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How to use Function method of 1.VariableClass class

Best NBi code snippet using 1.VariableClass.Function

AstNode.cs

Source:AstNode.cs

...128                    // We do not know the name of the new set, so we will not be able to add functions129                    // Therefore, we have to store a reference to the new set in a intermediate variable which will be then used to create new functions130                    // We need a new assignment operator with value produced by the set creation call above131                    //132                    // 3. In a loop, add functions using AddFunction API call. 133                    //134                    List<ScriptOp> funcOps = new List<ScriptOp>();135                    ScriptOp funcOp;136                    foreach (AstNode n in Children)137                    {138                        // Special members: Name, Super or annotation (super-dim), no definition or annotation like key or id, Where for prodicate or annotation (no body - warning, must be Bool).139                        // Special processing for type (first child in the member) as s-expr (rather than primitive type).140                        Debug.Assert(n.Rule == AstRule.MEMBER, "Wrong use: all children of a PRODUCT node have to be MEMBERs.");141                        Debug.Assert(n.GetChild(1).Rule == AstRule.NAME, "Wrong use: first child of a MEMBER node has to be the member NAME.");142                        if (n.GetChild(1).Name == "Name") continue;143                        funcOp = new ScriptOp(ScriptOpType.CALL, "AddFunction");144                        // Function name145                        ScriptOp funcNameOp = new ScriptOp(ScriptOpType.VALUE, "name");146                        funcNameOp.Result = new ContextVariable(VariableClass.VAL, "name", n.GetChild(1).Name);147                        funcOp.AddChild(funcNameOp);148                        // Input set. The same for all added functions149                        ScriptOp inSetOp = new ScriptOp(ScriptOpType.VALUE, "inputSet");150                        inSetOp.Result = new ContextVariable(VariableClass.VAL, "inputSet", "");151                        funcOp.AddChild(inSetOp);152                        // Output set. 153                        // TODO: In fact, it is a result of expression154                        ScriptOp outSetOp = new ScriptOp(ScriptOpType.VALUE, "outputSet");155                        outSetOp.Result = new ContextVariable(VariableClass.VAL, "outputSet", n.GetChild(0).Name);156                        funcOp.AddChild(outSetOp);157                        // Function formula158                        ScriptOp formulaOp = new ScriptOp(ScriptOpType.VALUE, "formula");159                        formulaOp.Result = new ContextVariable(VariableClass.VAL, "formula", n.GetChild(0).Name);160                        funcOp.AddChild(formulaOp);161                    }162                    break;163                case AstRule.PROJECTION: // The same as DOT but the function can be specified by-value (as a body or lambda) rather than by-name164                    // TODO: Refactor. We want to translate everything to API calls (without COEL-specific statements)165                    // So we need to define a new (possibly intermediate) set from the specification of the function output. 166                    // The popoulation procedure of the set is defined via projection. 167                    // Define a new (temporary) function if the body is provided. 168                    // Ensure that it works if this new set is used for the next projection/de-projection or another operation in an expression.169                    // 1. If function is lambda then extract it and define in the corresponding set170                    // This definition is equivalent to operations executed when a new function is defined for a set (copy the corresponding block as if it were defined by the user)171                    name = GetChild(0).Name;172                    // 2. After that use the new (automatic) name of the function in the projection operation173                    op = new ScriptOp(ScriptOpType.PROJECTION, name);174                    break;175                case AstRule.MEMBER: // Member returns a VALUE (with s-type) which either stores a literal (including lambda) or s-expr (including variables and calls)176                    // TODO: Implement translation of s-type - new sets might have to be created as separate operations. And then these new intermediate sets will be used as types of members.177                    op = new ScriptOp(ScriptOpType.VALUE, GetChild(1).Name);178                    if (Children.Count < 3)179                    {180                        // TODO: Value is not specified - free dimension (key)181                    }182                    