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menue methode angepasst

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Ma
2022-12-15 19:38:24 +01:00
parent c9206ed2da
commit 97686d48ca
1 changed files with 62 additions and 56 deletions
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118
src/Data.java
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@@ -7,6 +7,7 @@ import java.util.List;
/**
* Data is a class to edit files.
*
* @author Madeleine Vigier
* @version 1.3
*/
@@ -16,13 +17,15 @@ public class Data {
public Data(String pathRead) {
this.pathRead = pathRead;
}
/**
* readUser() is a method to split user.txt into lines and save them in an arraylist
*
* @return Arraylist userList
* @author Madeleine Vigier, Sabine Gubitz
* @version 1.3
*/
public ArrayList<User> readUser(){
public ArrayList<User> readUser() {
List<String> rows = getRows();
ArrayList<User> userList = new ArrayList<>();
@@ -35,149 +38,149 @@ public class Data {
String phonenumber = parts[3];
String nameChildren = parts[4];
String password = parts[5];
userList.add(new User(nameParent1,nameParent2,billAddress,phonenumber,nameChildren,password));
userList.add(new User(nameParent1, nameParent2, billAddress, phonenumber, nameChildren, password));
}
return userList;
}
/**
* readMenue() is a method to split menue.txt into lines and save them in an arraylist
*
* @return Arraylist menuelist
* @author Madeleine Vigier, Sabine Gubitz
* @version 1.3
*/
public ArrayList<Menue> readMenue(){
ArrayList<Menue> menueList = new ArrayList<>();
List<String> rows = getRows();
public ArrayList<Menue> readMenue() {
List<String> rows = getRows();
ArrayList<Menue> menueList = new ArrayList<>();
for (String row : rows) {
String[] parts = row.split(";");
String date = parts[1];
String dish = parts[2];
String sideDish = parts[3];
String typ = parts[4];
String desertV = parts[5];
String desert = parts[6];
String allergens = parts[7];
String date = parts[0];
String dish = parts[1];
String sideDish = parts[2];
String typ = parts[3];
String allergens = parts[4];
boolean eggs = false;
if (allergens != "") {
eggs = true;
}
allergens = parts[8];
allergens = parts[5];
boolean peanuts = false;
if (allergens != "") {
peanuts = true;
}
allergens = parts[9];
allergens = parts[6];
boolean fish = false;
if (allergens != "") {
fish = true;
}
allergens = parts[10];
allergens = parts[7];
boolean grains = false;
if (allergens != "") {
grains = true;
}
allergens = parts[11];
allergens = parts[8];
boolean crustaceans = false;
if (allergens != "") {
crustaceans = true;
}
allergens = parts[12];
allergens = parts[9];
boolean lupines = false;
if (allergens != "") {
lupines = true;
}
allergens = parts[13];
allergens = parts[10];
boolean milk = false;
if (allergens != "") {
milk = true;
}
allergens = parts[14];
allergens = parts[11];
boolean nuts = false;
if (allergens != "") {
nuts = true;
}
allergens = parts[15];
allergens = parts[12];
boolean sulfurDioxideAndSulfite = false;
if (allergens != "") {
sulfurDioxideAndSulfite = true;
}
allergens = parts[16];
allergens = parts[13];
boolean celeriac = false;
if (allergens != "") {
celeriac = true;
}
allergens = parts[17];
allergens = parts[14];
boolean mustards = false;
if (allergens != "") {
mustards = true;
}
allergens = parts[18];
allergens = parts[15];
boolean sesame = false;
if (allergens != "") {
sesame = true;
}
allergens = parts[19];
allergens = parts[16];
boolean soy = false;
if (allergens != "") {
soy = true;
}
allergens = parts[20];
allergens = parts[17];
boolean molluscs = false;
if (allergens != "") {
molluscs = true;
}
String additives = parts[21];
String additives = parts[18];
boolean antioxidant = false;
if (additives != "") {
antioxidant = true;
}
additives = parts[22];
additives = parts[19];
boolean artificialColours = false;
if (additives != "") {
artificialColours = true;
}
additives = parts[23];
additives = parts[20];
boolean flavourEnhancer = false;
if (additives != "") {
flavourEnhancer = true;
}
additives = parts[24];
additives = parts[21];
boolean preservatives = false;
if (additives != "") {
preservatives = true;
}
additives = parts[25];
additives = parts[22];
boolean nitrate = false;
if (additives != "") {
nitrate = true;
}
additives = parts[26];
additives = parts[23];
boolean picklingSalt = false;
if (additives != "") {
picklingSalt = true;
}
additives = parts[27];
additives = parts[24];
boolean phosphate = false;
if (additives != "") {
phosphate = true;
}
additives = parts[28];
additives = parts[25];
boolean artificialSweetener = false;
if (additives != "") {
artificialSweetener = true;
}
menueList.add(new Menue(date, dish, sideDish, typ, desertV, desert, eggs, peanuts, fish, grains,
menueList.add(new Menue(date, dish, sideDish, typ, eggs, peanuts, fish, grains,
crustaceans, lupines, milk, nuts, sulfurDioxideAndSulfite, celeriac, mustards, sesame,
soy, molluscs, antioxidant, artificialColours, flavourEnhancer, preservatives, nitrate,
picklingSalt, phosphate, artificialSweetener));
picklingSalt, artificialSweetener, phosphate));
}
return menueList;
}
@@ -185,42 +188,44 @@ public class Data {
/**
* readOrder() is a method to split order.txt into lines and save them in an arraylist
*
* @return Arraylist orderlist
* @author Madeleine Vigier, Sabine Gubitz
* @version 1.2
*/
public ArrayList<Order> readOrder(){
public ArrayList<Order> readOrder() {
ArrayList<String> orderList = new ArrayList<>();
List<String> rows = getRows();
for (String row : rows) {
String[] parts = row.split(";");
for (String row : rows) {
String[] parts = row.split(";");
String date = parts[0];
String meat = parts[1];
String meatCount = parts[2];
String vegi = parts[3];
String vegiCount = parts[4];
String vegan = parts[5];
String veganCount = parts[6];
String desertV = parts[7];
String desertVCount = parts[8];
String desert = parts[9];
String desertCount = parts[10];
//orderList.add(new Order(date, meat, meatCount,vegi, vegiCount, vegan, veganCount, desertV,
// desertVCount, desert, desertCount))
}
return null;//orderList
String date = parts[0];
String meat = parts[1];
String meatCount = parts[2];
String vegi = parts[3];
String vegiCount = parts[4];
String vegan = parts[5];
String veganCount = parts[6];
String desertV = parts[7];
String desertVCount = parts[8];
String desert = parts[9];
String desertCount = parts[10];
//orderList.add(new Order(date, meat, meatCount,vegi, vegiCount, vegan, veganCount, desertV,
// desertVCount, desert, desertCount))
}
return null;//orderList
}
/**
* The method writeData writes the data of a List into a txt file.
* @param pathWrite determines the filename of the file that will be written
*
* @param pathWrite determines the filename of the file that will be written
* @param listToWrite determines which ArrayList is to be used for writing the file
*/
public void writeData(String pathWrite, ArrayList<String> listToWrite){
public void writeData(String pathWrite, ArrayList<String> listToWrite) {
if (pathWrite.equals("users.txt")) {
} else if (pathWrite.equals("orders.txt")) {
@@ -230,6 +235,7 @@ public class Data {
/**
* The method gets the rows by reading all lines of the path
*
* @return ArrayList rows
* @author Madeleine Vigier
* @version 1.0