gojump/main.go

package main

import (
	"encoding/json"
	"fmt"
	"math/rand"
	"os"
	"path/filepath"
	"slices"
	"sort"
	"strconv"
	"strings"
	"time"
)

type JumpDatabaseMapEntry struct {
	Authors []struct {
		Name   string `json:"name"`
		Player struct {
			SteamID string `json:"steamId"`
			Country string `json:"country"`
		} `json:"player"`
	} `json:"authors"`
	ID     string `json:"id"`
	Name   string `json:"name"`
	Videos struct {
		Soldier string `json:"soldier"`
		Demoman string `json:"demoman"`
	} `json:"videos"`
	Tiers struct {
		Soldier int `json:"soldier"`
		Demoman int `json:"demoman"`
	} `json:"tiers"`
	Zones struct {
		Bonus []struct {
			ID  int `json:"id"`
			Map struct {
				Tiers struct {
					Soldier int `json:"soldier"`
					Demoman int `json:"demoman"`
				} `json:"tiers"`
			} `json:"map"`
			Type       string `json:"type"`
			Zoneindex  int    `json:"zoneindex"`
			CustomName any    `json:"customName"`
		} `json:"bonus"`
		BonusEnd []struct {
			ID  int `json:"id"`
			Map struct {
				Tiers struct {
					Soldier int `json:"soldier"`
					Demoman int `json:"demoman"`
				} `json:"tiers"`
			} `json:"map"`
			Type       string `json:"type"`
			Zoneindex  int    `json:"zoneindex"`
			CustomName any    `json:"customName"`
		} `json:"bonusEnd"`
		Checkpoint []struct {
			ID  int `json:"id"`
			Map struct {
				Tiers struct {
					Soldier int `json:"soldier"`
					Demoman int `json:"demoman"`
				} `json:"tiers"`
			} `json:"map"`
			Type       string `json:"type"`
			Zoneindex  int    `json:"zoneindex"`
			CustomName any    `json:"customName"`
		} `json:"checkpoint"`
		Course []struct {
			ID  int `json:"id"`
			Map struct {
				Tiers struct {
					Soldier int `json:"soldier"`
					Demoman int `json:"demoman"`
				} `json:"tiers"`
			} `json:"map"`
			Type       string `json:"type"`
			Zoneindex  int    `json:"zoneindex"`
			CustomName string `json:"customName"`
		} `json:"course"`
		CourseEnd []struct {
			ID  int `json:"id"`
			Map struct {
				Tiers struct {
					Soldier int `json:"soldier"`
					Demoman int `json:"demoman"`
				} `json:"tiers"`
			} `json:"map"`
			Type       string `json:"type"`
			Zoneindex  int    `json:"zoneindex"`
			CustomName any    `json:"customName"`
		} `json:"courseEnd"`
		Linear []any `json:"linear"`
		Map    []struct {
			ID  int `json:"id"`
			Map struct {
				Tiers struct {
					Soldier int `json:"soldier"`
					Demoman int `json:"demoman"`
				} `json:"tiers"`
			} `json:"map"`
			Type       string `json:"type"`
			Zoneindex  int    `json:"zoneindex"`
			CustomName any    `json:"customName"`
		} `json:"map"`
		MapEnd []struct {
			ID  int `json:"id"`
			Map struct {
				Tiers struct {
					Soldier int `json:"soldier"`
					Demoman int `json:"demoman"`
				} `json:"tiers"`
			} `json:"map"`
			Type       string `json:"type"`
			Zoneindex  int    `json:"zoneindex"`
			CustomName any    `json:"customName"`
		} `json:"mapEnd"`
		Misc []struct {
			ID  int `json:"id"`
			Map struct {
				Tiers struct {
					Soldier int `json:"soldier"`
					Demoman int `json:"demoman"`
				} `json:"tiers"`
			} `json:"map"`
			Type       string `json:"type"`
			Zoneindex  int    `json:"zoneindex"`
			CustomName string `json:"customName"`
		} `json:"misc"`
		Trick []struct {
			ID  int `json:"id"`
			Map struct {
				Tiers struct {
					Soldier int `json:"soldier"`
					Demoman int `json:"demoman"`
				} `json:"tiers"`
			} `json:"map"`
			Type       string `json:"type"`
			Zoneindex  int    `json:"zoneindex"`
			CustomName string `json:"customName"`
		} `json:"trick"`
	} `json:"zones"`
}

