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The Vectorization Assistant goes beyond the vectorization inherent in XCC. Vectorization Assistant Helps You Exploit Parallelism For inner loop optimizations, the pipeline view shows any pipeline inefficiencies and bubbles that may be occurring. You can track performance data such as instruction execution count, subroutine calls, subroutine total cycles, cache performance, etc. For much faster and accurate profiling, you can generate profiling data from hardware instantiated in an FPGA or ASIC. The Xplorer IDE lets you graphically view profiling results generated by our ISS.

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Advanced Code ProfilingД¬ode profiling is an extremely important vehicle for optimizing the performance of your application code. It interoperates seamlessly with the other development tools (compiler toolchain, ISS) to allow rapid code development.Д¬ores in multi-processor subsystems can be debugged and stepped synchronously or asynchronously with the other cores. It controls program execution and provides views to variables, breakpoints, memory, registers, etc.

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The GUI-based debugger allows full system visibility into your project.

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The Debugger lets you target either the pipeline/cycle accurate Instruction Set Simulator (ISS) or TurboXim when no hardware is available or external probes need to connect with hardware development boards. XCC makes porting and creating C application code much easier than other compilers. If an application needs to work on 56-bit data, a designer can define a custom 56-bit data type with a single line of code. Our XCC C/C++ compiler supports all modifications that hardware designers can make to a Tensilica Processor. It also uses advanced optimization techniques and supports operating overloading on custom data types in the C programming language (without the overhead that is often associated with it).

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XCC employs sophisticated multi-level optimizations such as function inlining, software pipelining, static single assignment (SSA) optimizations, and other code generation techniques to reduce code size and increase execution speed. The centerpiece of the Xtensa compiler tool chain is the Xtensa C/C++ Compiler (XCC). Our SDK is a complete development environment which eases the creation and testing of application code for Xtensa processors. Additionally, easy-to-use source code editor and a project manager to help you create and maintain complex programming projects and eliminate the need to write and maintain makefiles. Xtensa Xplorer provides you a window into our software development toolchain, which consists of familiar GNU-based tools such as an optimizing compiler, assembler, linker, debugger, and code profiler. Xtensa Xplorer is your interface to powerful software development tools such as the advanced Xtensa XCC compiler, the cycle and pipeline accurate ISS and TurboXim, and the multiprocessor modeling environment XTMP and XTSC for SystemC. All the code development tools are created using the same exact database as the processor, guaranteeing the tools are aware of all processor configuration options and instruction extensions. The SDK includes the Xplorer IDE, a complete GUI-based environment that helps you create application code for customized, high-performance Processors. As the base Xtensa ISA is always present, third-party tools can still be used even when the core is customized for a particular application. This approach assures correctness and consistency by construction.Дesigners get a compiler, linker, assembler, and debugger for their particular Processor hardware. There is no chance that a software engineer implementing a new instruction in the compiler will implement the instruction differently than the hardware engineer who wrote the instruction because there is only one unified source description. There is no need to manually edit or extend the tools to match these options. All configuration options and designer-defined TIE instructions are supported. The Xtensa software development environment is automatically generated from the same database as the processor hardware description. See the Xtensa Software Developer's Toolkit for more information. Our Eclipse-based Xtensa Xplorer Integrated Development Environment (IDE) serves as the cockpit for the entire development experience. The CadenceВ® TensilicaВ® XtensaВ® Software Developer's Toolkit (SDK) provides a comprehensive collection of code generation and analysis tools that speed the application software development process. Software Development Making Software Development Much Easier

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