def single(category, dash, name):
leonardo = Leonardo()
# Set default width of a single graph to <default nb columns> times <default width>
single_width = leonardo.graph_columns * leonardo.graph_width
# Set default height of a single graph to twice the <default height>
single_height = 2 * leonardo.graph_height
# Get the time range from the navigator. Precedence: Query string > cookie > default.
t_from = request.args.get( 'from', request.cookies.get('from', "-1hour"))
t_until = request.args.get( 'until', request.cookies.get('until', "now"))
# Get dashboard where the graph comes from
dashboard = leonardo.top_level[category].dashboard(dash, options={})
# Retrieve zoomed values if necessary, and update dashboard with new width and height properties
dashboard = zoom(request, dashboard)
# get the graph
graph = dashboard.graph_by_name(name, options={})
graph['graphite'] = GraphiteGraph( graph['graphite'].file, graph['graphite'].properties)
new_props = { 'from': t_from, 'until': t_until, 'width': single_width, 'height': single_height }
graph['graphite'].properties.update( new_props )
resp = make_response( render_template("single.html", leonardo = leonardo, dashboard = dashboard.properties, graph = graph, links_to=None) )
resp.set_cookie( 'graph_topo', json.dumps( { 'width': dashboard.properties['graph_width'],
'height': dashboard.properties['graph_height'],
}
)
)
return resp
def single(category, dash, name):
leonardo = Leonardo()
# Set default width of a single graph to <default nb columns> times <default width>
single_width = leonardo.graph_columns * leonardo.graph_width
# Set default height of a single graph to twice the <default height>
single_height = 2 * leonardo.graph_height
# Get the time range from the navigator. Precedence: Query string > cookie > default.
t_from = request.args.get( 'from', request.cookies.get('from', "-1hour"))
t_until = request.args.get( 'until', request.cookies.get('until', "now"))
# Get dashboard where the graph comes from
dashboard = leonardo.top_level[category].dashboard(dash, options={})
# Retrieve zoomed values if necessary, and update dashboard with new width and height properties
dashboard = zoom(request, dashboard)
# get the graph
graph = dashboard.graph_by_name(name, options={})
graph['graphite'] = GraphiteGraph( graph['graphite'].file, graph['graphite'].properties)
new_props = { 'from': t_from, 'until': t_until, 'width': single_width, 'height': single_height }
graph['graphite'].properties.update( new_props )
resp = make_response( render_template("single.html", leonardo = leonardo, dashboard = dashboard.properties, graph = graph, links_to=None) )
resp.set_cookie( 'graph_topo', json.dumps( { 'width': dashboard.properties['graph_width'],
'height': dashboard.properties['graph_height'],
}
)
)
return resp
def dash(category, dash):
leonardo = Leonardo()
app.logger.debug(
"responing to %s method on %s route" %
(request.method, request.url)
)
options = { 'graph_columns': leonardo.graph_columns }
# Set a default time range, being -1 hour
t_until = "now"
t_from = "-1hour"
# Get the time range from the navigator. Precedence: Query string > cookie > default.
options['from'] = request.args.get( 'from', request.cookies.get('from', t_from))
options['until'] = request.args.get( 'until', request.cookies.get('until', t_until))
# Build Dashboard
dashboard = leonardo.top_level[category].dashboard(dash, options)
args_string = '&'.join( [ "%s=%s" % (k,v) for k,v in request.args.items() ] )
# Retrieve zoomed values if necessary, and update dashboard with new width and height properties
dashboard = zoom(request, dashboard)
# Build dashboard's graphs
graphs = dashboard.graphs()
# check if dashboard is set as favorite
favorite_dashboard = request.cookies.get('favorite', '')
if urllib.unquote( favorite_dashboard ) == request.path:
dashboard.properties['favorite'] = True
if request.args.get('full'):
resp = make_response( render_template("full.html", leonardo = leonardo, dashboard = dashboard.properties, graphs = graphs, args = args_string, links_to=None) )
else:
resp = make_response( render_template("dashboard.html", leonardo = leonardo, dashboard = dashboard.properties, graphs = graphs, args = args_string, links_to='detail' ) )
resp.set_cookie("from", str(options['from']))
resp.set_cookie("until", str(options['until']))
app.logger.debug("Setting cookies from:%s until:%s" % (str(options['from']), str(options['until'])))
resp.set_cookie( 'graph_topo', json.dumps( { 'width': dashboard.properties['graph_width'],
'height': dashboard.properties['graph_height'],
'graph_columns' : dashboard.properties['graph_columns']
}
)
)
return resp
def dash(category, dash):
leonardo = Leonardo()
app.logger.debug(
"responing to %s method on %s route" %
(request.method, request.url)
)
options = { 'graph_columns': leonardo.graph_columns }
# Set a default time range, being -1 hour
t_until = "now"
t_from = "-1hour"
