
.
split
(
strip_accents
(
phrase
)):
block1
=
block1
.
strip
()
if
block1
and
stemming_language
:
new_words
=
[]
for
block2
in
re_punctuation
.
split
(
block1
):
block2
=
block2
.
strip
()
if
block2
:
for
block3
in
block2
.
split
():
block3
=
block3
.
strip
()
if
block3
:
block3
=
apply_stemming_and_stopwords_and_length_check
(
block3
,
stemming_language
)
if
block3
:
new_words
.
append
(
block3
)
block1
=
' '
.
join
(
new_words
)
if
block1
:
words
[
block1
]
=
1
return
words
.
keys
()
def
apply_stemming_and_stopwords_and_length_check
(
word
,
stemming_language
):
"""Return WORD after applying stemming and stopword and length checks.
See the config file in order to influence these.
"""
# now check against stopwords:
if
is_stopword
(
word
):
return
""
# finally check the word length:
if
len
(
word
)
<
CFG_BIBINDEX_MIN_WORD_LENGTH
:
return
""
# stem word, when configured so:
if
stemming_language
:
word
=
stem
(
word
,
stemming_language
)
return
word
def
remove_subfields
(
s
):
"Removes subfields from string, e.g. 'foo $$c bar' becomes 'foo bar'."
return
re_subfields
.
sub
(
' '
,
s
)
def
get_index_id_from_index_name
(
index_name
):
"""Returns the words/phrase index id for INDEXNAME.
Returns empty string in case there is no words table for this index.
Example: field='author', output=4."""
out
=
0
query
=
"""SELECT w.id FROM idxINDEX AS w
WHERE w.name='%s' LIMIT 1"""
%
index_name
res
=
run_sql
(
query
,
None
,
1
)
if
res
:
out
=
res
[
0
][
0
]
return
out
def
get_index_tags
(
indexname
):
"""Returns the list of tags that are indexed inside INDEXNAME.
Returns empty list in case there are no tags indexed in this index.
Note: uses get_field_tags() defined before.
Example: field='author', output=['100__%', '700__%']."""
out
=
[]
query
=
"""SELECT f.code FROM idxINDEX AS w, idxINDEX_field AS wf,
field AS f WHERE w.name='%s' AND w.id=wf.id_idxINDEX
AND f.id=wf.id_field"""
%
indexname
res
=
run_sql
(
query
)
for
row
in
res
:
out
.
extend
(
get_field_tags
(
row
[
0
]))
return
out
def
get_all_indexes
():
"""Returns the list of the names of all defined words indexes.
Returns empty list in case there are no tags indexed in this index.
Example: output=['global', 'author']."""
out
=
[]
query
=
"""SELECT name FROM idxINDEX"""
res
=
run_sql
(
query
)
for
row
in
res
:
out
.
append
(
row
[
0
])
return
out
def
split_ranges
(
parse_string
):
"""Parse a string a return the list or ranges."""
recIDs
=
[]
ranges
=
parse_string
.
split
(
","
)
for
arange
in
ranges
:
tmp_recIDs
=
arange
.
split
(
"-"
)
if
len
(
tmp_recIDs
)
==
1
:
recIDs
.
append
([
int
(
tmp_recIDs
[
0
]),
int
(
tmp_recIDs
[
0
])])
else
:
if
int
(
tmp_recIDs
[
0
])
>
int
(
tmp_recIDs
[
1
]):
# sanity check
tmp
=
tmp_recIDs
[
0
]
tmp_recIDs
[
0
]
=
tmp_recIDs
[
1
]
tmp_recIDs
[
1
]
=
tmp
recIDs
.
append
([
int
(
tmp_recIDs
[
0
]),
int
(
tmp_recIDs
[
1
])])
return
recIDs
def
get_word_tables
(
tables
):
""" Given a list of table names it return a list of tuples
(index_id, index_tags).
If tables is empty it returns the whole list."""
wordTables
=
[]
if
tables
:
indexes
=
tables
.
split
(
","
)
for
index
in
indexes
:
index_id
=
get_index_id_from_index_name
(
index
)
if
index_id
:
wordTables
.
append
((
index_id
,
get_index_tags
(
index
)))
else
:
write_message
(
"Error: There is no
%s
words table."
%
index
,
sys
.
stderr
)
else
:
for
index
in
get_all_indexes
():
index_id
=
get_index_id_from_index_name
(
index
)
wordTables
.
append
((
index_id
,
get_index_tags
(
index
)))
return
wordTables
def
get_date_range
(
var
):
"Returns the two dates contained as a low,high tuple"
limits
=
var
.
split
(
","
)
if
len
(
limits
)
==
1
:
low
=
get_datetime
(
limits
[
0
])
return
low
,
None
if
len
(
limits
)
==
2
:
low
=
get_datetime
(
limits
[
0
])
high
=
get_datetime
(
limits
[
1
])
return
low
,
high
return
None
,
None
def
create_range_list
(
res
):
"""Creates a range list from a recID select query result contained
in res. The result is expected to have ascending numerical order."""
if
not
res
:
return
[]
row
=
res
[
0
]
if
not
row
:
return
[]
else
:
range_list
=
[[
row
[
0
],
row
[
0
]]]
for
row
in
res
[
1
:]:
row_id
=
row
[
0
]
if
row_id
==
range_list
[
-
1
][
1
]
+
1
:
range_list
[
-
1
][
1
]
=
row_id
else
:
range_list
.
append
([
row_id
,
row_id
])
return
range_list
def
beautify_range_list
(
range_list
):
"""Returns a non overlapping, maximal range list"""
ret_list
=
[]
for
new
in
range_list
:
found
=
0
for
old
in
ret_list
:
if
new
[
0
]
<=
old
[
0
]
<=
new
[
1
]
+
1
or
new
[
0
]
-
1
<=
old
[
1
]
<=
new
[
1
]:
old
[
0
]
=
min
(
old
[
0
],
new
[
0
])
old
[
1
]
=
max
(
old
[
1
],
new
[
1
])
found
=
1
break
if
not
found
:
ret_list
.
append
(
new
)
return
ret_list
def
truncate_index_table
(
index_name
):
"""Properly truncate the given index."""
index_id
=
get_index_id_from_index_name
(
index_name
)
if
index_id
:
write_message
(
'Truncating
%s
index table in order to reindex.'
