Reference Resource: Time_Series
Time series associated with the monitor. The possible time series are: 'Rate': When the monitored URI is wildcarded,this function finds the rate. 'Raw' : Regular raw data points in the time series. 'Count': This counts the number of distinct time-series that have been generated and implicitly reflects the 'count' of data points collected every scrape interval. 'Sum': When the monitored URI is wildcarded, this function sums over the current values of 'all' resources pointed to by expanding on the wildcard. 'Min/Max': When the monitored URI is wildcarded,these functions return the min/max of the current value of 'all' currently present resource pointed to by expanding on the wildcard. 'Average': This function performs an average over the current value of 'all' currently present resources pointed to by expanding on the wildcard. 'CountOverTime', 'SumOverTime', 'MinOverTime', 'MaxOverTime', 'AverageOverTime': When the keyword 'OverTime' follows one of the aggregators defined above,the function behaves in a similar way but performs its aggregation 'over' the specified time in the past instead of over the current value only. 'Count_Rate', 'Count_CountOverTime', 'Count_Sum', 'Count_SumOverTime', 'Count_Min', 'Count_MinOverTime', 'Count_Max', 'Count_MaxOverTime', 'Count_Average', 'Count_AverageOverTime', 'Sum_Rate', 'Sum_Count', 'Sum_CountOverTime', 'Sum_SumOverTime', 'Sum_Min', 'Sum_MinOverTime', 'Sum_Max', 'Sum_MaxOverTime', 'Sum_Average', 'Sum_AverageOverTime', 'Min_Rate', 'Min_Count', 'Min_CountOverTime', 'Min_Sum', 'Min_SumOverTime', 'Min_MinOverTime', 'Min_Max', 'Min_MaxOverTime', 'Min_Average', 'Min_AverageOverTime', 'Max_Rate', 'Max_Count', 'Max_CountOverTime', 'Max_Sum', 'Max_SumOverTime', 'Max_Min', 'Max_MinOverTime', 'Max_MaxOverTime', 'Max_Average', 'Max_AverageOverTime', 'Average_Rate', 'Average_Count', 'Average_CountOverTime', 'Average_Sum', 'Average_SumOverTime', 'Average_Min', 'Average_MinOverTime', 'Average_Max', 'Average_MaxOverTime', 'Average_AverageOverTime': Nested Aggregate Functions are when we combine functions to obtain the combined effect of the two functions, for example Sum(Rate(resource)) will initially compute the Rate then the Sum of the switch resource.