public void Init(BottleType type,CollectionUI parent)
{
string key = "";
mParent = parent;
mType = type;
switch (type)
{
case BottleType.OIL_STREET:
key = "OIL STREET";
break;
case BottleType.OIL_STREET_EVENTS:
key = "OIL STREET EVENTS";
break;
case BottleType.PMQ:
key = "PMQ";
break;
case BottleType.PMQ_EVENTS:
key = "PMQ EVENTS";
break;
case BottleType.PMQ_GALLERY:
key = "PMQ GALLERY";
break;
case BottleType.PMQ_RESTAURANT:
key = "PMQ RESTAURANT";
break;
case BottleType.VA:
key = "VA!";
break;
}
mSprite.spriteName = key;
mDragChild.Init(this);
SetMyFragments(Random.Range(1,4),(FragmentType)Random.Range(1,4));
}
public void SaveOwnBottle(BottleType bottleType)
{
int intType = (int)bottleType;
List<int> mOwnBottle = GetOwnBottle();
if (!mOwnBottle.Contains(intType))
mOwnBottle.Add(intType);
SaveKey(mOwnBottle);
}
private void New(BottleTypeId typeId, BottleRarity rarity, BottleSize size)
{
var userExperience = ExperienceByRarity[rarity]
+ ExperienceBySize[size];
var type = new BottleType(typeId, rarity, size, userExperience);
Types.Add(typeId, type);
}
private void AddNewIngredient(BottleType bottleType)
{
if (m_BottleTypes.Contains(bottleType))
{
return;
}
m_BottleTypes.Add(bottleType);
m_IngredientList.Add(bottleType.m_Type);
}
private void SetMixedIngredient(string mixedIgredient)
{
BottleType MixedIngredient = BottleType.CreateInstance <BottleType>();
m_BottleTypes.Add(MixedIngredient);
MixedIngredient.name = mixedIgredient;
MixedIngredient.m_Type = mixedIgredient;
MixedIngredient.m_Amount = m_Fill;
}
public async Task <BottleType> AddBottleType(CreateBottleTypeVM bottleType)
{
try
{
var newBottleType = new BottleType()
{
Color = bottleType.Color,
YearVintage = bottleType.YearVintage,
Winery = bottleType.Winery,
Varietal = bottleType.Varietal,
Vinyard = bottleType.Vinyard,
Name = bottleType.Name,
PurchaseDate = bottleType.PurchaseDate,
PurchasePrice = bottleType.PurchasePrice,
StorageDate = bottleType.StorageDate,
StorageTemparature = bottleType.StorageTemparature,
CreatedById = bottleType.CreatedById,
OpenedDate = bottleType.OpenedDate,
Notes = bottleType.Notes
};
for (var i = 0; i < bottleType.NewBottleCount; i++)
{
var newBottle = new Bottle()
{
Color = bottleType.Color,
YearVintage = bottleType.YearVintage,
Winery = bottleType.Winery,
Varietal = bottleType.Varietal,
Vinyard = bottleType.Vinyard,
Name = bottleType.Name,
PurchaseDate = bottleType.PurchaseDate,
PurchasePrice = bottleType.PurchasePrice,
StorageDate = bottleType.StorageDate,
StorageTemparature = bottleType.StorageTemparature,
CreatedById = bottleType.CreatedById,
CreatedDateTime = bottleType.CreatedDateTime,
OpenedDate = bottleType.OpenedDate,
Notes = bottleType.Notes
};
newBottleType.Bottles.Add(newBottle);
}
_ctx.BottleTypes.Add(newBottleType);
await _ctx.SaveChangesAsync();
return(newBottleType);
}
catch (Exception e)
{
throw e;
}
}
internal static float CursorShifting(BottleType type)
{
// switch(type)
// {
// case BottleType.Big: return (float)1;
// case BottleType.Medium: return (float)1.25;
// case BottleType.Small: return (float)1.5;
// case BottleType.Ether: return (float)2;
// default: return 0;
// }
return((float)type);
}
public override void Solve()
{
var NandL = ReadArrString().Select(int.Parse).ToArray();
var costs = ReadArrString().Select(int.Parse).ToArray();
BottleType[] bottles = new BottleType[costs.Length];
for (int i = 1; i <= costs.Length; i++)