%
index_name
,
verbose
=
2
)
run_sql
(
"UPDATE idxINDEX SET last_updated='0000-00-00 00:00:00' WHERE id=
%s
"
,
(
index_id
,))
run_sql
(
"TRUNCATE idxWORD
%02d
F"
%
index_id
)
run_sql
(
"TRUNCATE idxWORD
%02d
R"
%
index_id
)
run_sql
(
"TRUNCATE idxPHRASE
%02d
F"
%
index_id
)
run_sql
(
"TRUNCATE idxPHRASE
%02d
R"
%
index_id
)
class
WordTable
:
"A class to hold the words table."
def
__init__
(
self
,
index_id
,
fields_to_index
,
table_name_pattern
,
default_get_words_fnc
,
tag_to_words_fnc_map
,
wash_index_terms
=
True
):
"""Creates words table instance.
@param index_id the index integer identificator
@param fields_to_index a list of fields to index
@param table_name_pattern i.e. idxWORD%02dF or idxPHRASE%02dF
@parm default_get_words_fnc the default function called to extract
words from a metadata
@param tag_to_words_fnc_map a mapping to specify particular function to
extract words from particular metdata (such as 8564_u)
"""
self
.
index_id
=
index_id
self
.
tablename
=
table_name_pattern
%
index_id
self
.
recIDs_in_mem
=
[]
self
.
fields_to_index
=
fields_to_index
self
.
value
=
{}
self
.
stemming_language
=
get_index_stemming_language
(
index_id
)
self
.
wash_index_terms
=
wash_index_terms
# tagToFunctions mapping. It offers an indirection level necessary for
# indexing fulltext. The default is get_words_from_phrase
self
.
tag_to_words_fnc_map
=
tag_to_words_fnc_map
self
.
default_get_words_fnc
=
default_get_words_fnc
if
self
.
stemming_language
:
write_message
(
'
%s
has stemming enabled, language
%s
'
%
(
self
.
tablename
,
self
.
stemming_language
))
else
:
write_message
(
'
%s
has stemming disabled'
%
self
.
tablename
)
def
get_field
(
self
,
recID
,
tag
):
"""Returns list of values of the MARC-21 'tag' fields for the
record 'recID'."""
out
=
[]
bibXXx
=
"bib"
+
tag
[
0
]
+
tag
[
1
]
+
"x"
bibrec_bibXXx
=
"bibrec_"
+
bibXXx
query
=
"""SELECT value FROM %s AS b, %s AS bb
WHERE bb.id_bibrec=%s AND bb.id_bibxxx=b.id
AND tag LIKE '%s'"""
%
(
bibXXx
,
bibrec_bibXXx
,
recID
,
tag
);
res
=
run_sql
(
query
)
for
row
in
res
:
out
.
append
(
row
[
0
])
return
out
def
clean
(
self
):
"Cleans the words table."
self
.
value
=
{}
def
put_into_db
(
self
,
mode
=
"normal"
):
"""Updates the current words table in the corresponding DB
idxFOO table. Mode 'normal' means normal execution,
mode 'emergency' means words index reverting to old state.
"""
write_message
(
"
%s
%s
wordtable flush started"
%
(
self
.
tablename
,
mode
))
write_message
(
'...updating
%d
words into
%s
started'
%
\
(
len
(
self
.
value
),
self
.
tablename
))
task_update_progress
(
"
%s
flushed
%d
/
%d
words"
%
(
self
.
tablename
,
0
,
len
(
self
.
value
)))
self
.
recIDs_in_mem
=
beautify_range_list
(
self
.
recIDs_in_mem
)
if
mode
==
"normal"
:
for
group
in
self
.
recIDs_in_mem
:
query
=
"""UPDATE %sR SET type='TEMPORARY' WHERE id_bibrec
BETWEEN '%d' AND '%d' AND type='CURRENT'"""
%
\
(
self
.
tablename
[:
-
1
],
group
[
0
],
group
[
1
])
write_message
(
query
,
verbose
=
9
)
run_sql
(
query
)
nb_words_total
=
len
(
self
.
value
)
nb_words_report
=
int
(
nb_words_total
/
10.0
)
nb_words_done
=
0
for
word
in
self
.
value
.
keys
():
self
.
put_word_into_db
(
word
)
nb_words_done
+=
1
if
nb_words_report
!=
0
and
((
nb_words_done
%
nb_words_report
)
==
0
):
write_message
(
'......processed
%d
/
%d
words'
%
(
nb_words_done
,
nb_words_total
))
task_update_progress
(
"
%s
flushed
%d
/
%d
words"
%
(
self
.
tablename
,
nb_words_done
,
nb_words_total
))
write_message
(
'...updating
%d
words into
%s
ended'
%
\
(
nb_words_total
,
self
.
tablename
))
write_message
(
'...updating reverse table
%s
R started'
%
self
.
tablename
[:
-
1
])
if
mode
==
"normal"
:
for
group
in
self
.
recIDs_in_mem
:
query
=
"""UPDATE %sR SET type='CURRENT' WHERE id_bibrec
BETWEEN '%d' AND '%d' AND type='FUTURE'"""
%
\
(
self
.
tablename
[:
-
1
],
group
[
0
],
group
[
1
])
write_message
(
query
,
verbose
=
9
)
run_sql
(
query
)
query
=
"""DELETE FROM %sR WHERE id_bibrec
BETWEEN '%d' AND '%d' AND type='TEMPORARY'"""
%
\
(
self
.
tablename
[:
-
1
],
group
[
0
],
group
[
1
])
write_message
(
query
,
verbose
=
9
)
run_sql
(
query
)
write_message
(
'End of updating wordTable into
%s
'
%
self
.
tablename
,
verbose
=
9
)
elif
mode
==
"emergency"
:
for
group
in
self
.
recIDs_in_mem
:
query
=
"""UPDATE %sR SET type='CURRENT' WHERE id_bibrec
BETWEEN '%d' AND '%d' AND type='TEMPORARY'"""
%
\
(
self
.
tablename
[:
-
1
],
group
[
0
],
group
[
1
])
write_message
(
query
,
verbose
=
9
)
run_sql
(
query
)
query
=
"""DELETE FROM %sR WHERE id_bibrec
BETWEEN '%d' AND '%d' AND type='FUTURE'"""
%
\
(
self
.
