def add_contacts(self, *nodes, **kwargs):
context = kwargs.pop("context", None)
if kwargs:
raise TypeError("%r is ann invalid keyword argument for this function" % next(iter(kwargs.keys())))
contacts = []
for node in filter(bool, nodes):
for typ in (Has_postal_address, Has_mobile, Has_fixed, Has_fax, Has_email):
for link in node.links(outgoing & is_link(typ)):
self._is_not_empty()
label = ""
if isinstance(link, Has_postal_address):
self.add_address(link, link.postal)
elif isinstance(link, Has_email):
bullet = EMAIL_BULLET
cnode = link.email
contact = escape_xml(str(cnode).replace(" ", NBSP))
if isinstance(link, At_work):
if context != At_work:
label = str(qual_work).capitalize()
elif isinstance(link, At_home):
if context != At_home:
label = str(qual_home).capitalize()
if label:
label = "<i>" + label + "</i>"
else:
bullet = TELEPHONE_BULLET
cnode = link.tel
contact = "<b>" + escape_xml(str(link.tel.relative(self.local))) + "</b>"
if isinstance(link, Has_fixed):
if isinstance(link, At_work):
label = str(qual_work).capitalize()
elif isinstance(link, At_home):
label = str(qual_home).capitalize()
else:
label = str(multilang(en="Tel", es="Tlf"))
else:
if isinstance(link, Has_mobile):
label = str(multilang(en="Mob", es="Móv"))
else:
assert isinstance(link, Has_fax)
label = "Fax"
if isinstance(link, At_work):
label += " " + str(qual_work)
elif isinstance(link, At_home):
label += " " + str(qual_home)
comments = []
for n in cnode, link:
comment = getattr(n, "comment", None)
if comment:
comments.append(comment)
if comments:
comments = NBSP + "<i>" + "; ".join(escape_xml(str(c)) for c in comments) + "</i>"
else:
comments = ""
if label:
label += ": "
label = bullet + " " + label
contacts.append((label + contact).replace(" ", NBSP) + comments)
self._para(" ".join(contacts), contacts_style)
def dump_person(per, tree, seen=frozenset(), show_family=True, show_work=True,
show_data=True):
dump_comments(per, tree)
if per.birthday():
tree.add(multilang(en='Birthday', es='F.nac.'))
tree.add(': ')
tree.add(per.birthday())
tree.nl()
telephones(per, tree)
dump_email(per, tree)
dump_postal(per, tree)
dump_residences(per, tree)
# Avoid endless recursion in dump_family() and dump_organisation().
seen = seen | set([per])
if show_family:
for link in per.links(outgoing & is_link(Belongs_to)):
refonly = link.family in seen
if refonly:
tree.add('-> ')
tree.add(next(link.family.sort_keys(tree.sort_mode)))
else:
tree.add('-- ')
add_name(link.family, tree, link)
tree.nl()
sub = tree.sub()
dump_comments(link, sub)
telephones(link, sub)
dump_email(link, sub)
if not refonly:
dump_family(link.family, sub, seen,
show_members=False, show_data=False)
if show_work:
for link in per.links(outgoing & is_link(Works_at)):
refonly = link.org in seen
if refonly:
tree.add('-> ')
else:
tree.add('-- ')
if link.position:
tree.add(link.position, ', ')
if refonly:
tree.add(next(link.org.sort_keys(tree.sort_mode)))
else:
add_name(link.org, tree, link)
tree.nl()
sub = tree.sub()
dump_comments(link, sub)
telephones(link, sub)
dump_email(link, sub)
dump_postal(link, sub)
if not refonly:
dump_organisation(link.org, sub, seen,
show_workers=False, show_data=False)
if show_data:
dump_data(per, tree)
def telephone(link, tree, qual=None, comment=None, bold=False):
if isinstance(link, Has_mobile):
tree.add(multilang(en='Mob', es='Móv'))
elif isinstance(link, Has_fax):
tree.add('Fax')
else:
assert isinstance(link, Has_fixed)
tree.add(multilang(en='Tel', es='Tlf'))
if qual:
tree.add(' ', qual)
elif isinstance(link, At_work):
tree.add(' ', qual_work)
elif isinstance(link, At_home):
tree.add(' ', qual_home)
tree.add(': ')
tree.set_wrapmargin()
tree.add(link.tel.relative(tree.local), bold=bold)
wrap_comments(link.tel, tree)
wrap_comments(link, tree)
if comment:
tree.wrap(' -- ', comment)
def __init__(self, predicate, refs, local, page_size, sections):
self.predicate = predicate
self.refs = refs
self.local = local
self.page_size = page_size
self.sections = sections
self.section = 0
best_paper_size = best_paper_margins = None
best_n = 0
best_np = None
for psize, pmarg in [(paper_size, paper_margins), (rotated(paper_size), rotated(paper_margins))]:
np = [None, None]
for i in 0, 1:
np[i] = int((psize[i] - pmarg[i] * 2 + self.gutter) / (self.page_size.size[i] + self.gutter))
n = np[0] * np[1]
if n > best_n:
best_paper_size, best_paper_margins = psize, pmarg
best_n = n
best_np = np
assert best_n >= 1
assert best_paper_size
frames = []
for iy in range(best_np[1]):
for ix in range(best_np[0]):
frames.append(
CutFrame(
x1=best_paper_margins[0] + ix * (self.page_size.size[0] + self.gutter),
y1=best_paper_margins[1] + iy * (self.page_size.size[1] + self.gutter),
