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NoICE is a debugger for microprocessors which enables users to display a region of memory as Hex bytes and as ASCII characters, examine and change processor registers and reset the target hardware. NoICE can be operated using the menus and toolbars and provide users with an intuitive interface that allows them to view the commands and the target communication mechanisms.







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NoICE has 2 key commands. Press the SHIFT key, to see the „Inspect“ and „Debug“ options. In „Inspect“ mode, the mode is switched to the „Disasm“ view. This view is useful because the target processor provides the Disassembly view of the disassembled instruction code. By way of example, the following code is displayed in the Disasm view: 09 BF E1 E9 09 F3 83 F9 09 DF E0 31 FF 09 0C E3 FD 09 8C E5 9B For general-purpose Disassembly. For RISCV, see Bit-vectors. In „Debug“ mode, the mode is switched to the „Command View“ view. The user can then issue an instruction and execute it, or set breakpoints and then execute the program from the command view until the breakpoints are reached. A toolbar has been added to NoICE allowing users to access the most-used commands with one-click. A toolbar can be provided in other programs to allow users to select menu items with mouse clicks instead of using the keyboard. The „Inspect“ mode is the same as the „Debug“ mode except that the Disasm view is displayed. The „Command View“ is the same as the „Inspect“ mode except that the „Command View“ view is displayed. NoICE has 2 toolbars. The Tools toolbar is used to access the commands listed in the table below: Toolbar Button Examples Number Name Name Description Tools Tools Menu Tools Description Tools Toolbar Toolbar with the following buttons and contents: – Quick Start – Version Control NoICE-QuickStart The Quick Start button will take you to the latest version of NoICE. – Help – The NoICE manual NoICE-help NoICE-help gives you detailed information about NoICE including the help files, how to get NoICE, and is useful if you need additional help. NoICE has a Help file called NoICE_help.pdf. The second toolbar contains the menu-based tools as listed below: Menu Button Example Name Description Tools Tools Menu Tools Description Tools Toolbar Toolbar with buttons and contents: – Setup – Advanced settings – Edit – Edit in current view – Remove – Remove current view – Export – Export current view NoICE-Setup NoICE-Setup is used to configure NoICE to your

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NoICE is a debugger for the Intel 80386 and 80486 family of microprocessors which was designed by and is currently maintained by the University of Washington, Hans Muller and Stephan Augenstein. NoICE is a Symbolic Debugger and can interpret and display Microprocessor Internal Registers (MIDRs) through Hex, Binary and ASCII representation. NoICE uses the Intel Hex and disassembler/assembler available through GCC, ICC or others. NoICE can be used with firmware using: * many different debuggers * many different communication methods * many different operating system * many different processors NoICE was written in C, uses three files for source code and one for executable: * main_code.c: for main communication API * midr_code.c: for hardware-specific API’s * main_asm.s: for inline assembly operations * pre-init.s: for initialization routines * transcode.c: for data conversion code * transcode.s: for data conversion code * midr_decode.c: for decoding & binary conversion * midr_display.c: for displaying various modes of the command line * midr_encode.c: for encoding & binary conversion License: NoICE development is being released with a permissive license to encourage innovation in the area of symbolic debuggers for the Intel x86 architecture. NoICE is released under the LGPL version 2.1 or later and individuals wishing to modify, redistribute and/or create their own version of the software will need to attach a copy of the LGPL version 2.1 or later to the modified or created binaries. The original LGPL version 2.1 can be found at See also: The Public Page at is the GNU Project’s home page for NoICE, Other GNU Project Software and Intel Hex and disassembler/assembler. Any other links/web pages/other resources are also appreciated. MIgrants.com is a website that serves as a directory of nonprofit organizations, charitable contributions, and government programs that support individuals and communities. Using its sophisticated matching algorithm, MIgrants.com aims to connect individuals and groups that want to help others with the best resources available. Mercury is an b7e8fdf5c8


NoICE is a non-invasive computer debugger/emulator for the ARM Architecture. NoICE is licensed under the GNU Public License v3, and the GNU LGPL v2.1 or later NoICE is currently being maintained and supported by: * Stéphane Marchesin (SIM-C; * Big Iron Studios ( The command line is kept simple, no commands are integrated. You can use a soft keyboard to enter your commands or a software keyboard. NoICE Configuration: First of all, all configuration information is stored in the NoICE user configuration files. These are stored in the file /NoICE.conf. All settings are called by the configuration command on startup. Syntax: noice-config Example: noice-config category To configure all available settings, you can use the following syntax: Syntax: noice-config -c -s all The -c parameter lists all available categories of settings. All settings that are not listed with -c will not appear in the available categories list. The -s parameter lists all available settings. All settings that are not listed with -s will not appear in the available settings list. Reminder: NoICE settings are case-sensitive! Categories of settings: Category: NoICE setting The NAME of the setting Description: Settings NOTE: Many settings can be combined in one category! Hex Display: String displayed in the Hex view when displaying bytes. The default value is spaces. Enable/Disable Hex Display: If set, will be displayed as a string in the Hex view. If not set, will be displayed as 0 or 1 (True/False). Enable/Disable ASCII Display: If set, will display ASCII characters as Byte strings. If not set, will display Byte strings as 0 or 1 (True/False). Enable/Disable ICEDecimalMode: To emulate the decimal mode (processing two 8-bit registers in one 16-bit word), set to 1. To emulate the parallel mode (processing two 16-bit registers in one 32-bit word), set to 0.

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NoICE is a unique, multi-purpose personal computer debugging solution that can be used with 32-bit and 64-bit versions of Windows and Linux (XWin), and many other platforms. NoICE is designed to provide a complete solution for remote debugging of applications which run in Windows (32-bit and 64-bit) or Linux (x86, AMD64, IA64). NoICE provides the necessary functionality to debug the Communication layer, Message layer and Application layer of the operating system and the application itself. NoICE operates in a typical way as you would debug a microprocessor by loading a debug ROM and writing a test ROM into the microprocessor. However, whereas a microprocessor usually has only a single in-circuit emulator that can only work with one firmware, NoICE supports multiple in-circuit emulators at the same time. There are two emulators available to NoICE: A physical In-Circuit Emulator (ICE) and a virtual ICE. One ICE has access to both cores and memory, and the other ICE has access to the memory only. At present, both emulators share the same address space. NoICE uses the IMSG protocol to communicate with the emulators. Other communication mechanisms are planned. NoICE can be used with all standard VGA adapters and displays. The VGA adapter is used to display the memory (Hex/Ascii) as well as to receive the memory from the ICE. Standard microprocessor headers are supported to configure the CPU. If the microprocessor has a bus with a 64-bit length, the system will use this interface and the user does not have to worry about the endianess of the microprocessor. The user can also apply 1 byte, 2 byte or 4 byte instructions to the microprocessor. If, however, the microprocessor has a 32 bit data bus, NoICE will use a memory buffer and write the data into the memory. NoICE performs the same tasks on both 32-bit and 64-bit microprocessors. NoICE includes a package which supports the MMS (Message Memory System) and MMS-Fuse cartridges. This is used by the Memory Access Program (MAP) to examine and modify the contents of the memory. These cartridges are also supported by GDB (GNU Debugger). NoICE supports different CPUs and microprocessors including ARM, ColdFire, ColdFire-Plus, V850E, Cyrix, Hitachi SuperH, i960, i960TI, ILP32

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