# Get the time range from the navigator. Precedence: Query string > cookie > default.
options['from'] = request.args.get( 'from', request.cookies.get('from', t_from))
options['until'] = request.args.get( 'until', request.cookies.get('until', t_until))
# Build Dashboard
dashboard = leonardo.top_level[category].dashboard(dash, options)
args_string = '&'.join( [ "%s=%s" % (k,v) for k,v in request.args.items() ] )
# Retrieve zoomed values if necessary, and update dashboard with new width and height properties
dashboard = zoom(request, dashboard)
# Build dashboard's graphs
graphs = dashboard.graphs()
# check if dashboard is set as favorite
favorite_dashboard = request.cookies.get('favorite', '')
if urllib.unquote( favorite_dashboard ) == request.path:
dashboard.properties['favorite'] = True
if request.args.get('full'):
resp = make_response( render_template("full.html", leonardo = leonardo, dashboard = dashboard.properties, graphs = graphs, args = args_string, links_to=None) )
else:
resp = make_response( render_template("dashboard.html", leonardo = leonardo, dashboard = dashboard.properties, graphs = graphs, args = args_string, links_to='detail' ) )
resp.set_cookie("from", str(options['from']))
resp.set_cookie("until", str(options['until']))
app.logger.debug("Setting cookies from:%s until:%s" % (str(options['from']), str(options['until'])))
resp.set_cookie( 'graph_topo', json.dumps( { 'width': dashboard.properties['graph_width'],
'height': dashboard.properties['graph_height'],
'graph_columns' : dashboard.properties['graph_columns']
}
)
)
return resp
def detail(category, dash, name):
leonardo = Leonardo()
app.logger.debug("responing to %s %s" % (request.method, request.url))
options = {'graph_columns': leonardo.graph_columns}
# Build Dashboard
dashboard = leonardo.top_level[category].dashboard(dash, options)
# Retrieve zoomed values if necessary, and update dashboard with new width and height properties
dashboard = zoom(request, dashboard)
graphs = []
for e in leonardo.intervals:
graph = dashboard.graph_by_name(name, options)
title = "%s - %s" % (graph['graphite'].properties['title'], e[1])
new_props = {'from': e[0], 'nice_from': e[1], 'title': title}
graph['graphite'].properties.update(new_props)
graph['graphite'] = GraphiteGraph(graph['graphite'].file,
graph['graphite'].properties)
graphs.append(graph)
resp = make_response(
render_template("graphs_all_periods.html",
leonardo=leonardo,
dashboard=dashboard.properties,
graphs=graphs,
links_to="single"))
resp.set_cookie(
'graph_topo',
json.dumps({
'width': dashboard.properties['graph_width'],
'height': dashboard.properties['graph_height'],
'graph_columns': dashboard.properties['graph_columns']
}))
return resp
def detail(category, dash, name):
leonardo = Leonardo()
app.logger.debug(
"responing to %s %s" %
(request.method, request.url)
)
options = { 'graph_columns': leonardo.graph_columns }
# Build Dashboard
dashboard = leonardo.top_level[category].dashboard(dash, options)
# Retrieve zoomed values if necessary, and update dashboard with new width and height properties
dashboard = zoom(request, dashboard)
graphs = []
for e in leonardo.intervals:
graph = dashboard.graph_by_name(name, options)
title = "%s - %s" % ( graph['graphite'].properties['title'] , e[1] )
new_props = { 'from': e[0] , 'nice_from': e[1] ,'title': title }
graph['graphite'].properties.update( new_props )
graph['graphite'] = GraphiteGraph( graph['graphite'].file, graph['graphite'].properties)
graphs.append(graph)
resp = make_response( render_template("graphs_all_periods.html", leonardo = leonardo, dashboard = dashboard.properties, graphs = graphs, links_to="single") )
resp.set_cookie( 'graph_topo', json.dumps( { 'width': dashboard.properties['graph_width'],
'height': dashboard.properties['graph_height'],
'graph_columns' : dashboard.properties['graph_columns']
}
)
)
return resp