width=self.page_size.size[0],
height=self.page_size.size[1],
leftPadding=3 * mm + self.page_size.margin_left,
rightPadding=3 * mm,
topPadding=3 * mm,
bottomPadding=3 * mm,
showBoundary=True,
)
)
self.page_width = self.page_size.size[0] - 6 * mm - self.page_size.margin_left
self.page = PageTemplate(frames=frames)
self.doc = BookletDoc(
None,
initialSection=self.sections[self.section] if self.sections else "A-Z",
headerLeft=time.strftime(r"%-d %b %Y"),
headerRight=str(multilang(en="Page", es="Página")) + ' <seq id="page" />',
pagesize=best_paper_size,
pageTemplates=[self.page],
leftMargin=0,
rightMargin=0,
topMargin=0,
bottomMargin=0,
)
self.flowables = []
self._keeptogether_stack = []
dump_data(org, tree)
for link in org.links(outgoing & is_link(Has_department)):
refonly = link.dept in seen
if refonly:
tree.add('-> ')
tree.add(next(link.dept.sort_keys(tree.sort_mode)))
tree.nl()
else:
dump_names(link.dept, tree, link)
sub = tree.sub()
dump_comments(link, sub)
if not refonly:
dump_organisation(link.dept, sub, seen, show_workers=show_workers,
show_data=show_data)
qual_home = multilang(en='home', es='casa')
qual_work = multilang(en='work', es='trab')
def dump_works_at(org, tree, seen):
assert org in seen
for link in sorted(org.links(incoming & is_link(Works_at))):
refonly = link.person in seen
if refonly:
tree.add('-> ')
tree.add(next(link.person.sort_keys(tree.sort_mode)))
if link.position:
tree.add(', ', link.position)
tree.nl()
else:
tree.add('-- ')
dump_names(link.person, tree, link)
def add_person(self, per, link=None, show_family=True, show_work=True):
self.add_comments(per)
if per.birthday():
self._is_not_empty()
self._para(str(multilang(en="Birthday", es="Fecha nac.")) + ": " + str(per.birthday()), birthday_style)
self.indent += 1
self.add_addresses(per)
self.add_contacts(per, link)
self.indent -= 1
if show_family:
for link in per.links(outgoing & is_link(Belongs_to)):
# If this person's family has no top level entry, or has a top
# level reference to this person, then list the family here.
# Otherwise, just list a reference to the family.
top = self.refs.get(link.family, per)
if top is per:
self.add_names(link.family.names(), bullet=EM_DASH)
self.indent += 1
self.add_comments(link)
self.add_family(link.family, link, show_members=False)
self.indent -= 1
else:
self.add_names(
[next(link.family.sort_keys())],
bullet=RIGHT_ARROW,
bold=False,
comments=self.all_comments(link),
)
self.indent += 2
self.add_contacts(link, context=At_home)
self.indent -= 2
if show_work:
for link in per.links(outgoing & is_link(Works_at)):
position = ""
if link.position:
self._is_not_empty()
position = escape_xml(str(link.position)) + ", "
# If the organisation/residence where this person works has no
# top level entry or has a top level reference to this person,
# then list the organisation/residence here. Otherwise, just
# list a reference to its top level entry.
top = self.refs.get(link.org, per)
if top is per:
if isinstance(link.org, Residence):
self.indent += 1
self.add_address(link, link.org, prefix="<i>" + str(qual_work).capitalize() + ":</i> ")
self.indent -= 1
else:
self.add_names(link.org.names(), bullet=EM_DASH, prefix=position)
self.indent += 1
self.add_comments(link)
self.add_organisation(link.org, link, show_parents=True, show_workers=False)
self.indent -= 1
else:
self.add_names(
[next(link.org.sort_keys())],
bullet=RIGHT_ARROW,
bold=False,
prefix=position,
comments=self.all_comments(link),
)
self.indent += 2
self.add_contacts(link, context=At_work)
self.indent -= 2
contacts_style = ParagraphStyle(name="Contacts", fontName="Times-Roman", fontSize=9, leading=10)
address_style = ParagraphStyle(name="Address", fontName="Times-Roman", fontSize=9, leading=10)
header_style = ParagraphStyle(name="Header", fontName="Times-Bold", alignment=TA_CENTER)
header_left_style = ParagraphStyle(name="HeaderLeft", fontName="Times-Italic", fontSize=8, alignment=TA_LEFT, leading=0)
header_right_style = ParagraphStyle(
name="HeaderRight", fontName="Times-Italic", fontSize=8, alignment=TA_RIGHT, leading=0
)
continue_style = ParagraphStyle(name="Continue", fontName="Times-Italic", fontSize=8, leading=9)
qual_home = multilang(en="home", es="casa")
qual_work = multilang(en="work", es="trab")
NBSP = "\u00a0"
EN_DASH = "\u2013"
EM_DASH = "\u2014"
RIGHT_ARROW = "\u2192"
BLACK_DIAMOND = "\u25c6"
HEAVY_VERTICAL_BAR = "\u275a"
EMAIL_BULLET = BLACK_DIAMOND_MINUS_WHITE_X = "\u2756"
TELEPHONE_BULLET = BLACK_TELEPHONE = "\u260e"
class Booklet(object):
r"""A booklet object is used to construct a booklet of entries that is
designed to be cut to size and bound in a filofax.
