Turbo-Locator X86 6.01 X64 [Latest] 2022

Code relocator for processors x86, NEC V25, V40, V50, Am486, AMD SC400 etc. Uses output of Turbo/Borland C++, Turbo/Borland Pascal and TASM. Suitable for x86 compatible embedded systems und industrial / flat / raw / ROM / BIOS PC applications.
Supports regular output of Borland C++, Turbo C++, Turbo Pascal & TASM 16bit compilers.
Typical Use cases:
· Developing for raw x86 embedded systems. Replacement for Paradigm Locator.
· Industrial PC development. Direct execution from Flash Disk without loading the program into RAM.
· x86 BIOS Development. Diskless ROM PC applications without operating system.
The Turbo-Locator software is also contained in the developer kit for the NEC V25 based controller module MT25.
Here are some key features of “TurboLocator”:
· Relocates compiled 16bit x86 code (realmode / “DOS”) and creates directly executable EPROM, FLASH or RAM download images for x86 compatible CPU’s.
· Supports the following 16bit compilers: Turbo C/C++ / Borland C++ (versions 1.0 .. 5.x), Borland/Turbo Pascal 5, 6 & 7 and Turbo Assembler (TASM)
· Relocates compiled EXE code to arbitrary code & data locations
· Supports DOS/BIOS based systems or flat x86 systems without any BIOS or OS
· Option for including a stub C/C++/Pascal startup code to not require an extra BIOS, DOS or other operating system.
· Option for inserting a x86 processor reset vector
· Supports correct heap/malloc relocation and full floating point emulation
· Includes a special startup code for C/C++ to remove any need for DOS; source code (ASM/TASM) included
· Includes the task scheduler TurboTASK for easy real-time multi-threaded execution of 16bit (DOS) compiled code
· Includes a system library for common operations on embedded systems.
· Includes a “file-system” library for storing structured (object-oriented) data or flat data permanently in buffered SRAM & Flash
· Includes a pre-written special system library for some common hardware: PC compatible UART, PC compatible Timers, special hardware on NEC V25 / MT25 and AMD SC400. Other special hardware has to be programmed directly (or to be used over an existing DOS)
· The bare commandline locator EXELOC.EXE is executable on 16bit DOS. (GUI requires Windows 95 or higher).
· Separate target addresses for Code/Fixed/Initialization & variable Data segments
· A prepared RAM/FLASH Download Tool for some CPU’s enables a fast development cycle
· Protected Mode code can be set up within your own code

Turbo-Locator X86 Product Key Free

· Supports both 32bit code & data segments
· Support for all common x86 Pentium / Cyrix-based CPU’s including Pentium Pro, Pentium II, AMD K6, Cyrix MII, AMD K7, Pentium III, Core Duo, Core 2 Duo, Core 2 Extreme. Turbo-Locator for x86 only executes the code which is stored in the first 4MByte of the DRAM or the first 32MByte of the FLASH.
· Supports realmode (16bit) DOS with a stub start code – to save space, the stub code will not run unless the boot sector is larger than 4MByte.
· Supports emulated 16bit DOS (DOS in emulated mode) for DOS-based applications for CPUs without realmode, e.g. for AMD x86-compatible CPUs or CPUs with Pentium Pro-based AIM instructions.
· Supports non-realmode DOS protected mode and full long mode with extended (32bit) code & data segments.
· Supports Freescale i.MX25 CPU’s with the MT25 controller, the i.MX25 CPU’s with the LPC3360-CT controller and the i.MX1 CPU’s with the LPC4040 – CT.
· Intel Pentium III, AMD K6, AMD K7, Pentium III, Core Duo, Core 2 Duo, Core 2 Extreme
· i.MX25 (20, 25, 32, 40) & LPC3360-CT (15, 25, 32, 40)
· LPC4040-CT (16, 24, 30, 40) & LPC4011-40-CT (32)
· AMD FX-51 Mobile (SM* in VF)
· i.MX1
· Intel Pentium 100, 200, 300, 400, 500, 600, Pentium II 500, 700, 700, 800, 800, 810, 1000, MII, Athlon, FX-100, FX-200, SX-1000, SX-1200, Phenom, XE1200
· AMD K5, K6, K6-3, K6-III, K6-III+, K6-II+, K6-II+, Athlon 64, Athlon II +200, Athlon II+, Athlon XP-M, Athlon X2, Athlon X2+, Athlon X3, Athlon X3+, Athlon XP-

Turbo-Locator X86 Crack + Free License Key Free Download (2022)

