cmd.Flag.StringVar(&data, "data", DEFAULT_STRING_FLAG_VALUE, "")
cmd.ParseArgs(args)
if datapoint == DEFAULT_STRING_FLAG_VALUE && data == DEFAULT_STRING_FLAG_VALUE {
cmd.PrintUsage()
os.Exit(EXIT_FLAG_ERROR)
}
timeInSecAgo := false
if data == DEFAULT_STRING_FLAG_VALUE {
timeInSecAgo = true
data = datapoint
}
// ParseDataPoint coult return data for multiple calls for same metricIDs with different subjectID
callsData, err := api.ParseDataPoint(data, timeInSecAgo)
if err != nil {
cmd.PrintResult("", err)
}
var result string
var resErr error
// if datapoint contain multiple subject id, then we will have multiple api calls
for _, callData := range callsData {
result, resErr = cmd.Capi.InsertData(callData)
if resErr != nil {
break
}
}
cmd.PrintResult(result, resErr)
},
},
},
{
Name: "insert",
UsageLine: `data insert (--datapoint)`,
Long: `
Create new EventData for a given event.
The flags for data event action are:
Mandatory:
--datapoint
Data format is:"M<metric id>:<subject Id>:<seconds ago>:<value/s>" eg:"M1:S100:120:1,2"
`,
Run: func(cmd *Command, args []string) {
var datapoint string
cmd.Flag.Usage = func() { cmd.PrintUsage() }
cmd.Flag.StringVar(&datapoint, "datapoint", DEFAULT_FLAG_VALUE, "")
cmd.ParseArgs(args)
if datapoint == DEFAULT_FLAG_VALUE {
cmd.PrintUsage()
os.Exit(EXIT_FLAG_ERROR)
}
data, err := api.ParseDataPoint(datapoint)
if err != nil {
cmd.PrintUsage()
os.Exit(EXIT_FLAG_ERROR)
}
cmd.PrintResult(cmd.Capi.InsertData(data))
},
},
}