tablename
[:
-
1
],
group
[
0
],
group
[
1
])
write_message
(
query
,
verbose
=
9
)
run_sql
(
query
)
write_message
(
'End of emergency flushing wordTable into
%s
'
%
self
.
tablename
,
verbose
=
9
)
write_message
(
'...updating reverse table
%s
R ended'
%
self
.
tablename
[:
-
1
])
self
.
clean
()
self
.
recIDs_in_mem
=
[]
write_message
(
"
%s
%s
wordtable flush ended"
%
(
self
.
tablename
,
mode
))
task_update_progress
(
"
%s
flush ended"
%
(
self
.
tablename
))
def
load_old_recIDs
(
self
,
word
):
"""Load existing hitlist for the word from the database index files."""
query
=
"SELECT hitlist FROM
%s
WHERE term=
%%
s"
%
self
.
tablename
res
=
run_sql
(
query
,
(
word
,))
if
res
:
return
intbitset
(
res
[
0
][
0
])
else
:
return
None
def
merge_with_old_recIDs
(
self
,
word
,
set
):
"""Merge the system numbers stored in memory (hash of recIDs with value +1 or -1
according to whether to add/delete them) with those stored in the database index
and received in set universe of recIDs for the given word.
Return False in case no change was done to SET, return True in case SET
was changed.
"""
oldset
=
intbitset
(
set
)
set
.
update_with_signs
(
self
.
value
[
word
])
return
set
!=
oldset
def
put_word_into_db
(
self
,
word
):
"""Flush a single word to the database and delete it from memory"""
set
=
self
.
load_old_recIDs
(
word
)
if
set
is
not
None
:
# merge the word recIDs found in memory:
if
not
self
.
merge_with_old_recIDs
(
word
,
set
):
# nothing to update:
write_message
(
"......... unchanged hitlist for ``
%s
''"
%
word
,
verbose
=
9
)
pass
else
:
# yes there were some new words:
write_message
(
"......... updating hitlist for ``
%s
''"
%
word
,
verbose
=
9
)
run_sql
(
"UPDATE
%s
SET hitlist=
%%
s WHERE term=
%%
s"
%
self
.
tablename
,
(
set
.
fastdump
(),
word
))
else
:
# the word is new, will create new set:
write_message
(
"......... inserting hitlist for ``
%s
''"
%
word
,
verbose
=
9
)
set
=
intbitset
(
self
.
value
[
word
]
.
keys
())
try
:
run_sql
(
"INSERT INTO
%s
(term, hitlist) VALUES (
%%
s,
%%
s)"
%
self
.
tablename
,
(
word
,
set
.
fastdump
()))
except
Exception
,
e
:
## FIXME: This is for debugging encoding errors
register_exception
(
prefix
=
"Error when putting the term '
%s
' into db (hitlist=
%s
):
%s
\n
"
%
(
repr
(
word
),
set
,
e
),
alert_admin
=
True
)
if
not
set
:
# never store empty words
run_sql
(
"DELETE from
%s
WHERE term=
%%
s"
%
self
.
tablename
,
(
word
,))
del
self
.
value
[
word
]
def
display
(
self
):
"Displays the word table."
keys
=
self
.
value
.
keys
()
keys
.
sort
()
for
k
in
keys
:
write_message
(
"
%s
:
%s
"
%
(
k
,
self
.
value
[
k
]))
def
count
(
self
):
"Returns the number of words in the table."
return
len
(
self
.
value
)
def
info
(
self
):
"Prints some information on the words table."
write_message
(
"The words table contains
%d
words."
%
self
.
count
())
def
lookup_words
(
self
,
word
=
""
):
"Lookup word from the words table."
if
not
word
:
done
=
0
while
not
done
:
try
:
word
=
raw_input
(
"Enter word: "
)
done
=
1
except
(
EOFError
,
KeyboardInterrupt
):
return
if
self
.
value
.
has_key
(
word
):
write_message
(
"The word '
%s
' is found
%d
times."
\
%
(
word
,
len
(
self
.
value
[
word
])))
else
:
write_message
(
"The word '
%s
' does not exist in the word file."
\
%
word
)
def
update_last_updated
(
self
,
starting_time
=
None
):
"""Update last_updated column of the index table in the database.
Puts starting time there so that if the task was interrupted for record download,
the records will be reindexed next time."""
if
starting_time
is
None
:
return
None
write_message
(
"updating last_updated to
%s
..."
%
starting_time
,
verbose
=
9
)
return
run_sql
(
"UPDATE idxINDEX SET last_updated=
%s
WHERE id=
%s
"
,
(
starting_time
,
self
.
index_id
,))
def
add_recIDs
(
self
,
recIDs
,
opt_flush
):
"""Fetches records which id in the recIDs range list and adds
them to the wordTable. The recIDs range list is of the form:
[[i1_low,i1_high],[i2_low,i2_high], ..., [iN_low,iN_high]].
"""
global
chunksize
,
_last_word_table
flush_count
=
0
records_done
=
0
records_to_go
=
0
for
arange
in
recIDs
:
records_to_go
=
records_to_go
+
arange
[
1
]
-
arange
[
0
]
+
1
time_started
=
time
.
time
()
# will measure profile time
for
arange
in
recIDs
:
i_low
=
arange
[
0
]
chunksize_count
=
0
while
i_low
<=
arange
[
1
]:
# calculate chunk group of recIDs and treat it:
i_high
=
min
(
i_low
+
opt_flush
-
flush_count
-
1
,
arange
[
1
])
i_high
=
min
(
i_low
+
chunksize
-
chunksize_count
-
1
,
i_high
)
try
:
self
.
chk_recID_range
(
i_low
,
i_high
)
except
StandardError
,
e
:
write_message
(
"Exception caught:
%s
"
%
e
,
sys
.
stderr
)
register_exception
()
task_update_status
(
"ERROR"
)
self
.
put_into_db
()
sys
.
exit
(
1
)
write_message
(
"
%s
adding records #
%d
-#
%d
started"
%
\
(
self
.