· Relocates compiled 16bit x86 code (realmode / “DOS”) and creates directly executable EPROM, FLASH or RAM download images for x86 compatible CPU’s.
· Supports the following 16bit compilers: Turbo C/C++ / Borland C++ (versions 1.0.. 5.x), Borland/Turbo Pascal 5, 6 & 7 and Turbo Assembler (TASM)
· Relocates compiled EXE code to arbitrary code & data locations
· Supports DOS/BIOS based systems or flat x86 systems without any BIOS or OS
· Option for including a stub C/C++/Pascal startup code to not require an extra BIOS, DOS or other operating system.
· Option for inserting a x86 processor reset vector
· Supports correct heap/malloc relocation and full floating point emulation
· Includes a special startup code for C/C++ to remove any need for DOS; source code (ASM/TASM) included
· Includes the task scheduler TurboTASK for easy real-time multi-threaded execution of 16bit (DOS) compiled code
· Includes a system library for common operations on embedded systems.
· Includes a “file-system” library for storing structured (object-oriented) data or flat data permanently in buffered SRAM & Flash
· Includes a pre-written special system library for some common hardware: PC compatible UART, PC compatible Timers, special hardware on NEC V25 / MT25 and AMD SC400. Other special hardware has to be programmed directly (or to be used over an existing DOS)
· Separate target addresses for Code/Fixed/Initialization & variable Data segments
· A prepared RAM/FLASH Download Tool for some CPU’s enables a fast development cycle
· Protected Mode code can be set up within your own code
· Uses ready to use code+data (from C-compiler, Pascal-compiler, TASM)
· Source code available on request
· Startup code optional (Dll or other)
· Option for saving all target data on RAM, FLASH or EPROM or only to FLASH
· Option to include assembler/machine code (MC6800)
· Option to save all data to flash
· Option to save all target data to flash
· Option to define address limits for all code, data & heap
· Option to specify a module-order of all
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Turbo-Locator X86 Crack + Free

· Uses Turbo Pascal or Borland Pascal for code generation
· Flexible use of code/data base & data/code base
· Uses code/data base swapping
· Supports full system-dependency (i.e. “Windows” is not necessary for the ARM simulator)
· The COFF EPROM format is supported
· Supports output of the Borland (Turbo) C/C++ and Pascal compiler (as well as Borland C++/Pascal 6)
· Uses unique support for the “Shared object” model for control of the memory layout and for better garbage collection and integrated debugging
· Supports input of stdin from stdin/stdout and output of stdout to stdout/stderr
· Uses a unique algorithm for code/data segment & data/code segment relocation
· Uses a “memory-map” of the RAM/ROM/FLASH of the platform for code/data segment and data/code segment address translation
· Uses mapping on ARM, MIPS or Intel 32bit CPUs as well as 16bit CPUs, as well as HPPA, MIPS, ARM, Intel 64bit CPUs (x86 compatible)
· Encapsulates the code/data base + RAM/ROM/Flash address translation
· Provides a high level of abstraction of the required real-mode/16bit DOS environment (RAM/ROM size, CPU operating mode, specific busses)
· Completely independent of compiler options and CPU features of the target CPU
· Relocates every object (structs, pointers, files, labels, sections & code/data segments)
· Relocates including fixed data
· Small RAM/ROM footprint and compresses code/data
· The ROM image is loaded directly from the hard disk without unpacking or loading into RAM
· Supports a default relocation base as well as multiple relocation bases as commandline parameters
· Supports smart relocation of objects, including of fixed data
· Uses special tools to relocate both, object & file mode, original code (realmode) with or without initialisation stub
· Supports different code/data segment schemes for the code / data base (memory/stack, memory/register, codebase / data base / database)
· Supports user-defined initialisation and finalisation of code/data segments (defaults are selected by default)
· Supports user-defined initialisation and finalisation of code / data bases (defaults are selected by default

What’s New In Turbo-Locator X86?

## For Am486 & Family: Option for disallowing BIOS protected mode execution from application

System Requirements For Turbo-Locator X86:

Minimum:
OS: Windows XP (32/64 bit), Windows 7 (32/64 bit), Windows 8.1 (32/64 bit), Windows 10 (32/64 bit)
Processor: Intel Core2 Quad Q9400 @ 2.66GHz
Memory: 2 GB RAM
Graphics: 1GB Radeon HD 5750
DirectX: Version 9.0c
Network: Broadband internet connection
Storage: 100 MB available space
Sound Card:
Additional Notes:
Drivers:
You

Turbo-Locator X86 Product Key Free

Turbo-Locator X86 Crack + Free License Key Free Download (2022)

Turbo-Locator X86 Crack + Free

What’s New In Turbo-Locator X86?

System Requirements For Turbo-Locator X86:

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