PowerPac -- IAR PowerPac™ GUI User Guide Graphic library

http://www.cadfamily.com/a/EDA_PCB/ARM/PowerPac----IAR-PowerPac-GUI-User-Guide-Graphic-library-wi_9997.html

Using the simulator

The IAR PowerPac GUI simulator requires Microsoft Visual C++ (version 6.00 or higher) and the integrated

development environment (IDE) which comes with it. You will see a simulation of your LCD on your PC screen, which

has the same resolution in X and Y and can display the exact same colors as your LCD once it has been properly

configured. The entire graphic library API and window manager API of the simulation are identical to those on your

target system; all functions will behave in the very same way as on the target hardware since the simulation uses the

same C source code as the target system. The difference lies only in the lower level of the software: the LCD driver.

Instead of using the actual LCD driver, the PC simulation uses a simulation driver which writes into a bitmap. The

bitmap is then displayed on your screen using a second thread of the simulation. This second thread is invisible to the

application; it behaves just as if the LCD routines were writing directly to the display.

PowerPac -- ORTI Plug-in for the IAR Embedded Workbench C-SP

http://www.cadfamily.com/a/EDA_PCB/ARM/PowerPac----ORTI-Plug-in-for-the-IAR-Embedded-Workbench-C-SP_10000.html

General Inspection Windows

The other windows shown on the ORTI view menu are inspection windows of different kind. The number

and type of windows depend on the information in the ORTI input file.

Inspection window context menu

The context menu available in an inspection

window provides commands to:

• Automatically resize column widths.

• Toggle gridlines on or off. On is marked with a

check mark.

Note: When gridlines are shown and column

widths are resized the window contents

may flicker during redraw

• Numeric value display, binary octal, decimal, or

hexadecimal. The current display type is marked

with a check mark.

• View properties of the item pointed to by the

cursor.

IAR PowerPac™ File System User Guide

http://www.cadfamily.com/a/EDA_PCB/ARM/IAR-PowerPac-File-System-User-Guide_9999.html

ADJUSTING THE RAM USAGE

The file system needs RAM for management purposes in various places. The amount of RAM required depends

primarily on the configuration, especially on the drivers used. The drivers which have their own level of management

(such as NOR / NAND drivers) in general need more RAM than the "simple" drivers for hard drives, CompactFlash or

SD cards.

Every driver needs to allocate RAM. The file system allocates RAM in the initialization phase and holds it while the

file system is running. The macro ALLOC_SIZE which is located in the respective driver configuration file specifies the

size of RAM used by the file system. This value should be fine-tuned according to the requirements of your target

system.

PowerPac -- IAR PowerPac™ File System User Guide

http://www.cadfamily.com/a/EDA_PCB/ARM/PowerPac----IAR-PowerPac-File-System-User-Guide_9998.html

ADJUSTING THE RAM USAGE

The file system needs RAM for management purposes in various places. The amount of RAM required depends

primarily on the configuration, especially on the drivers used. The drivers which have their own level of management

(such as NOR / NAND drivers) in general need more RAM than the "simple" drivers for hard drives, compact flash or

SD cards.

Every driver needs to allocate RAM. The file system allocates RAM in the initialization phase and holds it while the

file system is running. The macro ALLOC_SIZE which is located in the respective driver configuration file specifies the

size of RAM used by the file system. This value should be fine-tuned according to the requirements of your target

system.

PowerPac -- IAR KickStart Development Kit for Philips LPC210

http://www.cadfamily.com/a/EDA_PCB/ARM/PowerPac----IAR-KickStart-Development-Kit-for-Philips-LPC210_10004.html

ROM-monitor hardware resource usage

The ROM-monitor uses the following hardware resources of the LPC210x microcontroller:

• UART0

• VIC vector 0

• 4 Kbytes Flash ROM memory in the address range 0x0-0x00000FFF

• 1 Kbyte RAM memory in the address range 0x40000000-0x400003FF.

Your application must not use any of the above resources. This means that:

• all UART0 registers must be untouched by user code.

• pclk must be kept at the XTAL frequency divided by 4. This is the default after reset. If the PLL configuration and

VPBDIV is altered this ratio must be maintained.

• PINSEL0: Bits 0:3 must be set to 0x5.

PowerPac -- Installation and Licensing Guide for IAR PowerPa

http://www.cadfamily.com/a/EDA_PCB/ARM/PowerPac----Installation-and-Licensing-Guide-for-IAR-PowerPa_10003.html

How IAR Systems licensing works

Each IAR PowerPac™ product comes with a software license. There are two types of

IAR Systems license keys associated with a license:

● The QuickStart key, which allows you to use the product for 30 days after

installation

● The permanent key, which opens up the product for permanent usage.

You install IAR PowerPac™ using the QuickStart key. This allows you to start using

the product immediately after installation and 30 days onward. The QuickStart key is

included in the product package and is printed on the CD cover.

During the 30-day period, you must activate your license by registering the product with

IAR Systems. After registration, you will obtain the permanent key from IAR Systems.

By installing the permanent key, the product is opened up for permanent usage.

Registering the product also entitles you to one year of free upgrades and prioritized

technical support.

PowerPac -- IAR J-Link and IAR J-Trace User Guide JTAG

http://www.cadfamily.com/a/EDA_PCB/ARM/PowerPac----IAR-J-Link-and-IAR-J-Trace-User-Guide-JTAG-Emula_10002.html

Installing the J-Link ARM software and documentation

J-Link is shipped with a bundle of applications, corresponding manuals and some example projects, and the kernel

mode J-Link USB driver. Some of the applications require an additional license.

Refer to chapter J-Link and J-Trace related software on page 21 for an overview about the J-Link software and

documentation pack.

SETUP PROCEDURE

To install the J-Link software and documentation, follow this procedure:

Note:Check for J-Link related downloads on our website:

http://www.iar.com/jlinkarm

1 Connect your computer and the J-Link debug probe using the USB cable. Do not connect the J-Link debug probe to

the evaluation board, yet. The green LED on the front panel of the J-Link debug probe will blink for a few moments

while Windows searches for a USB driver.