def page_rev_metas(request, page, metakeys, checkAccess):
if '-gwikirevision-' in page:
metas = get_metas(request, page, metakeys, checkAccess=checkAccess)
page, revision = page.split('-gwikirevision-')
else:
metas = get_metas(request, page, metakeys, checkAccess=checkAccess)
revision = ''
return metas, page, revision
def page_rev_metas(request, page, metakeys, checkAccess):
if '-gwikirevision-' in page:
metas = get_metas(request, page, metakeys,
checkAccess=checkAccess)
page, revision = page.split('-gwikirevision-')
else:
metas = get_metas(request, page, metakeys,
checkAccess=checkAccess)
revision = ''
return metas, page, revision
def execute(xmlrpcobj, args, keysonly=True):
request = xmlrpcobj.request
_ = request.getText
args = xmlrpcobj._instr(args)
# Expects MetaTable arguments
pagelist, metakeys, _ = metatable_parseargs(request, args,
get_all_keys=True)
# If we only want the keys as specified by the args
if keysonly:
return list(metakeys), list(pagelist)
# Keys to the first row
out = []
out.append(metakeys)
# Go through the pages, give list that has
# the name of the page followed by the values of the keys
for page in pagelist:
# We're pretty sure the user has the read access to the pages,
# so don't check again
metas = get_metas(request, page, metakeys, checkAccess=False)
row = [page]
for key in metakeys:
row.append([value for value in metas[key]])
out.append(row)
return out
def execute(macro, args):
formatter = macro.formatter
macro.request.page.formatter = formatter
request = macro.request
if not args:
return ""
# Note, metatable_parseargs deals with permissions
pagelist, metakeys, styles = metatable_parseargs(request, args, get_all_keys=True)
namekey = ""
if metakeys and "%s||" % metakeys[0] in args:
namekey = metakeys[0]
out = list()
for page in pagelist:
text = ""
if namekey:
metas = get_metas(request, page, [namekey], checkAccess=False, formatLinks=True)
text = ", ".join(metas[namekey])
if not text:
text = page
out.append(Page(request, page).link_to(request, text=text))
return ", ".join(out)
def execute(macro, args):
request = macro.request
_ = request.getText
if args:
args = [x.strip() for x in args.split(',')]
# Wrong number of arguments
if not args or len(args) not in [1, 2]:
return render_error( _("GetMetaData: Need to specify page, or page and key"))
# Get all non-empty args
args = [x for x in args if x]
# If not page specified, defaulting to current page
if len(args) == 1:
page = request.page.page_name
key = args[0]
elif len(args) == 2:
page = args[0]
key = args[1]
# Faulty args
else:
return render_error(_("GetMetaData: Need to specify page, or page and key"))
vals = get_metas(request, page, [key], formatLinks=True)
val = ', '.join(vals[key])
return format_wikitext(request, val)
def execute(macro, args):
request = macro.request
_ = request.getText
if args:
args = [x.strip() for x in args.split(',')]
# Wrong number of arguments
if not args or len(args) not in [1, 2]:
return render_error(
_("GetMetaData: Need to specify page, or page and key"))
# Get all non-empty args
args = [x for x in args if x]
# If not page specified, defaulting to current page
if len(args) == 1:
page = request.page.page_name
key = args[0]
elif len(args) == 2:
page = args[0]
key = args[1]
# Faulty args
else:
return render_error(
_("GetMetaData: Need to specify page, or page and key"))
vals = get_metas(request, page, [key], formatLinks=True)
val = ', '.join(vals[key])
return format_wikitext(request, val)
def do_action(request, args, keysonly=True):
# Expects MetaTable arguments
pagelist, metakeys, _ = metatable_parseargs(request,
args,
get_all_keys=True)
# If we only want the keys as specified by the args
if keysonly:
return list(metakeys), list(pagelist)
# Keys to the first row
out = []
out.append(metakeys)
# Go through the pages, give list that has
# the name of the page followed by the values of the keys
for page in pagelist:
# We're pretty sure the user has the read access to the pages,
# so don't check again
metas = get_metas(request, page, metakeys, checkAccess=False)
row = [page]
for key in metakeys:
row.append([value for value in metas[key]])
out.append(row)
return out
def do_action(request, args):
# Expects MetaTable arguments
pagelist, metakeys, _ = metatable_parseargs(request, args,
get_all_keys=True)
out = {}
# We're pretty sure the user has the read access to the pages,
# so don't check again
for page in pagelist:
metas = get_metas(request, page, metakeys, checkAccess=False)
out[page] = dict(metas)
return out
def do_action(request, args):
# Expects MetaTable arguments
pagelist, metakeys, _ = metatable_parseargs(request,
args,
get_all_keys=True)
out = {}
# We're pretty sure the user has the read access to the pages,
# so don't check again
for page in pagelist:
metas = get_metas(request, page, metakeys, checkAccess=False)
out[page] = dict(metas)
return out
def getPurchases(request, page, key):
metas = get_metas(request, page, [key], checkAccess=False)
first = 2**32
last = 0
values = metas[key]
if len(values) == 0:
return 0, 0
for value in values:
value = value.strip()
ts = stringToTime(value)
first = min(first, ts)
last = max(last, ts)
return first, last
def countOwned(request, page, key):
metas = get_metas(request, page, [key], checkAccess=False)
total = 0
values = metas[key]
for value in values:
value = value.strip().split()
if len(value) != 2:
continue
ts, amount = value
try:
amount = int(amount)
except ValueError:
amount = 0
total += amount
return total
def formatMetaSelection(request, pages, keys, styles, addpagename=False):
f = request.formatter
divfmt = {'class': 'metaselection_area'}
listfmt = {'class': 'metaselection_list'}
entryfmt = {'class': 'metaselection_entry'}
result = ''
result = f.div(1, **divfmt)
result += f.bullet_list(1, **listfmt)
tmp_page = request.page
for page in pages:
pageobj = Page(request, page)
request.page = pageobj
request.formatter.page = pageobj
metas = get_metas(request, page, keys,
checkAccess=True, formatLinks=True)
result += f.listitem(1, **entryfmt)
args = {'class': 'metaselection_link'}
for key in keys:
for val in metas[key]:
text = format_wikitext(request, val)
result += pageobj.link_to_raw(request, text=text, **args)
if addpagename:
result += pageobj.link_to_raw(request,
text=pageobj.page_name, **args)
result += f.listitem(0)
request.page = tmp_page
request.formatter.page = tmp_page
result += f.bullet_list(0)
result += f.div(0)
return result
def countUsage(request, page, key):
metas = get_metas(request, page, [key], checkAccess=False)
spans = Spanner()
values = metas[key]
for value in values:
value = value.strip().split()
if len(value) != 2:
continue
start, end = value
start = stringToTime(start)
end = stringToTime(end)
if not (start and end):
continue
spans.addSpan(start, end)
total = sum(map(lambda (start, end): end-start, spans))
total /= float(60*60*24)
return total
def execute(macro, args):
tset = set(['score', 'vector'])
request = macro.request
_ = request.getText
if args:
args = [x.strip() for x in args.split(',')]
# Wrong number of arguments
if len(args) not in [0, 1, 2]:
return render_error(_("CVSS: Need to specify a page or page and " +
"type (score|vector)."))
# Get all non-empty args
args = [x for x in args if x]
# If page is not specified, defaulting to current page
if len(args) == 0:
page = request.page.page_name
type = "score"
elif len(args) == 1:
page = args[0]
type = "score"
else:
page = args[0]
type = args[1]
if type not in tset:
return render_error(_("CVSS: The type needs to be either score " +
"or vector."))
base_metas = get_metas(request, page, ["Access Vector", "Access Complexity", "Authentication", "Confidentiality", "Integrity", "Availability"])
vector = buildVector(base_metas)
if vector is not None:
if type == "vector":
return format_wikitext(request, vector)
cvss = parse_cvss(vector)
bscore = basescore(cvss)
bstring = "%s" % bscore
return format_wikitext(request, bstring)
else:
return render_error(_("CVSS: Invalid value(s) in Base Metrics."))
def inc_get_metas(request, args, handle=None):
pages, keys, _ = metatable_parseargs(request, args, get_all_keys=True)
current = dict()
for page in pages:
request.page = Page(request, page)
# metatable_parseargs checks read permissions, no need to do it again
metas = get_metas(request, page, keys, checkAccess=False)
current[page] = dict()
for key in keys:
values = set(metas[key])
current[page][key] = values
cachedir = os.path.join(request.cfg.cache_dir, "getmetas")
if not os.path.exists(cachedir):
os.makedirs(cachedir)
lock = WriteLock(cachedir, timeout=60.0)
success = lock.acquire()
path = os.path.join(cachedir, request.cfg.siteid + ".shelve")
db = shelve.open(path)
incremental = True
try:
if not handle or handle not in db:
incremental = False
handle = create_new_handle(db)
previous = db.get(handle, dict())
db[handle] = current
finally:
db.close()
if lock.isLocked():
lock.release()
return [incremental, handle, diff(previous, current)]
def execute(pagename, request):
metas = get_metas(request, pagename, ["Type"], checkAccess=False)
typeValue = metas.get("Type")
if len(typeValue) == 0:
licenseType = "cookie"
else:
licenseType = typeValue[0]
if licenseType == "traditional":
fake = FakeXmlrpcObj()
fake.request = request
cookie = generateCookie(fake, str(pagename))
if isinstance(cookie, xmlrpclib.Fault):
request.write(cookie.faultString)
return
filename = "license.key"
request.headers['Content-Type'] = 'application/octet-stream',
request.headers['Content-Disposition'] = 'attachment; ' + \
'filename="%s"' % filename
request.write(cookie.data)
else:
GetCookie(pagename, request).render()
def execute(pagename, request):
if not cairo_found:
error = request.getText(
"ERROR: Cairo Python extensions not installed. " +
"Not performing layout."
