def PrintMedia(self, thumbs, mediapath):
"""
Print some media infos via HTML class (Gramps)
"""
LOG.info('Looking at media...')
# Web page filename extensions
_WEB_EXT = ['.html', '.htm', '.shtml', '.php', '.php3', '.cgi']
# page title
title = _('Gallery')
fname = os.path.join(USER_PLUGINS, 'lxml', _('Gallery.html'))
of = open(fname, "w")
LOG.info('Empty "Gallery.hml" file created')
# htmlinstance = page
# ignored by current code...
lang = xml_lang()
page, head, body = Html.page(title, encoding='utf-8', lang=str(lang))
head = body = ""
self.text = []
self.XHTMLWriter(fname, page, head, body, of, thumbs, mediapath)
LOG.info('End (Media)')
def PrintMedia(self, thumbs, mediapath):
"""
Print some media infos via HTML class (Gramps)
"""
LOG.info('Looking at media...')
# Web page filename extensions
_WEB_EXT = ['.html', '.htm', '.shtml', '.php', '.php3', '.cgi']
# page title
title = _('Gallery')
fname = os.path.join(USER_PLUGINS, 'lxml', _('Gallery.html'))
of = open(fname, "w")
LOG.info('Empty "Gallery.hml" file created')
# htmlinstance = page
# ignored by current code...
lang = xml_lang()
page, head, body = Html.page(title, encoding='utf-8', lang=str(lang))
head = body = ""
self.text = []
self.XHTMLWriter(fname, page, head, body, of, thumbs, mediapath)
LOG.info('End (Media)')
def PrintMedia(self, thumbs, mediapath):
"""
Print some media infos via HTML class (Gramps)
"""
LOG.info("Looking at media...")
# Web page filename extensions
_WEB_EXT = [".html", ".htm", ".shtml", ".php", ".php3", ".cgi"]
# page title
title = _("Gallery")
fname = os.path.join(USER_PLUGINS, "lxml", _("Gallery.html"))
of = open(fname, "w")
LOG.info('Empty "Gallery.hml" file created')
# htmlinstance = page
# ignored by current code...
lang = xml_lang()
page, head, body = Html.page(title, encoding="utf-8", lang=str(lang))
head = body = ""
self.text = []
self.XHTMLWriter(fname, page, head, body, of, thumbs, mediapath)
LOG.info("End (Media)")
def open(self):
"""
overwrite method, htmlbackend creates a html object that is written on
close
"""
try:
DocBackend.open(self)
except IOError as msg:
errmsg = "%s\n%s" % (_("Could not create %s") %
self._filename, msg)
raise ReportError(errmsg)
except:
raise ReportError(_("Could not create %s") %
self._filename)
if not os.path.isdir(self.datadirfull()):
try:
os.mkdir(self.datadirfull())
except IOError as msg:
errmsg = "%s\n%s" % (_("Could not create %s") %
self.datadirfull(), msg)
raise ReportError(errmsg)
except:
raise ReportError(_("Could not create %s") %
self.datadirfull())
self.html_page, self.html_header, self.html_body = Html.page(
lang=xml_lang(), title=self.title)
def WriteXML(self, log, first, last, surnames, places, sources):
"""
Write the result of the query for distributed, shared protocols
"""
# Custom XML file in buffer
self.lang = xml_lang()
self.title = _('I am looking at ...')
self.footer = _('Content generated by Gramps')
self.surnames_title = _('Surnames')
self.places_name = _('Places')
self.sources_title = _('List of sources')
time = date.Today()
xml = etree.Element("query")
xml.set("lang", self.lang)
xml.set("title", self.title)
xml.set("footer", self.footer)
xml.set("date", gramps.gen.datehandler.displayer.display(time))
xml.set("first", first)
xml.set("last", last)
# only for info
doc = etree.ElementTree(xml)
# custom countries list (re-use some Gramps translations ...) ;)
countries = [
'',
_('Australia'),
_('Brazil'),
_('Bulgaria'),
_('Canada'),
_('Chile'),
_('China'),
_('Croatia'),
_('Czech Republic'),
_('England'),
_('Finland'),
_('France'),
_('Germany'),
_('India'),
_('Japan'),
_('Norway'),
_('Portugal'),
_('Russia'),
_('Sweden'),
_('United States of America'),
]
c = etree.SubElement(xml, "clist")
self.name = _('Name')
self.country = _('Country')
c.set("pname", self.name)
c.set("country", self.country)
for country in countries:
c1 = etree.SubElement(c, "country")
c1.text = country
# data log
[(k1, v1), (k2, v2)] = log
l = etree.SubElement(xml, "log")
l.set("date", v1)
l.set("version", v2)
s = etree.SubElement(xml, "surnames")
s.set("title", self.surnames_title)
surnames.sort()
cnt = []
for surname in surnames:
if surname not in cnt:
s1 = etree.SubElement(s, "surname")
s1.text = surname
cnt.append(surname)
p = etree.SubElement(xml, "places")
p.set("pname", self.places_name)
places.sort()
for place in places:
p1 = etree.SubElement(p, "place")
p1.text = place
src = etree.SubElement(xml, "sources")
src.set("title", self.sources_title)
sources.sort()
for source in sources:
src1 = etree.SubElement(src, "source")
src1.text = source
content = etree.XML(etree.tostring(xml, encoding="UTF-8"))
# XSLT process
xslt_doc = etree.parse(
os.path.join(USER_PLUGINS, 'lxml', 'query_html.xsl'))
transform = etree.XSLT(xslt_doc)
outdoc = transform(content)
#print(type(outdoc))
html = os.path.join(USER_PLUGINS, 'lxml', 'query.html')
outfile = open(html, 'w')
outfile.write(str(outdoc))
outfile.close()
# clear the etree
content.clear()