tablename
,
i_low
,
i_high
))
if
CFG_CHECK_MYSQL_THREADS
:
kill_sleepy_mysql_threads
()
task_update_progress
(
"
%s
adding recs
%d
-
%d
"
%
(
self
.
tablename
,
i_low
,
i_high
))
self
.
del_recID_range
(
i_low
,
i_high
)
just_processed
=
self
.
add_recID_range
(
i_low
,
i_high
)
flush_count
=
flush_count
+
i_high
-
i_low
+
1
chunksize_count
=
chunksize_count
+
i_high
-
i_low
+
1
records_done
=
records_done
+
just_processed
write_message
(
"
%s
adding records #
%d
-#
%d
ended "
%
\
(
self
.
tablename
,
i_low
,
i_high
))
if
chunksize_count
>=
chunksize
:
chunksize_count
=
0
# flush if necessary:
if
flush_count
>=
opt_flush
:
self
.
put_into_db
()
self
.
clean
()
write_message
(
"
%s
backing up"
%
(
self
.
tablename
))
flush_count
=
0
self
.
log_progress
(
time_started
,
records_done
,
records_to_go
)
# iterate:
i_low
=
i_high
+
1
if
flush_count
>
0
:
self
.
put_into_db
()
self
.
log_progress
(
time_started
,
records_done
,
records_to_go
)
def
add_recIDs_by_date
(
self
,
dates
,
opt_flush
):
"""Add records that were modified between DATES[0] and DATES[1].
If DATES is not set, then add records that were modified since
the last update of the index.
"""
if
not
dates
:
table_id
=
self
.
tablename
[
-
3
:
-
1
]
query
=
"""SELECT last_updated FROM idxINDEX WHERE id='%s'
"""
%
table_id
res
=
run_sql
(
query
)
if
not
res
:
return
if
not
res
[
0
][
0
]:
dates
=
(
"0000-00-00"
,
None
)
else
:
dates
=
(
res
[
0
][
0
],
None
)
if
dates
[
1
]
is
None
:
res
=
run_sql
(
"""SELECT b.id FROM bibrec AS b
WHERE b.modification_date >= %s ORDER BY b.id ASC"""
,
(
dates
[
0
],))
elif
dates
[
0
]
is
None
:
res
=
run_sql
(
"""SELECT b.id FROM bibrec AS b
WHERE b.modification_date <= %s ORDER BY b.id ASC"""
,
(
dates
[
1
],))
else
:
res
=
run_sql
(
"""SELECT b.id FROM bibrec AS b
WHERE b.modification_date >= %s AND
b.modification_date <= %s ORDER BY b.id ASC"""
,
(
dates
[
0
],
dates
[
1
]))
alist
=
create_range_list
(
res
)
if
not
alist
:
write_message
(
"No new records added.
%s
is up to date"
%
self
.
tablename
)
else
:
self
.
add_recIDs
(
alist
,
opt_flush
)
def
add_recID_range
(
self
,
recID1
,
recID2
):
"""Add records from RECID1 to RECID2."""
wlist
=
{}
self
.
recIDs_in_mem
.
append
([
recID1
,
recID2
])
# secondly fetch all needed tags:
if
self
.
fields_to_index
==
[
CFG_JOURNAL_TAG
]:
# FIXME: quick hack for the journal index; a special
# treatment where we need to associate more than one
# subfield into indexed term
for
recID
in
range
(
recID1
,
recID2
+
1
):
new_words
=
get_words_from_journal_tag
(
recID
,
self
.
fields_to_index
[
0
])
if
not
wlist
.
has_key
(
recID
):
wlist
[
recID
]
=
[]
wlist
[
recID
]
=
list_union
(
new_words
,
wlist
[
recID
])
else
:
# usual tag-by-tag indexing:
for
tag
in
self
.
fields_to_index
:
get_words_function
=
self
.
tag_to_words_fnc_map
.
get
(
tag
,
self
.
default_get_words_fnc
)
bibXXx
=
"bib"
+
tag
[
0
]
+
tag
[
1
]
+
"x"
bibrec_bibXXx
=
"bibrec_"
+
bibXXx
query
=
"""SELECT bb.id_bibrec,b.value FROM %s AS b, %s AS bb
WHERE bb.id_bibrec BETWEEN %d AND %d
AND bb.id_bibxxx=b.id AND tag LIKE '%s'"""
%
(
bibXXx
,
bibrec_bibXXx
,
recID1
,
recID2
,
tag
)
res
=
run_sql
(
query
)
for
row
in
res
:
recID
,
phrase
=
row
if
not
wlist
.
has_key
(
recID
):
wlist
[
recID
]
=
[]
new_words
=
get_words_function
(
phrase
,
stemming_language
=
self
.
stemming_language
)
# ,self.separators
wlist
[
recID
]
=
list_union
(
new_words
,
wlist
[
recID
])
# were there some words for these recIDs found?
if
len
(
wlist
)
==
0
:
return
0
recIDs
=
wlist
.
keys
()
for
recID
in
recIDs
:
# was this record marked as deleted?
if
"DELETED"
in
self
.
get_field
(
recID
,
"980__c"
):
wlist
[
recID
]
=
[]
write_message
(
"... record
%d
was declared deleted, removing its word list"
%
recID
,
verbose
=
9
)
write_message
(
"... record
%d
, termlist:
%s
"
%
(
recID
,
wlist
[
recID
]),
verbose
=
9
)
# put words into reverse index table with FUTURE status:
for
recID
in
recIDs
:
run_sql
(
"INSERT INTO
%s
R (id_bibrec,termlist,type) VALUES (
%%
s,
%%
s,'FUTURE')"
%
self
.
tablename
[:
-
1
],
(
recID
,
serialize_via_marshal
(
wlist
[
recID
])))
# ... and, for new records, enter the CURRENT status as empty:
try
:
run_sql
(
"INSERT INTO
%s
R (id_bibrec,termlist,type) VALUES (
%%
s,
%%
s,'CURRENT')"
%
self
.
tablename
[:
-
1
],
(
recID
,
serialize_via_marshal
([])))
except
DatabaseError
:
# okay, it's an already existing record, no problem
pass
# put words into memory word list:
put
=
self
.