type PreviousRun struct {
	Duration float64 `json:"duration"`
	Date     float64 `json:"date"`
}

type JumpmapRunTimeEntry struct {
	Nontempusrun    bool          `json:"nontempusrun"`
	ManuallyCreated bool          `json:"manually_created"`
	ID              int           `json:"id"`
	Duration        float64       `json:"duration"`
	Rank            int           `json:"rank"`
	Date            float64       `json:"date"`
	Class           string        `json:"class"`
	Name            string        `json:"name"`
	PreviousRuns    []PreviousRun `json:"previous_runs"`
}

func check(e error) {
	if e != nil {
		panic(e)
	}
}

func CreateBaseRunTimeEntry(jump_map_name string) JumpmapRunTimeEntry {
	base_entry_str := `{
	"nontempusrun": true,
	"manually_created": true,
	"id": -1,
	"duration": 0,
	"rank": -1,
	"date": 0,
	"class": "SOLDIER",
	"name": "jump_basejson"
}`

	var jump_map JumpmapRunTimeEntry
	if err := json.Unmarshal([]byte(base_entry_str), &jump_map); err != nil {
		check(err)
	}
	jump_map.Name = jump_map_name
	return jump_map
}

func ConvertPrettyTimeToSeconds(time string) float64 {
	parts := strings.Split(time, ":")
	seconds := 0.0

	if len(parts) == 1 {
		secs, _ := strconv.ParseFloat(parts[0], 64)
		seconds += secs
	} else if len(parts) == 2 {
		minutes, _ := strconv.ParseFloat(parts[0], 64)
		secs, _ := strconv.ParseFloat(parts[1], 64)
		seconds += minutes*60 + secs
	} else if len(parts) == 3 {
		hours, _ := strconv.ParseFloat(parts[0], 64)
		minutes, _ := strconv.ParseFloat(parts[1], 64)
		secs, _ := strconv.ParseFloat(parts[2], 64)
		seconds += hours*3600 + minutes*60 + secs
	} else if len(parts) == 4 {
		days, _ := strconv.ParseFloat(parts[0], 64)
		hours, _ := strconv.ParseFloat(parts[1], 64)
		minutes, _ := strconv.ParseFloat(parts[2], 64)
		secs, _ := strconv.ParseFloat(parts[3], 64)
		seconds += days*86400 + hours*3600 + minutes*60 + secs
	}
	return seconds
}

func ExtractBareFilenameFromPath(in_path string) string {
	baseName := filepath.Base(in_path)
	lastDotIndex := strings.LastIndex(baseName, ".")
	if lastDotIndex != -1 {
		fileNameWithoutExt := baseName[:lastDotIndex]
		return fileNameWithoutExt
	} else {
		// If there's no extension, the whole base name is the filename
		return baseName
	}
}

/*func RemoveElement(slice []any, s int) []any {
	return append(slice[:s], slice[s+1:]...)
}*/

func GetCurtime() float64 {
	currentTime := time.Now()
	fractional_nanosecond := float64(currentTime.UnixNano())
	unix_seconds := fractional_nanosecond / 1e9
	return unix_seconds
}

const (
	JumpmapTypeSoldier = 0
	JumpmapTypeDemoman = 1
)

func GetFileNameFromJumpmapRunTypeEnum(run_type int) string {
	if run_type == JumpmapTypeSoldier {
		return "soldier"
	}
	if run_type == JumpmapTypeDemoman {
		return "demoman"
	}
	panic("unknown jumpmap run types!")
	// return "unknown"
}

func StringToJumpmapRunType(jump_map_wanted_type string) int {
	switch jump_map_wanted_type {
	case "s":
		fallthrough
	case "soldier":
		return JumpmapTypeSoldier
	case "d":
		fallthrough
	case "demoman":
		return JumpmapTypeDemoman
	default:
	}
	panic("Trying to convert to jumpmap run type (soldier/demo) with incorrect string data!")
}

