lazy=True)
elif treetype == "bottom-up":
return paint_aggr_tree_ltr(row, False)
elif treetype == "top-down":
return paint_aggr_tree_ltr(row, True)
multisite_painters["aggr_treestate"] = {
"title": _("Aggregation: complete tree"),
"short": _("Tree"),
"columns": ["aggr_treestate", "aggr_hosts"],
"options":
["aggr_expand", "aggr_onlyproblems", "aggr_treetype", "aggr_wrap"],
"paint": paint_aggregated_tree_state,
}
multisite_painters["aggr_treestate_boxed"] = {
"title":
_("Aggregation: simplistic boxed layout"),
"short":
_("Tree"),
"columns": ["aggr_treestate", "aggr_hosts"],
"paint":
lambda row: bi.render_tree_foldable(row,
boxes=True,
omit_root=True,
expansion_level=bi.load_ex_level(),
only_problems=False,
lazy=True),
}
expansion_level = int(painter_options.get("aggr_expand"))
only_problems = painter_options.get("aggr_onlyproblems") == "1"
if treetype == "foldable":
return bi.render_tree_foldable(row, False, False, expansion_level, only_problems, lazy=True)
elif treetype == "boxes":
return bi.render_tree_foldable(row, True, False, expansion_level, only_problems, lazy=True)
elif treetype == "boxes-omit-root":
return bi.render_tree_foldable(row, True, True, expansion_level, only_problems, lazy=True)
elif treetype == "bottom-up":
return paint_aggr_tree_ltr(row, False)
elif treetype == "top-down":
return paint_aggr_tree_ltr(row, True)
multisite_painters["aggr_treestate"] = {
"title" : _("Aggregation: complete tree"),
"short" : _("Tree"),
"columns" : [ "aggr_treestate", "aggr_hosts" ],
"options" : [ "aggr_expand", "aggr_onlyproblems", "aggr_treetype", "aggr_wrap" ],
"paint" : paint_aggregated_tree_state,
}
multisite_painters["aggr_treestate_boxed"] = {
"title" : _("Aggregation: simplistic boxed layout"),
"short" : _("Tree"),
"columns" : [ "aggr_treestate", "aggr_hosts" ],
"paint" : lambda row: bi.render_tree_foldable(row, boxes=True, omit_root=True,
expansion_level=bi.load_ex_level(), only_problems=False, lazy=True),
}
def paint_aggr_tree_foldable(row, boxes, omit_root=True):
saved_expansion_level = bi.load_ex_level()
treestate = weblib.get_tree_states('bi')
expansion_level = int(get_painter_option("aggr_expand"))
if expansion_level != saved_expansion_level:
treestate = {}
weblib.set_tree_states('bi', treestate)
weblib.save_tree_states()
mousecode = \
'onmouseover="this.style.cursor=\'pointer\';" ' \
'onmouseout="this.style.cursor=\'auto\';" ' \
'onclick="bi_toggle_%s(this);" ' % (boxes and "box" or "subtree")
def render_subtree(tree, path, show_host):
is_leaf = len(tree) == 3
path_id = "/".join(path)
is_open = treestate.get(path_id)
if is_open == None:
is_open = len(path) <= expansion_level
h = ""
state = tree[0]
# Variant: BI-Boxes
if boxes:
if is_leaf:
leaf = "leaf"
mc = ""
else:
leaf = "noleaf"
mc = mousecode
omit = omit_root and len(path) == 1
if not omit:
h += '<span id="%d:%s" %s class="bibox_box %s %s state%s">' % (
expansion_level, path_id, mc, leaf, is_open and "open" or "closed", state["state"])
if is_leaf:
h += aggr_render_leaf(tree, show_host, bare = True) # .replace(" ", " ")
else:
h += tree[2]["title"].replace(" ", " ")
h += '</span> '
if not is_leaf:
h += '<span class="bibox" style="%s">' % ((not is_open and not omit) and "display: none;" or "")
parts = []
for node in tree[3]:
new_path = path + [node[2]["title"]]
h += render_subtree(node, new_path, show_host)
h += '</span>'
return h
# Variant: foldable trees
else:
if is_leaf: # leaf
return aggr_render_leaf(tree, show_host, bare = boxes)
h += '<span class=title>'
is_empty = len(tree[3]) == 0
if is_empty:
style = ''
mc = ''
elif is_open:
style = ''
mc = mousecode + 'src="images/tree_black_90.png" '
else:
style = 'style="display: none" '
mc = mousecode + 'src="images/tree_black_00.png" '
h += aggr_render_node(tree, tree[2]["title"], mc, show_host)
if not is_empty:
h += '<ul id="%d:%s" %sclass="subtree">' % (expansion_level, path_id, style)
for node in tree[3]:
estate = node[1] != None and node[1] or node[0]
if not node[2].get("hidden"):
new_path = path + [node[2]["title"]]
h += '<li>' + render_subtree(node, new_path, show_host) + '</li>\n'
h += '</ul>'
return h + '</span>\n'
tree = row["aggr_treestate"]
if get_painter_option("aggr_onlyproblems") == "1":
tree = filter_tree_only_problems(tree)
affected_hosts = row["aggr_hosts"]
htmlcode = render_subtree(tree, [tree[2]["title"]], len(affected_hosts) > 1)
return "aggrtree" + (boxes and "_box" or ""), htmlcode
def paint_aggregated_tree_state(row):
treetype = get_painter_option("aggr_treetype")
expansion_level = int(get_painter_option("aggr_expand"))
only_problems = get_painter_option("aggr_onlyproblems") == "1"
if treetype == "foldable":
