def test_html_set_theme(my_theme, register_builtin_html):
html.set_theme(None)
assert html.get_theme() == "facelift"
html.set_theme("not_existing")
assert html.get_theme() == "facelift"
html.set_theme("my_theme")
assert html.get_theme() == "my_theme"
def _table_head(
treename: str,
id_: str,
isopen: bool,
title: str,
show_more_toggle: bool,
) -> None:
onclick = html.foldable_container_onclick(treename, id_, fetch_url=None)
img_id = html.foldable_container_img_id(treename, id_)
html.open_thead()
html.open_tr(class_="heading")
html.open_td(id_="nform.%s.%s" % (treename, id_),
onclick=onclick,
colspan=2)
html.img(id_=img_id,
class_=["treeangle", "nform", "open" if isopen else "closed"],
src="themes/%s/images/tree_closed.png" % (html.get_theme()),
align="absbottom")
html.write_text(title)
if show_more_toggle:
html.more_button("foldable_" + id_, dom_levels_up=4)
html.close_td()
html.close_tr()
html.close_thead()
def show_topology_content(self,
hostnames: List[HostName],
mode: str,
growth_auto_max_nodes: Optional[int] = None,
max_nodes: int = 400,
mesh_depth: int = 0) -> None:
div_id = "node_visualization"
html.div("", id_=div_id)
html.javascript(
"topology_instance = new cmk.node_visualization.TopologyVisualization(%s, %s);"
% (json.dumps(div_id), json.dumps(mode)))
if growth_auto_max_nodes:
html.javascript("topology_instance.set_growth_auto_max_nodes(%d)" %
growth_auto_max_nodes)
html.javascript("topology_instance.set_max_nodes(%d)" % max_nodes)
html.javascript("topology_instance.set_mesh_depth(%d)" % mesh_depth)
html.javascript("topology_instance.set_theme(%s)" %
json.dumps(html.get_theme()))
overlay_config = self._get_overlay_config()
if overlay_config:
html.javascript(
"topology_instance.set_initial_overlays_config(%s)" %
json.dumps(overlay_config))
html.javascript("topology_instance.show_topology(%s)" %
json.dumps(hostnames))
def get_themed_perfometer_bg_color():
# type: () -> str
"""Return the theme specific background color for perfometer rendering"""
if html.get_theme() == "modern-dark":
return "#bdbdbd"
# else (classic and modern theme)
return "#ffffff"
def show_topology_content(self,
hostnames,
mode,
growth_auto_max_nodes=None,
max_nodes=400,
mesh_depth=0):
div_id = "node_visualization"
html.div("", id=div_id)
# Filters
html.open_div(id="topology_filters")
_view, filters = self._get_topology_view_and_filters()
html.request.set_var("topology_mesh_depth", str(mesh_depth))
html.request.set_var("topology_max_nodes", str(max_nodes))
cmk.gui.views.show_filter_form(is_open=True, filters=filters)
html.close_div()
html.javascript(
"topology_instance = new cmk.node_visualization.TopologyVisualization(%s, %s);"
% (json.dumps(div_id), json.dumps(mode)))
if growth_auto_max_nodes:
html.javascript("topology_instance.set_growth_auto_max_nodes(%d)" %
growth_auto_max_nodes)
html.javascript("topology_instance.set_max_nodes(%d)" % max_nodes)
html.javascript("topology_instance.set_mesh_depth(%d)" % mesh_depth)
html.javascript("topology_instance.set_theme(%s)" %
json.dumps(html.get_theme()))
html.javascript("topology_instance.show_topology(%s)" %
json.dumps(hostnames))
def _show_body_start(self) -> None:
body_classes = [
'side', "screenshotmode" if config.screenshotmode else None
]
if not config.user.may("general.see_sidebar"):
html.open_body(class_=body_classes, data_theme=html.get_theme())
return
interval = config.sidebar_notify_interval if config.sidebar_notify_interval is not None else "null"
html.open_body(
class_=body_classes,
onload=
'cmk.sidebar.initialize_scroll_position(); cmk.sidebar.init_messages(%s);'
% interval,
data_theme=html.get_theme())
def update(self):
import cmk.gui.sidebar as sidebar # pylint: disable=import-outside-toplevel
dashlet = self._dashlet_spec
snapin = sidebar.snapin_registry.get(self._dashlet_spec['snapin'])
if not snapin:
raise MKUserError(None, _('The configured snapin does not exist.'))
