Progress Updates

- I need to explore the repository structure to understand the codebase and then analyze the compilation errors in the qt_gui.cpp file to fix the build issues. - Now I'll examine the main CMakeLists.txt file to understand the project structure and then look at the qt_gui.cpp file that's causing the compilation errors. - Now I'll examine the qt_gui.cpp file to understand the specific compilation errors and identify what includes and fixes are needed. - I can see several compilation errors in the qt_gui.cpp file. The main issues are: 1) Missing QStatusBar include, 2) Incorrect menuBar() usage, 3) Private member access to m_tabManager, and 4) Missing Tab class declaration. Let me examine the related header files to understand the structure better. - Now let me check the browser.h file to understand the BlissBrowser class structure and see how to access the TabManager properly. - Now let me check the TabManager header to understand the Tab class and its methods. - Now I need to create a plan to fix all the compilation errors. The main issues are: missing includes, private member access, and incorrect method calls. Let me create a comprehensive plan to address these issues. - Fix compilation errors in qt_gui.cpp file for Bliss Browser - Now I'll start implementing the fixes by first adding the missing includes to qt_gui.cpp to resolve the incomplete type errors. - Now I need to add the include for tab_manager.h to access the Tab class definition. - Now I need to add public accessor methods to the BlissBrowser class so the GUI can access TabManager functionality without violating encapsulation. Let me modify the browser.h file first. - Now I need to implement these public methods in the browser.cpp file. Let me check the current implementation first. - Now I need to add the implementation of the new public methods to the browser.cpp file. I'll add them after the existing methods. - Now I need to update the qt_gui.cpp file to use the new public methods instead of directly accessing private members. Let me fix the menuBar() usage first and then update all the TabManager access calls. - Now I need to remove the unused devMenu variable and fix all the TabManager access calls to use the new public methods. - Now I need to fix all the TabManager access calls in the setupVerticalTabs method to use the new public methods. - Now I need to fix the addTab method to use the new public methods and fix the lambda capture issues. - Now I need to fix the closeCurrentTab method to use the new public methods. - Now let me check if there are any other compilation issues by looking at the complete file structure and testing the build. First, let me check if there are any missing implementations in the Tab class or other dependencies. - Let me check if there are any build workflow files that need to be created for Mac and Android as mentioned in the request. First, let me look for existing workflow files. - Let me check the existing workflow file to understand the current build setup and then create Mac and Android workflows. - Now I'll create separate workflow files for Mac and Android builds as requested. Let me start with the Mac workflow. - Now I'll create the Android build workflow. This will be more complex as it requires setting up the Android NDK and creating an Android project structure. - Now let me test if the compilation issues are resolved by running a quick syntax check on the modified files. Let me also check if there are any other missing includes or dependencies. - Reviewing the changes made to fix compilation errors and assess completeness - Let me check the main.cpp file to see how BlissBrowser is used there and ensure my changes don't break the main application entry point. - The main.cpp looks good and my changes shouldn't break it. Now let me check the WebView class to ensure it has all the required signals that qt_gui.cpp is trying to connect to. - Perfect! The WebView class has all the required signals (loadStarted, loadFinished, urlChanged, titleChanged) that qt_gui.cpp is trying to connect to. Now let me create a simple test to verify that the compilation issues are resolved by creating a minimal test file. - Now let me create a summary of all the changes made and verify that I've addressed all the compilation errors mentioned in the original request. - Final verification of all fixes applied to resolve compilation errors

--- :white_check_mark: I finished the proposed code changes, and the pull request is ready for review: #10. Comment on the pull request to provide feedback and request a new iteration. To provide feedback on how Amazon Q Developer performed with code generation, create an issue in the [Amazon Q Developer public repository](https://github.com/Amazon-Q-Developer/feedback-q-developer-for-github-app/issues/).

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