Keil Uvision 4 Crack Free Download -- Tips and Tricks to Master Keil MDK v5.38a and Its Features
Introduction
Keil Uvision 4 is a powerful and popular software for developing and debugging embedded applications for various microcontrollers. It is a product of Keil, Tools by ARM, and ARM Ltd., and it offers many features and capabilities that can help you create high-quality and efficient code for your projects.
Keil Uvision 4 Crack Free Download --
Keil Uvision 4 supports microcontroller architectures such as Cortex-Mx, ARM7, ARM9, C166, XE166, XC2000, and 8051. It provides an integrated development environment (IDE) that combines project management, code editing, code generation, compilation, linking, debugging, simulation, flash programming, and more. It also integrates with various hardware debug adapters such as ULINK pro, ST-Link, SAM-ICE, DAS, miDAS-Link, etc.
Keil Uvision 4 is designed for professional software developers who need a reliable and versatile tool for their embedded projects. However, it can also be used by students, beginners, advanced and experienced developers alike. Developers who have no working experience with Keil Uvision 4 can benefit from reading this article to get familiar with the interface and configuration options of the software. Developers who have used Keil Uvision 4 extensively in the past can also learn about the enhancements introduced in the latest version of the software.
Main features of Keil Uvision 4
Keil U Keil Uvision 4 has many features that make it a powerful and versatile software for embedded development. Some of the main features are:
Improved editor with support for multiple encodings and syntax coloring
The editor of Keil Uvision 4 allows you to write, edit, and format your code with ease. It supports multiple encodings such as UTF-8, UTF-16, ANSI, etc. It also provides syntax coloring for various languages such as C, C++, Assembler, HTML, XML, etc. You can customize the colors, fonts, and styles of the editor according to your preferences. You can also use features such as auto-completion, code folding, bookmarks, indentation, etc. to improve your productivity and readability.
Flexible windows management and multi-project workspaces
Keil Uvision 4 lets you organize your windows and views in a flexible and convenient way. You can dock, undock, resize, move, or hide any window or view according to your needs. You can also create multiple layouts and switch between them easily. You can also create multi-project workspaces that allow you to manage several projects at the same time. You can add, remove, or modify projects in a workspace and share common settings and files among them.
Debugging tools such as code coverage, performance analyzer, execution profiler, logic analyzer, data trace windows, instruction trace, etc.
Keil Uvision 4 provides a comprehensive set of debugging tools that help you find and fix errors in your code. You can use code coverage to measure how much of your code is executed during a debug session. You can use performance analyzer to monitor the execution time and frequency of your functions and interrupts. You can use execution profiler to analyze the CPU usage and memory consumption of your application. You can use logic analyzer to display the state of digital signals and variables in a graphical way. You can use data trace windows to display the values of variables and expressions in real-time. You can use instruction trace to record the executed instructions and branches in a chronological order.
Flash programming options and algorithms
Keil Uvision 4 supports various flash programming options and algorithms that allow you to program your target device with ease. You can use internal flash programming that uses the built-in flash driver of the device. You can use external flash programming that uses an external flash programmer or adapter. You can also use user-defined flash programming that allows you to create your own flash algorithm or driver. Keil Uvision 4 provides a library of flash algorithms for various devices that you can download from the official website or from alternative sources.
Utilities such as find in files, source browser, external tools integration, etc.
Keil Uvision 4 also offers some useful utilities that enhance your development experience. You can use find in files to search for text or patterns in multiple files or folders. You can use source browser to navigate through your code structure and symbols. You can use external tools integration to launch external applications or scripts from within Keil Uvision 4. You can also use other utilities such as hex editor, checksum calculator, file compare, etc.
Support for various hardware debug adapters and devices
Keil Uvision 4 supports various hardware debug adapters and devices that allow you to connect your target device to your PC and debug it in real-time. Some of the supported debug adapters are ULINK pro, ULINK2, ULINK-ME, ST-Link/V2-1, ST-Link/V3-SET, SAM-ICE, DAS (Debug Access Server), miDAS-Link (Microchip Debug Access Server), etc. Some of the supported devices are Cortex-Mx (M0/M0+/M1/M3/M4/M7/M23/M33/M35P), ARM7/ARM9 (ARM7TDMI/ARM7TDMI-S/ARM720T/ARM920T/ARM922T/ARM926EJ-S/ARM966E-S), C166/XE166/XC2000 (C161/C164/C165/C166/C167/C169/C161U/C164U/C165U/C166U/C167U/C169U/XC161/XC164/XC167/XC2000/XC2200/XC2300/XC2700), 8051 (AT89C51/AT89S51/AT89S52/AT89S53/AT89S8253/AT89LP2052/AT89LP4052/AT89LP51ED2/AT89LP51IC2/AT89LP51RD2/AT89LP51RC2/AT89LP51RB2/C8051Fxxx/SiM3xxx/SiM3Uxxx/SiM3Lxxx /SiM3Cxxx/SiM3Exxx/SiM3Wxxx), etc. You can find the complete list of supported devices on the official website or in the device database of Keil Uvision 4.