{
bottles[i - 1] = new BottleType
{
Volume = (int)Math.Pow(2, i - 1),
Cost = costs[i - 1]
};
}
Console.Write(MinPossibleCost(bottles, NandL[1]).ToString());
}
public DeadWaterBottle(BottleType type) : base(false, 0)
{
Type = type;
}
static void Main(string[] args)
{
//// first, explain main, console.writeline and console.read
//// explain comments
//// simple string
//string my_string = "hello world!";
//Console.WriteLine(my_string);
//Console.ReadLine();
//// do 99 beers exercise. explain how to write a function and what the static does - ie makes it so doesn't need instatiation
//NintyNineBottles();
//// console input
//Console.WriteLine("Enter Your Name:");
//// Create a string variable and get user input from the keyboard and store it in the variable
//string user_name = Console.ReadLine();
//// Print the value of the variable (userName), which will display the input value
//Console.WriteLine("Your username is: " + user_name);
//Console.ReadLine();
//// messing with strings
//// explain concatentaion
//string my_string_c = "hello there, PAL teacher (" + user_name + ")";
//Console.WriteLine(my_string_c);
//Console.ReadLine();
//string my_string_concat_1 = "first part of sentence";
//string my_string_concat_2 = "second part of sentence";
//Console.WriteLine(my_string_concat_1 + " - " + my_string_concat_2);
//Console.ReadLine();
//// explain indexof, split, 1 and 0 space
//bool has_space = user_name.IndexOf(" ") > -1;
//string[] reversed_name = user_name.Split(' ');
//Console.WriteLine(has_space ? reversed_name[1] + ", " + reversed_name[0] : reversed_name[0]);
//Console.ReadLine();
//// how many spaces? introduce array length
//int num_spaces = my_string_concat_1.Split(' ').Length;
//Console.WriteLine("'" + my_string_concat_1 + "' has " + num_spaces + " spaces in it.");
//Console.ReadLine();
////arrays and lists of strings
//string[] my_split = my_string_c.Split(',');
//// explain array 0
//Console.WriteLine("First half of sentence split by comma: " + my_split[0]);
//Console.WriteLine("Second half of sentence split by comma: " + my_split[1]);
//Console.ReadLine();
//// explain arrays + lists of string
//string[] my_string_array = new string[] { "First", "Second", "Third" };
//List<string> my_string_list = new List<string>() { "First List Item", "Second List Item", "Third List Item", "Fourth List Item" };
//foreach (string item in my_string_array) {
// Console.WriteLine(item);
//}
//Console.WriteLine("This array had " + my_string_array.Length + " items in it.");
//Console.ReadLine();
//foreach (string item in my_string_list) {
// Console.WriteLine(item);
//}
//Console.WriteLine("This array had " + my_string_list.Count + " items in it.");
//Console.ReadLine();
//// messing with numbers
//int my_number = 4;
//int my_second_number = 10;
//// explain that everything within quotes is a string
//Console.WriteLine(my_number + " + " + my_second_number + " = " + (my_number + my_second_number));
//Console.ReadLine();
//int[] my_int_array = new int[] { 1, 2, 3 };
//List<int> my_int_list = new List<int>() { 1, 2, 3 };
//foreach (int item in my_int_array) {
// Console.WriteLine(item);
//}
//foreach (int item in my_int_list) {
// Console.WriteLine("List item #:" + item);
//}
//// reading files - explain the @
//string text = File.ReadAllText(@"C:\Source\Workspaces\PALProgramming\PALConsoleTest\text\test.txt");
//// display. explain params.
