def render_metrics_table(translated_metrics, host_name, service_description):
output = "<table class=metricstable>"
for metric_name, metric in sorted(translated_metrics.items(),
key=lambda x: x[1]["title"]):
output += "<tr>"
output += "<td class=color>%s</td>" % render_color_icon(
metric["color"])
output += "<td>%s:</td>" % metric["title"]
output += "<td class=value>%s</td>" % metric["unit"]["render"](
metric["value"])
if cmk_graphs_possible():
output += "<td>"
output += html.render_popup_trigger(
html.render_icon("custom_graph",
title=_("Add this metric to dedicated graph"),
cssclass="iconbutton"),
ident="add_metric_to_graph_" + host_name + ";" +
service_description,
what="add_metric_to_graph",
url_vars=[
("host", host_name),
("service", service_description),
("metric", metric_name),
])
output += "</td>"
output += "</tr>"
output += "</table>"
return output
def render_metrics_table(translated_metrics, host_name, service_description):
# type: (TranslatedMetrics, str, str) -> str
# TODO: Don't paste together strings by hand, use our HTML utilities.
output = "<table class=metricstable>"
for metric_name, metric in sorted(translated_metrics.items(), key=lambda x: x[1]["title"]):
output += "<tr>"
output += "<td class=color>%s</td>" % render_color_icon(metric["color"])
output += "<td>%s:</td>" % metric["title"]
output += "<td class=value>%s</td>" % metric["unit"]["render"](metric["value"])
if not cmk_version.is_raw_edition():
output += "<td>"
output += str(
html.render_popup_trigger(
html.render_icon("custom_graph",
title=_("Add this metric to dedicated graph"),
cssclass="iconbutton"),
ident="add_metric_to_graph_" + host_name + ";" + str(service_description),
what="add_metric_to_graph",
url_vars=[
("host", host_name),
("service", service_description),
("metric", metric_name),
]))
output += "</td>"
output += "</tr>"
output += "</table>"
return output
def render_graph_legend(graph_artwork, graph_render_options):
graph_width = graph_render_options["size"][0] * html_size_per_ex
font_size_style = "font-size: %dpt;" % graph_render_options["font_size"]
scalars = get_scalars(graph_artwork, graph_render_options)
if graph_render_options["show_vertical_axis"] or graph_render_options[
"show_controls"]:
legend_margin_left = 49
else:
legend_margin_left = 0
style = []
legend_width = graph_width - legend_margin_left
# In case there is no margin show: Add some to the legend since it looks
# ugly when there is no space between the outer graph border and the legend
if not graph_render_options["show_margin"]:
legend_width -= 5 * 2
style.append("margin: 8px 5px 5px 5px")
style.append("width:%dpx" % legend_width)
if legend_margin_left:
style.append("margin-left:%dpx" % legend_margin_left)
output: RenderOutput = '<table class=legend style="%s">' % ";".join(style)
# Render the title row
output += '<tr><th></th>'
for scalar, title, inactive in scalars:
classes = ["scalar", scalar]
if inactive and graph_artwork["step"] != 60:
descr = _(
"This graph is based on data consolidated with the function \"%s\". The "
"values in this column are the \"%s\" values of the \"%s\" values "
"aggregated in %s steps. Assuming a check interval of 1 minute, the %s "
"values here are based on the %s value out of %d raw values."