put
for
recID
in
recIDs
:
for
w
in
wlist
[
recID
]:
put
(
recID
,
w
,
1
)
return
len
(
recIDs
)
def
log_progress
(
self
,
start
,
done
,
todo
):
"""Calculate progress and store it.
start: start time,
done: records processed,
todo: total number of records"""
time_elapsed
=
time
.
time
()
-
start
# consistency check
if
time_elapsed
==
0
or
done
>
todo
:
return
time_recs_per_min
=
done
/
(
time_elapsed
/
60.0
)
write_message
(
"
%d
records took
%.1f
seconds to complete.(%1.f recs/min)"
\
%
(
done
,
time_elapsed
,
time_recs_per_min
))
if
time_recs_per_min
:
write_message
(
"Estimated runtime:
%.1f
minutes"
%
\
((
todo
-
done
)
/
time_recs_per_min
))
def
put
(
self
,
recID
,
word
,
sign
):
"Adds/deletes a word to the word list."
try
:
if
self
.
wash_index_terms
:
word
=
wash_index_term
(
word
)
if
self
.
value
.
has_key
(
word
):
# the word 'word' exist already: update sign
self
.
value
[
word
][
recID
]
=
sign
else
:
self
.
value
[
word
]
=
{
recID
:
sign
}
except
:
write_message
(
"Error: Cannot put word
%s
with sign
%d
for recID
%s
."
%
(
word
,
sign
,
recID
))
def
del_recIDs
(
self
,
recIDs
):
"""Fetches records which id in the recIDs range list and adds
them to the wordTable. The recIDs range list is of the form:
[[i1_low,i1_high],[i2_low,i2_high], ..., [iN_low,iN_high]].
"""
count
=
0
for
arange
in
recIDs
:
self
.
del_recID_range
(
arange
[
0
],
arange
[
1
])
count
=
count
+
arange
[
1
]
-
arange
[
0
]
self
.
put_into_db
()
def
del_recID_range
(
self
,
low
,
high
):
"""Deletes records with 'recID' system number between low
and high from memory words index table."""
write_message
(
"
%s
fetching existing words for records #
%d
-#
%d
started"
%
\
(
self
.
tablename
,
low
,
high
),
verbose
=
3
)
self
.
recIDs_in_mem
.
append
([
low
,
high
])
query
=
"""SELECT id_bibrec,termlist FROM %sR as bb WHERE bb.id_bibrec
BETWEEN '%d' AND '%d'"""
%
(
self
.
tablename
[:
-
1
],
low
,
high
)
recID_rows
=
run_sql
(
query
)
for
recID_row
in
recID_rows
:
recID
=
recID_row
[
0
]
wlist
=
deserialize_via_marshal
(
recID_row
[
1
])
for
word
in
wlist
:
self
.
put
(
recID
,
word
,
-
1
)
write_message
(
"
%s
fetching existing words for records #
%d
-#
%d
ended"
%
\
(
self
.
tablename
,
low
,
high
),
verbose
=
3
)
def
report_on_table_consistency
(
self
):
"""Check reverse words index tables (e.g. idxWORD01R) for
interesting states such as 'TEMPORARY' state.
Prints small report (no of words, no of bad words).
"""
# find number of words:
query
=
"""SELECT COUNT(*) FROM %s"""
%
(
self
.
tablename
)
res
=
run_sql
(
query
,
None
,
1
)
if
res
:
nb_words
=
res
[
0
][
0
]
else
:
nb_words
=
0
# find number of records:
query
=
"""SELECT COUNT(DISTINCT(id_bibrec)) FROM %sR"""
%
(
self
.
tablename
[:
-
1
])
res
=
run_sql
(
query
,
None
,
1
)
if
res
:
nb_records
=
res
[
0
][
0
]
else
:
nb_records
=
0
# report stats:
write_message
(
"
%s
contains
%d
words from
%d
records"
%
(
self
.
tablename
,
nb_words
,
nb_records
))
# find possible bad states in reverse tables:
query
=
"""SELECT COUNT(DISTINCT(id_bibrec)) FROM %sR WHERE type <> 'CURRENT'"""
%
(
self
.
tablename
[:
-
1
])
res
=
run_sql
(
query
)
if
res
:
nb_bad_records
=
res
[
0
][
0
]
else
:
nb_bad_records
=
999999999
if
nb_bad_records
:
write_message
(
"EMERGENCY:
%s
needs to repair
%d
of
%d
records"
%
\
(
self
.
tablename
,
nb_bad_records
,
nb_records
))
else
:
write_message
(
"
%s
is in consistent state"
%
(
self
.
tablename
))
return
nb_bad_records
def
repair
(
self
,
opt_flush
):
"""Repair the whole table"""
# find possible bad states in reverse tables:
query
=
"""SELECT COUNT(DISTINCT(id_bibrec)) FROM %sR WHERE type <> 'CURRENT'"""
%
(
self
.
tablename
[:
-
1
])
res
=
run_sql
(
query
,
None
,
1
)
if
res
:
nb_bad_records
=
res
[
0
][
0
]
else
:
nb_bad_records
=
0
if
nb_bad_records
==
0
:
return
query
=
"""SELECT id_bibrec FROM %sR WHERE type <> 'CURRENT' ORDER BY id_bibrec"""
\
%
(
self
.
tablename
[:
-
1
])
res
=
run_sql
(
query
)
recIDs
=
create_range_list
(
res
)
flush_count
=
0
records_done
=
0
records_to_go
=
0
for
arange
in
recIDs
:
records_to_go
=
records_to_go
+
arange
[
1
]
-
arange
[
0
]
+
1
time_started
=
time
.
time
()
# will measure profile time
for
arange
in
recIDs
:
i_low
=
arange
[
0
]
chunksize_count
=
0
while
i_low
<=
arange
[
1
]:
# calculate chunk group of recIDs and treat it:
i_high
=
min
(
i_low
+
opt_flush
-
flush_count
-
1
,
arange
[
1
])
i_high
=
min
(
i_low
+
chunksize
-
chunksize_count
-
1
,
i_high
)
try
:
self
.
fix_recID_range
(
i_low
,
i_high
)
except
StandardError
,
e
:
write_message
(
"Exception caught:
%s
"
%
e
,
sys
.
stderr
)
register_exception
()
task_update_status
(
"ERROR"
)
self
.
put_into_db
()
sys
.
exit
(
1
)
flush_count
=
flush_count
+
i_high
-
i_low
+
1
chunksize_count
=
chunksize_count
+
i_high
-
i_low
+
1
records_done
=
records_done
+
i_high
-
i_low
+
1
if
chunksize_count
>=
chunksize
:
chunksize_count
=
0
# flush if necessary:
if
flush_count
>=
opt_flush
:
self
.
put_into_db
(
"emergency"
)
self
.
clean
()
flush_count
=
0
self
.
log_progress
(
time_started
,
records_done
,
records_to_go
)
# iterate:
i_low
=
i_high
+
1
if
flush_count
>
0
:
self
.
put_into_db
(
"emergency"
)
self
.
log_progress
(
time_started
,
records_done
,
records_to_go
)
write_message
(
"
%s
inconsistencies repaired."