if (GetChild(2).Rule == AstRule.LITERAL) // Value parameter183                    {184                        op.Result = new ContextVariable(VariableClass.VAL, GetChild(1).Name, GetChild(2).Name);185                    }186                    else if (GetChild(2).Rule == AstRule.VSCOPE) // Value of type lambda (v-ops for function definition)187                    {188                        op.Result = new ContextVariable(VariableClass.VAL, GetChild(1).Name, GetChild(2));189                    }190                    else // Script expression parameter191                    {192                        ops = GetChild(1).TranslateNode();193                        op.AddChild(ops[ops.Count - 1]); // Assumption: only one operation is generated194                    }195                    break;196                case AstRule.PARAM: // Parameter returns a VALUE which either stores a literal or s-expr (including variables and calls)197                    op = new ScriptOp(ScriptOpType.VALUE, GetChild(0).Name);198                    if (GetChild(1).Rule == AstRule.LITERAL) // Value parameter199                    {200                        op.Result = new ContextVariable(VariableClass.VAL, GetChild(0).Name, GetChild(1).Name);201                    }202                    else if (GetChild(1).Rule == AstRule.VSCOPE) // Value of type lambda (v-ops for function definition)203                    {204                        op.Result = new ContextVariable(VariableClass.VAL, GetChild(0).Name, GetChild(1));205                    }206                    else // Script expression parameter207                    {208                        ops = GetChild(1).TranslateNode();209                        op.AddChild(ops[ops.Count - 1]); // Assumption: only one operation is generated210                    }211                    scriptOps.Add(op);212                    break;213                case AstRule.SEXPR:214                    AstNode sexpr = GetChild(0);215                    scriptOps.AddRange(sexpr.TranslateNode());216                    break;217            }218            return scriptOps;219        }220        /// <summary>221        /// Analyze this syntactic node and generate instructions in the value context defining a function.222        /// </summary>223        public ValueContext TranslateFormula()224        {225            return null;226        }227        public AstNode(AstRule rule, string name)228            : this(rule)229        {230            Name = name;231        }232        public AstNode(string name)233            : this(AstRule.NAME)234        {235            Name = name;236        }237        public AstNode(AstRule rule)238            : this()239        {240            Rule = rule;241        }242        public AstNode()243        {244            Rule = AstRule.NONE;245        }246    }247    public enum AstRule248    {249        NONE,250        //251        // Sexpr252        //253        SCRIPT, // List of set statements. A program for set processing.254        STATEMENT, // Statement in a script255        ALLOC, // Allocation/declaration of a new variable (with optional initialization)256        FREE, // Allocation/declaration of a new variable (with optional initialization)257        ASSIGNMENT, // Assignment to an existing variable: "myVar=sexpr;"258        RETURN, // Return. Semantically, it is similar assignment: "return sexpr;"259        SEXPR, // Set-oriented expression. It evaluates to a set by applying operations (and functions) to other sets.260        PRODUCT, // New set is defined as a product of greater sets as well as other members. Syntactically, it is a list of members of various types. 261        PROJECTION, // Operation of applying a function to a set which evaluates to another set262        DEPROJECTION, // Deprojection263        //264        // Vexpr265        //266        VSCOPE, // Scope in vexpr including delimiting the whole function body: { vexpr1; vexpr2; }267        DOT, // 268        TUPLE, // Tuple269        // Unary270        NEG,271        NOT,272        // Arithmetics273        MUL,274        DIV,275        ADD,276        SUB,277        // Logic278        LEQ,279        GEQ,280        GRE,281        LES,282        EQ,283        NEQ,284        AND,285        OR,286        //287        // Common288        //289        CALL, // Function (by-name or by-def) applied to something. Used in both vexpr (applied to one value) and sexpr (applied to all).290        PARAM, // It is a parameter of a call291        MEMBER, // It is a node in a product (set) or tuple definition: "type name=vexpr"292        NAME, // Any identifier like name of a set member, variable, argument, function etc.293        TYPE, // Value type. It is a role of a child node like member of set (product) or tuple.294        LITERAL, // Literal. A single primitive value295    }296}...