) % (
graph_artwork["definition"]["consolidation_function"],
scalar,
graph_artwork["definition"]["consolidation_function"],
artwork.get_step_label(graph_artwork["step"]),
scalar,
graph_artwork["definition"]["consolidation_function"],
(graph_artwork["step"] / 60),
)
descr += "\n\n" + _("Click here to change the graphs "
"consolidation function to \"%s\".") % scalar
classes.append("inactive")
else:
descr = ""
output += '<th class="%s" style="%s" title=\"%s\">%s</th>' % \
(" ".join(classes), font_size_style, escaping.escape_attribute(descr), title)
output += '</tr>'
# Render the curve related rows
for curve in graph_curves(graph_artwork):
output += '<tr>'
output += '<td style="%s">%s ' % (font_size_style,
render_color_icon(curve["color"]))
output += '%s</td>' % curve["title"]
for scalar, title, inactive in scalars:
if scalar == "pin" and not show_pin_time(graph_artwork,
graph_render_options):
continue
if inactive and graph_artwork["step"] != 60:
inactive_cls = " inactive"
else:
inactive_cls = ""
output += '<td class="scalar%s" style="%s">%s</td>' % \
(inactive_cls, font_size_style, curve["scalars"][scalar][1])
output += '</tr>'
# Render scalar values
if graph_artwork["horizontal_rules"]:
first = True
for _value, readable, color, title in graph_artwork[
"horizontal_rules"]:
output += '<tr class="scalar%s">' % (first and " first" or "")
output += '<td style="%s">' % font_size_style
output += render_color_icon(color)
output += '%s</td>' % title
# A colspan of 5 has to be used here, since the pin that is added by a click into
# the graph introduces a new column.
output += '<td colspan=5 class=scalar style="%s">%s</td>' % (
font_size_style, readable)
output += '</tr>'
first = False
output += '</table>'
return output
def _show_graph_legend(graph_artwork, graph_render_options) -> None:
"""Render legend that describe the metrics"""
graph_width = graph_render_options["size"][0] * html_size_per_ex
font_size_style = "font-size: %dpt;" % graph_render_options["font_size"]
scalars = get_scalars(graph_artwork, graph_render_options)
if graph_render_options["show_vertical_axis"] or graph_render_options[
"show_controls"]:
legend_margin_left = 49
else:
legend_margin_left = 0
style = []
legend_width = graph_width - legend_margin_left
# In case there is no margin show: Add some to the legend since it looks
# ugly when there is no space between the outer graph border and the legend
if not graph_render_options["show_margin"]:
legend_width -= 5 * 2
style.append("margin: 8px 5px 5px 5px")
style.append("width:%dpx" % legend_width)
if legend_margin_left:
style.append("margin-left:%dpx" % legend_margin_left)
html.open_table(class_="legend", style=style)
# Render the title row
html.open_tr()
html.th("")
for scalar, title, inactive in scalars:
classes = ["scalar", scalar]
if inactive and graph_artwork["step"] != 60:
descr = _(
"This graph is based on data consolidated with the function \"%s\". The "
"values in this column are the \"%s\" values of the \"%s\" values "
"aggregated in %s steps. Assuming a check interval of 1 minute, the %s "
"values here are based on the %s value out of %d raw values."
) % (
graph_artwork["definition"]["consolidation_function"],
scalar,
graph_artwork["definition"]["consolidation_function"],
artwork.get_step_label(graph_artwork["step"]),
scalar,
graph_artwork["definition"]["consolidation_function"],
(graph_artwork["step"] / 60),
)
descr += "\n\n" + _("Click here to change the graphs "
"consolidation function to \"%s\".") % scalar
classes.append("inactive")
else:
descr = ""
html.th(title, class_=classes, style=font_size_style, title=descr)
html.close_tr()
# Render the curve related rows
for curve in graph_curves(graph_artwork):
html.open_tr()
html.open_td(style=font_size_style)
html.write_html(render_color_icon(curve["color"]))
html.write_text(curve["title"])
html.close_td()
for scalar, title, inactive in scalars:
if scalar == "pin" and not show_pin_time(graph_artwork,
graph_render_options):
continue
if inactive and graph_artwork["step"] != 60:
inactive_cls: Optional[str] = "inactive"
else:
inactive_cls = None
html.td(curve["scalars"][scalar][1],
class_=inactive_cls,
style=font_size_style)
html.close_tr()
# Render scalar values
if graph_artwork["horizontal_rules"]:
first = True
for _value, readable, color, title in graph_artwork[
"horizontal_rules"]:
html.open_tr(class_=["scalar", "first" if first else None])
html.open_td(style=font_size_style)
html.write_html(render_color_icon(color))
html.write_text(title)
html.close_td()
# A colspan of 5 has to be used here, since the pin that is added by a click into
# the graph introduces a new column.
html.td(readable,
colspan=5,
class_="scalar",
style=font_size_style)
html.close_tr()
first = False
html.close_table()