Alternatives to Keil Uvision 4
Keil Uvision 4 is not the only software that you can use for embedded development. There are some alternatives that you can consider, depending on your needs and preferences. Some of the alternatives are:
CooCox IDE
CooCox IDE is a free Eclipse-based IDE that uses GCC compiler and integrates with STLINKv2 debugger. It supports Cortex-Mx devices from various vendors such as STMicroelectronics, NXP, TI, Freescale, etc. It provides features such as project management, code editing, code generation, compilation, linking, debugging, simulation, flash programming, etc. It also offers some plugins and components that you can use to enhance your development experience. You can download CooCox IDE from the official website or from alternative sources.
VxWorks
VxWorks is a real-time operating system for embedded systems that offers security, safety, reliability, and performance. It supports various architectures such as ARM, Intel, MIPS, PowerPC, etc. It provides features such as kernel services, device drivers, file systems, network stacks, middleware, graphics libraries, etc. It also integrates with various development tools such as Eclipse IDE, Wind River Workbench, Wind River Diab Compiler, Wind River GNU Compiler Collection (GCC), Wind River Simics Simulator, etc. You can get VxWorks from the official website or from alternative sources.
Weavy
Weavy is an in-app collaboration API and SDK that allows you to add contextual activity feeds, chat, document collaboration, video conferencing, file sharing, etc. to your apps. It supports various platforms such as iOS, Android, Windows, Web, etc. It provides features such as user authentication, data encryption, push notifications, cloud storage, etc. It also integrates with various services such as Microsoft Teams, Google Drive, Dropbox, OneDrive, etc. You can get Weavy from the official website or from alternative sources.
How to download, install, and crack Keil Uvision 4
If you want to use Keil Uvision 4 for your embedded projects, you need to download, install , and crack Keil Uvision 4 on your PC. Here are the steps that you need to follow:
Download the software from the official website or from alternative sources
The first step is to download the software from the official website or from alternative sources. The official website of Keil Uvision 4 is https://www.keil.com/download/product/. You can find the latest version of the software and the device database on this website. You can also download the software from alternative sources such as https://getintopc.com/softwares/development/keil-c51-9-59-free-download-1668969/ or https://www.filehorse.com/download-keil-mdk-arm/. However, you should be careful about the reliability and security of these sources, as they may contain malware or viruses.
Run the installer and follow the instructions
The next step is to run the installer and follow the instructions. The installer is a self-extracting executable file that will guide you through the installation process. You can choose the destination folder, the components to install, and the shortcuts to create. You can also accept the license agreement and read the release notes. The installation process may take a few minutes, depending on your system configuration and speed.
Copy the CID from the license management window
The third step is to copy the CID from the license management window. The CID is a unique identifier that is generated by Keil Uvision 4 based on your PC hardware. You need this CID to generate a valid license key for Keil Uvision 4. To copy the CID, you need to launch Keil Uvision 4 and go to File > License Management. You will see a window that shows your CID and some other information. You can copy the CID by clicking on it and pressing Ctrl+C.
Run the keygen.exe from the crack folder and generate a key
The fourth step is to run the keygen.exe from the crack folder and generate a key. The keygen.exe is a program that can generate a license key for Keil Uvision 4 based on your CID. You need to download the keygen.exe from a source such as https://crackzsoft.me/keil-mdk-arm-5-24a-crack/ or https://www.crackzinn.com/e/x/f/Keil+Uvision+4/. You should also scan the keygen.exe for any malware or viruses before running it. To run the keygen.exe, you need to extract it from the zip file and double-click on it. You will see a window that asks you to enter your CID. You can paste your CID by pressing Ctrl+V and then click on Generate.
Paste the key in the license management window and add the license
The final step is to paste the key in the license management window and add the license. The key is a string of characters that represents your license for Keil Uvision 4. You need to paste this key in the license management window of Keil Uvision 4 and add it to your licenses. To do this, you need to go back to File > License Management in Keil Uvision 4 and click on Add LIC. You will see a window that asks you to enter your LIC (License ID Code). You can paste your key by pressing Ctrl+V and then click on Add.
How to create a simple project using Keil Uvision 4
Now that you have downloaded, installed, and cracked Keil Uvision 4, you can start creating your own projects using the software. Here are some steps that you can follow to create a simple project using Keil Uvision 4:
Create a new project and select the device type
The first step is to create a new project and select the device type. The device type is the microcontroller that you want to use for your project. Keil Uvision 4 supports a wide range of devices from various vendors, as mentioned earlier. To create a new project, you need to go to Project > New uVision Project. You will see a window that asks you to choose a folder and a name for your project. You can enter any folder and name that you like, or use the default ones. Then, you need to click on Save. You will see another window that asks you to select the device for your target. You can browse through the list of devices by vendor, family, or name, or use the search box to find your device. You can also see some information about the device, such as the core type, the memory size, the clock frequency, etc. Once you have selected your device, you need to click on OK.
