static void Main(string[] args)
{
var input = Console.In;
//var input = new StringReader("6\nhome office\nhome garage\nhome parents_home\noffice lab\noffice library\nlibrary main_entrance");
var count = int.Parse(input.ReadLine());
var many = Enumerable.Range(0, count)
.Select(_ =>
input.ReadLine()
.Split(' ')
.ToArray())
.ToArray();
var dic = new Dictionary<string,key>();
foreach (var key in many)
{
dic[key[0]] = new key(key[0]);
dic[key[1]] = new key(key[1]);
}
foreach (var key in many)
{
var master = dic[key[0]];
var slave = dic[key[1]];
master.Children.Add(slave);
}
var master2 = dic.Values.OrderByDescending(key => key.Level).First();
Console.WriteLine(master2.Level);
}
public static void Register(this IDictionary<key, IList<Action<KeyArgs>>> dictionary, key key, Action<KeyArgs> action)
{
if (!dictionary.ContainsKey(key))
{
dictionary.Add(key, new List<Action<KeyArgs>>());
}
dictionary[key].Add(action);
}
// Use this for initialization
void Start () {
gameObject.GetComponent<Renderer>().enabled = false;
GetComponent<Renderer>().material.color = Color.blue;
if(keyName == "MiddleC"){
currentKey = key.MiddleC;
}
if(keyName == "CSharp"){
currentKey = key.CSharp;
}
if(keyName == "D"){
currentKey = key.D;
}
if(keyName == "DSharp"){
currentKey = key.DSharp;
}
if(keyName == "E"){
currentKey = key.E;
}
if(keyName == "F"){
currentKey = key.F;
}
if (keyName == "FSharp") {
currentKey = key.FSharp;
}
if(keyName == "G"){
currentKey = key.G;
}
if (keyName == "GSharp") {
currentKey = key.GSharp;
}
if(keyName == "A"){
currentKey = key.A;
}
if (keyName == "ASharp") {
currentKey = key.ASharp;
}
if(keyName == "B"){
currentKey = key.B;
}
if(keyName == "HighC"){
currentKey = key.HighC;
}
if (keyName == "HighCSharp") {
currentKey = key.HighCSharp;
}
if(keyName == "HighD"){
currentKey = key.HighD;
}
if (keyName == "HighDSharp") {
currentKey = key.HighDSharp;
}
if(keyName == "HighE"){
currentKey = key.HighE;
}
if(keyName == "HighF"){
currentKey = key.HighF;
}
}
static void AddInput(key k, string s)
{
switch (s) {
case "menu": menu.f += k.f; break;
case "term": term.f += k.f; break;
case "invt": invt.f += k.f; break;
case "lamp": lamp.f += k.f; break;
case "fire": fire.f += k.f; break;
case "jump": jump.f += k.f; break;
case "duck": duck.f += k.f; break;
case "dash": dash.f += k.f; break;
}
}
private key GenerateCollectionKey(IForeignKeyColumnInfo[] kdef)
{
key key;
key = new key();
if (kdef.Length == 1)
{
key.column1 = kdef[0].ForeignKeyColumnName;
}
else
{
key.column = kdef.Select(q => new column() { name = q.ForeignKeyColumnName }).ToArray();
}
return key;
}
public Controls() { // why the how does it
menu = new key((n)=>menu.input=n);
term = new key((n)=>term.input=n);
invt = new key((n)=>invt.input=n);
fire = new key((n)=>fire.input=n);
lamp = new key((n)=>lamp.input=n);
jump = new key((n)=>jump.input=n);
dash = new key((n)=>dash.input=n);
duck = new key((n)=>duck.input=n);
accept = new key((n)=>accept.input=n);
mouseX = new axis((n)=>mouseX.input=n);
mouseY = new axis((n)=>mouseY.input=n);
axisX = new axis((n)=>axisX.input=n);
axisY = new axis((n)=>axisY.input=n);
//roll = new axis((n)=>roll.input=n);
} // there is no reason for this how does it even
public Controls()
{
// why the how does it
menu = new key((n)=>menu.input=n);
term = new key((n)=>term.input=n);
invt = new key((n)=>invt.input=n);
fire = new key((n)=>fire.input=n);
lamp = new key((n)=>lamp.input=n);
jump = new key((n)=>jump.input=n);
dash = new key((n)=>dash.input=n);
duck = new key((n)=>duck.input=n);