return bi.render_tree_foldable(row, False, False, expansion_level, only_problems, lazy=True)
elif treetype == "boxes":
return bi.render_tree_foldable(row, True, False, expansion_level, only_problems, lazy=True)
elif treetype == "boxes-omit-root":
return bi.render_tree_foldable(row, True, True, expansion_level, only_problems, lazy=True)
elif treetype == "bottom-up":
return paint_aggr_tree_ltr(row, False)
elif treetype == "top-down":
return paint_aggr_tree_ltr(row, True)
multisite_painters["aggr_treestate"] = {
"title" : _("Aggregation: complete tree"),
"short" : _("Tree"),
"columns" : [ "aggr_treestate", "aggr_hosts" ],
"options" : [ "aggr_expand", "aggr_onlyproblems", "aggr_treetype", "aggr_wrap" ],
"paint" : paint_aggregated_tree_state,
}
multisite_painters["aggr_treestate_boxed"] = {
"title" : _("Aggregation: simplistic boxed layout"),
"short" : _("Tree"),
"columns" : [ "aggr_treestate", "aggr_hosts" ],
"paint" : lambda row: bi.render_tree_foldable(row, boxes=True, omit_root=True,
expansion_level=bi.load_ex_level(), only_problems=False, lazy=True),
}
def paint_aggr_tree_foldable(row, boxes, omit_root=True):
saved_expansion_level = bi.load_ex_level()
treestate = weblib.get_tree_states('bi')
expansion_level = int(get_painter_option("aggr_expand"))
if expansion_level != saved_expansion_level:
treestate = {}
weblib.set_tree_states('bi', treestate)
weblib.save_tree_states()
mousecode = \
'onmouseover="this.style.cursor=\'pointer\';" ' \
'onmouseout="this.style.cursor=\'auto\';" ' \
'onclick="bi_toggle_%s(this);" ' % (boxes and "box" or "subtree")
def render_subtree(tree, path, show_host):
is_leaf = len(tree) == 3
path_id = "/".join(path)
is_open = treestate.get(path_id)
if is_open == None:
is_open = len(path) <= expansion_level
h = ""
state = tree[0]
# Variant: BI-Boxes
if boxes:
# Check if we have an assumed state: comparing assumed state (tree[1]) with state (tree[0])
if tree[1] and tree[0] != tree[1]:
addclass = " " + _("assumed")
effective_state = tree[1]
else:
addclass = ""
effective_state = tree[0]
if is_leaf:
leaf = "leaf"
mc = ""
else:
leaf = "noleaf"
mc = mousecode
omit = omit_root and len(path) == 1
if not omit:
h += '<span id="%d:%s" %s class="bibox_box %s %s state state%s%s">' % (
expansion_level, path_id, mc, leaf, is_open and "open" or "closed", effective_state["state"], addclass)
if is_leaf:
h += aggr_render_leaf(tree, show_host, bare = True) # .replace(" ", " ")
else:
h += tree[2]["title"].replace(" ", " ")
h += '</span> '
if not is_leaf:
h += '<span class="bibox" style="%s">' % ((not is_open and not omit) and "display: none;" or "")
parts = []
for node in tree[3]:
new_path = path + [node[2]["title"]]
h += render_subtree(node, new_path, show_host)
h += '</span>'
return h
# Variant: foldable trees
else:
if is_leaf: # leaf
return aggr_render_leaf(tree, show_host, bare = boxes)
h += '<span class=title>'
is_empty = len(tree[3]) == 0
if is_empty:
style = ''
mc = ''
elif is_open:
style = ''
mc = mousecode + 'src="images/tree_black_90.png" '
else:
style = 'style="display: none" '
mc = mousecode + 'src="images/tree_black_00.png" '
h += aggr_render_node(tree, tree[2]["title"], mc, show_host)
if not is_empty:
h += '<ul id="%d:%s" %sclass="subtree">' % (expansion_level, path_id, style)
for node in tree[3]:
estate = node[1] != None and node[1] or node[0]
if not node[2].get("hidden"):
new_path = path + [node[2]["title"]]
h += '<li>' + render_subtree(node, new_path, show_host) + '</li>\n'
h += '</ul>'
return h + '</span>\n'
tree = row["aggr_treestate"]
if get_painter_option("aggr_onlyproblems") == "1":
tree = filter_tree_only_problems(tree)
affected_hosts = row["aggr_hosts"]
htmlcode = render_subtree(tree, [tree[2]["title"]], len(affected_hosts) > 1)
return "aggrtree" + (boxes and "_box" or ""), htmlcode
multisite_painters["aggr_treestate"] = {
"title": _("Aggregation: complete tree"),
"short": _("Tree"),
"columns": ["aggr_treestate", "aggr_hosts"],
"options": ["aggr_expand", "aggr_onlyproblems", "aggr_treetype", "aggr_wrap"],
"paint": paint_aggregated_tree_state,
}
multisite_painters["aggr_treestate_boxed"] = {
"title": _("Aggregation: simplistic boxed layout"),
"short": _("Tree"),
"columns": ["aggr_treestate", "aggr_hosts"],
"paint": lambda row: bi.render_tree_foldable(
row, boxes=True, omit_root=True, expansion_level=bi.load_ex_level(), only_problems=False, lazy=True
),
}
# _____ _ _ _
# | ___(_) | |_ ___ _ __ ___
# | |_ | | | __/ _ \ '__/ __|
# | _| | | | || __/ | \__ \
# |_| |_|_|\__\___|_| |___/
#
class BIGroupFilter(Filter):
def __init__(self):
self.column = "aggr_group"
Filter.__init__(self, self.column, _("Aggregation group"), "aggr", [self.column], [self.column])