snapin_instance = snapin()
html.set_browser_reload(self.refresh_interval())
html.html_head(_('Snapin Dashlet'))
html.open_body(class_="side", data_theme=html.get_theme())
html.open_div(id_="check_mk_sidebar")
html.open_div(id_="side_content")
html.open_div(id_="snapin_container_%s" % dashlet['snapin'],
class_="snapin")
html.open_div(id_="snapin_%s" % dashlet['snapin'], class_="content")
styles = snapin_instance.styles()
if styles:
html.style(styles)
snapin_instance.show()
html.close_div()
html.close_div()
html.close_div()
html.close_div()
html.body_end()
def show_topology_content(self,
hostnames: List[HostName],
mode: str,
growth_auto_max_nodes: Optional[int] = None,
max_nodes: int = 400,
mesh_depth: int = 0) -> None:
div_id = "node_visualization"
html.div("", id=div_id)
# Filters
html.open_div(id="topology_filters")
view, filters = self._get_topology_view_and_filters()
html.request.set_var("topology_mesh_depth", str(mesh_depth))
html.request.set_var("topology_max_nodes", str(max_nodes))
cmk.gui.views.show_filter_form(view, filters)
html.final_javascript("cmk.page_menu.open_popup('popup_filters');")
html.close_div()
html.javascript(
"topology_instance = new cmk.node_visualization.TopologyVisualization(%s, %s);" %
(json.dumps(div_id), json.dumps(mode)))
if growth_auto_max_nodes:
html.javascript("topology_instance.set_growth_auto_max_nodes(%d)" %
growth_auto_max_nodes)
html.javascript("topology_instance.set_max_nodes(%d)" % max_nodes)
html.javascript("topology_instance.set_mesh_depth(%d)" % mesh_depth)
html.javascript("topology_instance.set_theme(%s)" % json.dumps(html.get_theme()))
overlay_config = self._get_overlay_config()
if overlay_config:
html.javascript("topology_instance.set_initial_overlays_config(%s)" %
json.dumps(overlay_config))
html.javascript("topology_instance.show_topology(%s)" % json.dumps(hostnames))
def show_topology_content(hostnames, mode):
div_id = "node_visualization"
html.div("", id=div_id)
html.javascript(
"topology_instance = new cmk.node_visualization.TopologyVisualization(%s, %s);"
% (json.dumps(div_id), json.dumps(mode)))
html.javascript("topology_instance.set_theme(%s)" %
json.dumps(html.get_theme()))
html.javascript("topology_instance.show_topology(%s)" %
json.dumps(hostnames))
def _bi_map():
aggr_name = html.request.var("aggr_name")
layout_id = html.request.var("layout_id")
html.header("BI visualization")
div_id = "node_visualization"
html.div("", id=div_id)
html.javascript(
"node_instance = new cmk.node_visualization.BIVisualization(%s);" %
json.dumps(div_id))
html.javascript("node_instance.set_theme(%s)" %
json.dumps(html.get_theme()))
html.javascript("node_instance.show_aggregations(%s, %s)" %
(json.dumps([aggr_name]), json.dumps(layout_id)))
def page(self):
themes = [theme for theme, _title in cmk.gui.config.theme_choices()]
current_theme = html.get_theme()
try:
theme_index = themes.index(current_theme)
except ValueError:
raise MKUserError(None, _("Could not determine current theme."))
if len(themes) == theme_index + 1:
new_theme = themes[0]
else:
new_theme = themes[theme_index + 1]
_set_user_attribute("ui_theme", new_theme)
def add_default_render_options(graph_render_options, render_unthemed=False):
options = get_default_graph_render_options()
options.update(graph_render_options)
options.setdefault("size", config.user.load_file("graph_size", (70, 16)))
# Update the graph colors that are set to "default" with the theme specific colors.
# When rendering to PDF the theme colors must not be applied, but the regular colors
# have to be used.
theme_colors = _graph_colors(html.get_theme() if not render_unthemed else "pdf")
for attr_name in ["background_color", "foreground_color", "canvas_color"]:
if options[attr_name] == "default":
options[attr_name] = theme_colors[attr_name]
return options
def _bi_map() -> None:
aggr_name = html.request.var("aggr_name")
layout_id = html.request.var("layout_id")
title = _("BI visualization")
breadcrumb = make_simple_page_breadcrumb(mega_menu_registry.menu_monitoring(), title)
html.header(title, breadcrumb)
div_id = "node_visualization"
html.div("", id=div_id)
html.javascript("node_instance = new cmk.node_visualization.BIVisualization(%s);" %
json.dumps(div_id))
html.javascript("node_instance.set_theme(%s)" % json.dumps(html.get_theme()))
html.javascript("node_instance.show_aggregations(%s, %s)" %
(json.dumps([aggr_name]), json.dumps(layout_id)))
def host_service_graph_dashlet_pnp(graph_identification):
site = graph_identification[1]["site"]
source = int(graph_identification[1]["graph_index"])
pnp_host = cmk.utils.pnp_cleanup(graph_identification[1]["host_name"])
pnp_svc = cmk.utils.pnp_cleanup(
graph_identification[1]["service_description"])
url_prefix = config.site(site)["url_prefix"]
pnp_theme = html.get_theme()
if pnp_theme == "classic":
pnp_theme = "multisite"
html.write(url_prefix + "pnp4nagios/index.php/image?host=%s&srv=%s&source=%d&view=%s&theme=%s" % \
(html.urlencode(pnp_host), html.urlencode(pnp_svc), source, html.request.var("timerange"), pnp_theme))
def _get_current_theme_titel() -> str:
return [
titel for theme_id, titel in config.theme_choices()
if theme_id == html.get_theme()
][0]
def get_themed_perfometer_bg_color():
if html.get_theme() == "modern-dark":
return "#bdbdbd"
# else (classic and modern theme)
return "#ffffff"
