ads1_2021/code/golang/internal/endpoints/endpoints_it.go

package endpoints

/* ---------------------------------------------------------------- *
 * IMPORTS
 * ---------------------------------------------------------------- */

import (
	"fmt"

	"ads/internal/core/logging"
	"ads/internal/menus"
	"ads/internal/setup"

	algorithm_search_binary "ads/internal/algorithms/search/binary"
	algorithm_search_interpol "ads/internal/algorithms/search/interpol"
	algorithm_search_ith_element "ads/internal/algorithms/search/ith_element"
	algorithm_search_jump "ads/internal/algorithms/search/jump"
	algorithm_search_poison "ads/internal/algorithms/search/poison"
	algorithm_search_sequential "ads/internal/algorithms/search/sequential"
	algorithm_sum_maxsubsum "ads/internal/algorithms/sum/maxsubsum"
)

/* ---------------------------------------------------------------- *
 * ENDPOINT run interactive modus
 * ---------------------------------------------------------------- */

// Startet App im interaktiven Modus
func RunInteractive() error {
	logging.LogPlain(setup.Logo())
	_, err := menuMain.ShowMenu()
	logging.LogInfo("Programm terminiert.")
	return err
}

/* ---------------------------------------------------------------- *
 * MENUS
 * ---------------------------------------------------------------- */

var menuMain = menus.Menu{
	IsRoot: true,
	Path:   []string{"Hauptmenü"},
	PromptMessages: []string{
		"Option wählen",
	},
	Options: [][]menus.MenuOption{
		{
			{Label: "Einstellungen", Submenu: &menuSettings},
			{Label: "Version des Programms anzeigen", Action: actionShowVersion},
		}, {
			{Label: "Programm auf config Datei ausführen.", Action: actionRunOnConfig},
		}, {
			{Label: "Suchalgorithmen", Submenu: &menuSearchAlgorithms},
			{Label: "Summenalgorithmen", Submenu: &menuSumAlgorithms},
		},
	},
	Default: -1,
}

var menuSettings = menus.Menu{
	Path: []string{"Hauptmenü", "Einstellungen"},
	PromptMessages: []string{
		"Option wählen",
	},
	Options: [][]menus.MenuOption{
		{
			{Label: "Aktueller Zustand", Action: actionShowSettings},
			{Label: "Farbenmodus", Submenu: &menuColourMode},
			{Label: "Debugmodus", Submenu: &menuDebugMode},
		},
	},
	Default: -1,
}

var menuColourMode = menus.Menu{
	ForceReturn: true,
	Path:        []string{"Hauptmenü", "Einstellungen", "Farbenmodus"},
	PromptMessages: []string{
		"Soll Console-Output mit Formattierung dargestellt werden?",
		"Option für den Farbenmodus wählen:",
	},
	Options: [][]menus.MenuOption{
		{
			{Label: "ein", Action: actionColourModeOn},
			{Label: "aus", Action: actionColourModeOff},
		},
	},
	Default: 0,
}

var menuDebugMode = menus.Menu{
	ForceReturn: true,
	Path:        []string{"Hauptmenü", "Einstellungen", "Debugmodus"},
	PromptMessages: []string{
		"Sollen Infos zu jedem Schritt der Algorithmen angezeigt werden?",
		"Option für den Debugmodus wählen:",
	},
	Options: [][]menus.MenuOption{
		{
			{Label: "ein", Action: actionDebugModeOn},
			{Label: "aus", Action: actionDebugModeOff},
		},
	},
	Default: 1,
}

var menuSearchAlgorithms = menus.Menu{
	Path: []string{"Hauptmenü", "Suchalgorithmen"},
	PromptMessages: []string{
		"Algorithmus wählen",
	},
	Options: [][]menus.MenuOption{
		{
			{Label: "Binärsuchalgorithmus", Action: actionAlgorithmSearchBinary},
			{Label: "Interpolationsalgorithmus", Action: actionAlgorithmSearchInterpolation},
			{Label: "Suche i. kleinstes Element", Action: actionAlgorithmSearchIthElement},
			{Label: "Suche i. kleinstes Element", SubLabel: "D & C", Action: actionAlgorithmSearchIthElementDc},
			{Label: "Sprungsuche", SubLabel: "linear", Action: actionAlgorithmSearchJump},
			{Label: "Sprungsuche", SubLabel: "exponentiell", Action: actionAlgorithmSearchJumpExp},
			{Label: "Giftsuche", Action: actionAlgorithmSearchPoison},
			{Label: "Giftsuche", SubLabel: "optimiert", Action: actionAlgorithmSearchPoisonFast},
			{Label: "Sequentiellsuchalgorithmus", Action: actionAlgorithmSearchSequential},
		},
	},
	Default: -1,
}

var menuSumAlgorithms = menus.Menu{
	Path: []string{"Hauptmenü", "Summenalgorithmen"},
	PromptMessages: []string{
		"Algorithmus wählen",
	},
	Options: [][]menus.MenuOption{
		{
			{Label: "Maximale Teilsumme", SubLabel: "brute force", Action: actionAlgorithmSumMaxsub},
			{Label: "Maximale Teilsumme", SubLabel: "D & C", Action: actionAlgorithmSumMaxsubDc},
		},
	},
	Default: -1,
}