)
request.content_type = 'text/plain'
request.write(error)
return
request.content_type = "image/png"
# Grab arguments
args = ', '.join(x for x in request.values.getlist('arg'))
params = {'height': 0, 'width': 0}
# Height and Width
for attr in ['height', 'width']:
if request.values.has_key(attr):
val = ''.join(request.values.getlist(attr))
try:
params[attr] = int(val)
except ValueError:
pass
# Aggregate set of included values of a page
values = set()
if request.values.has_key('value'):
values.update(map(ordervalue, request.values.getlist('value')))
# Values that need to be included to form a complete scale, say 1-10
scale = list()
if request.values.has_key('scale'):
scale = request.values['scale']
if not params['height'] and params['width']:
params['height'] = params['width']
elif params['height'] and not params['width']:
params['width'] = params['height']
elif not params['height'] and not params['width']:
params['width'] = params['height'] = 1000
# calculate center and radius, leave some room for text and stuff
center = (params['height'] / 2, params['width'] / 2)
radius = min(center)
if radius > 50:
radius -= 50
# Setup Cairo
surface = cairo.ImageSurface(cairo.FORMAT_ARGB32,
params['height'], params["width"])
ctx = cairo.Context(surface)
ctx.select_font_face("Times-Roman", cairo.FONT_SLANT_NORMAL,
cairo.FONT_WEIGHT_BOLD)
ctx.set_font_size(12)
ctx.set_source_rgb(1.0, 1.0, 1.0)
ctx.rectangle(0, 0, params['width'], params['height'])
ctx.fill()
ctx.set_source_rgb(0.0, 0.0, 0.0)
# Note, metatable_parseargs deals with permissions
pagelist, metakeys, _ = metatable_parseargs(request, args,
get_all_keys=True)
metakeys = filter(lambda x: x not in SPECIAL_ATTRS, metakeys)
# If no keys, print nothing
if not pagelist:
request.write(plot_error(request))
return
# Populate data to the radar chart
data = dict()
for page in pagelist:
# On links, we want a list of page names, not their markup
metas = get_metas(request, page, metakeys, checkAccess=False)
# Get the maximum value of each key on a page
for key in metakeys:
data.setdefault(key, list())
if metas[key]:
scale.extend(map(ordervalue, metas[key]))
if page == pagename:
data[key].append(max(map(ordervalue, metas[key])))
# Get values for the chart axes
data_per_axis = dict()
for axis, key in enumerate(metakeys):
data_per_axis[axis] = key
if not values:
for x in data.values():
values.update(x)
if scale:
values.update(scale)
values = sorted(values)
# Refuse to draw if no values for any key
if not len(values):
request.write(plot_error(request))
return
no_values = len(values) + 1
per_value = radius / no_values
sectors = len(data)
angle = 2*math.pi/sectors
cur_radius = per_value
# Make the base grid
for x in range(1, no_values):
ctx, gridpoints = spider_radius(ctx, center, cur_radius, sectors)
cur_radius += per_value
# Apply ink from strokes so far
ctx.stroke()
# Now start to make chart on top of the base
ctx.set_source_rgb(50/255.0,137/255.0,37/255.0)
ctx.set_line_width(5)
endpoints = list()
# Find coords for each value
for i in range(sectors):
val = data[data_per_axis[i]]
if val:
val = val.pop()
radius = values.index(val) + 1
else:
# If no values exist, it's in the bottom
radius = 0
x, y = spider_coords(radius * per_value, i*angle)
endpoints.append(add_to_center(center, (x, y)))
draw_path(ctx, endpoints)
# Draw path filling the contents
ctx.stroke_preserve()
ctx.set_source_rgba(150/255.0,190/255.0,13/255.0, 0.2)
ctx.fill()
# Write axis names on top of it all
for point, axis in zip(gridpoints, data_per_axis.keys()):
text = data_per_axis[axis]
ctx.set_source_rgba(1, 1, 1, 0.9)
width, height = ctx.text_extents(text)[2:4]
# Move texts on the left side a bit left
if point[0] < center[0]:
point = (point[0] - width, point[1])
width, height = width * 1.2, -height * 1.2
x, y = point[0] - 0.1 * width, point[1] + 0.1 * height
ctx.rectangle(x, y, width, height)
ctx.fill()
ctx.set_source_rgb(0, 0, 0)
ctx.move_to(*point)
ctx.show_text(text)
request.write(cairo_surface_to_png(surface))
def draw_topology(request, args, key):
args = [x.strip() for x in args.split(",")]
topology, flowfile, color = "", "", ""
rotate, width = "", ""
graph = GraphShower(request.page.page_name, request)
# take flow file specification from arguments as flow=k.csv,
# otherwise assume that the argument specifies the topology
for arg in args:
if "=" in arg:
key, val = [x.strip() for x in arg.split("=", 1)]
if key == "color":
color = val
if key == "flow":
flowfile = val
if key == "rotate":
rotate = True
if key == "width":
try:
width = float(val)
except ValueError:
pass
else:
topology = arg
_ = request.getText
# Get all containers
args = "CategoryContainer, %s=/.+/" % (topology)
# Note, metatable_parseargs deals with permissions
pagelist, metakeys, styles = metatable_parseargs(request, args, get_all_keys=True)
if not pagelist:
return (False, "", render_error("%s: %s" % (_("No such topology or empty topology"), topology)))
coords = dict()
images = dict()
aliases = dict()
areas = dict()
colors = dict()
# Make a context to calculate font sizes with
# There must be a better way to do this, I just don't know it!
surface = cairo.ImageSurface(cairo.FORMAT_ARGB32, 0, 0)
ctx = cairo.Context(surface)
ctx.select_font_face("Times-Roman", cairo.FONT_SLANT_NORMAL, cairo.FONT_WEIGHT_BOLD)
ctx.set_font_size(12)
allcoords = list()
for page in pagelist:
data = get_metas(
request, page, [topology, "gwikishapefile", "tia-name", color], checkAccess=False, formatLinks=True
)
crds = [x.split(",") for x in data.get(topology, list)]
if not crds:
continue
crds = [x.strip() for x in crds[0]]
if not len(crds) == 2:
continue
try:
start_x, start_y = int(crds[0]), int(crds[1])
except ValueError:
continue
coords[page] = start_x, start_y
allcoords.append((start_x, start_y))
img = data.get("gwikishapefile", list())
if color:
clr = data.get(color, list())
if clr:
colors[page] = clr[0]
alias = data.get("tia-name", list())
# Newer versions of analyzer do not use aliases anymore
if not alias:
alias = [page]
aliases[page] = alias[0]
if img:
# Get attachment name, name of the page it's on, strip
# link artifacts, find filesys name
img = img[0].split(":")[1]
pname = "/".join(img.split("/")[:-1])
img = img.split("/")[-1]
img = img.split("|")[0]
img = img.rstrip("}").rstrip("]]")
imgname = AttachFile.getFilename(request, pname, img)
try:
images[page] = cairo.ImageSurface.create_from_png(imgname)
end_x = start_x + images[page].get_width()
end_y = start_y + images[page].get_height()
except cairo.Error:
end_x = start_x
end_y = start_y
pass
text_len = ctx.text_extents(aliases[page])[4]
text_end = start_x + text_len
if text_end > end_x:
end_x = text_end
# If there was no image or a problem with loading the image
if page not in images:
# Lack of image -> black 10x10 rectangle is drawn
end_x, end_y = start_x + 10, start_y + 10
allcoords.append((end_x, end_y))
if flowfile:
flowcoords = list()
flowname = AttachFile.getFilename(request, topology, flowfile)
try:
flows = csv.reader(file(flowname, "r").readlines(), delimiter=";")
except IOError:
return (
False,
"",
render_error("%s: %s" % (_("No such flowfile as attachment on topology page"), flowfile)),
)
flows.next()
for line in flows:
if not line:
continue
try:
flowcoords.append((line[0], line[6]))
except IndexError:
# Pasted broken lines?
pass
max_x = max([x[0] for x in allcoords])
min_x = min([x[0] for x in allcoords])
max_y = max([x[1] for x in allcoords])
min_y = min([x[1] for x in allcoords])
# Make room for text under pictures
if rotate:
surface_y = max_y - min_y
surface_x = max_x - min_x + 25
else:
surface_y = max_y - min_y + 25
surface_x = max_x - min_x
try:
# Get background image, if any
toponame = AttachFile.getFilename(request, topology, "shapefile.png")
background = cairo.ImageSurface.create_from_png(toponame)
h = background.get_height()
w = background.get_width()
diff_x = w - surface_x
diff_y = h - surface_y
if diff_x > 0:
surface_x = w
else:
diff_x = 0
if diff_y > 0:
surface_y = h
else:
diff_y = 0
except cairo.Error:
background = None
diff_x = 0
diff_y = 0
pass
# Setup Cairo
surface = cairo.ImageSurface(cairo.FORMAT_ARGB32, int(surface_x), int(surface_y))
# request.write(repr([surface_x, surface_y]))
ctx = cairo.Context(surface)
ctx.select_font_face("Times-Roman", cairo.FONT_SLANT_NORMAL, cairo.FONT_WEIGHT_BOLD)
ctx.set_font_size(12)
ctx.set_source_rgb(1.0, 1.0, 1.0)
ctx.rectangle(0, 0, surface_x, surface_y)
ctx.fill()
if background:
# Center background if not large. Again, I'm just guessing
# where the background image should be, and trying to mimic
# analyzer.
h = background.get_height()
w = background.get_width()
start_x, start_y = 0, 0
if w < surface_x:
start_x = start_x - min_x - w / 2
if h < surface_y:
start_y = start_y - min_y - h / 2
ctx.set_source_surface(background, start_x, start_y)
ctx.rectangle(start_x, start_y, w, h)
ctx.fill()
midcoords = dict()
for page in pagelist:
if page not in coords:
continue
x, y = coords[page]
# FIXME need more data to align different backgrounds
# correctly, this is just guessing
start_x = x - min_x + (diff_x / 2)
start_y = y - min_y + (diff_y / 3)
w, h = 10, 10
if page not in images:
ctx.set_source_rgb(0, 0, 0)
else:
h = images[page].get_height()
w = images[page].get_width()
if page in colors:
clr = graph.hashcolor(colors[page])
r, g, b = [int("".join(i), 16) / 255.0 for i in zip(clr[1::2], clr[2::2])]
ctx.set_source_rgb(r, g, b)
else:
ctx.set_source_rgb(1, 1, 1)
midcoords[page] = (start_x + w / 2, start_y + h / 2)
ctx.rectangle(start_x, start_y, w, h)
ctx.fill()
if page in images:
ctx.set_source_surface(images[page], start_x, start_y)
ctx.rectangle(start_x, start_y, w, h)
ctx.fill()
text = make_tooltip(request, page)
areas["%s,%s,%s,%s" % (start_x, start_y, start_x + w, start_y + h)] = [page, text, "rect"]
if page in aliases:
ctx.set_source_rgb(0, 0, 0)
if rotate:
ctx.move_to(start_x + w + 10, start_y + h)
else:
ctx.move_to(start_x, start_y + h + 10)
# FIXME, should parse links more nicely, now just removes
# square brackets
text = aliases[page].lstrip("[").rstrip("]")
if rotate:
ctx.rotate(-90.0 * math.pi / 180.0)
ctx.show_text(text)
if rotate:
ctx.rotate(90.0 * math.pi / 180.0)
if flowfile:
ctx.set_line_width(1)
ctx.set_source_rgb(0, 0, 0)
for start, end in flowcoords:
if (start not in midcoords) or (end not in midcoords):
continue
sx, sy = midcoords[start]
ex, ey = midcoords[end]
ctx.move_to(sx, sy)
ctx.line_to(ex, ey)
ctx.stroke()
s2 = surface
if width:
# For scaling
new_surface_y = width
factor = surface_y / new_surface_y
new_surface_x = surface_x / factor
# Recalculate image map data
newareas = dict()
for coords, data in areas.iteritems():
corners = [float(i) for i in coords.split(",")]
corners = tuple(i / factor for i in corners)
newareas["%s,%s,%s,%s" % corners] = data
areas = newareas
else:
new_surface_y = surface_y
new_surface_x = surface_x
if rotate:
temp = new_surface_x
new_surface_x = new_surface_y
new_surface_y = temp
temp = surface_x
surface_x = surface_y
surface_y = temp
s2 = cairo.ImageSurface(cairo.FORMAT_ARGB32, int(new_surface_x), int(new_surface_y))
ctx = cairo.Context(s2)
if rotate:
ctx.rotate(90.0 * math.pi / 180.0)
# Recalculate image map data
newareas = dict()
for coords, data in areas.iteritems():
corners = coords.split(",")
corners = [float(i) for i in coords.split(",")]
corners = tuple([new_surface_x - corners[1], corners[0], new_surface_x - corners[3], corners[2]])
newareas["%s,%s,%s,%s" % corners] = data
areas = newareas
if width:
ctx.scale(new_surface_x / surface_x, new_surface_y / surface_y)
if rotate:
ctx.translate(0, -surface_x)
ctx.set_source_surface(surface, 0, 0)
ctx.paint()
data = cairo_surface_to_png(s2)
map = ""
for coords in areas:
name, text, shape = areas[coords]
pagelink = request.script_root + u"/" + name
tooltip = "%s\n%s" % (name, text)
map += u'<area href="%s" shape="%s" coords="%s" title="%s">\n' % (form_escape(pagelink), shape, coords, tooltip)
return True, data, map
def construct_table(macro, pagelist, key, sort_order):
request = macro.request
request.page.formatter = request.formatter
count = dict()
orginalPage = request.page
for page in pagelist:
pageobj = Page(request, page)
request.page = pageobj
request.formatter.page = pageobj
# WARNING: Skipping access check because we know that metatable_parseargs
# already checked them. If you plan to use this code elsewhere
# you should make sure that you check for access.
metas = get_metas(request, page, [key], checkAccess=False)
for value in metas[key]:
current = count.get(value, 0)
count[value] = current + 1
request.write(macro.formatter.linebreak() +
u'<div class="metatable">' +
macro.formatter.table(1))
request.write(macro.formatter.table_row(1, {'rowclass':
'meta_header'}))
t_cell(macro, key)
t_cell(macro, "Count")
request.write(macro.formatter.table_row(0))
row = 0
tmp = list()
for value, count in count.iteritems():
tmp.append((count, value))
if sort_order == "value":
tmp.sort(key=lambda (x, y): y)
elif sort_order == "count":
tmp.sort(key=lambda (x, y): x, reverse=True)
s = sum(map(lambda (x, y): x, tmp))
tmp.append((s, "Sum"))
for value, key in tmp:
row = row + 1
if row % 2:
request.write(macro.formatter.table_row(1, {'rowclass':
'metatable-odd-row'}))
else:
request.write(macro.formatter.table_row(1, {'rowclass':
'metatable-even-row'}))
t_cell(macro, key)
t_cell(macro, u"%d" % value)
request.write(macro.formatter.table_row(0))
request.page = orginalPage
request.formatter.page = orginalPage
request.write(macro.formatter.table(0))
request.write(u'</div>')
def construct_table(macro, pagelist, metakeys,
legend='', checkAccess=True, styles=dict()):
request = macro.request
request.page.formatter = request.formatter
row = 0
# Start table
request.write(macro.formatter.linebreak() +
u'<div class="metaselection">' +
macro.formatter.table(1))
if metakeys:
# Give a class to headers to make it customisable
request.write(macro.formatter.table_row(1, {'rowclass':
'meta_header'}))
# Upper left cell is empty or has the desired legend
t_cell(macro, [legend])
for key in metakeys:
style = styles.get(key, dict())
# Styles can modify key naming
name = style.get('gwikiname', '').strip('"')
# We don't want stuff like bullet lists in out header
headerstyle = dict()
for st in style:
if not st.startswith('gwiki'):
headerstyle[st] = style[st]
if name:
t_cell(macro, [name], style=headerstyle)
else:
t_cell(macro, [key], style=headerstyle)
request.write(macro.formatter.table_row(0))
tmp_page = request.page
for page in pagelist:
if '-gwikirevision-' in page:
metas = get_metas(request, page, metakeys,
checkAccess=checkAccess, formatLinks=True)
page, revision = page.split('-gwikirevision-')
else:
metas = get_metas(request, page, metakeys,
checkAccess=checkAccess, formatLinks=True)
revision = ''
pageobj = Page(request, page)
request.page = pageobj
request.formatter.page = pageobj
row = row + 1
if row % 2:
request.write(macro.formatter.table_row(1, {'rowclass':
'metatable-odd-row'}))
else:
request.write(macro.formatter.table_row(1, {'rowclass':
'metatable-even-row'}))
t_cell(macro, [page], head=1, rev=revision)
for key in metakeys:
style = styles.get(key, dict())
t_cell(macro, metas[key], style=style)
request.write(macro.formatter.table_row(0))
request.page = tmp_page
request.formatter.page = tmp_page
request.write(macro.formatter.table(0))
request.write(u'</div>')
def show_editform(wr, request, pagename, args):
formatter = request.formatter
# Note that metatable_parseargs handles read permission checks
pagelist, metakeys, _ = metatable_parseargs(request,
args,
get_all_keys=True)
uneditable_pages = list()
# See that the user can write each page
for page in pagelist:
if not request.user.may.write(page):
uneditable_pages.append(page)
for page in uneditable_pages:
pagelist.remove(page)
_ = request.getText
if uneditable_pages:
reason = _("No save permission to some pages (%s)" %
','.join(uneditable_pages))
request.write(render_warning(reason))
if not pagelist:
reason = _("No pages to edit.")
