# Retrieve widget settings
metric_data_map = {}
metric_name_map = {}
+ metrics_specified = false
(1..3).each do |index|
metric=widget_properties["metric#{index}"]
+ # we check that the current resource has the selected metric on the last snapshot
+ # => if not, we do not display this metric at all (due to a limitation of Protovis)
if metric
- metric_data_map[metric.id] = []
- metric_name_map[metric.id] = metric.short_name
+ metrics_specified = true
+ if measure(metric)
+ metric_data_map[metric.id] = []
+ metric_name_map[metric.id] = metric.short_name
+ end
end
end
- if metric_data_map.empty?
+ unless metrics_specified
# No metric has been selected, it's the first time the widget is displayed: 'ncloc' is the default metric
- ncloc = Metric.find(:first, :conditions => "name = 'ncloc'")
+ ncloc = Metric.by_name('ncloc')
metric_data_map[ncloc.id] = []
metric_name_map[ncloc.id] = message('metric.ncloc.name')
end
chartHeight = widget_properties["chartHeight"]
- # Retrieve metric trend information
- options = {}
- from_date = dashboard_configuration.from_datetime
- if from_date
- options[:from] = from_date
- end
- metric_count_per_snapshot_id = {}
- TrendsChart.time_machine_measures(@resource, metric_data_map.keys, options).each() do |trend_item|
- sid = trend_item["sid"]
- if metric_count_per_snapshot_id[sid]
- metric_count_per_snapshot_id[sid] += 1
- else
- metric_count_per_snapshot_id[sid] = 1
+ unless metric_data_map.values.empty?
+ # Retrieve metric trend information
+ options = {}
+ from_date = dashboard_configuration.from_datetime
+ if from_date
+ options[:from] = from_date
end
- metric_data_map[trend_item["metric_id"].to_i] << {:date => trend_item["created_at"], :value => trend_item["value"], :sid => trend_item["sid"]}
- end
-
- # Create JS structures to print out in the HTML page
- js_data = "["
- js_snapshots = "["
- js_metrics = "["
- total_number_of_metrics = metric_name_map.keys.size()
- metric_data_map.keys.each_with_index() do |metric_id, index|
- unless metric_data_map[metric_id].empty?
- js_metrics += "\"" + metric_name_map[metric_id] + "\","
- js_data += "["
- metric_data_map[metric_id].each() do |metric_data|
- # for every metric value, we need to check that the corresponding snapshot has values for each metric (if not, Protovis won't be able to display)
- if metric_count_per_snapshot_id[metric_data[:sid]]==total_number_of_metrics
- m_date = metric_data[:date]
- # Only Oracle returns a Time object, so let's parse this string if it's not a Time instance
- m_date = Time.parse(metric_data[:date]) unless m_date.is_a? Time
- m_value = sprintf("%0.02f", metric_data[:value])
- m_value_localized = (m_value.end_with? '.00') ? number_with_precision(metric_data[:value], :precision => 0).to_s : number_with_precision(metric_data[:value], :precision => 2).to_s
- js_data += "{x:d("
- js_data += m_date.year.to_s
- js_data += ","
- # Need to decrease by 1 the month as the JS Date object start months at 0 (= January)
- js_data += (m_date.month - 1).to_s
- js_data += ","
- js_data += m_date.day.to_s
- js_data += ","
- js_data += m_date.hour.to_s
- js_data += ","
- js_data += m_date.min.to_s
- js_data += ","
- js_data += m_date.sec.to_s
- js_data += "),y:"
- js_data += m_value
- js_data += ",yl:\""
- js_data += m_value_localized
- js_data += "\"},"
- if index == 0
- # we fill the js_snapshots array (no need to do this more than once)
- js_snapshots += "{sid:"
- js_snapshots += metric_data[:sid].to_s
- js_snapshots += ",d:\""
- js_snapshots += human_short_date m_date
- js_snapshots += "\"},"
+ metric_count_per_snapshot_id = {}
+ TrendsChart.time_machine_measures(@resource, metric_data_map.keys, options).each() do |trend_item|
+ sid = trend_item["sid"]
+ if metric_count_per_snapshot_id[sid]
+ metric_count_per_snapshot_id[sid] += 1
+ else
+ metric_count_per_snapshot_id[sid] = 1
+ end
+ metric_data_map[trend_item["metric_id"].to_i] << {:date => trend_item["created_at"], :value => trend_item["value"], :sid => trend_item["sid"]}
+ end
+
+ # Create JS structures to print out in the HTML page
+ js_data = "["
+ js_snapshots = "["
+ js_metrics = "["
+ total_number_of_metrics = metric_name_map.keys.size()
+ metric_data_map.keys.each_with_index() do |metric_id, index|
+ unless metric_data_map[metric_id].empty?