/* ---------------------------------------------------------------- *
 * ACTIONS - basic
 * ---------------------------------------------------------------- */

func actionShowVersion() (bool, error) {
	logging.LogInfo("Version des Programms")
	Version()
	return false, nil
}

func actionShowSettings() (bool, error) {
	var state string
	state = "aus"
	if logging.GetAnsiMode() {
		state = "ein"
	}
	logging.LogInfo(fmt.Sprintf("Farbenmodus: %s", state))
	state = "aus"
	if logging.GetDebugMode() {
		state = "ein"
	}
	logging.LogInfo(fmt.Sprintf("Debugmodus: %s", state))
	return false, nil
}

func actionColourModeOn() (bool, error) {
	logging.SetAnsiMode(true)
	return false, nil
}

func actionColourModeOff() (bool, error) {
	logging.SetAnsiMode(false)
	return false, nil
}

func actionDebugModeOn() (bool, error) {
	logging.SetDebugMode(true)
	return false, nil
}

func actionDebugModeOff() (bool, error) {
	logging.SetDebugMode(false)
	return false, nil
}

/* ---------------------------------------------------------------- *
 * ACTIONS - Algorithmen
 * ---------------------------------------------------------------- */

func actionRunOnConfig() (bool, error) {
	path, cancel, err := logging.Prompt("Pfad zur Configdatei bitte eingeben:")
	if cancel {
		err = nil
	} else if err == nil {
		err = RunNonInteractive(path)
	}
	return cancel, err
}

func actionAlgorithmSearchBinary() (bool, error) {
	input_L, cancel, err := PromptInputListOfInt("L", "Liste von Werten", []string{
		"muss aufsteigend sortiert sein",
	})
	if cancel || err != nil {
		return cancel, err
	}
	input_x, cancel, err := PromptInputInteger("x", "Suchwert", []string{})
	if cancel || err != nil {
		return cancel, err
	}
	setup.DisplayStartOfCaseBlank()
	algorithm_search_binary.FancyBinarySearch(input_L, input_x)
	setup.DisplayEndOfCase()
	return cancel, nil
}

func actionAlgorithmSearchInterpolation() (bool, error) {
	input_L, cancel, err := PromptInputListOfInt("L", "Liste von Werten", []string{
		"muss aufsteigend sortiert sein",
		"sollte (idealerweise) nicht uniform verteilt sein",
	})
	if cancel || err != nil {
		return cancel, err
	}
	input_x, cancel, err := PromptInputInteger("x", "Suchwert", []string{})
	if cancel || err != nil {
		return cancel, err
	}
	setup.DisplayStartOfCaseBlank()
	algorithm_search_interpol.FancyInterpolationSearch(input_L, input_x, 0, len(input_L)-1)
	setup.DisplayEndOfCase()
	return cancel, nil
}

func actionAlgorithmSearchIthElement() (bool, error) {
	input_L, cancel, err := PromptInputListOfInt("L", "Liste von Werten", []string{})
	if cancel || err != nil {
		return cancel, err
	}
	input_i, cancel, err := PromptInputInteger("i", "Suchindex in sortierter Liste", []string{
		"sollte zw. 1 und len(L) liegen",
	})
	if cancel || err != nil {
		return cancel, err
	}
	setup.DisplayStartOfCaseBlank()
	algorithm_search_ith_element.FancyFindIthSmallest(input_L, input_i)
	setup.DisplayEndOfCase()
	return cancel, nil
}

func actionAlgorithmSearchIthElementDc() (bool, error) {
	input_L, cancel, err := PromptInputListOfInt("L", "Liste von Werten", []string{})
	if cancel || err != nil {
		return cancel, err
	}
	input_i, cancel, err := PromptInputInteger("i", "Suchindex in sortierter Liste", []string{
		"sollte zw. 1 und len(L) liegen",
	})
	if cancel || err != nil {
		return cancel, err
	}
	setup.DisplayStartOfCaseBlank()
	algorithm_search_ith_element.FancyFindIthSmallestDC(input_L, input_i)
	setup.DisplayEndOfCase()
	return cancel, nil
}

func actionAlgorithmSearchJump() (bool, error) {
	input_L, cancel, err := PromptInputListOfInt("L", "Liste von Werten", []string{
		"muss aufsteigend sortiert sein",
		"sollte (idealerweise) nicht uniform verteilt sein",
		"sollte (idealerweise) keine Duplikate enthalten",
	})
	if cancel || err != nil {
		return cancel, err
	}
	input_x, cancel, err := PromptInputInteger("x", "Suchwert", []string{})
	if cancel || err != nil {
		return cancel, err
	}
	input_m, cancel, err := PromptInputInteger("m", "Sprunggröße", []string{
		"sollte >= 2 sein",
	})
	if cancel || err != nil {
		return cancel, err
	}
	setup.DisplayStartOfCaseBlank()
	algorithm_search_jump.FancyJumpSearchLinear(input_L, input_x, input_m)
	setup.DisplayEndOfCase()
	return cancel, nil
}