request.write(render_error(reason))
return
wr(u'<form method="POST" action="%s" enctype="multipart/form-data">\n',
actionname(request))
wr(u'<input type="hidden" name="action" value="%s">\n', action_name)
wr(formatter.table(1))
wr(formatter.table_row(1, {'rowclass': 'meta_header'}))
wr(formatter.table_cell(1, {'class': 'meta_page'}))
form = values_to_form(request.values)
template = form.get('template', [''])[0]
if template:
wr('<input type="hidden" name="template" value="%s">', template)
# Filter out uneditables, such as inlinks
metakeys = editable_p(metakeys)
_ = request.getText
for key in metakeys + ['']:
wr(formatter.table_cell(1, {'class': 'meta_header'}))
wr(u'<input class="metakey" type="text" name="%s" value="%s">',
u':: %s' % key, key)
wr(formatter.table_row(0))
values = dict()
valnos = dict()
for frompage in pagelist:
values[frompage] = dict()
for key in metakeys + ['']:
values[frompage][key] = list()
# If the page has no values for this key, it'll
# have one in the table to add a value
if not valnos.has_key(frompage):
valnos[frompage] = 1
keydata = get_metas(request,
frompage, [key],
abs_attach=False,
includeGenerated=False)
for i, val in enumerate(keydata[key]):
values[frompage][key].append(val)
# Enumerate starts from 0: #values++
# One to add a value: #values++
if valnos[frompage] < i + 2:
valnos[frompage] = i + 2
values[frompage][key].append('')
for frompage in pagelist:
wr(formatter.table_row(1))
wr(
formatter.table_cell(1, {
'class': 'meta_page',
'rowspan': str(valnos[frompage])
}))
wr(u'%s', frompage)
for i in range(valnos[frompage]):
# Add <tr>:s for additional values also
if i > 0:
wr(formatter.table_row(1))
for key in metakeys + ['']:
inputname = frompage + SEPARATOR + key
if len(values[frompage][key]) >= (i + 1):
val = values[frompage][key][i]
else:
val = ''
# Skip default labels
if key == 'label' and val == frompage:
val = ''
wr(formatter.table_cell(1, {'class': 'meta_cell'}))
wr(
u'<textarea class="metavalue dynamic" rows="1" name="%s">%s</textarea>',
inputname, val)
#print frompage, key, inputname, values, '<br>'
wr(formatter.table_row(0))
wr(formatter.table_row(1))
wr(formatter.table_cell(1, {'class': 'meta_cell'}))
for key in metakeys + ['']:
inputname = frompage + SEPARATOR + key
if len(values[frompage][key]) >= (i + 1):
val = values[frompage][key][i]
else:
val = ''
# Skip default labels
if key == 'label' and val == frompage:
val = ''
wr(formatter.table_cell(1))
wr(u'<input class="metavalue" type="file" name="%s">\n', inputname)
wr(formatter.table_row(0))
# Proto JS code to warn on leaving an empty key name
# <script language="JavaScript" type="text/javascript">
# function myvalid(me) {
# if (me.form.subject.value == "") {
# if (confirm("Empty subject, send anyway?"))
# return true;
# else
# return false;
# }
# return true;
# }
# </script>
# <input type="submit" name="send" value="Send" class="button1"tabindex="7"
# onClick="return myvalid(this);" />
wr(formatter.table(0))
wr(u'<input type="submit" name="save" value="%s">\n', _('Save'))
wr(u'<input type="submit" name="cancel" value="%s">\n', _('Cancel'))
wr(u'</form>\n')
def execute(macro, args):
formatter = macro.formatter
macro.request.page.formatter = formatter
request = macro.request
_ = request.getText
if not cairo_found:
return _sysmsg % ('error', _(\
"ERROR: Cairo Python extensions not installed. " +\
"Not performing layout."))
url_args, args = radarchart_args(args)
# For multiple radar charts per table row
try:
height = ''.join(url_args.get('height', list()))
width = ''.join(url_args.get('width', list()))
if not height:
height = MAX_WIDTH
if not width:
width = MAX_WIDTH
height, width = int(height), int(width)
except ValueError:
pass
# MAX_WIDTH is the assumed max_width here
amount = MAX_WIDTH / min(height, width)
if amount < 1:
amount = 1
# Note, metatable_parseargs deals with permissions
pagelist, metakeys, _ = metatable_parseargs(request, args,
get_all_keys=True)
values = set()
for page in pagelist:
metas = get_metas(request, page, metakeys)
for key in metas:
# Get the maximum value of each key on a page
if metas[key]:
numberedvals = dict()
for i, val in enumerate(map(ordervalue, metas[key])):
numberedvals[val] = i
maxval = max(numberedvals.keys())
i = numberedvals[maxval]
# This contraption is here because we need to deliver
# unparsed (textual) values in urls
values.add(metas[key][i])
for val in values:
if val.startswith('attachment'):
# A bit ugly fix for a weird corner case
val = "attachment:%s" % (val[11:])
url_args.setdefault('value', list()).append(val)
out = StringIO.StringIO()
out.write(macro.formatter.linebreak() +
u'<div class="metaradartable">' +
macro.formatter.table(1))
rowcount = (len(pagelist) / amount)
if len(pagelist) % amount:
rowcount += 1
# Iterate over the number of rows
for i in range(rowcount):
out.write(macro.formatter.table_row(1))
pages = pagelist[i*amount:(i+1)*amount]
# First enter page names to first row
for page in pages:
out.write(macro.formatter.table_cell(1, {'class': 'meta_page'}))
out.write(macro.formatter.pagelink(1, page))
out.write(macro.formatter.text(page))
out.write(macro.formatter.pagelink(0))
out.write(macro.formatter.linebreak())
# Don't make extra squares for the first row
if i:
for j in range(amount - len(pages)):
out.write(macro.formatter.table_cell(1))
out.write(macro.formatter.table_row(1))
# Chart images to the other row
for page in pages:
out.write(macro.formatter.table_cell(1, {'class': 'meta_radar'}))
out.write(u'<img src="%s">' %
(url_construct(request, url_args, page)))
out.write(macro.formatter.linebreak())
if i:
for j in range(amount - len(pages)):
out.write(macro.formatter.table_cell(1))
out.write(macro.formatter.table(0) + u'</div>')
return out.getvalue()
def show_editform(wr, request, pagename, args):
formatter = request.formatter
# Note that metatable_parseargs handles read permission checks
pagelist, metakeys, _ = metatable_parseargs(request, args,
get_all_keys=True)
uneditable_pages = list()
# See that the user can write each page
for page in pagelist:
if not request.user.may.write(page):
uneditable_pages.append(page)
for page in uneditable_pages:
pagelist.remove(page)
_ = request.getText
if uneditable_pages:
reason = _("No save permission to some pages (%s)" %
','.join(uneditable_pages))
request.write(render_warning(reason))
if not pagelist:
reason = _("No pages to edit.")
request.write(render_error(reason))
return
wr(u'<form method="POST" action="%s" enctype="multipart/form-data">\n',
actionname(request))
wr(u'<input type="hidden" name="action" value="%s">\n', action_name)
wr(formatter.table(1))
wr(formatter.table_row(1, {'rowclass': 'meta_header'}))
wr(formatter.table_cell(1, {'class': 'meta_page'}))
form = values_to_form(request.values)
template = form.get('template', [''])[0]
if template:
wr('<input type="hidden" name="template" value="%s">', template)
# Filter out uneditables, such as inlinks
metakeys = editable_p(metakeys)
_ = request.getText
for key in metakeys + ['']:
wr(formatter.table_cell(1, {'class': 'meta_header'}))
wr(u'<input class="metakey" type="text" name="%s" value="%s">',
u':: %s' % key, key)
wr(formatter.table_row(0))
values = dict()
valnos = dict()
for frompage in pagelist:
values[frompage] = dict()
for key in metakeys + ['']:
values[frompage][key] = list()
# If the page has no values for this key, it'll
# have one in the table to add a value
if not valnos.has_key(frompage):
valnos[frompage] = 1
keydata = get_metas(request, frompage, [key],
abs_attach=False, includeGenerated=False)
for i, val in enumerate(keydata[key]):
values[frompage][key].append(val)
# Enumerate starts from 0: #values++
# One to add a value: #values++
if valnos[frompage] < i + 2:
valnos[frompage] = i + 2
values[frompage][key].append('')
for frompage in pagelist:
wr(formatter.table_row(1))
wr(formatter.table_cell(1, {'class': 'meta_page',
'rowspan': str(valnos[frompage])}))
wr(u'%s', frompage)
for i in range(valnos[frompage]):
# Add <tr>:s for additional values also
if i > 0:
wr(formatter.table_row(1))
for key in metakeys + ['']:
inputname = frompage + SEPARATOR + key
if len(values[frompage][key]) >= (i + 1):
val = values[frompage][key][i]
else:
val = ''
# Skip default labels
if key == 'label' and val == frompage:
val = ''
wr(formatter.table_cell(1, {'class': 'meta_cell'}))
wr(u'<textarea class="metavalue dynamic" rows="1" name="%s">%s</textarea>',
inputname, val)
#print frompage, key, inputname, values, '<br>'
wr(formatter.table_row(0))
wr(formatter.table_row(1))
wr(formatter.table_cell(1, {'class': 'meta_cell'}))
for key in metakeys + ['']:
inputname = frompage + SEPARATOR + key
if len(values[frompage][key]) >= (i + 1):
val = values[frompage][key][i]
else:
val = ''
# Skip default labels
if key == 'label' and val == frompage:
val = ''
wr(formatter.table_cell(1))
wr(u'<input class="metavalue" type="file" name="%s">\n', inputname)
wr(formatter.table_row(0))
