def execute(pagename, request):
form = values_to_form(request.values)
util = form.get('util', [None])[0]
if util == "format":
txt = form.get('text', [None])[0]
request.write(format_wikitext(request, txt))
elif util == "getTemplate":
template = form.get('name', [None])[0]
template_page = wikiutil.unquoteWikiname(template)
if request.user.may.read(template_page):
Page(request, template_page).send_raw()
elif util == "newPage":
page = form.get('page', [None])[0]
content = form.get('content', [""])[0]
request.content_type = "application/json"
if request.environ['REQUEST_METHOD'] != 'POST':
return
if not page:
msg = "Page name not defined!"
json.dump(dict(status="error", msg=msg), request)
return
if not request.user.may.write(page):
msg = "You are not allowed to edit this page"
json.dump(dict(status="error", msg=msg), request)
return
p = Page(request, page)
if p.exists():
msg = "Page already exists"
json.dump(dict(status="error", msg=msg), request)
return
editor = PageEditor(request, page)
msg = editor.saveText(content, p.get_real_rev())
json.dump(dict(status="ok", msg=msg), request)
elif util == "getProperties":
request.content_type = "application/json"
key = form.get('key', [''])[0]
json.dump(get_properties(request, key), request)
return
elif util == "uploadFile":
request.content_type = "application/json"
if not request.user.may.write(pagename):
msg = u"You are not allowed to edit this page!"
json.dump(dict(status="error", msg=msg), request)
request.status_code = 403
return
from MoinMoin.action.AttachFile import add_attachment, AttachmentAlreadyExists
try:
overwrite = int(form.get('overwrite', ['0'])[0])
except:
overwrite = 0
response = dict(success=list(), failed=list())
for name in request.files:
_file = request.files.get(name)
filename = _file.filename
try:
t, s = add_attachment(request,
pagename,
filename,
_file.stream,
overwrite=overwrite)
response['success'].append(filename)
except AttachmentAlreadyExists:
response['failed'].append(filename)
json.dump(response, request)
return
elif util == "getAttachments":
request.content_type = "application/json"
from MoinMoin.action.AttachFile import _get_files, getAttachUrl
files = _get_files(request, pagename)
response = []
for name in files:
response.append(
dict(url=getAttachUrl(pagename, name, request), name=name))
json.dump(response, request)
return
def repl_subfun(mo):
dt, pagekey, val = mo.groups()
pagekey = form_unescape(pagekey)
msg = dt
key = pagekey.split(SEPARATOR)[1]
properties = get_properties(request, key)
values = list()
# Placeholder key key
if key in vals_on_keys:
for keyval in sorted(vals_on_keys[key]):
keyval = keyval.strip()
# Is this really needed? If so, probably should make the length configurable..
# if len(keyval) > 30:
# showval = keyval[:27] + '...'
# else:
# showval = keyval
showval = keyval
values.append((keyval, showval))
formtype = properties.get('hint')
constraint = properties.get('constraint')
desc = properties.get('description')
default = properties.get('default', '')
hidden = False
if formtype == "hidden":
hidden = True
if not formtype in formtypes:
formtype = "selection"
if (not formtype == "radio"
and not (formtype == "checkbox" and constraint == "existing")):
cloneable = "true"
else:
cloneable = "false"
if desc:
msg = msg.replace('</dt>', ' %s</dt>' % \
request.formatter.icon('info'))
msg = msg.replace(
'<dt>',
wr('<dt class="mt-tooltip" title="%s" rel="%s">', key, desc))
msg = msg.replace(
'<dd>',
wr(
'<dd class="metaformedit" data-cloneable="%s" data-default="%s">',
cloneable, default))
msg += formtypes[formtype](request, pagekey, val, values)
if (not constraint == 'existing'
and not formtype in ['textbox', 'textarea', 'file', 'date']):
msg += wr('<textarea form="metaformedit" name="%s"></textarea>',
pagekey)
if hidden:
msg = request.formatter.div(1, css_class='comment') + msg + \
request.formatter.div(0)
return msg
def construct_table(
request, pagelist, metakeys, legend="", checkAccess=True, styles=dict(), options=dict(), parser=None
):