+ js_metrics += "\"" + metric_name_map[metric_id] + "\","
+ js_data += "["
+ metric_data_map[metric_id].each() do |metric_data|
+ # for every metric value, we need to check that the corresponding snapshot has values for each metric (if not, Protovis won't be able to display)
+ if metric_count_per_snapshot_id[metric_data[:sid]]==total_number_of_metrics
+ m_date = metric_data[:date]
+ # Only Oracle returns a Time object, so let's parse this string if it's not a Time instance
+ m_date = Time.parse(metric_data[:date]) unless m_date.is_a? Time
+ m_value = sprintf("%0.02f", metric_data[:value])
+ m_value_localized = (m_value.end_with? '.00') ? number_with_precision(metric_data[:value], :precision => 0).to_s : number_with_precision(metric_data[:value], :precision => 2).to_s
+ js_data += "{x:d("
+ js_data += m_date.year.to_s
+ js_data += ","
+ # Need to decrease by 1 the month as the JS Date object start months at 0 (= January)
+ js_data += (m_date.month - 1).to_s
+ js_data += ","
+ js_data += m_date.day.to_s
+ js_data += ","
+ js_data += m_date.hour.to_s
+ js_data += ","
+ js_data += m_date.min.to_s
+ js_data += ","
+ js_data += m_date.sec.to_s
+ js_data += "),y:"
+ js_data += m_value
+ js_data += ",yl:\""
+ js_data += m_value_localized
+ js_data += "\"},"
+ if index == 0
+ # we fill the js_snapshots array (no need to do this more than once)
+ js_snapshots += "{sid:"
+ js_snapshots += metric_data[:sid].to_s
+ js_snapshots += ",d:\""
+ js_snapshots += human_short_date m_date
+ js_snapshots += "\"},"
+ end
end
end
+ js_data = js_data.chomp(',') + "],"
end
- js_data = js_data.chomp(',') + "],"
end
- end
- js_data = js_data.chomp(',') + "]"
- js_snapshots = js_snapshots.chomp(',') + "]"
- js_metrics = js_metrics.chomp(',') + "]"
-
- # Prepare also event structure if required
- unless widget_properties["hideEvents"]
- events = {}
- unless from_date
- # find the oldest date
- metric_data_map.values.each() do |metric_data_array|
- first_date = metric_data_array[0][:date]
- # Only Oracle returns a Time object, so let's parse this string if it's not a Time instance
- first_date = Time.parse(metric_data_array[0][:date]) unless first_date.is_a? Time
- from_date = first_date if !from_date || from_date > first_date
+ js_data = js_data.chomp(',') + "]"
+ js_snapshots = js_snapshots.chomp(',') + "]"
+ js_metrics = js_metrics.chomp(',') + "]"
+
+ # Prepare also event structure if required
+ unless widget_properties["hideEvents"]
+ events = {}
+ unless from_date
+ # find the oldest date
+ metric_data_map.values.each() do |metric_data_array|
+ first_date = metric_data_array[0][:date]
+ # Only Oracle returns a Time object, so let's parse this string if it's not a Time instance
+ first_date = Time.parse(metric_data_array[0][:date]) unless first_date.is_a? Time
+ from_date = first_date if !from_date || from_date > first_date
+ end
end
- end
- Event.find(:all, :conditions => ["resource_id=? AND event_date>=?", @resource.id, from_date], :order => 'event_date').each() do |event|
- if events[event.event_date]
- events[event.event_date] << event
- else
- date_entry = [event]
- events[event.event_date] = date_entry
+ Event.find(:all, :conditions => ["resource_id=? AND event_date>=?", @resource.id, from_date], :order => 'event_date').each() do |event|
+ if events[event.event_date]
+ events[event.event_date] << event
+ else
+ date_entry = [event]
+ events[event.event_date] = date_entry
+ end
end
- end
- js_events = "["
- events.keys().sort.each() do |e_date|
- e_details = events[e_date]
- js_events += "{sid:"
- js_events += e_details[0].snapshot_id.to_s
- js_events += ",d:d("
- js_events += e_date.year.to_s
- js_events += ","
- # Need to decrease by 1 the month as the JS Date object start months at 0 (= January)
- js_events += (e_date.month - 1).to_s
- js_events += ","
- js_events += e_date.day.to_s
- js_events += ","
- js_events += e_date.hour.to_s
- js_events += ","
- js_events += e_date.min.to_s
- js_events += ","
- js_events += e_date.sec.to_s
- js_events += "),l:["
- e_details.each() do |e|
- js_events += "{n:\""
- js_events += e.name
- js_events += "\"},"
+ js_events = "["
+ events.keys().sort.each() do |e_date|
+ e_details = events[e_date]
+ js_events += "{sid:"
+ js_events += e_details[0].snapshot_id.to_s
+ js_events += ",d:d("
+ js_events += e_date.year.to_s
+ js_events += ","
+ # Need to decrease by 1 the month as the JS Date object start months at 0 (= January)
+ js_events += (e_date.month - 1).to_s
+ js_events += ","
+ js_events += e_date.day.to_s
+ js_events += ","
+ js_events += e_date.hour.to_s
+ js_events += ","
+ js_events += e_date.min.to_s
+ js_events += ","
+ js_events += e_date.sec.to_s
+ js_events += "),l:["
+ e_details.each() do |e|
+ js_events += "{n:\""
+ js_events += e.name
+ js_events += "\"},"
+ end
+ js_events = js_events.chomp(',') + "]},"
end
- js_events = js_events.chomp(',') + "]},"
+ js_events = js_events.chomp(',') + "]"
end
- js_events = js_events.chomp(',') + "]"
- end
-
+ end
%>
<% if widget_properties["chartTitle"] %>
<% end %>
-<% if metric_data_map.values[0].size == 1 %>
+<%
+ unless metric_data_map.values.empty?
+
+ if metric_data_map.values[0].size == 1
+%>
<span class="empty_widget"><%= message('widget.timeline.timeline_not_displayed') -%></span>
-<% else %>
+<% else %>
<div id="timeline-chart-<%= widget.id -%>"></div>
<script type="text/javascript+protovis">
</script>
-<% end %>
\ No newline at end of file
+<%
+ end
+ end
+%>
projects / sonarqube.git / commitdiff