# Proto JS code to warn on leaving an empty key name
# <script language="JavaScript" type="text/javascript">
# function myvalid(me) {
# if (me.form.subject.value == "") {
# if (confirm("Empty subject, send anyway?"))
# return true;
# else
# return false;
# }
# return true;
# }
# </script>
# <input type="submit" name="send" value="Send" class="button1"tabindex="7"
# onClick="return myvalid(this);" />
wr(formatter.table(0))
wr(u'<input type="submit" name="save" value="%s">\n', _('Save'))
wr(u'<input type="submit" name="cancel" value="%s">\n', _('Cancel'))
wr(u'</form>\n')
def construct_table(macro, pagelist, metakeys,
legend='', checkAccess=True, styles={}):
request = macro.request
request.page.formatter = request.formatter
days = dict()
times = dict()
orginalPage = request.page
for page in pagelist:
pageobj = Page(request, url_unquote(page))
request.page = pageobj
request.formatter.page = pageobj
metas = get_metas(request, page,
metakeys, checkAccess=checkAccess)
spans = days.setdefault(page, spanner.Spanner())
count = times.get(page, 0)
for key in metakeys:
values = metas[key]
key = url_unquote(key)
style = styles.get(key, {})
for value in values:
value = value.strip().split()
if len(value) != 2:
continue
start, end = value
start = stringToTime(start)
end = stringToTime(end)
if not (start and end):
continue
count += 1
spans.addSpan(start, end)
times[page] = count
request.write(macro.formatter.linebreak() +
u'<div class="metatable">' +
macro.formatter.table(1))
request.write(macro.formatter.table_row(1, {'rowclass':
'meta_header'}))
t_cell(macro, "User")
t_cell(macro, "Used (days)")
t_cell(macro, "Used (times)")
request.write(macro.formatter.table_row(0))
tmp = list()
for key in days:
value = days[key]
total = sum(map(lambda (start, end): end-start, value))
total /= float(60*60*24)
count = times.get(key, 0)
if count == 0:
continue
tmp.append((total, count, key))
tmp.sort(reverse=True)
row = 0
for (days, times, user) in tmp:
row = row + 1
if row % 2:
request.write(macro.formatter.table_row(1, {'rowclass':
'metatable-odd-row'}))
else:
request.write(macro.formatter.table_row(1, {'rowclass':
'metatable-even-row'}))
t_cell(macro, url_unquote(user), head=1)
t_cell(macro, u"%.02f" % days)
t_cell(macro, u"%d" % times)
request.write(macro.formatter.table_row(0))
request.page = orginalPage
request.formatter.page = orginalPage
request.write(macro.formatter.table(0))
request.write(u'</div>')
def execute(macro, args):
formatter = macro.formatter
macro.request.page.formatter = formatter
request = macro.request
_ = request.getText
if not cairo_found:
return _sysmsg % ('error', _(\
"ERROR: Cairo Python extensions not installed. " +\
"Not performing layout."))
url_args, args = radarchart_args(args)
# For multiple radar charts per table row
try:
height = ''.join(url_args.get('height', list()))
width = ''.join(url_args.get('width', list()))
if not height:
height = MAX_WIDTH
if not width:
width = MAX_WIDTH
height, width = int(height), int(width)
except ValueError:
pass
# MAX_WIDTH is the assumed max_width here
amount = MAX_WIDTH / min(height, width)
if amount < 1:
amount = 1
# Note, metatable_parseargs deals with permissions
pagelist, metakeys, _ = metatable_parseargs(request,
args,
get_all_keys=True)
values = set()
for page in pagelist:
metas = get_metas(request, page, metakeys)
for key in metas:
# Get the maximum value of each key on a page
if metas[key]:
numberedvals = dict()
for i, val in enumerate(map(ordervalue, metas[key])):
numberedvals[val] = i
maxval = max(numberedvals.keys())
i = numberedvals[maxval]
# This contraption is here because we need to deliver
# unparsed (textual) values in urls
values.add(metas[key][i])
for val in values:
if val.startswith('attachment'):
# A bit ugly fix for a weird corner case
val = "attachment:%s" % (val[11:])
url_args.setdefault('value', list()).append(val)
out = StringIO.StringIO()
out.write(macro.formatter.linebreak() + u'<div class="metaradartable">' +
macro.formatter.table(1))
rowcount = (len(pagelist) / amount)
if len(pagelist) % amount:
rowcount += 1
# Iterate over the number of rows
for i in range(rowcount):
out.write(macro.formatter.table_row(1))
pages = pagelist[i * amount:(i + 1) * amount]
# First enter page names to first row
for page in pages:
out.write(macro.formatter.table_cell(1, {'class': 'meta_page'}))
out.write(macro.formatter.pagelink(1, page))
out.write(macro.formatter.text(page))
out.write(macro.formatter.pagelink(0))
out.write(macro.formatter.linebreak())
# Don't make extra squares for the first row
if i:
for j in range(amount - len(pages)):
out.write(macro.formatter.table_cell(1))
out.write(macro.formatter.table_row(1))
# Chart images to the other row
for page in pages:
out.write(macro.formatter.table_cell(1, {'class': 'meta_radar'}))
out.write(u'<img src="%s">' %
(url_construct(request, url_args, page)))
out.write(macro.formatter.linebreak())
if i:
for j in range(amount - len(pages)):
out.write(macro.formatter.table_cell(1))
out.write(macro.formatter.table(0) + u'</div>')
return out.getvalue()
def parse_editform(request, form):
r"""
>>> from graphingwiki.editing import _doctest_request
>>> request = _doctest_request()
>>> parse_editform(request, {"Test-gwikiseparator-" : ["1", "2"], ":: " : ["a"]})
{'Test': ({}, {'a': ['1', '2']})}
>>> request = _doctest_request({"Test" : {"meta" : {"a" : ["x"]}}})
>>> parse_editform(request, {"Test-gwikiseparator-a" : ["1", "2"], ":: a" : ["a"]})
{'Test': ({'a': ['x']}, {'a': ['1', '2']})}
>>> request = _doctest_request({"Test" : {"meta" : {"a" : ["x"]}}})
>>> parse_editform(request, {"Test-gwikiseparator-a" : ["x"], ":: a" : [""]})
{'Test': ({'a': ['x']}, {'a': ['']})}
>>> request = _doctest_request({"Test" : {"meta" : {"a" : ["1", "2"]}}})
>>> parse_editform(request, {"Test-gwikiseparator-a" : ["1"], ":: a" : ["a"]})
{'Test': ({'a': ['1', '2']}, {'a': ['1', '']})}
"""
_ = request.getText
msgs = list()
keys = dict()
pages = dict()
files = dict()
for key in request.files:
f = request.files[key]
if not f.filename:
continue
fileobj = f.stream
page, key = key.split(SEPARATOR, 1)
files.setdefault(page, dict())[key] = (f.filename, fileobj)
# Key changes
for oldKey, newKeys in form.iteritems():
if not newKeys or not oldKey.startswith(':: '):
continue
newKey = newKeys[0].strip()
oldKey = oldKey[3:].strip()
if oldKey == newKey:
continue
keys[oldKey] = newKey
# Value changes
for pageAndKey, newValues in form.iteritems():
if pageAndKey.endswith("__filename__"):
continue
# At least the key 'save' may be there and should be ignored
if not SEPARATOR in pageAndKey:
continue
# Form keys not autodecoded from utf-8
page, oldKey = pageAndKey.split(SEPARATOR, 1)
# Decoding pagename
page = url_unquote(page)
newKey = keys.get(oldKey, oldKey)
if not request.user.may.write(page):
err = '%s: ' % page + _('You are not allowed to edit this page.')
if not err in msgs:
msgs.append(err)
continue
oldMeta, newMeta = pages.setdefault(page, (dict(), dict()))
if oldKey:
oldMetas = get_metas(request,
page, [oldKey],
abs_attach=False,
includeGenerated=False)
oldValues = oldMetas[oldKey]
oldMeta.setdefault(oldKey, list()).extend(oldValues)
if newKey != oldKey:
# Remove the corresponding values
newMeta.setdefault(oldKey,
list()).extend([""] * len(oldValues))
if newKey:
missing = 0
if oldKey:
missing = len(oldValues) - len(newValues)
newMeta.setdefault(newKey, list()).extend(newValues)
newMeta.setdefault(newKey, list()).extend([""] * missing)
# Prune
for page, (oldMeta, newMeta) in list(pages.iteritems()):
for key in list(newMeta):
if key not in oldMeta:
continue
if oldMeta[key] != newMeta[key]:
continue
del oldMeta[key]
del newMeta[key]
if not (oldMeta or newMeta):
del pages[page]
for page in files:
metas = pages.get(page, (dict(), dict()))[1]
for key in files[page]:
filename, descriptor = files[page][key]
values = metas.get(key, list())
try:
index = values.index(descriptor)
values[index] = "[[attachment:%s]]" % filename
except ValueError:
values.append("[[attachment:%s]]" % filename)
return pages, msgs, files
def construct_table(macro, pagelist, metakeys,
legend='', checkAccess=True, styles=dict(),
addpagename=False):
request = macro.request
request.page.formatter = request.formatter
out = str()
row = 0
entryfmt = {'class': 'metamatrix_entry'}
# Start table
out += macro.formatter.linebreak() + u'<div class="metamatrix">' + \
macro.formatter.table(1)
# Give a class to headers to make it customisable
out += macro.formatter.table_row(1, {'rowclass': 'meta_head'})
# Upper left cell is empty or has the desired legend
out += t_cell(macro, [legend])
x_key, y_key = metakeys[:2]
x_values, y_values = set(), set()
page_vals = dict()
for page in pagelist:
page_vals[page] = get_metas(request, page, metakeys,
checkAccess=False, formatLinks=True)
x_val = page_vals[page].get(x_key, set())
y_val = page_vals[page].get(y_key, set())
x_values.update([(page, x) for x in x_val])
y_values.update([(page, y) for y in y_val])
metakeys = metakeys[2:]
header_cells = list()
# Make header row
for oval, value, page in sorted((ordervalue(y), y, page)
for page, y in y_values):
style = styles.get(y_key, dict())
# Styles can modify key naming
name = style.get('gwikiname', '').strip('"')
# We don't want stuff like bullet lists in out header
headerstyle = dict()
for st in style:
if not st.startswith('gwiki'):
headerstyle[st] = style[st]
if name:
if not (value, name) in header_cells:
header_cells.append((value, name))
else:
showvalue = metas_to_abs_links(request, page, [value])
if not (value, showvalue[0]) in header_cells:
header_cells.append((value, showvalue[0]))
for value, showvalue in header_cells:
out += t_cell(macro, [showvalue], style=headerstyle)
out += macro.formatter.table_row(0)
tmp_page = request.page
f = macro.formatter
# Table
row_cells = list()
row_values = list()
for oval, x_value, page in sorted((ordervalue(x), x, page)
for page, x in x_values):
if not (oval, x_value) in row_values:
row_cells.append((oval, x_value, page))
row_values.append((oval, x_value))
for oval, x_value, page in row_cells:
row = row + 1
if row % 2:
out += f.table_row(1, {'rowclass': 'metamatrix-odd-row'})
else:
out += f.table_row(1, {'rowclass': 'metamatrix-even-row'})
value = metas_to_abs_links(request, page, [x_value])
out += t_cell(macro, value)
for y_value, showvalue in header_cells:
style = styles.get(y_value, dict())
if not 'class' in style:
style['class'] = 'meta_cell'
out += f.table_cell(1, attrs=style)
for page in pagelist:
pageobj = Page(request, page)
if (x_value in page_vals[page].get(x_key, set()) and
y_value in page_vals[page].get(y_key, set())):
result = ''
args = {'class': 'metamatrix_link'}
for key in metakeys:
for val in page_vals[page].get(key, list()):
# Strip ugly brackets from bracketed links
val = val.lstrip('[').strip(']')
result += f.listitem(1, **entryfmt)
result += pageobj.link_to(request,
text=val, **args)
result += f.listitem(0)
if addpagename:
result += f.listitem(1, **entryfmt)
result += pageobj.link_to(request, **args)
result += f.listitem(0)
out += result
out += macro.formatter.table_row(0)
request.page = tmp_page
request.formatter.page = tmp_page
out += macro.formatter.table(0)
out += u'</div>'
return out
def execute(pagename, request):
if not cairo_found:
error = request.getText(
"ERROR: Cairo Python extensions not installed. " +
"Not performing layout.")