WelcomeGame.cs

Source:WelcomeGame.cs

1ï»¿using System;2using System.Collections.Generic;3using System.ComponentModel;4using System.Data;5using System.Drawing;6using System.Linq;7using System.Text;8using System.Threading.Tasks;9using System.Windows.Forms;10namespace RussianRoulleteAssignment11{12    public partial class WelcomeGame : Form13    {14        VariableClass variableClass = new VariableClass();15        Random r = new Random();16        public WelcomeGame()17        {18            InitializeComponent();19        }20        private void button1_Click(object sender, EventArgs e)21        {22            pictureBox1.Image = RussianRoulleteAssignment.Properties.Resources.gunloading;//adding the image23            System.Media.SoundPlayer soundPlayer = new System.Media.SoundPlayer(RussianRoulleteAssignment.Properties.Resources.Loadings);//adding the sound24            soundPlayer.Play();//this sound playing function25            button1.Enabled = false;//Here disable the button of load26            variableClass.LoadGun = 1;//set the value of load gun variable is 1.27        }28        private void button2_Click(object sender, EventArgs e)29        {30            pictureBox1.Image = RussianRoulleteAssignment.Properties.Resources.spinn;//adding the image31            System.Media.SoundPlayer soundPlayer = new System.Media.SoundPlayer(RussianRoulleteAssignment.Properties.Resources.Loadings);//adding the sound32            soundPlayer.Play();//this sound playing function33            button2.Enabled = false;//Here disable the button of load34            variableClass.SpinGun = r.Next(1,6);//set the value of spin gun as randomly number b\w 1 to 6.35        }36        private void button3_Click(object sender, EventArgs e)37        {38            pictureBox1.Image = RussianRoulleteAssignment.Properties.Resources.gunimageshot;//adding the image39            System.Media.SoundPlayer soundPlayer = new System.Media.SoundPlayer(RussianRoulleteAssignment.Properties.Resources.Shot);//adding the sound40            soundPlayer.Play();//this sound playing function41            button2.Enabled = false;//Here disable the button of load42            if (variableClass.totalChances > 0 && variableClass.SpinGun == 1)43            {44                MessageBox.Show("Shoot You loose");45                button3.Enabled = false;46                button4.Enabled = false;47            }48            else if (variableClass.totalChances > 0 && variableClass.SpinGun != 1)49            {50                MessageBox.Show("Blank Fire");51                variableClass.totalChances = variableClass.totalChances - 1;//minus one from total52                variableClass.SpinGun = variableClass.LoopShot(variableClass.SpinGun);53            }54        }55        private void button4_Click(object sender, EventArgs e)56        {57            pictureBox1.Image = RussianRoulleteAssignment.Properties.Resources.gunimageshot;//adding the image58            System.Media.SoundPlayer soundPlayer = new System.Media.SoundPlayer(RussianRoulleteAssignment.Properties.Resources.Shot);//adding the sound59            soundPlayer.Play();//this sound playing function60            button2.Enabled = false;//Here disable the button of load61            if (variableClass.totalChances > 0 && variableClass.SpinGun == 1 && variableClass.tryTheGun == 2)62            {63                MessageBox.Show("your score is 200");64                button3.Enabled = false;65                button4.Enabled = false;66            }67            if (variableClass.totalChances > 0 && variableClass.SpinGun == 1 && variableClass.tryTheGun == 1)68            {69                MessageBox.Show("you win you score is 100");70                button3.Enabled = false;71                button4.Enabled = false;72            }73            else if (variableClass.totalChances > 0 && variableClass.SpinGun != 1)74            {75                MessageBox.Show("Blank Fire");76                variableClass.totalChances = variableClass.totalChances - 1;//minus one from total77                variableClass.SpinGun = variableClass.LoopShot(variableClass.SpinGun);78            }79        }80        private void button5_Click(object sender, EventArgs e)81        {82            WelcomeGame welcomeGame = new WelcomeGame();83            welcomeGame.Show();84            this.Hide();85        }86    }87}...

Variables.cs

Source:Variables.cs

...38					o.extraInfo = scope;39					retVal = variable(o);40				break;41				case dotUnwrapClass o:42					o.variableOrFunction.extraInfo = scope;43					retVal = variable((variableClass)o.variableOrFunction);44				break;45			}46			if (retVal == null)47				return null;48			context.extraInfo = retVal.extraInfo;49			return context;50		}51		52		public override variableAssignClass variableAssign(variableAssignClass context)53		{54			var contextEI = context.expression.extraInfo is VariableValue v?55				v.Value : context.expression.extraInfo;56			switch (context.op)57			{...

Function

Using AI Code Generation

11.VariableClass.Function();22.VariableClass.Function();33.VariableClass.Function();41.VariableClass.Function();52.VariableClass.Function();63.VariableClass.Function();71.VariableClass.Function();82.VariableClass.Function();93.VariableClass.Function();101.VariableClass.Function();112.VariableClass.Function();123.VariableClass.Function();131.VariableClass.Function();142.VariableClass.Function();153.VariableClass.Function();161.VariableClass.Function();172.VariableClass.Function();183.VariableClass.Function();191.VariableClass.Function();202.VariableClass.Function();213.VariableClass.Function();221.VariableClass.Function();232.VariableClass.Function();243.VariableClass.Function();251.VariableClass.Function();

Function

Using AI Code Generation

1using System;2using 1.VariableClass;3{4    {5        static void Main(string[] args)6        {7            VariableClass obj = new VariableClass();8            obj.Function();9        }10    }11}12using System;13{14    {15        public void Function()16        {17            Console.WriteLine("Function");18        }19    }20}

Function

Using AI Code Generation

1{2    static void Main(string[] args)3    {4        VariableClass vc = new VariableClass();5        vc.Function();6    }7}

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