func actionAlgorithmSearchJumpExp() (bool, error) {
	input_L, cancel, err := PromptInputListOfInt("L", "Liste von Werten", []string{
		"muss aufsteigend sortiert sein",
		"sollte (idealerweise) nicht uniform verteilt sein",
		"sollte (idealerweise) keine Duplikate enthalten",
	})
	if cancel || err != nil {
		return cancel, err
	}
	input_x, cancel, err := PromptInputInteger("x", "Suchwert", []string{})
	if cancel || err != nil {
		return cancel, err
	}
	setup.DisplayStartOfCaseBlank()
	algorithm_search_jump.FancyJumpSearchExponentiell(input_L, input_x)
	setup.DisplayEndOfCase()
	return cancel, nil
}

func actionAlgorithmSearchPoison() (bool, error) {
	input_L, cancel, err := PromptInputListOfInt("L", "Liste von Werten", []string{
		"muss genau eine 1 enthalten",
	})
	if cancel || err != nil {
		return cancel, err
	}
	setup.DisplayStartOfCaseBlank()
	algorithm_search_poison.FancyFindPoison(input_L)
	logging.Prompt("hallo")
	setup.DisplayEndOfCase()
	return cancel, nil
}

func actionAlgorithmSearchPoisonFast() (bool, error) {
	input_L, cancel, err := PromptInputListOfZeroOnes("L", "Liste von Getränken", []string{
		"muss genau eine 1 enthalten",
	})
	if cancel || err != nil {
		return cancel, err
	}
	setup.DisplayStartOfCaseBlank()
	algorithm_search_poison.FancyFindPoisonFast(input_L)
	setup.DisplayEndOfCase()
	return cancel, nil
}

func actionAlgorithmSearchSequential() (bool, error) {
	input_L, cancel, err := PromptInputListOfInt("L", "Liste von Werten", []string{})
	if cancel || err != nil {
		return cancel, err
	}
	input_x, cancel, err := PromptInputInteger("x", "Suchwert", []string{})
	if cancel || err != nil {
		return cancel, err
	}
	setup.DisplayStartOfCaseBlank()
	algorithm_search_sequential.FancySequentialSearch(input_L, input_x)
	setup.DisplayEndOfCase()
	return cancel, nil
}

func actionAlgorithmSumMaxsub() (bool, error) {
	input_L, cancel, err := PromptInputListOfInt("L", "Liste von Werten", []string{})
	if cancel || err != nil {
		return cancel, err
	}
	setup.DisplayStartOfCaseBlank()
	algorithm_sum_maxsubsum.FancyMaxSubSum(input_L)
	setup.DisplayEndOfCase()
	return cancel, nil
}

func actionAlgorithmSumMaxsubDc() (bool, error) {
	input_L, cancel, err := PromptInputListOfInt("L", "Liste von Werten", []string{})
	if cancel || err != nil {
		return cancel, err
	}
	setup.DisplayStartOfCaseBlank()
	algorithm_sum_maxsubsum.FancyMaxSubSumDC(input_L)
	setup.DisplayEndOfCase()
	return cancel, nil
}

/* ---------------------------------------------------------------- *
 * CUSTOM PROMPTS für besondere Inputs
 * ---------------------------------------------------------------- */

func PromptInputInteger(name string, descr string, requirements []string) (int, bool, error) {
	type responseType struct {
		Response int `yaml:"response"`
	}
	var response = responseType{}
	var query = menus.PromptValueQuery{
		Description:  descr,
		Name:         name,
		Type:         "Integer",
		Requirements: &requirements,
		Response:     &response,
	}
	cancel, err := query.Prompt()
	return response.Response, cancel, err
}

func PromptInputListOfInt(name string, descr string, requirements []string) ([]int, bool, error) {
	type responseType struct {
		Response []int `yaml:"response"`
	}
	var response = responseType{}
	var query = menus.PromptValueQuery{
		Description: descr,
		Name:        name,
		Type:        "Integerliste",
		ValidExamples: &[]string{
			"[1, 2, 7, 8, 5]",
			"[1000, 0, 4]",
		},
		Requirements: &requirements,
		Response:     &response,
	}
	cancel, err := query.Prompt()
	return response.Response, cancel, err
}

func PromptInputListOfZeroOnes(name string, descr string, requirements []string) ([]int, bool, error) {
	type responseType struct {
		Response []int `yaml:"response"`
	}
	var response = responseType{}
	var query = menus.PromptValueQuery{
		Description: descr,
		Name:        name,
		Type:        "Liste von 0er und 1er",
		ValidExamples: &[]string{
			"[0, 0, 0, 1, 0]",
			"[1, 0, 1, 1]",
		},
		Requirements: &requirements,
		Response:     &response,
	}
	cancel, err := query.Prompt()
	return response.Response, cancel, err
}