request.page.formatter = request.formatter
formatter = request.formatter
_ = request.getText
pagename = request.page.page_name
row = 0
formatopts = {"tableclass": "metatable"}
# Limit the maximum number of pages displayed
pagepathstrip = options.get("pathstrip", 0)
try:
pagepathstrip = int(pagepathstrip)
except ValueError:
pagepathstrip = 0
pass
if pagepathstrip < 0:
pagepathstrip = 0
## Properties
# Default and override properties
propdefault = options.get("propdefault", "")
propoverride = options.get("propoverride", "")
if propoverride:
propoverride = get_properties(request, propoverride)
if propdefault:
propdefault = get_properties(request, propdefault)
# Properties dict per key
properties = dict()
emptyprop = dict().fromkeys(PROPERTIES, "")
for key in metakeys:
if propoverride:
properties[key] = propoverride
else:
properties[key] = get_properties(request, key)
if properties[key] == emptyprop:
properties[key] = propdefault
# To include only a [link] to page instead of pagename
pagelinkonly = options.get("pagelinkonly", 0)
# Transpose table, i.e. make table lanscape instead of portrait
transpose = options.get("transpose", 0)
# Limit the maximum number of pages displayed
maxpages = len(pagelist)
limit = options.get("limit", 0)
try:
limit = int(limit)
except ValueError:
limit = 0
pass
if limit > maxpages or limit < 0:
limit = 0
if limit:
pagelist = pagelist[:limit]
if "width" in options:
formatopts = {"tableclass": "metatable wrap"}
formatopts["tablewidth"] = options["width"]
# Start table
out = list()
out.append(formatter.linebreak() + formatter.table(1, attrs=formatopts))
# If the first column is -, do not send page data
send_pages = True
if metakeys and metakeys[0] == "-":
send_pages = False
metakeys = metakeys[1:]
if metakeys:
# Give a class to headers to make it customisable
out.append(formatter.table_row(1, {"rowclass": "meta_header"}))
if send_pages:
# Upper left cell contains table size or has the desired legend
if legend:
out.extend(t_cell(request, pagename, [legend], parser=parser))
elif limit:
message = ["Showing (%s/%s) pages" % (len(pagelist), maxpages)]
out.extend(t_cell(request, pagename, message, parser=parser))
else:
out.extend(t_cell(request, pagename, [legend], parser=parser))
def key_cell(request, metas, key, pageobj, styles, properties):
out = list()
style = styles.get(key, dict())
if key == "gwikipagename":
out.extend(t_cell(request, pageobj, [pageobj.page_name], head=1, style=style, parser=parser))
return out
colors = [x.strip() for x in properties if x.startswith("color ")]
colormatch = None
# Get first color match
for color in colors:
colorval = properties.get(color)
# See that color is valid (either in the colorlist
# or a valid hex color)
if colorval not in COLORS:
if not re.match("#[0-9a-fA-F]{6}", colorval):
continue
color = color.split()[-1]
try:
color_p = re.compile(color)
except:
continue
for val in metas[key]:
if color_p.match(val):
colormatch = colorval
if colormatch:
break
if colormatch:
style["bgcolor"] = colormatch
out.extend(t_cell(request, pageobj, metas[key], style=style, key=key, parser=parser))
if colormatch:
del style["bgcolor"]
return out
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_cell(request, pageobj, revision, row, send_pages, pagelinkonly, pagepathstrip):
out = list()
if row:
if row % 2:
out.append(formatter.table_row(1, {"rowclass": "metatable-odd-row"}))
else:
out.append(formatter.table_row(1, {"rowclass": "metatable-even-row"}))
if send_pages:
linktext = ""
if pagelinkonly:
linktext = _("[link]")
out.extend(
t_cell(
request,
pageobj,
[pageobj.page_name],
head=1,
rev=revision,
pathstrip=pagepathstrip,
linkoverride=linktext,
parser=parser,
)
)
return out
tmp_page = request.page
if transpose:
for page in pagelist:
metas, page, revision = page_rev_metas(request, page, metakeys, checkAccess)
pageobj = Page(request, page)
request.page = pageobj
request.formatter.page = pageobj
out.extend(page_cell(request, pageobj, revision, 0, send_pages, pagelinkonly, pagepathstrip))
else:
for key in metakeys:
style = styles.get(key, dict())
# Styles can modify key naming
name = style.get("gwikiname", "").strip('"')
if not name and legend and key == "gwikipagename":
name = [legend]
# 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:
out.extend(t_cell(request, request.page, [name], style=headerstyle, key=key, parser=parser))
else:
out.extend(t_cell(request, request.page, [key], style=headerstyle, key=key, parser=parser))
if metakeys:
out.append(formatter.table_row(0))
if transpose:
for key in metakeys:
style = styles.get(key, dict())
# Styles can modify key naming
name = style.get("gwikiname", "").strip('"')
if not name and legend and key == "gwikipagename":
name = [legend]
# 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:
out.extend(t_cell(request, tmp_page, [name], style=headerstyle, key=key, parser=parser))
else:
out.extend(t_cell(request, tmp_page, [key], style=headerstyle, key=key, parser=parser))
row = row + 1
for page in pagelist:
metas, page, revision = page_rev_metas(request, page, [key], checkAccess)
pageobj = Page(request, page)
request.page = pageobj
request.formatter.page = pageobj
out.extend(key_cell(request, metas, key, pageobj, styles, properties[key]))
out.append(formatter.table_row(0))
else:
for page in pagelist:
metas, page, revision = page_rev_metas(request, page, metakeys, checkAccess)
row = row + 1
pageobj = Page(request, page)
request.page = pageobj
request.formatter.page = pageobj
out.extend(page_cell(request, pageobj, revision, row, send_pages, pagelinkonly, pagepathstrip))
for key in metakeys:
out.extend(key_cell(request, metas, key, pageobj, styles, properties[key]))
out.append(formatter.table_row(0))
request.page = tmp_page
request.formatter.page = tmp_page
out.append(formatter.table(0))
return out
def construct_table(request,
pagelist,
metakeys,
legend='',
checkAccess=True,
styles=dict(),
options=dict(),
parser=None):
request.page.formatter = request.formatter
formatter = request.formatter
_ = request.getText
pagename = request.page.page_name
row = 0
formatopts = {'tableclass': 'metatable'}
# Limit the maximum number of pages displayed
pagepathstrip = options.get('pathstrip', 0)
try:
pagepathstrip = int(pagepathstrip)
except ValueError:
pagepathstrip = 0
pass
if pagepathstrip < 0:
pagepathstrip = 0
## Properties
# Default and override properties
propdefault = options.get('propdefault', '')
propoverride = options.get('propoverride', '')
if propoverride:
propoverride = get_properties(request, propoverride)
if propdefault:
propdefault = get_properties(request, propdefault)
# Properties dict per key
properties = dict()
emptyprop = dict().fromkeys(PROPERTIES, '')
for key in metakeys:
if propoverride:
properties[key] = propoverride
else:
properties[key] = get_properties(request, key)
if properties[key] == emptyprop:
properties[key] = propdefault
# To include only a [link] to page instead of pagename
pagelinkonly = options.get('pagelinkonly', 0)
# Transpose table, i.e. make table lanscape instead of portrait
transpose = options.get('transpose', 0)
# Limit the maximum number of pages displayed
maxpages = len(pagelist)
limit = options.get('limit', 0)
try:
limit = int(limit)
except ValueError:
limit = 0
pass
if limit > maxpages or limit < 0:
limit = 0
if limit:
pagelist = pagelist[:limit]
if 'width' in options:
formatopts = {'tableclass': 'metatable wrap'}
formatopts['tablewidth'] = options['width']
# Start table
out = list()
out.append(formatter.linebreak() + formatter.table(1, attrs=formatopts))
# If the first column is -, do not send page data
send_pages = True
if metakeys and metakeys[0] == '-':
send_pages = False
metakeys = metakeys[1:]
if metakeys:
# Give a class to headers to make it customisable
out.append(formatter.table_row(1, {'rowclass': 'meta_header'}))
if send_pages:
# Upper left cell contains table size or has the desired legend
if legend:
out.extend(t_cell(request, pagename, [legend], parser=parser))
elif limit:
message = ["Showing (%s/%s) pages" % (len(pagelist), maxpages)]
