func parseFolder(folder string) string {
dir, err := os.Open(folder)
lib.CheckErr(err)
defer dir.Close()
fi, err := dir.Stat()
lib.CheckErr(err)
filenames := make([]string, 0)
if fi.IsDir() {
fis, err := dir.Readdir(-1) // -1 means return all FileInfos
lib.CheckErr(err)
for _, fileinfo := range fis {
if !fileinfo.IsDir() {
filenames = append(filenames, fileinfo.Name())
}
}
}
log.Println("Parsing Files: ", filenames)
// Table of Contents
result := "# Table of Contents\n\n| Data Source | Description File | Sample File | Logic File |\n|---|---|---|\n"
for _, file := range filenames {
// Only process .txt and .csv files
if lib.FileExtension(file) == ".txt" || lib.FileExtension(file) == ".csv" {
result += "|[" + lib.FileLessExtension(file) + "](#" + lib.FileLessExtension(file) + ") |"
result += lib.ParseDescFile(folder, file) + " | "
// adds filename as Sample File field
result += file + " |"
// adds logic file if it exists
result += lib.FileLessExtension(file) + ".logic |\n"
}
}
result += "\n"
// Parse Files
for _, file := range filenames {
if lib.FileExtension(file) == ".txt" {
// Parse the data file
log.Println(folder + "/" + file)
result += lib.ParseDatafile(folder, file, "t", 1)
// Parse the logic file
log.Println(folder + "/" + file)
result += lib.ParseLogic(folder, file)
}
if lib.FileExtension(file) == ".csv" {
// Parse the data file
log.Println(folder + "/" + file)
result += lib.ParseDatafile(folder, file, "c", 1)
// Parse the logic file
log.Println(folder + "/" + file)
result += lib.ParseLogic(folder, file)
}
}
return result
}
func initFolder(folder string) {
//opens the folder and defers closing the folder until this function exits
dir, err := os.Open(folder)
lib.CheckErr(err)
defer dir.Close()
// from the folder object created, return all the files at the top level
fi, err := dir.Stat()
lib.CheckErr(err)
filenames := make([]string, 0)
if fi.IsDir() {
fis, err := dir.Readdir(-1) // -1 means return all FileInfos
lib.CheckErr(err)
for _, fileinfo := range fis {
if !fileinfo.IsDir() {
filenames = append(filenames, fileinfo.Name())
}
}
}
// Print to screen/log files that were found
log.Println("Initializing Folder: ", folder)
// Table of Contents
for _, file := range filenames {
// Only process .txt and .csv files
if lib.FileExtension(file) == ".txt" || lib.FileExtension(file) == ".csv" {
// adds description file if it does not exist
if lib.Exists(folder + "/" + lib.FileLessExtension(file) + ".desc") {
log.Println(lib.FileLessExtension(file) + ".desc" + " found.")
} else {
// Create a logic file where one doesn't exist
newLogicFile, _ := os.Create(folder + "/" + lib.FileLessExtension(file) + ".desc")
newLogicFile.WriteString("// This is a description file, it allows you to document your analysis of specific files\n")
log.Println("No Description File, One Created: " + newLogicFile.Name())
}
// adds logic file if it does not exist
if lib.Exists(folder + "/" + lib.FileLessExtension(file) + ".logic") {
log.Println(lib.FileLessExtension(file) + ".logic" + " found.")
} else {
log.Println(lib.FileLessExtension(file) + ".logic" + " not found! Template file created")
newLogicFile, _ := os.Create(folder + "/" + lib.FileLessExtension(file) + ".logic")
newLogicFile.WriteString("// Template file created, these are comments\n")
newLogicFile.WriteString("# Sample Flow Name\n")
newLogicFile.WriteString("! Sample Operator Name\n")
newLogicFile.WriteString("- X + Y = Z Sample Calculation for Operator\n")
}
}
}
return
}