Nuvoton NuEclipse - Figure 5-1 Adding Udev Rules

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NuEclipse

Apr. 25, 2022 Page 53 of 57 Rev 1.02.019

ECLIPSE USER MANUAL

7. Q: How to add udev rules for Nu-Link on GNU/Linux?

A: When accessing target chips via Nu-Link, GNU/Linux requires the USB permission. We can

get the permission by adding udev rules for Nu-Link. Here are the steps to do that:

– Add the User to the plugdev Group. Type the command in the Terminal:

sudo useradd -G plugdev $USER

– Add Nu-Link to udev. Type the commands in the Terminal:

cd /etc/udev/rules.d and sudo gedit 10-openocd-nulink.rules

– Add the following text to the file

Figure 5-1 Adding Udev Rules

– Reloaded the new udev rules by entering the command in the Terminal:

sudo udevadm trigger

Main Page

Table of Contents2
Overview5
Supported Chips5
Requirements6
Quick Start7
Installation7
Performing the Nueclipse Installer on Microsoft Windows7
Figure 3-1 Nueclipse Setup Wizard7
Extracting the Nueclipse Tar File on Gnu/Linux8
Figure 3-2 Install.sh Script8
Verifying the Eclipse Preferences9
Figure 3-3 Preferences for Global Tools Paths9
Figure 3-4 Preferences for Openocd Nu-Link10
Running Eclipse11
Figure 3-5 Eclipse.exe and Related Folders11
Development Tutorial12
Select Workspace12
Figure 4-1 Selecting a Workspace12
New Project Wizard13
Figure 4-2 New Project Wizard13
Figure 4-3 Target Processor Settings14
Import Existing Projects15
Figure 4-4 Importing Projects15
Build Settings16
Figure 4-5 Build Settings16
Debug Configuration17
Figure 4-6 Debug Configuration17
Debugger Tab18
Figure 4-7 Configuring the Debugger Tab18
Startup Tab19
Figure 4-8 Configuring the Startup Tab19
Debug Views20
Registers View20
Figure 4-9 Registers View20
Memory View21
Figure 4-10 Memory View21
Disassembly View22
Figure 4-11 Clicking the Instruction Stepping Mode Button22
Figure 4-12 Disassembly View22
Peripheral Registers View23
Figure 4-13 Opening the Packs Perspective23
Figure 4-14 How to Download Packages24
Figure 4-15 Locations of Repositories25
Figure 4-16 Installing SFR Files26
Figure 4-17 Device Selection27
Figure 4-18 Peripheral Registers View28
Watchpoints29
Figure 4-19 Toggle Watchpoint29
Figure 4-20 Properties for C/C++ Watchpoint30
Figure 4-21 Added Watchpoint in the Breakpoints View30
Debug in RAM31
Figure 4-22 Memory Layout31
Figure 4-23 Modifying the Ld Script32
Figure 4-24 Debug Configuration Settings33
Figure 4-25 Debugging in RAM34
Debug Executable Files Only35
Figure 4-26 Importing Executable for Debugging35
Figure 4-27 Selecting Executable36
Figure 4-28 Choosing GDB Nuvoton Nu-Link Debugging37
Figure 4-29 Locating the GDB Executable38
Figure 4-30 Choosing the ELF File to Download39
Figure 4-31 Adding Source Lookup Path40
Configuration of Cortex-A, Multi-Core SMP and AMP System41
Preliminary Preparation41
Configuration of Debugging Single-Core Cortex-A42
Figure 4-32 Configuring the Startup Tab for MA35D142
Figure 4-33 How to Disable Command Timeout43
Figure 4-34 Disable CPU1 Setting44
Figure 4-35 Configuring the Debugger Tab for Single-Core Debugging on MA35D144
Configuration of Debugging Dual-Core Cortex-A in SMP Mode45
Configuration of Debugging Single-Core Cortex-A and Cortex-M in AMP Mode45
Figure 4-36 Configuring the Debugger Tab for Multi-Core Debugging on M4 Core45
Figure 4-37 Configuring the Launch Group46
Configuration of Debugging Dual-Core Cortex-A and Cortex-M in AMP Mode47
Figure 4-38 How to Disable SMP47
Figure 4-39 Multi-Core Debugging47
Configuration of Debugging Cortex-A Core in AARCH32 Mode48
Figure 4-40 Locating the AARCH64 GDB Executable49
Figure 4-41 the First Time to Enter the Debug Mode Settings49
Figure 4-42 the Second Time to Enter the Debug Mode Settings50
Figure 4-43 AARCH32 Program Debugging50
System Registers Access51
Figure 4-44 System Register View51
Figure 4-45 Use Command to Access System Registers51
Figure 5-1 Adding Udev Rules53
Figure 5-2 Preferences for String Substitution54
Figure 5-3 more Options for Nulink255
Revision History56

Nuvoton NuEclipse - Figure 5-1 Adding Udev Rules

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