mouseX = new axis((n)=>mouseX.input=n);
mouseY = new axis((n)=>mouseY.input=n);
axisX = new axis((n)=>axisX.input=n);
axisY = new axis((n)=>axisY.input=n);
roll = new axis((n)=>roll.input=n);
}
if (string.IsNullOrEmpty(key))
{
throw new InvalidOperationException(Resources.Error_EmptyKey);
ValidateKeyValue(key, value);
set => Set(key, value);
if (!Validate(key, value))
{
throw new InvalidOperationException($"Invalid value {value} for key '{key}'");
foreach (var(key, value) in other)
SetValueImpl(key, value);
set => UpdateWithNotification(key, value);
private set => this.set(key, value);
set => this.AddOrReplace(key, value);
public bool Equals(ref key k)
{
return period == k.period
&& input == k.input;
}
foreach (var (key, value) in HtmlAttributes)
return this.Get(key);
SetPropertyNoCheck(key, value);
set => Put(key, value);
private void ProcessManyToOneReference(
Entity entity,
DirectedReference directedReference,
Action <object> addItem,
string cascade,
string collectionCascade,
string lazy,
string orderByClause,
bool inverse)
{
if (directedReference.FromEndEnabled == false)
{
return;
}
ITable referenceMappedTable = directedReference.Reference.MappedTable();
DirectedRelationship directedRelationship = null;
if (referenceMappedTable == null)
{
directedRelationship = GetDirectedMappedRelationship(entity, directedReference.Reference);
}
if (directedReference.FromEndCardinality == Cardinality.One)
{
fetchMode fetchMode;
bool insert;
bool update;
if (directedReference.Entity1IsFromEnd)
{
fetchMode = (fetchMode)Enum.Parse(typeof(fetchMode), directedReference.Reference.GetReferenceEnd1FetchMode().ToString(), true);
insert = directedReference.Reference.GetReferenceEnd1Insert();
update = directedReference.Reference.GetReferenceEnd1Update();
}
else
{
fetchMode = (fetchMode)Enum.Parse(typeof(fetchMode), directedReference.Reference.GetReferenceEnd2FetchMode().ToString(), true);
insert = directedReference.Reference.GetReferenceEnd2Insert();
update = directedReference.Reference.GetReferenceEnd2Update();
}
manytoone manyToOneNode;
if (referenceMappedTable == null)
{
manyToOneNode = CreateManyToOneNode(directedReference, directedRelationship, cascade);
}
else
{
manyToOneNode = CreateManyToOneNode(directedReference, referenceMappedTable);
}
manyToOneNode.fetch = fetchMode;
manyToOneNode.fetchSpecified = true;
manyToOneNode.insert = insert;
manyToOneNode.update = update;
addItem(manyToOneNode);
}
else
{
key keyNode = new key();
if (referenceMappedTable == null &&
directedRelationship.ToKey.Columns.Count > 1)
{
foreach (var columnNode in GetColumnNodes(directedRelationship.ToKey.Columns))
{
keyNode.AddColumn(columnNode);
}
}
else if (referenceMappedTable != null)
{
ITable toPrimaryMappedTable = EntityMapper.GetPrimaryTable(directedReference.ToEntity);
var toColumnsInPrimaryKey = referenceMappedTable.Relationships.First(t => t.PrimaryTable == toPrimaryMappedTable || t.ForeignTable == toPrimaryMappedTable).ForeignKey.Columns;
foreach (var columnNode in GetColumnNodes(toColumnsInPrimaryKey))
{
keyNode.AddColumn(columnNode);
}
}
else
{
keyNode.column1 = directedRelationship.ToKey.Columns[0].Name.BackTick();
}
onetomany oneToManyNode = new onetomany();
oneToManyNode.@class = directedReference.ToEntity.Name;
collectionFetchMode collFetchMode;
if (directedReference.Entity1IsFromEnd)
{
collFetchMode = (collectionFetchMode)Enum.Parse(typeof(collectionFetchMode), directedReference.Reference.GetReferenceEnd1CollectionFetchMode().ToString(), true);
}
else
{