out.extend(t_cell(request, pagename, message, parser=parser))
else:
out.extend(t_cell(request, pagename, [legend], parser=parser))
def key_cell(request, metas, key, pageobj, styles, properties):
out = list()
style = styles.get(key, dict())
if key == 'gwikipagename':
out.extend(
t_cell(request,
pageobj, [pageobj.page_name],
head=1,
style=style,
parser=parser))
return out
colors = [x.strip() for x in properties if x.startswith('color ')]
colormatch = None
# Get first color match
for color in colors:
colorval = properties.get(color)
# See that color is valid (either in the colorlist
# or a valid hex color)
if colorval not in COLORS:
if not re.match('#[0-9a-fA-F]{6}', colorval):
continue
color = color.split()[-1]
try:
color_p = re.compile(color)
except:
continue
for val in metas[key]:
if color_p.match(val):
colormatch = colorval
if colormatch:
break
if colormatch:
style['bgcolor'] = colormatch
out.extend(
t_cell(request,
pageobj,
metas[key],
style=style,
key=key,
parser=parser))
if colormatch:
del style['bgcolor']
return out
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_cell(request, pageobj, revision, row, send_pages, pagelinkonly,
pagepathstrip):
out = list()
if row:
if row % 2:
out.append(
formatter.table_row(1, {'rowclass': 'metatable-odd-row'}))
else:
out.append(
formatter.table_row(1, {'rowclass': 'metatable-even-row'}))
if send_pages:
linktext = ''
if pagelinkonly:
linktext = _('[link]')
out.extend(
t_cell(request,
pageobj, [pageobj.page_name],
head=1,
rev=revision,
pathstrip=pagepathstrip,
linkoverride=linktext,
parser=parser))
return out
tmp_page = request.page
if transpose:
for page in pagelist:
metas, page, revision = page_rev_metas(request, page, metakeys,
checkAccess)
pageobj = Page(request, page)
request.page = pageobj
request.formatter.page = pageobj
out.extend(
page_cell(request, pageobj, revision, 0, send_pages,
pagelinkonly, pagepathstrip))
else:
for key in metakeys:
style = styles.get(key, dict())
# Styles can modify key naming
name = style.get('gwikiname', '').strip('"')
if not name and legend and key == 'gwikipagename':
name = [legend]
# 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:
out.extend(
t_cell(request,
request.page, [name],
style=headerstyle,
key=key,
parser=parser))
else:
out.extend(
t_cell(request,
request.page, [key],
style=headerstyle,
key=key,
parser=parser))
if metakeys:
out.append(formatter.table_row(0))
if transpose:
for key in metakeys:
style = styles.get(key, dict())
# Styles can modify key naming
name = style.get('gwikiname', '').strip('"')
if not name and legend and key == 'gwikipagename':
name = [legend]
# 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:
out.extend(
t_cell(request,
tmp_page, [name],
style=headerstyle,
key=key,
parser=parser))
else:
out.extend(
t_cell(request,
tmp_page, [key],
style=headerstyle,
key=key,
parser=parser))
row = row + 1
for page in pagelist:
metas, page, revision = page_rev_metas(request, page, [key],
checkAccess)
pageobj = Page(request, page)
request.page = pageobj
request.formatter.page = pageobj
out.extend(
key_cell(request, metas, key, pageobj, styles,
properties[key]))
out.append(formatter.table_row(0))
else:
for page in pagelist:
metas, page, revision = page_rev_metas(request, page, metakeys,
checkAccess)
row = row + 1
pageobj = Page(request, page)
request.page = pageobj
request.formatter.page = pageobj
out.extend(
page_cell(request, pageobj, revision, row, send_pages,
pagelinkonly, pagepathstrip))
for key in metakeys:
out.extend(
key_cell(request, metas, key, pageobj, styles,
properties[key]))
out.append(formatter.table_row(0))
request.page = tmp_page
request.formatter.page = tmp_page
out.append(formatter.table(0))
return out
def repl_subfun(mo):
dt, pagekey, val = mo.groups()
pagekey = form_unescape(pagekey)
msg = dt
key = pagekey.split(SEPARATOR)[1]
properties = get_properties(request, key)
values = list()
# Placeholder key key
if key in vals_on_keys:
for keyval in sorted(vals_on_keys[key]):
keyval = keyval.strip()
