Embedded Software development Process and Tools:
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1 Embedded Software development Process and Tools: Lesson-2 Integrated Development Environment (IDE) 1
2 1. IDE 2
3 Consists of Simulators editors, compilers, assemblers, etc., IDE 3
4 emulators logic analyzers IDE EPROM/EEPROM application codes burner. Provides an integrated development environment 4
5 IDE Facility for defining a processor family as well as defining its version. Includes source code engineering tools that incorporate the editor, compiler for C and embedded C++, Assembler, linker, locator, logic analyser, stethoscope, and help to use Optimizes the use of memory 5
6 Simple IDE 6
7 Sophisticated IDE 7
8 IDE Provides Windows on the screen for the detailed information of source code part with labels and symbolic arguments, registers as the execution continues, status of peripheral devices, status of RAM and ports, status of stack and program flow as it continues 8
9 IDE Verifies the performance of a target system that an emulator built into the development system, which remains independent of a particular targeted system, Includes a logic analyzer for up to 256 or 512 transactions on the address and data buses after triggering 9
10 IDE Simulates on a host system (PC), the hardware unit like emulator, peripherals, and I/O devices. Supports conditional and unconditional breakpoints. Debug by single stepping. Facilitate for synchronizing the internal peripherals 10
11 IDE Facility of a user-definable assembler to support a new version or type of processor. Provision of a multi-user environment. Design process divisibility into a number of sub parts. Each programmer assigned independent but linked tasks 11
12 RTOS in IDE tasks, queues, semaphores and IPC objects. 12
13 RTA in IDE Real-Time Analysis (RTA) suite profiles the code coverage and locates runtime errors. 13
14 2. IDE Examples 14
15 IDE Example IDE from Keil µvision 2 with RTX51 for 8051 family of microcontrollers IDE from Keil µvision 3 RTX51 for ARM family of processors and microcontrollers 15
16 Summary 16
17 We learnt System implementation and integration using program development kit, source code engineering tool and IDE. Prototype development tools IDE (Integrated Development Environment) used to develop the fully simulated, tested and debugged sophisticated embedded systems with simpler efforts. 17
18 End of Lesson-2 of chapter 13 on Integrated Development Environment 18
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