# This is the end !
sys.stdout.write(_('1. Has generated "%s".\n') % html)
LOG.info(
_('Try to open\n "%s"\n into your prefered web navigator ...') %
html)
display_url(html)
def ParseXML(self, tree, filename):
"""
Parse the validated .gramps
"""
root = tree.getroot()
# GtkTextView ; buffer limitation ...
self.text.set_text(_('Parsing file...'))
#LOG.info(etree.tostring(root, pretty_print=True))
# namespace issues !
namespace = root.nsmap
surname_tag = etree.SubElement(root, NAMESPACE + 'surname')
pname_tag = etree.SubElement(root, NAMESPACE + 'pname')
private_surname = config.get('preferences.private-surname-text')
private_record = config.get('preferences.private-record-text')
# variable
expr = "//*[local-name() = $name]"
# count function
# float and seems to also count the parent tag: name[0] !
count_elements = etree.XPath("count(//*[local-name() = $name])")
# textual children strings function
desc = etree.XPath('descendant-or-self::text()')
# TODO: cleanup !
# quick but not a nice method ...
msg = []
#tags = []
places = []
sources = []
surnames = []
timestamp = []
thumbs = []
LOG.info('start iteration')
for one in root.iter():
#(tag, item) = one.tag, one.items()
#print(tag, item)
for two in one.iter():
#tags.append(two.tag)
msg.append(two.items())
if two.tag == NAMESPACE + 'mediapath':
mediapath = two.text
else:
mediapath = ''
# privacy
if two.get('priv'): # XML: optional
text = private_record
else:
text = ""
# search ptitle and time log
for three in two.iter():
# timestamp
if two.get('change'):
timestamp.append(two.get('change'))
# with namespace ...
#print(desc(three))
(tag, items) = three.tag, three.items()
if three.tag == NAMESPACE + 'ptitle':
if text != private_record:
text = str(three.text)
if text not in places:
places.append(text) # temp display
if three.tag == NAMESPACE + 'pname':
if text != private_record:
text = str(three.attrib.get('value'))
translation = str(three.attrib.get('lang'))
if translation == 'None':
translation = xml_lang()[0:2]
text = text + _(' - (? or %(lang)s)') % {
'lang': translation
}
else:
text = text + _(' - (%(lang)s)') % {
'lang': translation
}
if text not in places:
places.append(text) # temp display
if three.tag == NAMESPACE + 'stitle' and three.text not in sources:
# need to add an exception
if not three.text:
three.text = ""
sources.append(three.text)
if three.tag == NAMESPACE + 'file' and three.items(
) not in thumbs:
thumbs.append(three.items())
# search last name
for four in three.iter():
# with namespace ...
if four.tag == NAMESPACE + 'surname' and four.text != None:
if text != private_record:
surnames.append(four.text)
else:
surnames.append(private_surname)
LOG.info('end of loops')
# All tags
#print(tags)
# keys, values; no textual data;
# root child level items as keys for revision control ???
#revision = msg
#print(revision)
log = msg[2]
if not log:
ErrorDialog(
_('Missing header'),
_('Not a valid .gramps.\n'
'Cannot run the gramplet...\n'
'Please, try to use a .gramps\n'
'generated by Gramps 5.1.'))