//Console.WriteLine("Contents of test.txt = {0}", text);
//Console.ReadLine();
//// ease into string interpolation
//Console.WriteLine($"Contents of test.txt {text}");
//Console.ReadLine();
//// make new class then explain namespace, class, add nn function to that
//NintyNineBottles nn = new NintyNineBottles();
//nn.Run99();
//// finish with get99
//string from_class = nn.Get99();
//Console.WriteLine(from_class);
//Console.ReadLine();
List <Bottle> bl = new List <Bottle>();
for (int i = 0; i <= 99; i++)
{
Array values = Enum.GetValues(typeof(BottleType));
Random random = new Random();
BottleType type = (BottleType)values.GetValue(random.Next(values.Length));
bl.Add(new Bottle()
{
Number = i, Type = type
});
}
bl = bl.OrderByDescending(x => x.Number).ToList();
foreach (Bottle b in bl)
{
Console.WriteLine($"{b.Number} bottles of {b.Type}, {b.Number} bottles of {b.Type}, take one down and pass it around, {b.Number - 1} bottles of {b.Type} on the wall!");
}
// different kind of loop
bl.ForEach(x => {
Console.WriteLine($"{x.Number} bottles of {x.Type}, {x.Number} bottles of {x.Type}, take one down and pass it around, {x.Number - 1} bottles of {x.Type} on the wall!");
});
// show how to instatiate object
Bottle bottle = bl.Where(x => x.Number == 45).FirstOrDefault() ?? new Bottle()
{
Number = 0, Type = null
};
Console.WriteLine($"Bottle type for bottle #{bottle.Number} - {bottle.Type}");
Beer beer = new Beer()
{
Number = 700, ABV = "15%", Size = 40
};
Console.WriteLine($"Bottle type for bottle #{beer.Number} - {beer.Type}");
// messing with dates
DateTime now = DateTime.Now;
Console.WriteLine(now);
Console.WriteLine(now.ToShortDateString());
Console.WriteLine(now.ToShortTimeString());
Console.WriteLine(now.ToString("MM/dd/yyyy"));
Console.WriteLine(now.AddDays(30));
Console.ReadLine();
// lists of dates
List <DateTime> ld = new List <DateTime>()
{
};
for (var i = DateTime.Today.Month; i >= 1; i--)
{
ld.Add(DateTime.Today.AddMonths(-i));
}
Console.WriteLine(string.Join(",", ld.ToArray()));
Console.WriteLine(ld.First());
Console.ReadLine();
// into the database
//// EF:
//// 1) add appsettings.json 2) create models class 3) create users model
//// explain calling the dbcontext
PALModels db = new PALModels();
// get list of users - explain ?? for nullable stuff
List <Users> u = (from user in db.Users select user).ToList() ?? new List <Users>();
u.ForEach(x => {
Console.WriteLine($"User Name: {x.FirstName} {x.LastName}");
});
// get list teachers
List <Users> t = (from user in db.Users where (user.IsTeacher ?? false) select user).ToList() ?? new List <Users>();
t.ForEach(x => {
Console.WriteLine($"Teacher Name: {x.FirstName} {x.LastName}");
});
// get individual
Users teacher = (from user in db.Users where (user.IsTeacher ?? false) select user).FirstOrDefault() ?? new Users();
Console.WriteLine($"Individual Teacher Name: {teacher.FirstName} {teacher.LastName}");
// explain include and theninclude
List <Users> lu = (from user in db.Users.Include(x => x.UsersAttendance).Include(x => x.UsersGrades).ThenInclude(x => x.Class) select user).ToList() ?? new List <Users>();
lu.ForEach(x => {
Console.WriteLine($"User Name: {x.FirstName} {x.LastName}");
x.UsersGrades.ForEach(y => {
Console.WriteLine($"Grade: {y.Class.Name}: {y.Grade}");
});
});
// get user
Users user1 = (from user in db.Users where user.UserID == 1 select user).FirstOrDefault() ?? new Users();
Console.WriteLine($"Enter a new password for: {user1.FullName}");
string new_password = Console.ReadLine();
// update password
user1.Password = new_password;
db.Users.Update(user1);
db.SaveChanges();
// delete
user1 = (from user in db.Users where user.UserID == 6 select user).FirstOrDefault() ?? new Users();
if (user1.UserID > 0)
{
db.Users.Remove(user1);
db.SaveChanges();
}
// insert new + split combined
Console.WriteLine($"Enter a name user like this: firstname|lastname|email|password|isteacher");
string new_user = Console.ReadLine();
string[] new_user_split = new_user.Split("|");
// install this for hashing - install-package Microsoft.Extensions.Identity.Core
user1 = new Users()
{
FirstName = new_user_split[0], LastName = new_user_split[1], Email = new_user_split[2], Password = new PasswordHasher <object?>().HashPassword(null, new_user_split[3]), IsTeacher = Convert.ToBoolean(new_user_split[4])
};
db.Users.Update(user1);
db.SaveChanges();
Console.WriteLine($"New user ID: {user1.UserID} - Password: {user1.Password}");
Console.ReadLine();
}
// the Main() function is the entryway to the component. string[] is the array of arguments you can pass if running this via Windows command prompt.