var mapinfo_database_location = filepath.Join("database", "map_info")

func GetDatabaseFilePath(jump_map_name string) string {
	return filepath.Join(mapinfo_database_location, jump_map_name+".json")
}

func GetRecordFilePath(jump_map_type int, jump_map_name string) string {
	return filepath.Join("personal", "completed."+GetFileNameFromJumpmapRunTypeEnum(jump_map_type), jump_map_name+".json")
}

func ReadDatabaseFile(jump_map_name string) JumpDatabaseMapEntry {
	data, error := os.ReadFile(GetDatabaseFilePath(jump_map_name))
	check(error)

	var jump_map JumpDatabaseMapEntry
	if err := json.Unmarshal(data, &jump_map); err != nil {
		check(err)
	}

	if jump_map.Name != ExtractBareFilenameFromPath(jump_map_name) {
		panic("Malformed Map Database entry: " + jump_map_name + " Has: " + jump_map.Name)
	}

	return jump_map
}

func ReadRunRecordFile(jump_map_type int, jump_map_name string) JumpmapRunTimeEntry {
	data, error := os.ReadFile(GetRecordFilePath(jump_map_type, jump_map_name))
	check(error)

	var jump_map JumpmapRunTimeEntry
	if err := json.Unmarshal(data, &jump_map); err != nil {
		check(err)
	}

	if jump_map.Name != ExtractBareFilenameFromPath(jump_map_name) {
		panic("Malformed Run Record: " + jump_map_name + " Has: " + jump_map.Name)
	}

	return jump_map
}

func SubmitNewTime(jump_map_type int, jump_map_name string, duration float64) {
	record_filepath := GetRecordFilePath(jump_map_type, jump_map_name)

	var new_entry JumpmapRunTimeEntry
	// Try to read the file firs
	_, err := os.Stat(record_filepath)
	run_exists := err == nil
	if run_exists {
		// if it exists, read it and verify run is fast
		new_entry = ReadRunRecordFile(jump_map_type, jump_map_name)
		if duration >= new_entry.Duration {
			if new_entry.Duration == duration {
				fmt.Printf("Time is duplicate or the same as current time: %f - %s\n", new_entry.Duration, jump_map_name+": "+GetPrettyTime(new_entry.Duration))
			} else {
				how_slow := (new_entry.Duration - duration)
				fmt.Printf("Time is too slow by %f seconds: %s\n", how_slow, jump_map_name)
				fmt.Printf("Get Faster by: %s\n", GetPrettyTime(how_slow))
			}
			panic("Time too slow!!! Get faster then try again.")
		}

		// back it up
		ConvertRunToPrevious := func(new_entry JumpmapRunTimeEntry) PreviousRun {
			var prev_run PreviousRun
			prev_run.Date = new_entry.Date
			prev_run.Duration = new_entry.Duration
			return prev_run
		}
		new_entry.PreviousRuns = append(new_entry.PreviousRuns, ConvertRunToPrevious(new_entry))

		// Create a fresh database entry
	} else {
		new_entry = CreateBaseRunTimeEntry(jump_map_name)
	}

	// Set the time within the record
	new_entry.Duration = duration
	new_entry.Date = GetCurtime()

	// Assemble and Write it to a file
	json_file_data, err := json.MarshalIndent(new_entry, "", "\t")
	check(err)
	err = os.WriteFile(record_filepath, json_file_data, 0777)
	check(err)

	fmt.Println("Submitted NEW time for map: " + jump_map_name)
}

func PrintRecord(printable_record any) string {
	data, error := json.MarshalIndent(printable_record, "", "\t")
	check(error)
	return string(data)
}

func DoesFileExist(filepath string) bool {
	if _, err := os.Stat(filepath); err == nil {
		return true
	}
	return false
}

func FindMapNameFromPartial(partial_jump_map_name string) string {
	if !strings.HasPrefix(partial_jump_map_name, "jump_") && !strings.HasPrefix(partial_jump_map_name, "rj_") {
		partial_jump_map_name = "jump_" + partial_jump_map_name
	}

