def dotest(_, testnum, expnum=None):
global Test_xmlcmp_indata, Test_xmlcmp_expdata
e = edparse.entr(_.indata[testnum])
xml = fmtxml.entr(e, compat="jmdict")
expected = _.expdata[expnum or testnum]
diff = fmtxml.entr_diff(expected, xml)
if diff:
#msg = "\nExpected: '%s'\nDiff: '%s'" % (expected, diff)
msg = "\nDiff: '%s'" % (diff)
_.failIf(1, msg)
def rt(_, seq):
# Test round trip from entry object through
# serialize.serialize, serialize.unserialize, back to
# object. Compare input and output objects
# by converting both to xml and comparing
# text. (Watch out for order problems).
# FIXME: reading database to slow, too volatile.
# read from a test xml file instead.
if not Cursor: globalSetup()
# FIXME: don't hardwire corpus (aka src).
sql = "SELECT id FROM entr WHERE seq=%s AND src=1"
elist, r = jdb.entrList(Cursor, sql, [seq], ret_tuple=1)
e1 = elist[0]
jdb.augment_xrefs(Cursor, r['xref'])
s = serialize.serialize(e1)
e2 = serialize.unserialize(s)
f1 = fmtxml.entr(e1)
_.assert_(len(f1) > 40) # Sanity check to detect empty entry.
f2 = fmtxml.entr(e2)
_.assertEqual(f1, f2)
def write_log(entrs, outf):
# FIXME: this code is similar to code in extrs2xml.py,
# should factor out into a common library.
corpora = set()
# Generate xml for each entry and write it to the output file.
for e in entrs:
if e.src not in corpora:
txt = '\n'.join(fmtxml.corpus([e.src]))
outf.write(txt.encode('utf-8') + "\n")
corpora.add(e.src)
grp = getattr(e, '_grp', [])
for g in grp:
gob = jdb.KW.GRP[g.kw]
if not hasattr(gob, 'written'):
gob.written = True
txt = '\n'.join(fmtxml.grpdef(gob))
outf.write(txt.encode('utf-8') + "\n")
txt = fmtxml.entr(e, compat=None, genhists=True)
outf.write(txt.encode('utf-8') + "\n")
def entr(entr, xslfile=None, xslt=[], want_utf8=False):
# A slow but simple way to get an Edict2 formatted text for an entry.
# entr -- A jmdictdb Entr object, or a string containing the xml
# of an Entr object, or None.
# xslfile -- Name of an xslt file. If the name contains any path
# separator characters, it will be used as is. Otherwise is it
# will be taken as a plain filename and searched for on the Python
# search path (sys.path). Either way, the resulting file is
# will be converted to a lxml .etree.XSLT transform object and
# applied the the xml from 'entr' (if 'entr' was not None.)
# xslt -- May be None, an empty list, or a list of one item which
# is a lxml.etree.XSLT transform object that will be applied to
# in 'entr' xml. If an empty list, the xslt file given 'xslfile'
# will be converted to a transform and saved in it (for use in
# subsequent calls). If None, 'xslfile' will be converted to a
# transform and not saved.
# want_utf8 -- If false, a unicode text string is returned. If
# true, a utf-8 encoded text string is returned.
if not xslt:
if not xslfile: xslfile = 'edict2.xsl'
# Read the xsl file.
if '/' not in xslfile and '\\' not in xslfile:
dir = jdb.find_in_syspath(xslfile)
xslfile = dir + '/' + xslfile
xsldoc = lxml.etree.parse(xslfile)
# Generate a transform, and use the default value
# of the 'xslt' parameter to cache it.
xslt[:] = [lxml.etree.XSLT(xsldoc)]
edicttxt = None
if entr:
if not isinstance(entr, str):
xml = fmtxml.entr(entr, compat='jmdict')
else:
xml = entr
# Replace entities.
xml = re.sub(r'&([a-zA-Z0-9-]+);', r'\1', xml)
xml = "<JMdict>%s</JMdict>" % xml
# Apply the xsl to the xml, result is utf-8 encoded.
edicttxt = str(xslt[0](etree.parse(StringIO(xml)))).rstrip('\n\r')
if want_utf8: # Convert to utf-8 to unicode.
