First implementation (SOTA)

fleprocess/load_file.go

@@ -209,11 +209,6 @@ func LoadFile(inputFilename string, isInterpolateTime bool) (filleFullLog []LogL
 		//My Sota
 		if regexpHeaderMySota.MatchString(eachline) {
 			oldHeaderMySOTA := headerMySOTA
-			// //FIXME: enhancement for issue #101
-			// if headerMySOTA != "" {
-			// 	errorLog = append(errorLog, fmt.Sprintf("Warning: redefining MySOTA at line %d", lineCount))
-			// 	continue
-			// }
 			errorMsg := ""
 			mySotaList := regexpHeaderMySota.Split(eachline, -1)
 			if len(strings.TrimSpace(mySotaList[1])) > 0 {
@@ -226,6 +221,7 @@ func LoadFile(inputFilename string, isInterpolateTime bool) (filleFullLog []LogL
 			if oldHeaderMySOTA != headerMySOTA {
 				// New SOTA reference defined
 				headerIsFirstLine = true
+				
 			}
 			//If there is no data after the marker, we just skip the data.
 			continue
@@ -342,8 +338,9 @@ func LoadFile(inputFilename string, isInterpolateTime bool) (filleFullLog []LogL
 		}
 
 		//store the current logline so that it can be used as a model when parsing the next line
+		// and reset the firstline flag
 		previousLogLine = logline
-		//FIXME: we need to reset the first line
+		headerIsFirstLine = false
 
 		//We go back to the top to process the next loaded log line (Continue not necessary here)
 	}
@@ -396,12 +393,14 @@ func LoadFile(inputFilename string, isInterpolateTime bool) (filleFullLog []LogL
 
 // displayLogSimple will print to stdout a simplified dump of a full log
 func displayLogSimple(fullLog []LogLine) {
+	isFirstLogLine := true
 	for _, filledLogLine := range fullLog {
-		if filledLogLine.isFirstLine {
+		if (filledLogLine.isFirstLine || isFirstLogLine) {
+			fmt.Print("\n\n")
 			fmt.Println(SprintHeaderValues(filledLogLine))
 			fmt.Print(SprintColumnTitles())
+			isFirstLogLine = false
 		}
 		fmt.Print(SprintLogInColumn(filledLogLine))
 	}
-
 }