	found_files, err := filepath.Glob(GetDatabaseFilePath(partial_jump_map_name + "*"))
	check(err)
	found_file_count := len(found_files)
	if found_file_count > 1 {
		found_map := GetDatabaseFilePath(partial_jump_map_name)
		if DoesFileExist(found_map) {
			return ExtractBareFilenameFromPath(found_map)
		} else {
			fmt.Printf("There are too many maps that match your request: \"%s\"\n", partial_jump_map_name)
			if found_file_count < 5 {
				fmt.Println("The following maps match your request:")
				fmt.Println(strings.Join(found_files, "\n"))
			}
			os.Exit(2)
		}
	}
	if len(found_files) == 0 {
		fmt.Println("Unable to find mapname: " + partial_jump_map_name)
		panic("Attempting to find map that doesnt exist: " + partial_jump_map_name)
	}
	// should be just one
	return ExtractBareFilenameFromPath(found_files[0])
}

func GetPrettyTime(in_time float64) string {
	duration := time.Duration(in_time) * time.Second
	hours := int(duration.Hours())
	minutes := int(duration.Minutes()) % 60
	seconds := int(duration.Seconds()) % 60
	return fmt.Sprintf("%dh %dm %ds", hours, minutes, seconds)
}

func GetPrettyMapTime(jump_map_type int, jump_map_name string) string {
	run_record := ReadRunRecordFile(jump_map_type, jump_map_name)
	return GetPrettyTime(run_record.Duration)
}

func GetMapList() []string {
	found_files, err := filepath.Glob(filepath.Join(mapinfo_database_location, "*.json"))
	check(err)
	for index, fle := range found_files {
		found_files[index] = ExtractBareFilenameFromPath(fle)
	}
	return found_files
}

func GetCompletedMapList(jump_map_type int) []string {
	found_files, err := filepath.Glob(filepath.Join("personal", "completed."+GetFileNameFromJumpmapRunTypeEnum(jump_map_type), "*.json"))
	check(err)
	for index, fle := range found_files {
		found_files[index] = ExtractBareFilenameFromPath(fle)
	}
	return found_files
}

func GetMapTier(jump_map_type int, jump_map_name string) int {
	map_info := ReadDatabaseFile(jump_map_name)
	tier := func() int {
		switch jump_map_type {
		case JumpmapTypeDemoman:
			return map_info.Tiers.Demoman
		case JumpmapTypeSoldier:
			return map_info.Tiers.Soldier
		default:
			panic("unselectable JumpmapType enum option other than solly or demo")
		}
	}()
	return tier
}

func IsOnMapIgnorelist(jump_map_name string) bool {
	if jump_map_name == "base_jump" {
		return true
	}
	return false
}

func PrintMapRuntime(jump_map_type int, jump_map_name string) {
	fmt.Println("Run time for " + jump_map_name + ": " + GetPrettyMapTime(jump_map_type, jump_map_name))
}

func PrintUsageInfo() {
	fmt.Println("usage: " + os.Args[0] + " [operation] <Additional Args>")
	fmt.Println("try running \"" + os.Args[0] + " help\" for additional info on operations")
}

func PrintMapUsageInfo() {
	fmt.Println("usage: " + os.Args[0] + " [operation] <MAP_NAME> <SOLDIER/DEMOMAN(s/d)>")
}

func PrintClassUsageInfo() {
	fmt.Println("usage: " + os.Args[0] + " [operation] <SOLDIER/DEMOMAN(s/d)>")
}

func PrintSubmitTimeInfo() {
	fmt.Println("usage: " + os.Args[0] + " [operation] <MAP_NAME> <TIME> <SOLDIER/DEMOMAN(s/d)>")
	fmt.Println("Format the time as follows: HH:MM:SS.MS")
}

func PrintHelpInfo() {
	PrintUsageInfo()
	fmt.Println("help - Get the help you are currently seeing")
	fmt.Println("list-maps - Get a list of all maps available")
	fmt.Println("get-curtime - Get the current unix date, time in seconds, for use in storing times in the database")
	fmt.Println("convert-time - Convert a time from HH:MM:SS.MS to seconds, for use in storing times in the database")
	fmt.Println("")

	PrintMapUsageInfo()
	fmt.Println("get-time - Get a personal maps completion time")
	fmt.Println("list-tier - Get the difficulty tier of a particular map")
	fmt.Println("")