collFetchMode = (collectionFetchMode)Enum.Parse(typeof(collectionFetchMode), directedReference.Reference.GetReferenceEnd2CollectionFetchMode().ToString(), true);
}
AssociationType type = NHCollections.GetAssociationType(directedReference);
switch (type)
{
case AssociationType.None:
Log.WarnFormat("No association type was set on reference {0} for the end {1}. This is usually an error.", directedReference.Reference.Name, directedReference.Entity1IsFromEnd ? "1" : "2");
return;
case AssociationType.Set:
var set = CreateSetNode(directedReference, keyNode, collectionCascade, collFetchMode, lazy, inverse);
set.Item = oneToManyNode;
if (orderByClause.Length > 0)
{
set.orderby = orderByClause;
}
addItem(set);
break;
case AssociationType.Map:
var mapNode = CreateMapNode(directedReference, keyNode, collectionCascade, collFetchMode, lazy, inverse);
mapNode.Item = new index
{
column1 = NHCollections.GetIndexColumnName(directedReference),
type = NHCollections.GetIndexColumnTypeName(directedReference, EntityMapper.GetPrimaryTable(directedReference.ToEntity))
};
mapNode.Item1 = oneToManyNode;
if (orderByClause.Length > 0)
{
mapNode.orderby = orderByClause;
}
addItem(mapNode);
break;
case AssociationType.Bag:
var bag = CreateBagNode(directedReference, keyNode, collectionCascade, collFetchMode, lazy, inverse);
bag.Item = oneToManyNode;
if (orderByClause.Length > 0)
{
bag.orderby = orderByClause;
}
addItem(bag);
break;
case AssociationType.List:
list listNode = CreateListNode(directedReference, keyNode, collectionCascade, collFetchMode, lazy, inverse);
listNode.Item = new index {
column1 = NHCollections.GetIndexColumnName(directedReference)
};
listNode.Item1 = oneToManyNode;
if (orderByClause.Length > 0)
{
listNode.orderby = orderByClause;
}
addItem(listNode);
break;
case AssociationType.IDBag:
idbag idbagNode = CreateIdBagNode(directedReference, keyNode, collectionCascade, collFetchMode, lazy, inverse);
idbagNode.collectionid = new collectionid
{
column1 = NHCollections.GetIndexColumnName(directedReference),
generator = new generator {
@class = "sequence"
},
type = NHCollections.GetIndexColumnTypeName(directedReference, EntityMapper.GetPrimaryTable(directedReference.ToEntity))
};
addItem(idbagNode);
break;
default:
throw new ArgumentOutOfRangeException("AssociationType not handled yet: " + type.ToString());
}
}
}
private void ProcessManyToManyReference(
Entity entity,
DirectedReference directedReference,
Action <object> addItem,
Dictionary <ITable, int> manyToManySameTableProcessingCounts,
string collectionCascade,
string lazy,
string orderByClause,
bool inverse)
{
if (directedReference.FromEndEnabled == false)
{
return;
}
ITable referenceMappedTable = directedReference.Reference.MappedTable();
ITable fromPrimaryMappedTable = EntityMapper.GetPrimaryTable(entity);
ITable toPrimaryMappedTable = EntityMapper.GetPrimaryTable(directedReference.ToEntity);
Cardinality cardinalityPrimary;
Cardinality cardinalityForeign;
IKey mainKey;
IKey associationKey;
ITable associationTable = entity.GetAssociationTable(directedReference.ToEntity, out cardinalityPrimary, out cardinalityForeign, out mainKey, out associationKey);
key keyNode = new key();
List <IColumn> fromInPrimaryKey = new List <IColumn>();
List <IColumn> toInPrimaryKey = new List <IColumn>();
if (fromPrimaryMappedTable == toPrimaryMappedTable)
{
// This many-to-many relationship is to the same table
if (manyToManySameTableProcessingCounts.ContainsKey(toPrimaryMappedTable))
{
int index = manyToManySameTableProcessingCounts[toPrimaryMappedTable];
index++;