Add source files or use software components
The next step is to add source files or use software components for your project. Source files are the files that contain your code, such as C, C++, or assembly files. Software components are the libraries or modules that provide some functionality or services for your project, such as drivers, middleware, RTOS, etc. Keil Uvision 4 provides a library of software components that you can use for your projects, or you can create your own components. To add source files or software components, you need to go to Project > Manage > Components, Environment, Books. You will see a window that shows the structure and contents of your project. You can add source files by right-clicking on the Source Group folder and choosing Add Files. You can browse through your folders and select the files that you want to add, or create new files. You can also drag and drop files from your file explorer to the Source Group folder. You can add software components by clicking on the Software Components tab and selecting the components that you want to use from the list. You can also search for components by name or category. You can see some information about the components, such as the description, the version, the dependencies, etc. Once you have added source files or software components, you need to click on OK.
Configure the project options such as target settings, output format, compiler options, etc.
The third step is to configure the project options such as target settings, output format, compiler options, etc. These options affect how your project is built and run by Keil Uvision 4. To configure the project options, you need to go to Project > Options for Target. You will see a window that shows various tabs for different options categories. Some of the important tabs are:
Target: This tab allows you to specify some settings for your target device, such as the clock frequency, the memory layout, the debug adapter, etc.
Output: This tab allows you to specify some settings for your output file, such as the format (HEX or BIN), the name and location, the checksum calculation, etc.
C/C++: This tab allows you to specify some settings for your compiler , such as the optimization level, the language standard, the include paths, the macros, etc.
Linker: This tab allows you to specify some settings for your linker, such as the scatter file, the library paths, the symbols, etc.
Debug: This tab allows you to specify some settings for your debugger, such as the debug mode, the breakpoints, the trace, etc.
Utilities: This tab allows you to specify some settings for your utilities, such as the flash programmer, the hex converter, the checksum calculator, etc.
You can modify these options according to your needs and preferences. You can also use the default options if you are not sure what to change. Once you have configured the project options, you need to click on OK.
Build the project and fix any errors or warnings
The fourth step is to build the project and fix any errors or warnings. Building the project means compiling and linking your source files and software components into an executable output file that can be run on your target device. To build the project, you need to go to Project > Build Target. You will see a window that shows the progress and status of the build process. You can also see the messages from the compiler, linker, and other tools in the Output window. If there are any errors or warnings in your code or configuration, you will see them highlighted in red or yellow in the Output window. You can double-click on any message to jump to the source code location where the error or warning occurred. You can also use features such as syntax checking, code analysis, code correction, etc. to help you fix any errors or warnings. You should try to fix all errors and warnings before proceeding to the next step.
Debug the project using the simulator or a hardware debugger
The final step is to debug the project using the simulator or a hardware debugger. Debugging the project means running and testing your output file on your target device or on a simulated environment. To debug the project, you need to go to Debug > Start/Stop Debug Session. You will see a window that shows various views and tools for debugging your project. Some of the important views and tools are:
Disassembly: This view shows the assembly code of your output file and its correspondence with your source code.
Memory: This view shows the contents of your target device's memory and allows you to modify them.
Registers: This view shows the values of your target device's registers and allows you to modify them.
Watch: This view shows the values of your variables and expressions and allows you to modify them.
Call Stack: This view shows the sequence of function calls and returns in your program.
Breakpoints: This view shows the locations in your code where the execution will stop.
Commands: This view allows you to enter commands to control the debug session.
You can use these views and tools to debug your project and find and fix any bugs or issues. You can also use features such as run, step, halt, reset, etc. to control the execution of your program. You can also use features such as trace, log, data watch, etc. to monitor the behavior of your program. You can debug your project using the simulator or a hardware debugger. The simulator is a software tool that emulates the behavior of your target device on your PC. The hardware debugger is a physical device that connects your target device to your PC and allows you to debug it in real-time. You can choose the debug mode in the Debug tab of the project options.
Conclusion
In this article, I have provided you with a brief overview of Keil Uvision 4, its main features, and some alternatives that you can consider. I have also guided you through the steps of downloading, installing, and cracking Keil Uvision 4, as well as creating a simple project using the software. By following this article, you should have a basic understanding of how to use Keil Uvision 4 and its advantages and disadvantages.
Keil Uvision 4 is a powerful and popular software for embedded development that supports various microcontroller architectures and devices. It provides an integrated development environment that combines project management, code editing, code generation, compilation, linking, debugging, simulation, flash programming, and more. It also integrates with various hardware debug adapters and devices that allow you to debug your project in real-time. Keil Uvision 4 is designed for professional software developers who need a reliable and versatile tool for their embedded projects. However, it can also be used by students, beginners, advanced and experienced developers alike.
However, Keil Uvision 4 is not the only software that you can use for embedded development. There are some alternatives that you can consider, depending on your needs and preferences. Some of the alternatives are CooCox IDE, VxWorks, and Weavy. These alternatives offer some features and capabilities that Keil Uvision 4 does not have or does not excel at. You should compare these alternatives with Keil Uvision 4 and choose the one that suits you best.
I hope this article has been helpful and informative for you. If you want to learn more about Keil Uvision 4 or embedded development in general, you can check out some of these resources:
The official website of Keil Uvision 4: https