	PrintClassUsageInfo()
	fmt.Println("list-tiers - Get all of the difficulty tiers listed out, useful for combining with grep!")
	fmt.Println("list-completed-tiers - List out personal completed maps with their tiers")
	fmt.Println("list-uncompleted-tiers - List out personal unbeaten maps with their tiers, useful for combining with grep!")
	fmt.Println("list-completed-times - Lists out the completed maps with their times sorted by the time with newest first.")
	fmt.Println("list-old-completed-times - Lists out the completed maps with their times sorted by the time with oldest first.")
	fmt.Println("list-recently-completed-times - Lists out the last 6 maps completed.")
	fmt.Println("list-few-old-completed-times - Lists out the 6 maps with the oldest completion time.")
	fmt.Println("list-uncompleted-random/list-handful - Lists out the 6 maps to play that you havent completed or are very old, within a low tier if difficulty")
	fmt.Println("")

	PrintSubmitTimeInfo()
	fmt.Println("submit-time - Submit a run, will create a file or will read the file and verify it then backup the run and submit if better")
	fmt.Println("")
}

func main() {
	argument_length := len(os.Args)
	if argument_length < 2 {
		PrintUsageInfo()
		os.Exit(42)
	}

	ParseMapArgs := func() (int, string) {
		if argument_length < 3 {
			fmt.Println("Error: No map name provided")
			PrintMapUsageInfo()
			os.Exit(1)
		}
		wanted_class := JumpmapTypeSoldier
		if argument_length < 4 {
			fmt.Println("Warning: No classname provided, using soldier as default")
		} else {
			wanted_class = StringToJumpmapRunType(os.Args[3])
		}
		// try {
		wanted_map := FindMapNameFromPartial(os.Args[2])
		return wanted_class, wanted_map
	}
	ParseClassArgs := func() int {
		wanted_class := JumpmapTypeSoldier
		if argument_length < 3 {
			fmt.Println("Warning: No classname provided, using soldier as default")
		} else {
			wanted_class = StringToJumpmapRunType(os.Args[2])
		}
		return wanted_class
	}

	switch os.Args[1] {
	case "help":
		PrintHelpInfo()
	case "list-maps":
		map_list := GetMapList()
		fmt.Println("Found maps:")
		for _, mapp := range map_list {
			fmt.Println(mapp)
		}
	case "get-curtime":
		fmt.Printf("Curtime: %f\n", GetCurtime())
	case "convert-time":
		if argument_length < 3 {
			fmt.Println("Error: No time to convert into seconds???...???")
			os.Exit(1)
		}
		fmt.Printf("Converted-Time-To-Seconds: %f\n", ConvertPrettyTimeToSeconds(os.Args[2]))

	case "get-time":
		wanted_class, wanted_map := ParseMapArgs()
		PrintMapRuntime(wanted_class, wanted_map)
	case "list-tier":
		wanted_class, wanted_map := ParseMapArgs()
		fmt.Printf("%s: T%d\n", wanted_map, GetMapTier(wanted_class, wanted_map))

	case "list-tiers":
		wanted_class := ParseClassArgs()

		map_list := GetMapList()
		fmt.Println("Found map tiers:")
		for _, mapp := range map_list {
			fmt.Printf("%s: T%d\n", mapp, GetMapTier(wanted_class, mapp))
		}

	case "list-completed-tiers":
		wanted_class := ParseClassArgs()

		map_list := GetCompletedMapList(wanted_class)
		fmt.Println("Found completed map tiers:")
		for _, mapp := range map_list {
			if !IsOnMapIgnorelist(mapp) {
				fmt.Printf("%s: T%d\n", mapp, GetMapTier(wanted_class, mapp))
			}
		}

	case "list-uncompleted-tiers":
		wanted_class := ParseClassArgs()

		map_list := GetMapList()
		completed_map_list := GetCompletedMapList(wanted_class)
		fmt.Println("Found uncompleted map tiers:")
		for _, mapp := range map_list {
			if !slices.Contains(completed_map_list, mapp) {
				fmt.Printf("%s: T%d\n", mapp, GetMapTier(wanted_class, mapp))
			}
		}

	case "list-completed-times":
		wanted_class := ParseClassArgs()