fromInPrimaryKey.AddRange(referenceMappedTable.Relationships.Where(t => t.PrimaryTable == fromPrimaryMappedTable).ElementAt(index).PrimaryKey.Columns);
toInPrimaryKey.AddRange(referenceMappedTable.Relationships.Where(t => t.PrimaryTable == toPrimaryMappedTable).ElementAt(index).ForeignKey.Columns);
manyToManySameTableProcessingCounts[toPrimaryMappedTable] = index;
}
else
{
fromInPrimaryKey.AddRange(referenceMappedTable.Relationships.Where(t => t.PrimaryTable == fromPrimaryMappedTable).ElementAt(0).PrimaryKey.Columns);
toInPrimaryKey.AddRange(referenceMappedTable.Relationships.Where(t => t.PrimaryTable == toPrimaryMappedTable).ElementAt(0).ForeignKey.Columns);
manyToManySameTableProcessingCounts.Add(toPrimaryMappedTable, 0);
}
}
else
{
foreach (var coll in referenceMappedTable.Relationships.Where(t => t.PrimaryTable == fromPrimaryMappedTable).Select(r => r.ForeignKey.Columns))
{
foreach (var c in coll)
{
fromInPrimaryKey.Add(c);
}
}
foreach (var coll in referenceMappedTable.Relationships.Where(t => t.PrimaryTable == toPrimaryMappedTable).Select(r => r.ForeignKey.Columns))
{
foreach (var c in coll)
{
toInPrimaryKey.Add(c);
}
}
}
if (fromInPrimaryKey.Count() == 1)
{
keyNode.column1 = fromInPrimaryKey.First().Name.BackTick();
}
else
{
foreach (var columnNode in GetColumnNodes(fromInPrimaryKey))
{
keyNode.AddColumn(columnNode);
}
}
manytomany manyToManyNode = new manytomany();
manyToManyNode.@class = directedReference.ToEntity.Name;
if (toInPrimaryKey.Count() == 1)
{
manyToManyNode.column = toInPrimaryKey.First().Name.BackTick();
}
else
{
foreach (var columnNode in GetColumnNodes(toInPrimaryKey))
{
keyNode.AddColumn(columnNode);
}
}
collectionFetchMode collFetchMode;
if (directedReference.Entity1IsFromEnd)
{
collFetchMode = (collectionFetchMode)Enum.Parse(typeof(collectionFetchMode), directedReference.Reference.GetReferenceEnd1CollectionFetchMode().ToString(), true);
}
else
{
collFetchMode = (collectionFetchMode)Enum.Parse(typeof(collectionFetchMode), directedReference.Reference.GetReferenceEnd2CollectionFetchMode().ToString(), true);
}
AssociationType type = NHCollections.GetAssociationType(directedReference);
switch (type)
{
case AssociationType.None:
Log.WarnFormat("No association type was set on reference {0} for the end {1}. This is usually an error.", directedReference.Reference.Name, directedReference.Entity1IsFromEnd ? "One" : "Two");
return;
case AssociationType.Set:
set setNode = CreateSetNode(directedReference, keyNode, collectionCascade, collFetchMode, lazy, inverse);
setNode.table = referenceMappedTable.Name.BackTick();
setNode.Item = manyToManyNode;
if (orderByClause.Length > 0)
{
setNode.orderby = orderByClause;
}
addItem(setNode);
break;
case AssociationType.Bag:
bag bagNode = CreateBagNode(directedReference, keyNode, collectionCascade, collFetchMode, lazy, inverse);
bagNode.table = referenceMappedTable.Name.BackTick();
bagNode.Item = manyToManyNode;
if (orderByClause.Length > 0)
{
bagNode.orderby = orderByClause;
}
addItem(bagNode);
break;
case AssociationType.Map:
map mapNode = CreateMapNode(directedReference, keyNode, collectionCascade, collFetchMode, lazy, inverse);
mapNode.table = referenceMappedTable.Name.BackTick();
mapNode.Item = new index
{
column1 = NHCollections.GetIndexColumnName(directedReference),
type = NHCollections.GetIndexColumnTypeName(directedReference, toPrimaryMappedTable /*fromPrimaryMappedTable*/)
};
mapNode.Item1 = manyToManyNode;
if (orderByClause.Length > 0)
{
mapNode.orderby = orderByClause;
}
addItem(mapNode);
break;
case AssociationType.List:
list listNode = CreateListNode(directedReference, keyNode, collectionCascade, collFetchMode, lazy, inverse);
listNode.table = referenceMappedTable.Name.BackTick();
listNode.Item = new index
{
column1 = NHCollections.GetIndexColumnName(directedReference),
};
listNode.Item1 = manyToManyNode;
if (orderByClause.Length > 0)
{
listNode.orderby = orderByClause;
}
addItem(listNode);
break;
// case AssociationType.IDBag:
// throw new NotImplementedException(
// string.Format("Have not implemented {0} association type for Many To Many relationships", type));
default:
throw new NotImplementedException("AssociationType not handled yet: " + type.ToString());
}
}
MemSet(key, value);
set => Set(key, value, false);
set => this.Set(key, value);
set => SetValue(key, value);
set => setValue(key, value);
foreach (var(key, value) in keyValuePairs)
set => Setter(key, value);
get => Get(key, defaultValue);
set => Setter2(key, value);
set => Add(key, value);
(Key, IsDefault) = (IsNotEmptyOrWhiteSpace(key, nameof(key)), false);
FromECPrivateKey(key, algId, out ret);
key => { throw new KeyNotFoundException("Does not have html attribute '{0}'".ToFormat(key));
throw new InvalidSolutionException(key);
// Use this for initialization
void Start () {
//keyInZone = NoteMovement.inZone;
// GameObject notes = GameObject.FindGameObjectWithTag("Note");
NoteMovement noteMovement = notes.GetComponent<NoteMovement>();
//noteScript = gameObject.GetComponent<GameObject>();
if(keyName == "MiddleC"){
currentKey = key.MiddleC;
}
if(keyName == "CSharp"){
currentKey = key.CSharp;
}
if(keyName == "D"){
currentKey = key.D;
}
if(keyName == "DSharp"){
currentKey = key.DSharp;
}
if(keyName == "E"){
currentKey = key.E;
}
if(keyName == "F"){
currentKey = key.F;
}
if (keyName == "FSharp") {
currentKey = key.FSharp;
}
if(keyName == "G"){
currentKey = key.G;
}
if (keyName == "GSharp") {
currentKey = key.GSharp;
}
if(keyName == "A"){
currentKey = key.A;
}
if (keyName == "ASharp") {
currentKey = key.ASharp;
}
if(keyName == "B"){
currentKey = key.B;
}
if(keyName == "HighC"){
currentKey = key.HighC;
}
if (keyName == "HighCSharp") {
currentKey = key.HighCSharp;
}
if(keyName == "HighD"){
currentKey = key.HighD;
}
if (keyName == "HighDSharp") {
currentKey = key.HighDSharp;
}
if(keyName == "HighE"){
currentKey = key.HighE;
}
if(keyName == "HighF"){
currentKey = key.HighF;
}
}
public static SortList instance(IDataSeries input, int period)
{
if ( input == null )
return new SortList(input, period);
lock(dict) {
key k = new key(input, period);
if ( dict.ContainsKey(k) )
return dict[k];
else
return dict[k] = new SortList(input, period);
}
}
get => Indexer_Get(key); set => Indexer_Set(key, value);
set => Alloc(key, value, true);
set => Assign(key, value);
set => Insert(key, value, false);
set => this.Add(key, value);
public static void KeyPress(key key, int delay = 0)
{
if (key != key.Null)
{
KeyPressDI(Keys.GetDxKey(key), delay);
//if(delay < 1)
//{
// KeyDown((byte)key);
// KeyUp((byte)key);
//}
//else
//{
// KeyDown((byte)key);
// System.Threading.Thread.Sleep(delay);
// KeyUp((byte)key);
//}
}
}
public static dxKey GetDxKey(key key)
{
switch (key)
{
case key.zero_numpad: return dxKey.zero_numpad;
case key.one_numpad: return dxKey.one_numpad;
case key.two_numpad: return dxKey.two_numpad;
case key.three_numpad: return dxKey.three_numpad;
case key.four_numpad: return dxKey.four_numpad;
case key.five_numpad: return dxKey.five_numpad;
case key.six_numpad: return dxKey.six_numpad;
case key.seven_numpad: return dxKey.seven_numpad;
case key.eight_numpad: return dxKey.eight_numpad;
