MULTI® ThreadX Real-Time Operating System Features Desc

The Datasheet Archive - 100 Million Datasheets from 7500 Manufacturers.

MULTI® ThreadX Real-Time Operating System Features Desc

Datasheet Thumbnail

Top Searches for this datasheet

Green Hills Software, Inc.
MULTI® ThreadX
Real-Time Operating System
Features
Description
MULTI Kernel Aware Debugging ThreadX MULTI Software Development Environment from Green Hills Software works seamlessly with ThreadX embedded real-time kernel from Express Logic, Inc., provides detailed, kernelaware information developers. MULTI ThreadX fully aware seven ThreadX kernel components includes live easy-to-understand summary lists detailed individual views ThreadX component types: Threads, Message Queues, Semaphores, Event Flag Groups, Memory Block Pools, Memory Byte Pools, Application Timers. MULTI ThreadX includes everything needed embedded development with ThreadX real-time kernel including Green Hills' Optimizing C++, EC++ Compilers MULTI Integrated Development Environment. ThreadX Integration MULTI provides centralized ThreadX information window summarizing current status entire system. From this starting point, thread other kernel component examined. even greater convenience ease-of-use, kernel components also examined simply double-clicking variables appropriate kernel data type main source pane. Even kernel components combined into larger struct array, double-clicking individual item within data display window brings appropriate individual view window. System-Level Debugging MULTI's kernel awareness allows developers observe continually status threads other kernel components system. Each view fully customized ThreadX kernel includes detailed help screen explaining meaning each field derived from underlying ThreadX data structures help developers gain familiarity with internal workings ThreadX kernel. Thread information windows, example, show thread's current execution state: Ready, Executing, Suspended, Completed, Terminated. suspended threads, MULTI provides additional
Kernel-aware Debugging Full ThreadX Integration System-Level Debugging Thread-Specific Debugging Memory Analysis Advanced Stack Checking
CPUs Supported
RC3041, RC3051, RC3081, RC32364, RC36100, RC4640, RC4650, RC4700, RC5000, RC64474, RC64475
Host Platforms
Microsoft Windows 95/NT SPARCstation SunOS, Solaris HP/UX
Green Hills Software, Inc.
helpful information. that case, thread information window shows exactly thread suspended what specific kernel component responsible. keeping with MULTI's ease use, single button click brings view component which thread suspended. Similarly, component information windows single button click will show even more information. example, clicking thread's current button causes debugger source window move corresponding source statement clicking message queue's read pointer brings memory view that location. Windows continue display live information that updated each time target system stops reason. Windows also frozen, increase debugging performance certain targets compare earlier state kernel component with current state. Thread-Specific Debugging Debugging performed specific thread. Thread-specific breakpoints that other threads will continue past breakpoint. This capability allows single thread debugged even when uses code that common multiple threads. Also, thread's register context shown with single button click. solicited stack frames that result from service calls that suspend, only certain registers saved. others explicitly marked "N/A" indicate that useful register contents available. Memory Analysis MULTI ThreadX contains enhanced views memory block pools byte pools intended specifically help developers find problems with dynamic memory allocation. single click from memory pool window brings view memory blocks fragments together with their location memory, their current state either available, and, byte pool fragments, their size. Observing dynamic memory allocation fragmentation never been more straightforward detecting reasons byte pool fragmentation never been easier.
Advanced Stack Checking Stack overflow another common problem that MULTI helps diagnose. MULTI's enhanced stack checking monitoring features provide unprecedented ease-of-use. thread views, stack indicator shows much stack currently that thread. This information identifies threads that using more stack space than anticipated, ideally before problems occur. Then, stack sizes adjusted guard against overflow. MULTI ThreadX provides optional stack checking ensure that thread stack sizes appropriate. slight modification user's project enables maximum stack checking. Users check stack single thread threads. either case, window displays peak stack usage determined highest point stack that changed since thread created. Furthermore, because this maximum stack checking occurs target itself, there need upload large parts target memory simply check maximum stack usage.
Contact List
Green Hills Software West Sola Street Santa Barbara, 93101 Tel: 805-965-6044 Fax: 805-965-6343 Email: sales@ghs.com Web: www.ghs.com France Green Hills Software, Inc. Jean Jaures Puteaux, 92800 FRANCE Tel: Fax: Netherlands Green Hills Software, Inc. Wilgenlaan NL-3828 Hoogland Netherlands Tel: 4330827 Fax: 4330828 Email: support-nl@ghs.com Australia Electro Optics Pty. Tel: 9654 1873 Italy MicroTask Tel: 4982051 Japan Advanced Data Controls Tel: 3576 5351 Korea DATA INC. Tel: 3929 Taiwan MICROTEK International Inc. Tel: 772155 Germany Software Sales Tel: 7922 India Ostfold Systems Tel: Spain Marben Software Tel: Sweden Avent Tel: 1500 United Kingdom Real Time Products Tel: 6955

MULTI® ThreadX Real-Time Operating System Features Desc

Top Searches for this datasheet

Other recent searches