		// map_list := GetMapList()
		completed_map_list := GetCompletedMapList(wanted_class)

		// Read in all completion records!
		var records []JumpmapRunTimeEntry
		for _, mapp := range completed_map_list {
			if !IsOnMapIgnorelist(mapp) {
				run_record := ReadRunRecordFile(wanted_class, mapp)
				records = append(records, run_record)
			}
		}

		// Sort
		sort.Slice(records, func(i, j int) bool {
			return records[i].Date > records[j].Date
		})

		fmt.Println("Completed Maps:")
		for _, mapp := range records {
			fmt.Printf("%s: Completed: %s in %s\n", mapp.Name, time.Unix(int64(mapp.Date), 0).Format("2006-01-02/15:04"), GetPrettyMapTime(wanted_class, mapp.Name))
		}

	case "list-recently-completed-times":
		wanted_class := ParseClassArgs()

		// map_list := GetMapList()
		completed_map_list := GetCompletedMapList(wanted_class)

		// Read in all completion records!
		var records []JumpmapRunTimeEntry
		for _, mapp := range completed_map_list {
			if !IsOnMapIgnorelist(mapp) {
				run_record := ReadRunRecordFile(wanted_class, mapp)
				records = append(records, run_record)
			}
		}

		// Sort
		sort.Slice(records, func(i, j int) bool {
			return records[i].Date > records[j].Date
		})

		fmt.Println("Recently Completed Maps:")
		for i, mapp := range records {
			fmt.Printf("%s: Completed: %s in %s\n", mapp.Name, time.Unix(int64(mapp.Date), 0).Format("2006-01-02/15:04"), GetPrettyMapTime(wanted_class, mapp.Name))
			if i >= 6 {
				break
			}
		}

	case "list-old-completed-times":
		wanted_class := ParseClassArgs()

		// map_list := GetMapList()
		completed_map_list := GetCompletedMapList(wanted_class)

		// Read in all completion records!
		var records []JumpmapRunTimeEntry
		for _, mapp := range completed_map_list {
			if !IsOnMapIgnorelist(mapp) {
				run_record := ReadRunRecordFile(wanted_class, mapp)
				records = append(records, run_record)
			}
		}

		// Sort
		sort.Slice(records, func(i, j int) bool {
			return records[i].Date < records[j].Date
		})

		fmt.Println("Old Completed Maps:")
		for _, mapp := range records {
			fmt.Printf("%s: Completed: %s in %s\n", mapp.Name, time.Unix(int64(mapp.Date), 0).Format("2006-01-02/15:04"), GetPrettyMapTime(wanted_class, mapp.Name))
		}

	case "list-few-old-completed-times":
		wanted_class := ParseClassArgs()

		// map_list := GetMapList()
		completed_map_list := GetCompletedMapList(wanted_class)

		// Read in all completion records!
		var records []JumpmapRunTimeEntry
		for _, mapp := range completed_map_list {
			if !IsOnMapIgnorelist(mapp) {
				run_record := ReadRunRecordFile(wanted_class, mapp)
				records = append(records, run_record)
			}
		}

		// Sort
		sort.Slice(records, func(i, j int) bool {
			return records[i].Date < records[j].Date
		})

		fmt.Println("Oldest Completed Maps:")
		for i, mapp := range records {
			fmt.Printf("%s: Completed: %s in %s\n", mapp.Name, time.Unix(int64(mapp.Date), 0).Format("2006-01-02/15:04"), GetPrettyMapTime(wanted_class, mapp.Name))
			if i >= 6 {
				break
			}
		}

	case "list-uncompleted-random":
		fallthrough
	case "list-handful":
		wanted_class := ParseClassArgs()

		map_list := GetMapList()
		completed_map_list := GetCompletedMapList(wanted_class)

