IE-703017-MC-EM1 Renesas Electronics America, IE-703017-MC-EM1 Datasheet - Page 10

• Manufacturer Part Number: IE-703017-MC-EM1
• Description: EMULATOR BOARD V850 UPD703017
• Manufacturer: Renesas Electronics America

Specifications of IE-703017-MC-EM1

• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

SOFTWARE PACKAGE
8
O Functions implemented via C language descriptions
Accessory Utilities
The CA850 provides various utilities that can be used for development of embedded systems.
O ROMization processor (romp850)
O HEX converter (hx850)
O Section file generator (sf850)
O Dump command (dump850)
O Disassembler (dis850)
O Cross reference tool (cxref)
O Memory layout visualization tool (rammap)
The initial values of variables must be set before running any applications when they are declared with initial
values. The romp850 utility generates these initial values and the information to be copied. This ROMization
processor's functions can also be used to generate information to be copied when ROM code is deployed to
RAM before executing.
This utility converts executable object files to a hexadecimal format. The following hexadecimal formats are
supported.
This utility allocates frequently used variables (among all variables used by an application) to an internal
RAM area.
The dump command displays the contents of a specified object file or archive file in an easy-to-read format.
This utility converts text-attribute data (program code) from object files or archive files into assembly lan-
guage and displays the assembly language code.
This utility outputs cross reference information, tag information, call tree information, function metrics (num-
ber of lines in function, function's call frequency, etc.), and call data base (function call information).
This utility displays a visualization of variable allocation information.
Data and variables can be allocated to specified memory areas.
Interrupt/exception handler processing can be coded in C language.
Assembly code instructions can be inserted into C language source code.
Access to peripheral I/O register can be handled as ordinary variable access.
Real-time OS (RX850, RX850 Pro) tasks can be coded
Intel expanded hex format
Motorola S type format (standard address)
Motorola S type format (32-bit address)
Extended Tek hex format
Useful for partial, high-speed processing, etc.
Reduces code not required for tasks
Enables allocation of data and/or variables to memory areas that can be accessed at high speed
Register save/restore processing required in assembly code can be performed automatically by compiler
memory size, and other information
Uses "device files" that contain definitions of peripheral I/O register names, interrupt request names, on-chip
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