case key.nine_numpad: return dxKey.nine_numpad;
case key.numlock: return dxKey.numlock;
case key.forwardSlash_numpad: return dxKey.forwardSlash_numpad;
case key.asterisk_numpad: return dxKey.asterisk_numpad;
case key.dash_numpad: return dxKey.dash_numpad;
case key.plus_numpad: return dxKey.plus_numpad;
case key.period_numpad: return dxKey.period_numpad;
case key.five_numlock_numpad: return dxKey.five_numlock_numpad;
case key.printScreen: return dxKey.printScreen;
case key.scrollLock: return dxKey.scrollLock;
case key.pauseBreak: return dxKey.pauseBreak;
case key.insert: return dxKey.insert;
case key.home: return dxKey.home;
case key.pageUp: return dxKey.pageUp;
case key.delete: return dxKey.delete;
case key.end: return dxKey.end;
case key.pageDown: return dxKey.pageDown;
case key.leftArrow: return dxKey.leftArrow;
case key.upArrow: return dxKey.upArrow;
case key.rightArrow: return dxKey.rightArrow;
case key.downArrow: return dxKey.downArrow;
case key.f1: return dxKey.f1;
case key.f2: return dxKey.f2;
case key.f3: return dxKey.f3;
case key.f4: return dxKey.f4;
case key.f5: return dxKey.f5;
case key.f6: return dxKey.f6;
case key.f7: return dxKey.f7;
case key.f8: return dxKey.f8;
case key.f9: return dxKey.f9;
case key.f10: return dxKey.f10;
case key.f11: return dxKey.f11;
case key.f12: return dxKey.f12;
case key.escape: return dxKey.escape;
case key.tilde: return dxKey.tilde;
case key.one: return dxKey.one;
case key.two: return dxKey.two;
case key.three: return dxKey.three;
case key.four: return dxKey.four;
case key.five: return dxKey.five;
case key.six: return dxKey.six;
case key.seven: return dxKey.seven;
case key.eight: return dxKey.eight;
case key.nine: return dxKey.nine;
case key.zero: return dxKey.zero;
case key.dash: return dxKey.dash;
case key.equals: return dxKey.equals;
case key.backspace: return dxKey.backspace;
case key.tab: return dxKey.tab;
case key.Q: return dxKey.Q;
case key.W: return dxKey.W;
case key.E: return dxKey.E;
case key.R: return dxKey.R;
case key.T: return dxKey.T;
case key.Y: return dxKey.Y;
case key.U: return dxKey.U;
case key.I: return dxKey.I;
case key.O: return dxKey.O;
case key.P: return dxKey.P;
case key.bracket_open: return dxKey.bracket_open;
case key.bracket_close: return dxKey.bracket_close;
case key.backSlash: return dxKey.backSlash;
case key.capsLock: return dxKey.capsLock;
case key.A: return dxKey.A;
case key.S: return dxKey.S;
case key.D: return dxKey.D;
case key.F: return dxKey.F;
case key.G: return dxKey.G;
case key.H: return dxKey.H;
case key.J: return dxKey.J;
case key.K: return dxKey.K;
case key.L: return dxKey.L;
case key.semiColon: return dxKey.semiColon;
case key.quote: return dxKey.quote;
case key.enter: return dxKey.enter;
case key.shift_left: return dxKey.shift_left;
case key.Z: return dxKey.Z;
case key.X: return dxKey.X;
case key.C: return dxKey.C;
case key.V: return dxKey.V;
case key.B: return dxKey.B;
case key.N: return dxKey.N;
case key.M: return dxKey.M;
case key.comma: return dxKey.comma;
case key.period: return dxKey.period;
case key.forwardSlash: return dxKey.forwardSlash;
case key.shift_right: return dxKey.shift_right;
case key.control_left: return dxKey.control_left;
case key.windows_left: return dxKey.windows_left;
case key.alt_left: return dxKey.alt_left;
case key.spacebar: return dxKey.spacebar;
case key.alt_right: return dxKey.alt_right;
case key.windows_right: return dxKey.windows_right;
case key.menu: return dxKey.menu;
case key.control_right: return dxKey.control_right;
default: return dxKey.Null;
}
}
