private bool WriteTextboxToByteArray(VarOutput pVariable) { if (!string.IsNullOrEmpty(this.tbxByteArray.Text)) { try { string[] strArray = this.tbxByteArray.Text.Split(','); if (strArray != null) { int num = Convert.ToInt32(this.tbxOffset.Text); if (num >= pVariable.ByteArray.Length) { num = 0; this.tbxOffset.Text = "0"; } int index1 = 0; for (int index2 = num; index2 < pVariable.ByteArray.Length; ++index2) { pVariable.ByteArray[index2] = Convert.ToByte(strArray[index1], 16); if (index1 >= strArray.Length) { return(true); } ++index1; } return(true); } } catch { } } return(false); }
public void VarOutputTest(int baseAddress, int byteLength, string outputName) { var ObjectToTest = new VarOutput(baseAddress, byteLength, outputName); Assert.AreEqual(baseAddress, ObjectToTest.BaseAddress); Assert.AreEqual(byteLength, ObjectToTest.ByteLength); Assert.AreEqual(outputName, ObjectToTest.Name); Assert.IsNotNull(ObjectToTest.ByteArray); }
private void listOutputs_SelectedIndexChanged(object sender, EventArgs e) { if (this.listOutputs.SelectedIndex <= -1) { return; } this._myOutput = this._varOutput[this.listOutputs.SelectedIndex]; this.ShowProperties(); }
public void AddObject(VarOutput OutputObject) { this._varOutput.Add(OutputObject); int num = this.listOutputs.Items.Add((object)OutputObject.ToString()); this.lblObjects.Text = string.Format(this.lblObjects.Text, (object)this._varOutput.Count); if (num != 0) { return; } this._myOutput = this._varOutput[0]; this.listOutputs.SelectedIndex = 0; this.ShowProperties(); }
public static void Course2() { VarOutput = ""; // storing course titles and catalog codes in an array string[] names = new string[3] { "COP4474C", "UWP2", "Universal Windows Application Development II" }; // using each element in the array in order to assign them to the CourseID, CourseCode, and CourseTitle properties. CourseID = names[0]; CourseCode = names[1]; CourseTitle = names[2]; // storing prerequisite courses in an array string[] prereqs = new string[1] { "Universal Windows Application Programming I" }; AboutCourse = "This course presents advanced application design and Microsoft C# programming techniques related to Universal Windows " + "Application development. Students will analyze user interface design and the Windows features that support it, demonstrate a mastery " + "of Microsoft user interface tools, construct a C# database application, and develop a basic C# mobile application that accesses Microsoft " + "Azure."; FacultyMember = "Cynthia Moonhowler"; string credits = "4"; for (int i = 0; i < names.Length; i++) { if (VarOutput.Equals("")) { VarOutput = names[i]; } else { VarOutput = VarOutput + "\n" + names[i]; } } // calls the CourseCredits method, passing in the course's credits and prerequisities. // assigns the returning value to the public CreditsPrereq property. CreditsPrereq = CourseCredits(credits, prereqs); }
public static void Course1() { VarOutput = ""; // storing course titles and catalog codes in an array string[] names = new string[3] { "COP3288C", "UWP1", "Universal Windows Application Programming I" }; // using each element in the array in order to assign them to the CourseID, CourseCode, and CourseTitle properties. CourseID = names[0]; CourseCode = names[1]; CourseTitle = names[2]; // storing prerequisite courses in an array string[] prereqs = new string[2] { "Enterprise Architecture", "Distributed Application Architecture" }; AboutCourse = "This course provides students an introduction to the basic features of the Microsoft C# programming language as " + "it applies to Universal Windows Application mobile application development. Students will review the history, features, and " + "advantages of the C# programming language, utilize the Visual Studio programming environment, demonstrate a mastery of C# " + "programming basics, and develop a basic Universal Windows Application."; FacultyMember = "Syed Nabeel"; string credits = "4"; for (int i = 0; i < names.Length; i++) { if (VarOutput.Equals("")) { VarOutput = names[i]; } else { VarOutput = VarOutput + "\n" + names[i]; } } // calls the CourseCredits method, passing in the course's credits and prerequisities. // assigns the returning value to the public CreditsPrereq property. CreditsPrereq = CourseCredits(credits, prereqs); }
public static void Course3() { VarOutput = ""; // storing course titles and catalog codes in an array string[] names = new string[3] { "COP4777C", "UWCI", "Universal Windows Application Cloud Integration" }; // using each element in the array in order to assign them to the CourseID, CourseCode, and CourseTitle properties. CourseID = names[0]; CourseCode = names[1]; CourseTitle = names[2]; // storing prerequisite courses in an array string[] prereqs = new string[1] { "Universal Windows Application Programming II" }; AboutCourse = "This course focuses on the development of Universal Windows mobile applications that access cloud computing resources. " + "Students will explore the software development kits (SDKs) available from commercial cloud vendors, demonstrate a mastery of the " + "Amazon Web Services Mobile SDK, demonstrate a mastery of the Microsoft Windows Azure Mobile Services SDK, and incorporate AWS or Azure " + "functionality into a working Universal Windows mobile application."; FacultyMember = "Shad McDillek"; string credits = "4"; for (int i = 0; i < names.Length; i++) { if (VarOutput.Equals("")) { VarOutput = names[i]; } else { VarOutput = VarOutput + "\n" + names[i]; } } // calls the CourseCredits method, passing in the course's credits and prerequisities. // assigns the returning value to the public CreditsPrereq property. CreditsPrereq = CourseCredits(credits, prereqs); }
public InOut(int id, VarInput input, VarOutput output) { this.Id = id; this.Input = input; this.Output = output; }