%
self
.
tablename
)
def
chk_recID_range
(
self
,
low
,
high
):
"""Check if the reverse index table is in proper state"""
## check db
query
=
"""SELECT COUNT(*) FROM %sR WHERE type <> 'CURRENT'
AND id_bibrec BETWEEN '%d' AND '%d'"""
%
(
self
.
tablename
[:
-
1
],
low
,
high
)
res
=
run_sql
(
query
,
None
,
1
)
if
res
[
0
][
0
]
==
0
:
write_message
(
"
%s
for
%d
-
%d
is in consistent state"
%
(
self
.
tablename
,
low
,
high
))
return
# okay, words table is consistent
## inconsistency detected!
write_message
(
"EMERGENCY:
%s
inconsistencies detected..."
%
self
.
tablename
)
write_message
(
"""EMERGENCY: Errors found. You should check consistency of the %s - %sR tables.\nRunning 'bibindex --repair' is recommended."""
\
%
(
self
.
tablename
,
self
.
tablename
[:
-
1
]))
raise
StandardError
def
fix_recID_range
(
self
,
low
,
high
):
"""Try to fix reverse index database consistency (e.g. table idxWORD01R) in the low,high doc-id range.
Possible states for a recID follow:
CUR TMP FUT: very bad things have happened: warn!
CUR TMP : very bad things have happened: warn!
CUR FUT: delete FUT (crash before flushing)
CUR : database is ok
TMP FUT: add TMP to memory and del FUT from memory
flush (revert to old state)
TMP : very bad things have happened: warn!
FUT: very bad things have happended: warn!
"""
state
=
{}
query
=
"SELECT id_bibrec,type FROM
%s
R WHERE id_bibrec BETWEEN '
%d
' AND '
%d
'"
\
%
(
self
.
tablename
[:
-
1
],
low
,
high
)
res
=
run_sql
(
query
)
for
row
in
res
:
if
not
state
.
has_key
(
row
[
0
]):
state
[
row
[
0
]]
=
[]
state
[
row
[
0
]]
.
append
(
row
[
1
])
ok
=
1
# will hold info on whether we will be able to repair
for
recID
in
state
.
keys
():
if
not
'TEMPORARY'
in
state
[
recID
]:
if
'FUTURE'
in
state
[
recID
]:
if
'CURRENT'
not
in
state
[
recID
]:
write_message
(
"EMERGENCY: Record
%d
is in inconsistent state. Can't repair it."
%
recID
)
ok
=
0
else
:
write_message
(
"EMERGENCY: Inconsistency in record
%d
detected"
%
recID
)
query
=
"""DELETE FROM %sR
WHERE id_bibrec='%d'"""
%
(
self
.
tablename
[:
-
1
],
recID
)
run_sql
(
query
)
write_message
(
"EMERGENCY: Inconsistency in record
%d
repaired."
%
recID
)
else
:
if
'FUTURE'
in
state
[
recID
]
and
not
'CURRENT'
in
state
[
recID
]:
self
.
recIDs_in_mem
.
append
([
recID
,
recID
])
# Get the words file
query
=
"""SELECT type,termlist FROM %sR
WHERE id_bibrec='%d'"""
%
(
self
.
tablename
[:
-
1
],
recID
)
write_message
(
query
,
verbose
=
9
)
res
=
run_sql
(
query
)
for
row
in
res
:
wlist
=
deserialize_via_marshal
(
row
[
1
])
write_message
(
"Words are
%s
"
%
wlist
,
verbose
=
9
)
if
row
[
0
]
==
'TEMPORARY'
:
sign
=
1
else
:
sign
=
-
1
for
word
in
wlist
:
self
.
put
(
recID
,
word
,
sign
)
else
:
write_message
(
"EMERGENCY:
%s
for
%d
is in inconsistent state. Couldn't repair it."
%
(
self
.
tablename
,
recID
))
ok
=
0
if
not
ok
:
write_message
(
"""EMERGENCY: Unrepairable errors found. You should check consistency
of the %s - %sR tables. Deleting affected entries from these tables
is recommended."""
%
(
self
.
tablename
,
self
.
tablename
[:
-
1
]))
raise
StandardError
def
test_fulltext_indexing
():
"""Tests fulltext indexing programs on PDF, PS, DOC, PPT,
XLS. Prints list of words and word table on the screen. Does not
integrate anything into the database. Useful when debugging
problems with fulltext indexing: call this function instead of main().
"""
print
get_words_from_fulltext
(
"http://doc.cern.ch/cgi-bin/setlink?base=atlnot&categ=Communication&id=com-indet-2002-012"
)
# protected URL
print
get_words_from_fulltext
(
"http://doc.cern.ch/cgi-bin/setlink?base=agenda&categ=a00388&id=a00388s2t7"
)
# XLS
print
get_words_from_fulltext
(
"http://doc.cern.ch/cgi-bin/setlink?base=agenda&categ=a02883&id=a02883s1t6/transparencies"
)
# PPT
print
get_words_from_fulltext
(
"http://doc.cern.ch/cgi-bin/setlink?base=agenda&categ=a99149&id=a99149s1t10/transparencies"
)
# DOC
print
get_words_from_fulltext
(
"http://doc.cern.ch/cgi-bin/setlink?base=preprint&categ=cern&id=lhc-project-report-601"
)
# PDF
sys
.
exit
(
0
)
def
main
():
"""Main that construct all the bibtask."""