		// Gather Tier 1-3 (Easy Stuff) and 15% of the total number of the tier below its maps... eventually...
		var mapinfo_pool []string
		var tier_three_count int
		for _, mapp := range map_list {
			if slices.Contains(completed_map_list, mapp) {
				continue
			}
			map_tier := GetMapTier(wanted_class, mapp)
			if map_tier != 1 && map_tier != 2 && map_tier != 3 {
				continue
			}
			if map_tier == 3 {
				tier_three_count++
			}
			mapinfo_pool = append(mapinfo_pool, fmt.Sprintf("%s: T%d", mapp, map_tier))
		}
		// Add the 15% of Tier 4
		tier_four_percentage := int(float64(tier_three_count) * 0.30)
		var tier_four_mapinfo_pool []string
		for _, mapp := range map_list {
			if slices.Contains(completed_map_list, mapp) {
				continue
			}
			map_tier := GetMapTier(wanted_class, mapp)
			if map_tier != 4 {
				continue
			}
			tier_four_mapinfo_pool = append(tier_four_mapinfo_pool, fmt.Sprintf("%s: T%d", mapp, map_tier))
		}
		rand.Shuffle(len(tier_four_mapinfo_pool), func(i, j int) {
			tier_four_mapinfo_pool[i], tier_four_mapinfo_pool[j] = tier_four_mapinfo_pool[j], tier_four_mapinfo_pool[i]
		})
		for i, mapp := range tier_four_mapinfo_pool {
			mapinfo_pool = append(mapinfo_pool, mapp)
			if i >= tier_four_percentage {
				break
			}
		}

		// get 10% of the oldest and add  them into the canidates
		// Read in all completion records!
		var records []JumpmapRunTimeEntry
		for _, mapp := range completed_map_list {
			if !IsOnMapIgnorelist(mapp) {
				run_record := ReadRunRecordFile(wanted_class, mapp)
				records = append(records, run_record)
			}
		}
		sort.Slice(records, func(i, j int) bool {
			return records[i].Date < records[j].Date
		})
		oldest_percentage := int(float64(len(records)) * 0.08)
		for i, mapp := range records {
			mapinfo_pool = append(mapinfo_pool, fmt.Sprintf("%s: Oldest Completed: %s in %s", mapp.Name, time.Unix(int64(mapp.Date), 0).Format("2006-01-02/15:04"), GetPrettyMapTime(wanted_class, mapp.Name)))
			if i >= oldest_percentage {
				break
			}
		}

		// do the above with the 3% slowest times!, re-using the above record list but re-sorting and selecting from it.
		sort.Slice(records, func(i, j int) bool {
			return records[i].Duration > records[j].Duration
		})
		slowest_percentage := int(float64(len(records)) * 0.03)
		for i, mapp := range records {
			mapinfo_pool = append(mapinfo_pool, fmt.Sprintf("%s: Slowest Completed: %s in %s", mapp.Name, time.Unix(int64(mapp.Date), 0).Format("2006-01-02/15:04"), GetPrettyMapTime(wanted_class, mapp.Name)))
			if i >= slowest_percentage {
				break
			}
		}

		// Manipulate
		rand.Shuffle(len(mapinfo_pool), func(i, j int) {
			mapinfo_pool[i], mapinfo_pool[j] = mapinfo_pool[j], mapinfo_pool[i]
		})

		// Print out
		fmt.Println("Found list of maps to complete:")
		for i, mapinfo_output := range mapinfo_pool {
			fmt.Println(mapinfo_output)
			if i >= 12 {
				break
			}
		}

	case "submit-time":
		if argument_length < 3 {
			fmt.Println("Error: No map name provided")
			PrintSubmitTimeInfo()
			os.Exit(1)
		}
		if argument_length < 4 {
			fmt.Println("Error: No time to convert into seconds???...???")
			PrintSubmitTimeInfo()
			os.Exit(1)
		}
		wanted_class := JumpmapTypeSoldier
		if argument_length < 5 {
			fmt.Println("Warning: No classname provided, using soldier as default")
		} else {
			wanted_class = StringToJumpmapRunType(os.Args[4])
		}
		submitted_time := ConvertPrettyTimeToSeconds(os.Args[3])
		wanted_map := FindMapNameFromPartial(os.Args[2])

		SubmitNewTime(wanted_class, wanted_map, submitted_time)
		PrintMapRuntime(wanted_class, wanted_map)
	default:
		PrintUsageInfo()
	}
	os.Exit(0)
}