# Is this really needed? If so, probably should make the length configurable..
# if len(keyval) > 30:
# showval = keyval[:27] + '...'
# else:
# showval = keyval
showval = keyval
values.append((keyval, showval))
formtype = properties.get('hint')
constraint = properties.get('constraint')
desc = properties.get('description')
default = properties.get('default', '')
hidden = False
if formtype == "hidden":
hidden = True
if not formtype in formtypes:
formtype = "selection"
if (not formtype == "radio" and
not (formtype == "checkbox" and constraint == "existing")):
cloneable = "true"
else:
cloneable = "false"
if desc:
msg = msg.replace('</dt>', ' %s</dt>' % \
request.formatter.icon('info'))
msg = msg.replace('<dt>', wr(
'<dt class="mt-tooltip" title="%s" rel="%s">', key, desc))
msg = msg.replace('<dd>', wr('<dd class="metaformedit" data-cloneable="%s" data-default="%s">', cloneable, default))
msg += formtypes[formtype](request, pagekey, val, values)
if (not constraint == 'existing' and
not formtype in ['textbox', 'textarea', 'file', 'date']):
msg += wr('<textarea form="metaformedit" name="%s"></textarea>', pagekey)
if hidden:
msg = request.formatter.div(1, css_class='comment') + msg + \
request.formatter.div(0)
return msg
def execute(pagename, request):
form = values_to_form(request.values)
util = form.get('util', [None])[0]
if util == "format":
txt = form.get('text', [None])[0]
request.write(format_wikitext(request, txt))
elif util == "getTemplate":
template = form.get('name', [None])[0]
template_page = wikiutil.unquoteWikiname(template)
if request.user.may.read(template_page):
Page(request, template_page).send_raw()
elif util == "newPage":
page = form.get('page', [None])[0]
content = form.get('content', [""])[0]
request.content_type = "application/json"
if request.environ['REQUEST_METHOD'] != 'POST':
return
if not page:
msg = "Page name not defined!"
json.dump(dict(status="error", msg=msg), request)
return
if not request.user.may.write(page):
msg = "You are not allowed to edit this page"
json.dump(dict(status="error", msg=msg), request)
return
p = Page(request, page)
if p.exists():
msg = "Page already exists"
json.dump(dict(status="error", msg=msg), request)
return
editor = PageEditor(request, page)
msg = editor.saveText(content, p.get_real_rev())
json.dump(dict(status="ok", msg=msg), request)
elif util == "getProperties":
request.content_type = "application/json"
key = form.get('key', [''])[0]
json.dump(get_properties(request, key), request)
return
elif util == "uploadFile":
request.content_type = "application/json"
if not request.user.may.write(pagename):
msg = u"You are not allowed to edit this page!"
json.dump(dict(status="error", msg=msg), request)
request.status_code = 403
return
from MoinMoin.action.AttachFile import add_attachment, AttachmentAlreadyExists
try:
overwrite = int(form.get('overwrite', ['0'])[0])
except:
overwrite = 0
response = dict(success=list(), failed=list())
for name in request.files:
_file = request.files.get(name)
filename = _file.filename
try:
t,s = add_attachment(request, pagename, filename, _file.stream, overwrite=overwrite)
response['success'].append(filename)
except AttachmentAlreadyExists:
response['failed'].append(filename)
json.dump(response, request)
return
elif util == "getAttachments":
request.content_type = "application/json"
from MoinMoin.action.AttachFile import _get_files, getAttachUrl
files = _get_files(request, pagename)
response = []
for name in files:
response.append(dict(url=getAttachUrl(pagename, name, request),name=name))
json.dump(response, request)
return