request.content_type = 'text/plain'
request.write(error)
return
request.content_type = "image/png"
# Grab arguments
args = ', '.join(x for x in request.values.getlist('arg'))
params = {'height': 0, 'width': 0}
# Height and Width
for attr in ['height', 'width']:
if request.values.has_key(attr):
val = ''.join(request.values.getlist(attr))
try:
params[attr] = int(val)
except ValueError:
pass
# Aggregate set of included values of a page
values = set()
if request.values.has_key('value'):
values.update(map(ordervalue, request.values.getlist('value')))
# Values that need to be included to form a complete scale, say 1-10
scale = list()
if request.values.has_key('scale'):
scale = request.values['scale']
if not params['height'] and params['width']:
params['height'] = params['width']
elif params['height'] and not params['width']:
params['width'] = params['height']
elif not params['height'] and not params['width']:
params['width'] = params['height'] = 1000
# calculate center and radius, leave some room for text and stuff
center = (params['height'] / 2, params['width'] / 2)
radius = min(center)
if radius > 50:
radius -= 50
# Setup Cairo
surface = cairo.ImageSurface(cairo.FORMAT_ARGB32, params['height'],
params["width"])
ctx = cairo.Context(surface)
ctx.select_font_face("Times-Roman", cairo.FONT_SLANT_NORMAL,
cairo.FONT_WEIGHT_BOLD)
ctx.set_font_size(12)
ctx.set_source_rgb(1.0, 1.0, 1.0)
ctx.rectangle(0, 0, params['width'], params['height'])
ctx.fill()
ctx.set_source_rgb(0.0, 0.0, 0.0)
# Note, metatable_parseargs deals with permissions
pagelist, metakeys, _ = metatable_parseargs(request,
args,
get_all_keys=True)
metakeys = filter(lambda x: x not in SPECIAL_ATTRS, metakeys)
# If no keys, print nothing
if not pagelist:
request.write(plot_error(request))
return
# Populate data to the radar chart
data = dict()
for page in pagelist:
# On links, we want a list of page names, not their markup
metas = get_metas(request, page, metakeys, checkAccess=False)
# Get the maximum value of each key on a page
for key in metakeys:
data.setdefault(key, list())
if metas[key]:
scale.extend(map(ordervalue, metas[key]))
if page == pagename:
data[key].append(max(map(ordervalue, metas[key])))
# Get values for the chart axes
data_per_axis = dict()
for axis, key in enumerate(metakeys):
data_per_axis[axis] = key
if not values:
for x in data.values():
values.update(x)
if scale:
values.update(scale)
values = sorted(values)
# Refuse to draw if no values for any key
if not len(values):
request.write(plot_error(request))
return
no_values = len(values) + 1
per_value = radius / no_values
sectors = len(data)
angle = 2 * math.pi / sectors
cur_radius = per_value
# Make the base grid
for x in range(1, no_values):
ctx, gridpoints = spider_radius(ctx, center, cur_radius, sectors)
cur_radius += per_value
# Apply ink from strokes so far
ctx.stroke()
# Now start to make chart on top of the base
ctx.set_source_rgb(50 / 255.0, 137 / 255.0, 37 / 255.0)
ctx.set_line_width(5)
endpoints = list()
# Find coords for each value
for i in range(sectors):
val = data[data_per_axis[i]]
if val:
val = val.pop()
radius = values.index(val) + 1
else:
# If no values exist, it's in the bottom
radius = 0
x, y = spider_coords(radius * per_value, i * angle)
endpoints.append(add_to_center(center, (x, y)))
draw_path(ctx, endpoints)
# Draw path filling the contents
ctx.stroke_preserve()
ctx.set_source_rgba(150 / 255.0, 190 / 255.0, 13 / 255.0, 0.2)
ctx.fill()
# Write axis names on top of it all
for point, axis in zip(gridpoints, data_per_axis.keys()):
text = data_per_axis[axis]
ctx.set_source_rgba(1, 1, 1, 0.9)
width, height = ctx.text_extents(text)[2:4]
# Move texts on the left side a bit left
if point[0] < center[0]:
point = (point[0] - width, point[1])
width, height = width * 1.2, -height * 1.2
x, y = point[0] - 0.1 * width, point[1] + 0.1 * height
ctx.rectangle(x, y, width, height)
ctx.fill()
ctx.set_source_rgb(0, 0, 0)
ctx.move_to(*point)
ctx.show_text(text)
request.write(cairo_surface_to_png(surface))
def draw_topology(request, args, key):
args = [x.strip() for x in args.split(',')]
topology, flowfile, color = '', '', ''
rotate, width = '', ''
graph = GraphShower(request.page.page_name, request)
# take flow file specification from arguments as flow=k.csv,
# otherwise assume that the argument specifies the topology
for arg in args:
if '=' in arg:
key, val = [x.strip() for x in arg.split('=', 1)]
if key == 'color':
color = val
if key == 'flow':
flowfile = val
if key == 'rotate':
rotate = True
if key == 'width':
try:
width = float(val)
except ValueError:
pass
else:
topology = arg
_ = request.getText
# Get all containers
args = 'CategoryContainer, %s=/.+/' % (topology)
# Note, metatable_parseargs deals with permissions
pagelist, metakeys, styles = metatable_parseargs(request,
args,
get_all_keys=True)
if not pagelist:
return (False, "",
render_error(
"%s: %s" %
(_("No such topology or empty topology"), topology)))
coords = dict()
images = dict()
aliases = dict()
areas = dict()
colors = dict()
# Make a context to calculate font sizes with
# There must be a better way to do this, I just don't know it!
surface = cairo.ImageSurface(cairo.FORMAT_ARGB32, 0, 0)
ctx = cairo.Context(surface)
ctx.select_font_face("Times-Roman", cairo.FONT_SLANT_NORMAL,
cairo.FONT_WEIGHT_BOLD)
ctx.set_font_size(12)
allcoords = list()
for page in pagelist:
data = get_metas(request,
page, [topology, 'gwikishapefile', 'tia-name', color],
checkAccess=False,
formatLinks=True)
crds = [x.split(',') for x in data.get(topology, list)]
if not crds:
continue
crds = [x.strip() for x in crds[0]]
if not len(crds) == 2:
continue
try:
start_x, start_y = int(crds[0]), int(crds[1])
except ValueError:
continue
coords[page] = start_x, start_y
allcoords.append((start_x, start_y))
img = data.get('gwikishapefile', list())
if color:
clr = data.get(color, list())
if clr:
colors[page] = clr[0]
alias = data.get('tia-name', list())
# Newer versions of analyzer do not use aliases anymore
if not alias:
alias = [page]
aliases[page] = alias[0]
if img:
# Get attachment name, name of the page it's on, strip
# link artifacts, find filesys name
img = img[0].split(':')[1]
pname = '/'.join(img.split('/')[:-1])
img = img.split('/')[-1]
img = img.split('|')[0]
img = img.rstrip('}').rstrip(']]')
imgname = AttachFile.getFilename(request, pname, img)
try:
images[page] = cairo.ImageSurface.create_from_png(imgname)
end_x = start_x + images[page].get_width()
end_y = start_y + images[page].get_height()
except cairo.Error:
end_x = start_x
end_y = start_y
pass
text_len = ctx.text_extents(aliases[page])[4]
text_end = start_x + text_len
if text_end > end_x:
end_x = text_end
# If there was no image or a problem with loading the image
if page not in images:
# Lack of image -> black 10x10 rectangle is drawn
end_x, end_y = start_x + 10, start_y + 10
allcoords.append((end_x, end_y))
if flowfile:
flowcoords = list()
flowname = AttachFile.getFilename(request, topology, flowfile)
try:
flows = csv.reader(file(flowname, 'r').readlines(), delimiter=';')
except IOError:
return (False, "",
render_error(
"%s: %s" %
(_("No such flowfile as attachment on topology page"),
flowfile)))
flows.next()
for line in flows:
if not line:
continue
try:
flowcoords.append((line[0], line[6]))
except IndexError:
# Pasted broken lines?
pass
max_x = max([x[0] for x in allcoords])
min_x = min([x[0] for x in allcoords])
max_y = max([x[1] for x in allcoords])
min_y = min([x[1] for x in allcoords])
# Make room for text under pictures
if rotate:
surface_y = max_y - min_y
surface_x = max_x - min_x + 25
else:
surface_y = max_y - min_y + 25
surface_x = max_x - min_x
try:
# Get background image, if any
toponame = AttachFile.getFilename(request, topology, 'shapefile.png')
background = cairo.ImageSurface.create_from_png(toponame)
h = background.get_height()
w = background.get_width()
diff_x = w - surface_x
diff_y = h - surface_y
if diff_x > 0:
surface_x = w
else:
diff_x = 0
if diff_y > 0:
surface_y = h
else:
diff_y = 0
except cairo.Error:
background = None
diff_x = 0
diff_y = 0
pass
# Setup Cairo
surface = cairo.ImageSurface(cairo.FORMAT_ARGB32, int(surface_x),
int(surface_y))
# request.write(repr([surface_x, surface_y]))
ctx = cairo.Context(surface)
ctx.select_font_face("Times-Roman", cairo.FONT_SLANT_NORMAL,
cairo.FONT_WEIGHT_BOLD)
ctx.set_font_size(12)
ctx.set_source_rgb(1.0, 1.0, 1.0)
ctx.rectangle(0, 0, surface_x, surface_y)
ctx.fill()
if background:
# Center background if not large. Again, I'm just guessing
# where the background image should be, and trying to mimic
# analyzer.
h = background.get_height()
w = background.get_width()
start_x, start_y = 0, 0
if w < surface_x:
start_x = start_x - min_x - w / 2
if h < surface_y:
start_y = start_y - min_y - h / 2
ctx.set_source_surface(background, start_x, start_y)
ctx.rectangle(start_x, start_y, w, h)
ctx.fill()
midcoords = dict()
for page in pagelist:
if page not in coords:
continue
x, y = coords[page]
# FIXME need more data to align different backgrounds
# correctly, this is just guessing
start_x = x - min_x + (diff_x / 2)
start_y = y - min_y + (diff_y / 3)
w, h = 10, 10
if page not in images:
ctx.set_source_rgb(0, 0, 0)
else:
h = images[page].get_height()
w = images[page].get_width()
if page in colors:
clr = graph.hashcolor(colors[page])
r, g, b = [
int(''.join(i), 16) / 255.0
for i in zip(clr[1::2], clr[2::2])
]
ctx.set_source_rgb(r, g, b)
else:
ctx.set_source_rgb(1, 1, 1)
midcoords[page] = (start_x + w / 2, start_y + h / 2)
ctx.rectangle(start_x, start_y, w, h)
ctx.fill()
if page in images:
ctx.set_source_surface(images[page], start_x, start_y)
ctx.rectangle(start_x, start_y, w, h)
ctx.fill()
text = make_tooltip(request, page)
areas["%s,%s,%s,%s" % (start_x, start_y, start_x + w, start_y + h)] = \
[page, text, 'rect']
if page in aliases:
ctx.set_source_rgb(0, 0, 0)
if rotate:
ctx.move_to(start_x + w + 10, start_y + h)
else:
ctx.move_to(start_x, start_y + h + 10)
# FIXME, should parse links more nicely, now just removes
# square brackets
text = aliases[page].lstrip('[').rstrip(']')
if rotate:
ctx.rotate(-90.0 * math.pi / 180.0)
ctx.show_text(text)
if rotate:
ctx.rotate(90.0 * math.pi / 180.0)
if flowfile:
ctx.set_line_width(1)
ctx.set_source_rgb(0, 0, 0)
for start, end in flowcoords:
if (start not in midcoords) or (end not in midcoords):
continue
sx, sy = midcoords[start]
ex, ey = midcoords[end]
ctx.move_to(sx, sy)
ctx.line_to(ex, ey)
ctx.stroke()
s2 = surface
if width:
# For scaling
new_surface_y = width
factor = surface_y / new_surface_y
new_surface_x = surface_x / factor
# Recalculate image map data
newareas = dict()
for coords, data in areas.iteritems():
corners = [float(i) for i in coords.split(',')]
corners = tuple(i / factor for i in corners)
newareas['%s,%s,%s,%s' % corners] = data
areas = newareas
else:
new_surface_y = surface_y
new_surface_x = surface_x
if rotate:
temp = new_surface_x
new_surface_x = new_surface_y
new_surface_y = temp
temp = surface_x
surface_x = surface_y
surface_y = temp
s2 = cairo.ImageSurface(cairo.FORMAT_ARGB32, int(new_surface_x),
int(new_surface_y))
ctx = cairo.Context(s2)
if rotate:
ctx.rotate(90.0 * math.pi / 180.0)
# Recalculate image map data
newareas = dict()
for coords, data in areas.iteritems():
corners = coords.split(',')
corners = [float(i) for i in coords.split(',')]
corners = tuple([
new_surface_x - corners[1], corners[0],
new_surface_x - corners[3], corners[2]
])
newareas['%s,%s,%s,%s' % corners] = data
areas = newareas
if width:
ctx.scale(new_surface_x / surface_x, new_surface_y / surface_y)
if rotate:
ctx.translate(0, -surface_x)
ctx.set_source_surface(surface, 0, 0)
ctx.paint()
data = cairo_surface_to_png(s2)
map = ''
for coords in areas:
name, text, shape = areas[coords]
pagelink = request.script_root + u'/' + name
tooltip = "%s\n%s" % (name, text)
map += u'<area href="%s" shape="%s" coords="%s" title="%s">\n' % \
(form_escape(pagelink), shape, coords, tooltip)
return True, data, map
def execute(pagename, request):
pagename_header = '%s-%s.zip' % (pagename, datetime.now().isoformat()[:10])
pagename_header = pagename_header.encode('ascii', 'ignore')
request.content_type = 'application/zip'
request.headers['Content-Disposition'] = \
'attachment; filename="%s"' % pagename_header
args = values_to_form(request.values)
try:
args = args['args'][0]
except (KeyError, IndexError):
args = u''
pagelist, metakeys, _ = metatable_parseargs(request,
args,
get_all_keys=True)
renameDict = dict()
for page in pagelist:
metas = get_metas(request,
page, ["gwikirename"],
abs_attach=False,
checkAccess=False)
renameList = metas["gwikirename"]
if renameList:
renameDict[page] = renameList
output = StringIO()
zip = zipfile.ZipFile(output, "w", zipfile.ZIP_DEFLATED)
userid = user.getUserIdentification(request)
script = [
packLine(['MoinMoinPackage', '1']),
]
counter = 0
for pagename in pagelist:
counter += 1
page = Page(request, pagename)
timestamp = wikiutil.version2timestamp(page.mtime_usecs())
# Underlay pages are in epoch 0, zipfile in python 2.7 does
# not support this.
if not timestamp:
pagefile, rev, exists = page.get_rev()
if rev == 99999999:
# We should never get here
log.error("Page %s neither in pages or underlay, skipping." %
(pagename))
continue
timestamp = os.path.getctime(pagefile)
pagetext = page.get_raw_body().encode("utf-8")
filename = str(counter)
zinfo = zipfile.ZipInfo(
filename=filename,
date_time=datetime.fromtimestamp(timestamp).timetuple()[:6])
zinfo.compress_type = zipfile.ZIP_DEFLATED
zip.writestr(zinfo, pagetext)
targetNameList = renameDict.get(pagename, [pagename])
for targetName in targetNameList:
script.append(
packLine(["AddRevision", filename, targetName, userid, ""]))
for attachment in _get_files(request, pagename):
counter += 1
sourcefile = AttachFile.getFilename(request, pagename, attachment)
filename = str(counter) + "-attachment"
zip.write(sourcefile, filename)
script.append(
packLine([
"AddAttachment", filename, attachment, pagename, userid, ""
]))
zip.writestr(MOIN_PACKAGE_FILE, u"\n".join(script).encode("utf-8"))
zip.close()
request.write(output.getvalue())
def parse_editform(request, form):
r"""
>>> from graphingwiki.editing import _doctest_request
>>> request = _doctest_request()
>>> parse_editform(request, {"Test-gwikiseparator-" : ["1", "2"], ":: " : ["a"]})
{'Test': ({}, {'a': ['1', '2']})}
>>> request = _doctest_request({"Test" : {"meta" : {"a" : ["x"]}}})
>>> parse_editform(request, {"Test-gwikiseparator-a" : ["1", "2"], ":: a" : ["a"]})
{'Test': ({'a': ['x']}, {'a': ['1', '2']})}
>>> request = _doctest_request({"Test" : {"meta" : {"a" : ["x"]}}})
>>> parse_editform(request, {"Test-gwikiseparator-a" : ["x"], ":: a" : [""]})
{'Test': ({'a': ['x']}, {'a': ['']})}
>>> request = _doctest_request({"Test" : {"meta" : {"a" : ["1", "2"]}}})
>>> parse_editform(request, {"Test-gwikiseparator-a" : ["1"], ":: a" : ["a"]})
{'Test': ({'a': ['1', '2']}, {'a': ['1', '']})}
"""
_ = request.getText
msgs = list()
keys = dict()
pages = dict()
files = dict()
for key in request.files:
f = request.files[key]
if not f.filename:
continue
fileobj = f.stream
page, key = key.split(SEPARATOR, 1)
files.setdefault(page, dict())[key] = (f.filename, fileobj)
# Key changes
for oldKey, newKeys in form.iteritems():
if not newKeys or not oldKey.startswith(':: '):
continue
newKey = newKeys[0].strip()
oldKey = oldKey[3:].strip()
if oldKey == newKey:
continue
keys[oldKey] = newKey
# Value changes
for pageAndKey, newValues in form.iteritems():
if pageAndKey.endswith("__filename__"):
continue
# At least the key 'save' may be there and should be ignored
if not SEPARATOR in pageAndKey:
continue
# Form keys not autodecoded from utf-8
page, oldKey = pageAndKey.split(SEPARATOR, 1)
# Decoding pagename
page = url_unquote(page)
newKey = keys.get(oldKey, oldKey)
if not request.user.may.write(page):
err = '%s: ' % page + _('You are not allowed to edit this page.')