static void Main(string[] args)
{
// TODO: this is a todo
// FIXME: this is a fixme
// simple hello world write to console
//Console.WriteLine("Hello World!");
//Console.ReadLine();
// make the message into a string variable than we then output
//string my_string = "Hello World, this is my first C# app! ";
//Console.WriteLine(my_string);
//Console.ReadLine();
// run 99 bottles function, on line 62
NintyNineBottles();
// do we have arguments? if yes, output the argument
if (args.Length > 0)
{
Console.WriteLine(args[0]);
Console.ReadLine();
}
// cause an error by trying to divide by zero, and catching said error to deal with gracefully
try {
int error_zero = 0;
int error = 100 / error_zero;
} catch (Exception ex) {
Console.WriteLine(ex.Message);
Console.ReadLine();
}
// input - have user enter name
Console.WriteLine("Enter Your Name:");
string user_name = Console.ReadLine();
Console.ReadLine();
// insert the input name into a sentence
string my_string_c = $"hello there, PAL student ({user_name})";
Console.WriteLine(my_string_c);
Console.ReadLine();
// mash two sentences together using string interpolation -$"{variable_name} some text"; (dollar sign, quotes, variables inside brackets)
string first_sentence = "This is the first part";
string second_sentence = "This is the second part";
Console.WriteLine($"{first_sentence} - {second_sentence}");
Console.ReadLine();
// does the username the user input have a space in it ? if yes, reverse it and put a comma in it.reversed_name[0] is first name since arrays are 0 based, reversed_name[1] is last name
bool has_space = user_name.IndexOf(" ") > -1;
string[] reversed_name = user_name.Split(" ");
Console.WriteLine(has_space ? $"{reversed_name[1]}, {reversed_name[0]}" : user_name);
Console.ReadLine();
// replace the space in the username gathered with a period
string period_name = user_name.Replace(" ", ".");
Console.WriteLine(period_name);
Console.ReadLine();
// split the first_sentence string variable into an array object and show how many spaces it has in it
string[] s = first_sentence.Split(" ");
int num_spaces = s.Length;
Console.WriteLine($"'{first_sentence}' has {num_spaces} in it.");
Console.ReadLine();
// loop through every word in first_sentence
for (int i = 0; i <= s.Length - 1; i++)
{
Console.WriteLine(s[i]);
}
Console.ReadLine();
// create a new string array and a new list of strings, two ways of dealing with multiple strings in a single object that you can loop through
string[] my_array = new string[] { "First", "Second", "Third" };
List <string> my_string_list = new List <string>()
{
"First List Item", "Second List Item", "Third List Item"
};
// loop through my_array
foreach (string item in my_array)
{
Console.WriteLine(item);
}
Console.ReadLine();
// display length for my_array
Console.WriteLine($"That array had {my_array.Length} items in it");
Console.ReadLine();
// loop through list of strings variable my_string_list
foreach (string item in my_string_list)
{
Console.WriteLine(item);
}
Console.ReadLine();
// display length for list of strings my_string_list
Console.WriteLine($"That array had {my_string_list.Count} items in it");
Console.ReadLine();
Console.WriteLine(string.Join(",", my_array));