LOG.error('header missing')
return
# dirty XML write method ...
# need to create a fake entry !
if int(count_elements(root, name='surname')) > 1:
nb_surnames = int(count_elements(root, name='surname'))
else:
nb_surnames = surnames = [_('0')]
if int(count_elements(root, name='pname')) > 1:
nb_pnames = int(count_elements(root, name='pname'))
else:
nb_pnames = places = [_('0')]
if int(count_elements(root, name='note')) > 1:
nb_notes = int(count_elements(root, name='note'))
else:
nb_notes = _('0')
if int(count_elements(root, name='stitle')) > 1:
nb_sources = int(count_elements(root, name='stitle'))
else:
nb_sources = _('0')
# time logs
timestamp.sort()
start = timestamp[0]
end = timestamp[-1]
timestamp = []
first = epoch(start)
last = epoch(end)
header = _('File parsed with') + ' LXML' + str(LXML_VERSION) + '\n\n'
[(k1, v1), (k2, v2)] = log
file_info = _('File was generated on ') + v1 + '\n\t' + _(
' by Gramps ') + v2 + '\n\n'
period = _('Period: ') + first + ' => ' + last + '\n\n'
su = '\t' + str(nb_surnames) + '\t' + _(
' entries for surname(s); no frequency yet') + '\n'
p = '\t' + str(nb_pnames) + '\t' + _(' entries for place(s)') + '\n'
n = '\t' + str(nb_notes) + '\t' + _(' note(s)') + '\n'
so = '\t' + str(nb_sources) + '\t' + _(' source(s)') + '\n\n'
counters = su + p + n + so
libs = 'LIBXML' + str(LIBXML_VERSION) + '\tLIBXSLT' + str(
LIBXSLT_VERSION)
# GtkTextView
self.text.set_text(header + file_info + period + counters + libs)
LOG.info('### NEW FILES ###')
LOG.info('content parsed and copied')
self.WriteXML(log, first, last, surnames, places, sources)
self.PrintMedia(thumbs, mediapath)
images = os.path.join(USER_PLUGINS, 'lxml', _('Gallery.html'))
sys.stdout.write(
_('2. Has generated a media index on "%(file)s".\n') %
{'file': images})
self.WriteBackXML(filename, root, surnames, places, sources)
sys.stdout.write(
_('3. Has written entries into "%(file)s".\n') %
{'file': filename})
def WriteXML(self, log, first, last, surnames, places, sources):
"""
Write the result of the query for distributed, shared protocols
"""
# Custom XML file in buffer
self.lang = xml_lang()
self.title = _('I am looking at ...')
self.footer = _('Content generated by Gramps')
self.surnames_title = _('Surnames')
self.places_name = _('Places')
self.sources_title = _('List of sources')
time = date.Today()
xml = etree.Element("query")
xml.set("lang", self.lang)
xml.set("title", self.title)
xml.set("footer", self.footer)
xml.set("date", gramps.gen.datehandler.displayer.display(time))
xml.set("first", first)
xml.set("last", last)
# only for info
doc = etree.ElementTree(xml)
# custom countries list (re-use some Gramps translations ...) ;)
countries = ['',
_('Australia'),
_('Brazil'),
_('Bulgaria'),
_('Canada'),
_('Chile'),
_('China'),
_('Croatia'),
_('Czech Republic'),
_('England'),
_('Finland'),
_('France'),
_('Germany'),
_('India'),
_('Japan'),
_('Norway'),
_('Portugal'),
_('Russia'),
_('Sweden'),
_('United States of America'),
]
c = etree.SubElement(xml, "clist")
self.name = _('Name')
self.country = _('Country')
c.set("pname", self.name)
c.set("country", self.country)
for country in countries:
c1 = etree.SubElement(c, "country")
c1.text = country
# data log
[(k1, v1),(k2, v2)] = log
l = etree.SubElement(xml, "log")
l.set("date", v1)
l.set("version", v2)
s = etree.SubElement(xml, "surnames")
s.set("title", self.surnames_title)
surnames.sort()
cnt = []
for surname in surnames:
if surname not in cnt:
s1 = etree.SubElement(s, "surname")
s1.text = surname
cnt.append(surname)
p = etree.SubElement(xml, "places")
p.set("pname", self.places_name)
places.sort()
for place in places:
p1 = etree.SubElement(p, "place")
p1.text = place
src = etree.SubElement(xml, "sources")
src.set("title", self.sources_title)
sources.sort()
for source in sources:
src1 = etree.SubElement(src, "source")
src1.text = source
content = etree.XML(etree.tostring(xml, encoding="UTF-8"))
# XSLT process
xslt_doc = etree.parse(os.path.join(USER_PLUGINS, 'lxml', 'query_html.xsl'))
transform = etree.XSLT(xslt_doc)
outdoc = transform(content)
#print(type(outdoc))
html = os.path.join(USER_PLUGINS, 'lxml', 'query.html')
outfile = open(html, 'w')
outfile.write(str(outdoc))
outfile.close()
# clear the etree
content.clear()
# This is the end !
sys.stdout.write(_('1. Has generated "%s".\n') % html)
LOG.info(_('Try to open\n "%s"\n into your prefered web navigator ...') % html)
display_url(html)
