CSCS Native Scripting vs Tortica

CSCS (Customized Scripting in C#) can now be used for native mobile development. This App contains a CSCS interpreter that you can use to play around with CSCS. There are also a few pre-set examples. You can create any CSCS scripting code in one tab, "Create", and then see the results in another tab, "Run". How to use CSCS for mobile development is described at: - https://msdn.microsoft.com/en-us/magazine/mt829272 - http://www.codemag.com/article/1711081 - https://www.smashingmagazine.com/2020/01/cscs-scripting-language-cross-platform-development/ A Syncfusion E-book describing CSCS: - https://www.syncfusion.com/resources/techportal/details/ebooks/implementing-a-custom-language Another Syncfusion E-book on how to use it for mobile development: https://www.syncfusion.com/ebooks/writing_native_mobile_apps_in_a_functional_language_succinctly The CSCS repository with the description of the language is at: https://github.com/vassilych/cscs The CSCS for mobile repository is at: https://github.com/vassilych/mobile This App itself was produced in CSCS. Here is the complete CSCS code: ========================= AutoScale(); SetBackgroundColor("cyan"); AddOrSelectTab("Create", "test.png", "test2.png"); __locComboFiles = GetLocation("ROOT", "CENTER", "ROOT", "TOP", -100, 40); AddCombobox(__locComboFiles, "__comboFiles", "center:white:clear", 350, 60); __optionsComboFiles = {"Sandbox", "Hello, World!", "Ads", "Busy Indicators", "Unit Tests"}; AddWidgetData(__comboFiles, __optionsComboFiles, "", "center"); SetFontSize(__comboFiles, 13); SetValue(__comboFiles, "text2", "Done"); SetValue(__comboFiles, "alignment", "center"); AddAction(__comboFiles, "comboFilesChanged"); __locRemoveKeyboard = GetLocation(__comboFiles, "RIGHT", __comboFiles, "CENTER", 10); AddButton(__locRemoveKeyboard, "__buttonKeyboard", "Keyboard", 150, 60); SetFontSize(__buttonKeyboard, 12); AddAction(__buttonKeyboard, "hideKeyboard"); __locScriptView = GetLocation("ROOT", "CENTER", __comboFiles, "BOTTOM", 0, 10); AddTextEditView(__locScriptView, "__textView", "", 600, 900); SetFontSize(__textView, 14); AddOrSelectTab("Run", "learn.png", "run_icon.png"); function hideKeyboard(sender, arg) { ShowHideKeyboard(__textView, false);//!IsKeyboard(__textView)); } function comboFilesChanged(sender, arg) { row = GetValue(sender); WriteConsole("Combo row=", row); text = ""; if (row == 1) { text = ReadFileAsString("sfhello.cscs"); } elif (row == 2) { text = ReadFileAsString("ads.cscs"); } elif (row == 3) { text = ReadFileAsString("busyIndicators.cscs"); } elif (row == 4) { text = ReadFileAsString("unitTests.cscs"); } SetText(__textView, text); } function tabSelected(sender, arg) { tabId = int(arg); if (tabId != 1) { return; } script = GetText(__textView); RemoveTabViews(1); try { Run(script); } catch(exc) { AlertDialog("CSCS", exc); WriteConsole(exc); } } OnTabSelected("tabSelected"); SelectTab(0);

Tortica brings programming to your Apple Watch! By giving commands to move a turtle on the screen, you can create beautiful drawings! This app is ideal if you are new to programming or if you want to experience programming on your watch. Features: - Editor to enter your commands - List of commands with usage description - Customize your commands easily - Ability to organize your codes into different programs Tortica is based on Logo, an educational programming language. Unleash your creativity with Tortica! The app comes with sample programs to help you get started. For more examples, check the app's tutorial: https://ratinbox.com/tortica/