Console.ReadLine();
// declare number variables 4 and 10
int my_number = 4;
int my_second_number = 10;
// show sentence 4 + 10 = 14 - first part is formatting, second part does the math and formats
Console.WriteLine($"{my_number} + {my_second_number} = {(my_number + my_second_number)}");
Console.ReadLine();
// doubles are numbers with decimals
double my_third_number = 4.32;
double my_fourth_number = .8;
// show 4.32 * 80% (.8) = 3.456
Console.WriteLine($"{my_third_number} * {(my_fourth_number * 100)}% = {Math.Round(my_third_number * my_fourth_number, 2)}");
Console.ReadLine();
// turn my_third_number negative, but then use math.abs to show without negative
my_third_number = -4.32;
Console.WriteLine($"{my_third_number} * {(my_fourth_number * 100)}% = {Math.Abs(Math.Round(my_third_number * my_fourth_number, 2))}");
Console.ReadLine();
// create array and list of int data types
int[] my_int_array = new int[] { 1, 2, 3 };
List <int> my_int_list = new List <int>()
{
4, 5, 6
};
// one way to sum items, += adds numbers together to get variable 'result'
int result = 0;
foreach (int item in my_int_array)
{
result += item;
}
Console.WriteLine(result);
// alternatively - use .Sum() from Linq to add numbers together
int new_result = my_int_list.Sum();
Console.WriteLine(new_result);
Console.ReadLine();
// we opened windows explorer and created file c:\temp\test.txt filled with 8 lines of words seperated by commas like below:
/*
* this,is,text,from,the,external,file1
* this,is,text,from,the,external,file2
* this,is,text,from,the,external,file3
* this,is,text,from,the,external,file4
* this,is,text,from,the,external,file5
* this,is,text,from,the,external,file6
* this,is,text,from,the,external,file7
* this,is,text,from,the,external,file8
*/
// this line reads all of those lines into the 'from_text' string variable
string from_text = File.ReadAllText(@"c:\temp\test.txt");
// output file contents
Console.WriteLine(from_text);
Console.ReadLine();
// write to c:\temp\test1.txt
string to_text = "write this to external file";
File.WriteAllText(@"c:\temp\test1.txt", to_text);
// split the file contents into 8 lines
string[] next_text = from_text.Split(Environment.NewLine);
// loop each line
foreach (string line in next_text)
{
// split each line by commas
string[] split_line = line.Split(",");
// display each item in comma list
foreach (string item in split_line)
{
Console.WriteLine(item);
}
}
Console.ReadLine();
// ACTION: right click on the project (PALProgramming) and click "add --> class". Call it "NinetyNineBottles.cs". Go into the file after created and follow along from there
// call the object we created with whatever number (I used 45), it will run it that many times
// put a breakpoint on the nn.Run99 so you can see the properties of the 'nn' object
NinetyNineBottles nn = new NinetyNineBottles(45);
nn.Run99();
// this will show you what you passed in the number field and the halfway there point
Console.WriteLine($"{nn.Number} - halfwaythere = {nn.HalfWayThere}");
Console.ReadLine();
// ACTION: right click on the project (PALProgramming) and click "add --> class". Call it "Bottle.cs". Go into the file and follow along from there.