task_init
(
authorization_action
=
'runbibindex'
,
authorization_msg
=
"BibIndex Task Submission"
,
description
=
"""Examples:
\t%s -a -i 234-250,293,300-500 -u admin@localhost
\t%s -a -w author,fulltext -M 8192 -v3
\t%s -d -m +4d -A on --flush=10000\n"""
%
((
sys
.
argv
[
0
],)
*
3
),
help_specific_usage
=
""" Indexing options:
-a, --add\t\tadd or update words for selected records
-d, --del\t\tdelete words for selected records
-i, --id=low[-high]\t\tselect according to doc recID
-m, --modified=from[,to]\tselect according to modification date
-c, --collection=c1[,c2]\tselect according to collection
-R, --reindex\treindex the selected indexes from scratch
Repairing options:
-k, --check\t\tcheck consistency for all records in the table(s)
-r, --repair\t\ttry to repair all records in the table(s)
Specific options:
-w, --windex=w1[,w2]\tword/phrase indexes to consider (all)
-M, --maxmem=XXX\tmaximum memory usage in kB (no limit)
-f, --flush=NNN\t\tfull consistent table flush after NNN records (10000)
"""
,
version
=
__revision__
,
specific_params
=
(
"adi:m:c:w:krRM:f:"
,
[
"add"
,
"del"
,
"id="
,
"modified="
,
"collection="
,
"windex="
,
"check"
,
"repair"
,
"reindex"
,
"maxmem="
,
"flush="
,
]),
task_stop_helper_fnc
=
task_stop_table_close_fnc
,
task_submit_elaborate_specific_parameter_fnc
=
task_submit_elaborate_specific_parameter
,
task_run_fnc
=
task_run_core
)
def
task_submit_elaborate_specific_parameter
(
key
,
value
,
opts
,
args
):
""" Given the string key it checks it's meaning, eventually using the
value. Usually it fills some key in the options dict.
It must return True if it has elaborated the key, False, if it doesn't
know that key.
eg:
if key in ['-n', '--number']:
self.options['number'] = value
return True
return False
"""
if
key
in
(
"-a"
,
"--add"
):
task_set_option
(
"cmd"
,
"add"
)
if
(
"-x"
,
""
)
in
opts
or
(
"--del"
,
""
)
in
opts
:
raise
StandardError
,
"Can not have --add and --del at the same time!"
elif
key
in
(
"-k"
,
"--check"
):
task_set_option
(
"cmd"
,
"check"
)
elif
key
in
(
"-r"
,
"--repair"
):
task_set_option
(
"cmd"
,
"repair"
)
elif
key
in
(
"-d"
,
"--del"
):
task_set_option
(
"cmd"
,
"del"
)
elif
key
in
(
"-i"
,
"--id"
):
task_set_option
(
'id'
,
task_get_option
(
'id'
)
+
split_ranges
(
value
))
elif
key
in
(
"-m"
,
"--modified"
):
task_set_option
(
"modified"
,
get_date_range
(
value
))
elif
key
in
(
"-c"
,
"--collection"
):
task_set_option
(
"collection"
,
value
)
elif
key
in
(
"-R"
,
"--reindex"
):
task_set_option
(
"reindex"
,
True
)
elif
key
in
(
"-w"
,
"--windex"
):
task_set_option
(
"windex"
,
value
)
elif
key
in
(
"-M"
,
"--maxmem"
):
task_set_option
(
"maxmem"
,
int
(
value
))
if
task_get_option
(
"maxmem"
)
<
base_process_size
+
1000
:
raise
StandardError
,
"Memory usage should be higher than
%d
kB"
%
\
(
base_process_size
+
1000
)
elif
key
in
(
"-f"
,
"--flush"
):
task_set_option
(
"flush"
,
int
(
value
))
else
:
return
False
return
True
def
task_stop_table_close_fnc
():
""" Close tables to STOP. """
global
_last_word_table
if
_last_word_table
:
_last_word_table
.
put_into_db
()
def
task_run_core
():
"""Runs the task by fetching arguments from the BibSched task queue. This is
what BibSched will be invoking via daemon call.
The task prints Fibonacci numbers for up to NUM on the stdout, and some
messages on stderr.
Return 1 in case of success and 0 in case of failure."""
global
_last_word_table
if
task_get_option
(
"cmd"
)
==
"check"
:
wordTables
=
get_word_tables
(
task_get_option
(
"windex"
))
for
index_id
,
index_tags
in
wordTables
:
wordTable
=
WordTable
(
index_id
,
index_tags
,
'idxWORD
%02d
F'
,
get_words_from_phrase
,
{
'8564_u'
:
get_words_from_fulltext
})
_last_word_table
=
wordTable
wordTable
.
report_on_table_consistency
()
task_sleep_now_if_required
(
can_stop_too
=
True
)
_last_word_table
=
None
return
True
if
False
:
# FIXME: remove when idxPHRASE will be plugged to search_engine
if
task_get_option
(
"cmd"
)
==
"check"
:
wordTables
=
get_word_tables
(
task_get_option
(
"windex"
))
for
index_id
,
index_tags
in
wordTables
:
wordTable
=
WordTable
(
index_id
,
index_tags
,
'idxPHRASE
%02d
F'
,
get_phrases_from_phrase
,
{
'8564_u'
:
get_nothing_from_phrase
},
False
)
_last_word_table
=
wordTable
wordTable
.
report_on_table_consistency
()
task_sleep_now_if_required
(
can_stop_too
=
True
)
_last_word_table
=
None
return
True
if
task_get_option
(
"reindex"
):
if
task_get_option
(
"windex"
):
for
index_name
in
task_get_option
(
"windex"
)
.
split
(
','
):
truncate_index_table
(
index_name
)
task_sleep_now_if_required
()
else
:
for
index_name
in
get_all_indexes
():
truncate_index_table
(
index_name
)
task_sleep_now_if_required
()
# Let's work on single words!
wordTables
=
get_word_tables
(
task_get_option
(
"windex"
))
for
index_id
,
index_tags
in
wordTables
:
wordTable
=
WordTable
(
index_id
,
index_tags
,
'idxWORD
%02d
F'
,
get_words_from_phrase
,
{
'8564_u'
:
get_words_from_fulltext
})
_last_word_table
=
wordTable
wordTable
.
report_on_table_consistency
()
try
:
if
task_get_option
(
"cmd"
)
==
"del"
:
if
task_get_option
(
"id"
):
wordTable
.
del_recIDs
(
task_get_option
(
"id"
))
task_sleep_now_if_required
(
can_stop_too
=
True
)
elif
task_get_option
(
"collection"
):
l_of_colls
=
task_get_option
(
"collection"
)
.
split
(
","
)
recIDs
=
perform_request_search
(
c
=
l_of_colls
)
recIDs_range
=
[]
for
recID
in
recIDs
:
recIDs_range
.
append
([
recID
,
recID
])
wordTable
.
del_recIDs
(
recIDs_range
)
task_sleep_now_if_required
(
can_stop_too
=
True
)
else
:
write_message
(
"Missing IDs of records to delete from index
%s
."