edicttxt = edicttxt.encode('utf-8')
return edicttxt
def write_entrs(cur, entrs, raw, corpora, opts, outf):
# To format xrefs in xml, they must be augmented so that the
# the target reading and kanji text will be available.
jdb.augment_xrefs(cur, raw['xref'])
# Generate xml for each entry and write it to the output file.
start = time.time()
for e in entrs:
if not opts.compat:
if e.src not in corpora:
txt = '\n'.join(fmtxml.corpus([e.src]))
outf.write(txt + "\n")
corpora.add(e.src)
grp = getattr(e, '_grp', [])
for g in grp:
gob = jdb.KW.GRP[g.kw]
if not hasattr(gob, 'written'):
gob.written = True
txt = '\n'.join(fmtxml.grpdef(gob))
outf.write(txt + "\n")
txt = fmtxml.entr(e, compat=opts.compat, genhists=True)
outf.write(txt + "\n")
if Debug: print("Time: %s (fmt)" % (time.time() - start), file=sys.stderr)
def main (args, opts):
jdb.reset_encoding (sys.stdout, 'utf-8')
errs = []
try: form, svc, dbg, cur, sid, sess, parms, cfg = jmcgi.parseform()
except Exception as e: jmcgi.err_page ([str (e)])
entries = jmcgi.get_entrs (cur, form.getlist ('e'),
form.getlist ('q'), errs)
if errs: jmcgi.err_page (errs)
# Add a .SEQKR attribute to each entry in 'entries' that
# gives the kanji and reading of the newest (most recently
# edited) entry that has the same sequence number.
seqkr_decorate (entries)
# Sort the entries. The sorting order will group entries
# with the same sequence number (.src,.seq) together and
# each of those groups will be ordered by the kanji/reading
# of the newest (most recently edited) entry in the group.
# (The kanji and/or readings of an entry are sometimes changed
# and this order will keep the changed entries together with
# their pre-changed versions, while maintaining an overall
# ordering by kanji/reading.) Within each group having the
# same sequence number, entries are sorted in descending order
# by the timestamp of the most recent history; that is, from
# the most recently edited entry to the least recently edited
# one.
entries.sort (key=lambda e: (
e.SEQKR[0], e.SEQKR[1],
e.src, e.seq, # In case different seqs have same SEQKR.
# e._hist[*].dt is a datatime.datetime instance.
-(e._hist[-1].dt.timestamp() if e._hist else 0),
-e.id))
for e in entries:
for s in e._sens:
if hasattr (s, '_xref'): jdb.augment_xrefs (cur, s._xref)
if hasattr (s, '_xrer'): jdb.augment_xrefs (cur, s._xrer, 1)
if hasattr (e, '_snd'): jdb.augment_snds (cur, e._snd)
cur.close()
disp = form.getfirst ('disp')
if disp == 'xml':
etxts = [fmtxml.entr (e) for e in entries]
elif disp == 'jm':
etxts = [fmtxml.entr (e, compat='jmdict') for e in entries]
elif disp == 'jmne':
etxts = [fmtxml.entr (e, compat='jmnedict') for e in entries]
elif disp == 'jel':
etxts = [fmtjel.entr (e) for e in entries]
elif disp == 'ed':
etxts = [xslfmt.entr (e) for e in entries]
else:
etxts = ['' for e in entries]
jmcgi.htmlprep (entries)
jmcgi.add_encodings (entries) # For kanjidic entries.
if disp == 'ed': etxts = [jmcgi.txt2html (x) for x in etxts]
jmcgi.add_filtered_xrefs (entries, rem_unap=True)
if errs: jmcgi.err_page (errs)
jmcgi.jinja_page ('entr.jinja',
entries=list(zip(entries, etxts)), disp=disp,
svc=svc, dbg=dbg, sid=sid, session=sess, cfg=cfg,
parms=parms, this_page='entr.py')