//create 'bl' variable which is a complex list, a list of the new Bottle class we created in Bottle.cs
List <Bottle> bl = new List <Bottle>();
// loop 99 times
for (int i = 0; i <= 99; i++)
{
// get random type from BottleType enum - so either Beer, Soda, Juice, Water
Array values = Enum.GetValues(typeof(BottleType));
Random random = new Random();
BottleType type = (BottleType)values.GetValue(random.Next(values.Length));
// insert new Bottle object into 'bl' list with the number from i and the random type from above
bl.Add(new Bottle()
{
Number = i, Type = type
});
}
// since we looped 0-99 instead of 99-0, let's sort by number descending. Using Lambda expression (x => x.Number) is the ability to access properties of objects inside the list and use to sort, loop, etc
bl = bl.OrderByDescending(x => x.Number).ToList();
// loop bl and display the number and type
foreach (Bottle b in bl)
{
Console.WriteLine($"{b.Number} bottles of {b.Type}, {b.Number} bottles of {b.Type}, take one down and pass it around, {b.Number - 1} bottle of {b.Type} on the wall");
}
Console.ReadLine();
// a different way to loop - ForEach loops through every Bottle in the List of Bottles with the variable 'b' as a lambda expression
bl.ForEach(b => {
Console.WriteLine($"{b.Number} bottles of {b.Type}, {b.Number} bottles of {b.Type}, take one down and pass it around, {b.Number - 1} bottle of {b.Type} on the wall");
});
Console.ReadLine();
// get the bottle with the Number propery equal 100. since it doesn't exist since we only added 99, it will use the Bottle object after the "??", which is called a null coalesce operator. if something is null, use a default instead.
Bottle bottle = bl.Where(x => x.Number == 100).FirstOrDefault() ?? new Bottle()
{
Number = 0, Type = null
};
Console.WriteLine($"Bottle type for #{bottle.Number} - {bottle.Type}");
Console.ReadLine();
// create one of the child objects of Bottle, beer.
Beer beer = new Beer()
{
Number = 700, ABV = "15%", Size = 40
};
Console.WriteLine($"Bottle type for #{beer.Number} - {beer.Type} - {beer.ABV}");
Console.ReadLine();
// now, fun with dates. create a new date object
DateTime now = DateTime.Now;
Console.WriteLine(now);
// format in various ways
Console.WriteLine(now.ToShortDateString());
Console.WriteLine(now.ToShortTimeString());
Console.WriteLine(now.ToString("MM/dd/yyyy hh:mm tt"));
now = now.AddMonths(20);
Console.WriteLine(now.Date.Year);
Console.ReadLine();
// create list of DateTime objects with the dates from this day from the previous 12 months
List <DateTime> ld = new List <DateTime>();
for (int i = 0; i <= 11; i++)
{
ld.Add(DateTime.Today.AddMonths(-i));
}
Console.WriteLine(string.Join(",", ld.ToArray()));
Console.WriteLine(ld.First());
Console.WriteLine(ld.Last());
Console.ReadLine();
// ACTION: right click project, click add new --> class, create PALModels.cs, then go into the class and follow along from there
// once finished all of that, create instance of newly created dbcontext PALModels.
PALModels db = new PALModels();
// query the PALModels Users dbset for all treachers, return as a list of users.
List <Users> lu = (from u in db.Users where u.IsTeacher == true orderby u.LastName select u).ToList() ?? new List <Users>();
// loop the above results and output the full name
lu.ForEach(u => {
Console.WriteLine($"{u.FullName} - {u.UserID}");
});
Console.Read();
// try to select a user that doesn't exist
Users user = (from u in db.Users where u.UserID == 666 select u).FirstOrDefault() ?? new Users()
{
FirstName = "No", LastName = "User"
};
if (user.UserID == 0)
{
Console.WriteLine($"Does not exist");
}
else
{
Console.WriteLine($"{user.FullName} - {user.UserID}");
}
Console.Read();
// re-use lu variable.