%
wordTable
.
tablename
,
sys
.
stderr
)
raise
StandardError
elif
task_get_option
(
"cmd"
)
==
"add"
:
if
task_get_option
(
"id"
):
wordTable
.
add_recIDs
(
task_get_option
(
"id"
),
task_get_option
(
"flush"
))
task_sleep_now_if_required
(
can_stop_too
=
True
)
elif
task_get_option
(
"collection"
):
l_of_colls
=
task_get_option
(
"collection"
)
.
split
(
","
)
recIDs
=
perform_request_search
(
c
=
l_of_colls
)
recIDs_range
=
[]
for
recID
in
recIDs
:
recIDs_range
.
append
([
recID
,
recID
])
wordTable
.
add_recIDs
(
recIDs_range
,
task_get_option
(
"flush"
))
task_sleep_now_if_required
(
can_stop_too
=
True
)
else
:
wordTable
.
add_recIDs_by_date
(
task_get_option
(
"modified"
),
task_get_option
(
"flush"
))
# only update last_updated if run via automatic mode:
task_sleep_now_if_required
(
can_stop_too
=
True
)
wordTable
.
update_last_updated
(
task_get_task_param
(
'task_starting_time'
))
elif
task_get_option
(
"cmd"
)
==
"repair"
:
wordTable
.
repair
(
task_get_option
(
"flush"
))
task_sleep_now_if_required
(
can_stop_too
=
True
)
else
:
write_message
(
"Invalid command found processing
%s
"
%
\
wordTable
.
tablename
,
sys
.
stderr
)
raise
StandardError
except
StandardError
,
e
:
write_message
(
"Exception caught:
%s
"
%
e
,
sys
.
stderr
)
register_exception
()
task_update_status
(
"ERROR"
)
if
_last_word_table
:
_last_word_table
.
put_into_db
()
sys
.
exit
(
1
)
wordTable
.
report_on_table_consistency
()
task_sleep_now_if_required
(
can_stop_too
=
True
)
if
False
:
# FIXME: remove when idxPHRASE will be plugged to search_engine
# Let's work on phrases now
wordTables
=
get_word_tables
(
task_get_option
(
"windex"
))
for
index_id
,
index_tags
in
wordTables
:
wordTable
=
WordTable
(
index_id
,
index_tags
,
'idxPHRASE
%02d
F'
,
get_phrases_from_phrase
,
{
'8564_u'
:
get_nothing_from_phrase
},
False
)
_last_word_table
=
wordTable
wordTable
.
report_on_table_consistency
()
try
:
if
task_get_option
(
"cmd"
)
==
"del"
:
if
task_get_option
(
"id"
):
wordTable
.
del_recIDs
(
task_get_option
(
"id"
))
task_sleep_now_if_required
(
can_stop_too
=
True
)
elif
task_get_option
(
"collection"
):
l_of_colls
=
task_get_option
(
"collection"
)
.
split
(
","
)
recIDs
=
perform_request_search
(
c
=
l_of_colls
)
recIDs_range
=
[]
for
recID
in
recIDs
:
recIDs_range
.
append
([
recID
,
recID
])
wordTable
.
del_recIDs
(
recIDs_range
)
task_sleep_now_if_required
(
can_stop_too
=
True
)
else
:
write_message
(
"Missing IDs of records to delete from index
%s
."
%
wordTable
.
tablename
,
sys
.
stderr
)
raise
StandardError
elif
task_get_option
(
"cmd"
)
==
"add"
:
if
task_get_option
(
"id"
):
wordTable
.
add_recIDs
(
task_get_option
(
"id"
),
task_get_option
(
"flush"
))
task_sleep_now_if_required
(
can_stop_too
=
True
)
elif
task_get_option
(
"collection"
):
l_of_colls
=
task_get_option
(
"collection"
)
.
split
(
","
)
recIDs
=
perform_request_search
(
c
=
l_of_colls
)
recIDs_range
=
[]
for
recID
in
recIDs
:
recIDs_range
.
append
([
recID
,
recID
])
wordTable
.
add_recIDs
(
recIDs_range
,
task_get_option
(
"flush"
))
task_sleep_now_if_required
(
can_stop_too
=
True
)
else
:
wordTable
.
add_recIDs_by_date
(
task_get_option
(
"modified"
),
task_get_option
(
"flush"
))
# only update last_updated if run via automatic mode:
wordTable
.
update_last_updated
(
task_get_task_param
(
'task_starting_time'
))
task_sleep_now_if_required
(
can_stop_too
=
True
)
elif
task_get_option
(
"cmd"
)
==
"repair"
:
wordTable
.
repair
(
task_get_option
(
"flush"
))
task_sleep_now_if_required
(
can_stop_too
=
True
)
else
:
write_message
(
"Invalid command found processing
%s
"
%
\
wordTable
.
tablename
,
sys
.
stderr
)
raise
StandardError
except
StandardError
,
e
:
write_message
(
"Exception caught:
%s
"
%
e
,
sys
.
stderr
)
register_exception
()
task_update_status
(
"ERROR"
)
if
_last_word_table
:
_last_word_table
.
put_into_db
()
sys
.
exit
(
1
)
wordTable
.
report_on_table_consistency
()
task_sleep_now_if_required
(
can_stop_too
=
True
)
_last_word_table
=
None
return
True
### okay, here we go:
if
__name__
==
'__main__'
:
main
()
Event Timeline
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