def filter_table(self, rows):
fromvar = self.htmlvars[0]
fromtext = html.request.var(fromvar)
lower = None
if fromtext:
try:
lower = float(fromtext) * self._scale
except:
pass
tovar = self.htmlvars[1]
totext = html.request.var(tovar)
upper = None
if totext:
try:
upper = float(totext) * self._scale
except:
pass
if lower is None and upper is None:
return rows
newrows = []
for row in rows:
invdata = inventory.get_inventory_data(row["host_inventory"], self._invpath)
if lower is not None and invdata < lower:
continue
if upper is not None and invdata > upper:
continue
newrows.append(row)
return newrows
def filter_table(self, context: VisualContext, rows: Rows) -> Rows:
tri = self.tristate_value()
if tri == -1:
return rows
wanted_value = tri == 1
newrows = []
for row in rows:
invdata = inventory.get_inventory_data(row["host_inventory"], self._invpath)
if wanted_value == invdata:
newrows.append(row)
return newrows
def filter_table(self, context: VisualContext, rows: Rows) -> Rows:
lower, upper = self.filter_configs()
if not any((lower, upper)):
return rows
newrows = []
for row in rows:
invdata = inventory.get_inventory_data(row["host_inventory"], self._invpath)
if lower is not None and invdata < lower:
continue
if upper is not None and invdata > upper:
continue
newrows.append(row)
return newrows
def filter_table(self, context: VisualContext, rows: Rows) -> Rows:
filtertext = self.filtertext
if not filtertext:
return rows
try:
regex = re.compile(filtertext, re.IGNORECASE)
except re.error:
raise MKUserError(
self.htmlvars[0],
_('Your search statement is not valid. You need to provide a regular '
'expression (regex). For example you need to use <tt>\\\\</tt> instead of <tt>\\</tt> '
'if you like to search for a single backslash.'))
newrows = []
for row in rows:
invdata = inventory.get_inventory_data(row["host_inventory"], self._invpath)
if invdata is None:
invdata = ""
if regex.search(invdata):
newrows.append(row)
return newrows