// using Include - and ThenInclude - to populate child objects.
lu = (from u in db.Users.Include(x => x.UsersAttendance).ThenInclude(x => x.Class).Include(x => x.UsersGrades).ThenInclude(x => x.Class) where u.IsTeacher == false select u).ToList();
if (lu.Count() > 0)
{
// loop through all students
lu.ForEach(x => {
Console.WriteLine($"{x.FullName} - {x.UserID}");
// loop the UsersAttendance List on the Users Object that was included on line 290
if (x.UsersAttendance.Count() > 0)
{
// if any records exist, show attended date and class name (included using ThenInclude on line 290)
x.UsersAttendance.ForEach(y => {
Console.WriteLine($"Attended {y.Class.Name}: {y.AttendanceDate}");
});
}
else
{
Console.WriteLine($"No records for attendance");
}
// loop the UsersGrades List on the Users Object that was included on line 290
if (x.UsersGrades.Count() > 0)
{
// if any records exist, show class grade and class name (included using ThenInclude on line 290)
x.UsersGrades.ForEach(y => {
Console.WriteLine($"Grade for {y.Class.Name}: {y.Grade}");
});
// show sum for all grades if user has grades
Console.WriteLine($"Sum for grades: {x.UsersGrades.Sum(y => y.Grade)}");
// show average for grades
Console.WriteLine($"Average for grades: {x.UsersGrades.Average(y => y.Grade)}");
}
else
{
Console.WriteLine($"No records for grades");
}
});
}
else
{
Console.WriteLine($"No records for users.");
}
// update user with ID of 3 to a new user that you enter in console
Users user1 = (from u in db.Users where u.UserID == 3 select u).FirstOrDefault() ?? new Users();
Console.WriteLine($"Enter a new password for: {user1.FullName}");
string new_password = Console.ReadLine();
user1.Password = new_password;
db.Users.Update(user1);
db.SaveChanges();
// remove user with ID of 3 you declared on line 330
db.Users.Remove(user1);
db.SaveChanges();
// remove user with ID of 4 using .Find
db.Users.Remove(db.Users.Find(4));
db.SaveChanges();
// prompt yourself to enter five fields for user separated by pipe (|) character
Console.WriteLine($"Enter a new user like this: firstname|lastname|email|password|isteacher");
string new_user = Console.ReadLine();
// split object you just input by pipe (|)
string[] new_user_split = new_user.Split("|");
// populate new users object with new_user_split, a 5 item array that you entered into terminal
user1 = new Users()
{
FirstName = new_user_split[0], LastName = new_user_split[1], Email = new_user_split[2], Password = new_user_split[3], IsTeacher = Convert.ToBoolean(new_user_split[4])
};
// since this has UserID = 0, .Update will add a new record.
db.Users.Update(user1);
db.SaveChanges();
// ACTION: view slideshow @ https://docs.google.com/presentation/d/1Ew4dCbDwd2UDAGdOTFK0RAbDZ0cHP9R4F2d74RFowyE/edit?usp=sharing
// ACTION: open notepad and create the following document - everything from <html> to <html>:
/*
* <html>
* <head>
* <title>this is my simple page</title>
* <style>
* body {
* background-color: red;
* color: white;
* text-align: center;
* }
* div#first_div {
* background-color: white;
* border: 1px solid black;
* color: red;
* padding:15px;
* margin:10px;
* }
* </style>
* </head>
*
* <body>
* <div id="first_div">this is my first html page!</div>
* <a href="http://google.com">google.com</a> | <a href="http://facebook.com">facebook.com</a>
* </body>
* </html>
*/
// ACTION: save as Your Documents/test.html. Open browser. Hit ctrl+0 and open your documents/test.html
// Watch video for breakdown of how to build above document and what it all does
// ACTION: go to github, repositories --> create new repository, per video. Call it PALProgrammingWeb. click the code dropdown and copy the clone URL.
// ACTION: in visual studio, either open new copy or file --> new project, if new copy use create new project. Give it the name PALProgrammingWeb.
// ACTION: choose project type ASP.NET Core Web Application -- > then Model Vide Controller (MVC)
// ACTION: click git changes - if git changes isn't open hit view --> git changes, click create new repository, existing remote, then paste the github clone URL there.
// We will pick up there next time.
Console.ReadLine();
}
public LivingWaterBottle(BottleType type) : base(false, 0)
{
Type = type;
}
private void PourIngredient(BottleType bottleType)
{
bottleType.m_Amount += Time.deltaTime * 10f;
}