if not err in msgs:
msgs.append(err)
continue
oldMeta, newMeta = pages.setdefault(page, (dict(), dict()))
if oldKey:
oldMetas = get_metas(request, page, [oldKey],
abs_attach=False, includeGenerated=False)
oldValues = oldMetas[oldKey]
oldMeta.setdefault(oldKey, list()).extend(oldValues)
if newKey != oldKey:
# Remove the corresponding values
newMeta.setdefault(oldKey, list()).extend([""] * len(oldValues))
if newKey:
missing = 0
if oldKey:
missing = len(oldValues) - len(newValues)
newMeta.setdefault(newKey, list()).extend(newValues)
newMeta.setdefault(newKey, list()).extend([""] * missing)
# Prune
for page, (oldMeta, newMeta) in list(pages.iteritems()):
for key in list(newMeta):
if key not in oldMeta:
continue
if oldMeta[key] != newMeta[key]:
continue
del oldMeta[key]
del newMeta[key]
if not (oldMeta or newMeta):
del pages[page]
for page in files:
metas = pages.get(page, (dict(), dict()))[1]
for key in files[page]:
filename, descriptor = files[page][key]
values = metas.get(key, list())
try:
index = values.index(descriptor)
values[index] = "[[attachment:%s]]" % filename
except ValueError:
values.append("[[attachment:%s]]" % filename)
return pages, msgs, files
def execute(pagename, request):
pagename_header = "%s-%s.zip" % (pagename, datetime.now().isoformat()[:10])
pagename_header = pagename_header.encode("ascii", "ignore")
request.content_type = "application/zip"
request.headers["Content-Disposition"] = 'attachment; filename="%s"' % pagename_header
args = values_to_form(request.values)
try:
args = args["args"][0]
except (KeyError, IndexError):
args = u""
pagelist, metakeys, _ = metatable_parseargs(request, args, get_all_keys=True)
renameDict = dict()
for page in pagelist:
metas = get_metas(request, page, ["gwikirename"], abs_attach=False, checkAccess=False)
renameList = metas["gwikirename"]
if renameList:
renameDict[page] = renameList
output = StringIO()
zip = zipfile.ZipFile(output, "w", zipfile.ZIP_DEFLATED)
userid = user.getUserIdentification(request)
script = [packLine(["MoinMoinPackage", "1"])]
counter = 0
for pagename in pagelist:
counter += 1
page = Page(request, pagename)
timestamp = wikiutil.version2timestamp(page.mtime_usecs())
# Underlay pages are in epoch 0, zipfile in python 2.7 does
# not support this.
if not timestamp:
pagefile, rev, exists = page.get_rev()
if rev == 99999999:
# We should never get here
log.error("Page %s neither in pages or underlay, skipping." % (pagename))
continue
timestamp = os.path.getctime(pagefile)
pagetext = page.get_raw_body().encode("utf-8")
filename = str(counter)
zinfo = zipfile.ZipInfo(filename=filename, date_time=datetime.fromtimestamp(timestamp).timetuple()[:6])
zinfo.compress_type = zipfile.ZIP_DEFLATED
zip.writestr(zinfo, pagetext)
targetNameList = renameDict.get(pagename, [pagename])
for targetName in targetNameList:
script.append(packLine(["AddRevision", filename, targetName, userid, ""]))
for attachment in _get_files(request, pagename):
counter += 1
sourcefile = AttachFile.getFilename(request, pagename, attachment)
filename = str(counter) + "-attachment"
zip.write(sourcefile, filename)
script.append(packLine(["AddAttachment", filename, attachment, pagename, userid, ""]))
zip.writestr(MOIN_PACKAGE_FILE, u"\n".join(script).encode("utf-8"))
zip.close()
request.write(output.getvalue())
def execute(xmlrpcobj, page, ttl=None, version=""):
request = xmlrpcobj.request
cfg = dict()
for key, value in DEFAULTS.iteritems():
cfg[key] = getattr(request.cfg, "cookie_" + key, value)
if ttl is None:
ttl = cfg["min_ttl"] * SECONDS_IN_DAY
# Check if user has right to read page
if not request.user.may.read(page):
return xmlrpclib.Fault(1, "You are not allowed get this license.")
# Encode the pagename and username properly (?)
username = request.user.name
pagename = page
if not username:
return xmlrpclib.Fault(1, "Unknown user")
pagelist, metakeys, _ = metatable_parseargs(request, page, get_all_keys=True)
metas = get_metas(request, page, metakeys, checkAccess=False)
typeValue = metas.get("Type", [])
if len(typeValue) == 0:
licenseType = "cookie"
else:
licenseType = typeValue[0]
if licenseType == "capped":
usedCookies = countUsage(request, username + "/Bookkeeping", page)
ownedCookies = countOwned(request, username + "/Shopkeeping", page)
availableCookies = ownedCookies - usedCookies
minTTL = getIntMeta(metas, "Minimum check-out period (days)", cfg["min_ttl"])
maxTTL = getIntMeta(metas, "Maximum check-out period (days)", cfg["max_ttl"])
minTTL *= SECONDS_IN_DAY
maxTTL *= SECONDS_IN_DAY
# Cap the cookie ttl between minTTL and maxTTL
ttl = min(max(ttl, minTTL), maxTTL)
if licenseType == "capped":
ttl = min(ttl, availableCookies * SECONDS_IN_DAY)
availableCookies -= ttl / SECONDS_IN_DAY
if ttl <= 0:
return xmlrpclib.Fault(1, "You don't have any cookies left!")
if licenseType == "traditional":
first, last = getPurchases(request, username + "/Shopkeeping", page)
if first == 0 and last == 0:
return xmlrpclib.Fault(1, "No purchased licenses found!")
duration = getIntMeta(metas, "Duration (days)", cfg["default_duration"])
issued = first
expires = last + duration * SECONDS_IN_DAY
else:
# Start and end times for the cookie
issued = int(time.time())
expires = issued + ttl
cookieData = reformatMetaDict(metas)
cookieData["collabname"] = request.cfg.interwikiname
cookieData["pagename"] = pagename
cookieData["username"] = username
cookieData["issued"] = int(issued)
cookieData["expires"] = int(expires)
if licenseType == "capped":
cookieData["availableCookies"] = "%.02f" % availableCookies
cookie = createCookieString(cookieData)
failure = logCookieRequest(request, cfg, username, (issued, expires, pagename), version)
if failure:
return failure
return signCookie(cfg, cookie)
def construct_table(macro, pagelist, key, sort_order):
request = macro.request
request.page.formatter = request.formatter
count = dict()
orginalPage = request.page
for page in pagelist:
pageobj = Page(request, page)
request.page = pageobj
request.formatter.page = pageobj
# WARNING: Skipping access check because we know that metatable_parseargs
# already checked them. If you plan to use this code elsewhere
# you should make sure that you check for access.
metas = get_metas(request, page, [key], checkAccess=False)
for value in metas[key]:
current = count.get(value, 0)
count[value] = current + 1
request.write(macro.formatter.linebreak() + u'<div class="metatable">' +
macro.formatter.table(1))
request.write(macro.formatter.table_row(1, {'rowclass': 'meta_header'}))
t_cell(macro, key)
t_cell(macro, "Count")
request.write(macro.formatter.table_row(0))
row = 0
tmp = list()
for value, count in count.iteritems():
tmp.append((count, value))
if sort_order == "value":
tmp.sort(key=lambda (x, y): y)
elif sort_order == "count":
tmp.sort(key=lambda (x, y): x, reverse=True)
s = sum(map(lambda (x, y): x, tmp))
tmp.append((s, "Sum"))
for value, key in tmp:
row = row + 1
if row % 2:
request.write(
macro.formatter.table_row(1,
{'rowclass': 'metatable-odd-row'}))
else:
request.write(
macro.formatter.table_row(1,
{'rowclass': 'metatable-even-row'}))
t_cell(macro, key)
t_cell(macro, u"%d" % value)
request.write(macro.formatter.table_row(0))
request.page = orginalPage
request.formatter.page = orginalPage
request.write(macro.formatter.table(0))
request.write(u'</div>')
