How to migrate Segger "JLINK" for ESP1.4.1/NET+OS7.4.2/NS9210

Embedded Devices NET+OS
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1

I am using NET+OS7.4 succeedingly for support of the old product which carries NS9210.
Since “Digi JTAG LINK” was damaged, I requested the purchase of that from the local agency. :blue:
Their reply was time-for-delivery one month.
It is over the time for delivery of imposing-on us repair work. :?
Then, we purchased “SEGGER JLINK” of the manufacturer of this debugger.
When it was connected to PC, it succeeded in “JLINK” being recognized by Windows-XP (Pro:32Bit) and starting “GDB SERVER V3.88” from “ESP”.
However, it will become an error if it is actually going to start debugging. :blue:
In this case, is there any necessity of upgrading GDB Server?
Furthermore, do I have the necessity of changing some setup of ESP?
The following is a log of “GDB Servar”.

SEGGER J-Link GDB Server V3.88

JLinkARM.dll V3.88 (DLL compiled Jul 25 2008 15:05:59)

Listening on TCP/IP port 2331

J-Link connected
Firmware: J-Link V9 compiled Oct 18 2012 19:49:50
Hardware: V9.00
S/N: 59104542
Feature(s): GDB

J-Link found 1 JTAG device, Total IRLen = 4
JTAG ID: 0x27926031 (ARM9)

Connected to 127.0.0.1
Reading all registers
JTAG speed set to 1000 kHz
Target endianess set to "big endian"
Resetting target (halt with breakpoint @ address 0)
Writing 0x00000001 @ address 0xA0700000
Writing 0x00000006 @ address 0xA0700024
Writing 0x00000001 @ address 0xA0700028
Writing 0x00000001 @ address 0xA0700030
Writing 0x00000003 @ address 0xA0700034
Writing 0x00000005 @ address 0xA0700038
Writing 0x00000000 @ address 0xA070003C
Writing 0x00000004 @ address 0xA0700040
Writing 0x00000001 @ address 0xA0700044
Writing 0x00000005 @ address 0xA0700048
Writing 0x00000005 @ address 0xA070004C
Writing 0x00000001 @ address 0xA0700054
Writing 0x00000001 @ address 0xA0700058
Writing 0x00000680 @ address 0xA0700100
Writing 0x00000680 @ address 0xA0700120
Writing 0x00000680 @ address 0xA0700140
Writing 0x00000680 @ address 0xA0700160
Writing 0x00000202 @ address 0xA0700104
Writing 0x00000202 @ address 0xA0700124
Writing 0x00000202 @ address 0xA0700144
Writing 0x00000202 @ address 0xA0700164
Writing 0x00000103 @ address 0xA0700020
Writing 0x00000001 @ address 0xA0700024
Writing 0x00000002 @ address 0xA0900000
Writing 0x00000002 @ address 0xA0900000
Writing 0x00000002 @ address 0xA0900000
Writing 0x00000002 @ address 0xA0900000
Writing 0x00000002 @ address 0xA0900000
Reading from address 0xA0900000 (Data = 0x00000000)
Reading from address 0xA0900000 (Data = 0x00000000)
Reading from address 0xA0900000 (Data = 0x00000000)
Reading from address 0xA0900000 (Data = 0x00000000)
Reading from address 0xA0900000 (Data = 0x00000000)
Writing 0x00000049 @ address 0xA0700024
Writing 0x00000083 @ address 0xA0700020
Reading from address 0x00023000 (Data = 0x00000000)
Writing 0x00000003 @ address 0xA0700020
Writing 0x00080680 @ address 0xA0700100
Writing 0x00080680 @ address 0xA0700120
Writing 0x00080680 @ address 0xA0700140
Writing 0x00080680 @ address 0xA0700160
Read 4 bytes @ address 0x00000000 (Data = 0x00000001)
Downloading 4 bytes @ address 0x00000000
Read 4 bytes @ address 0x00000000 (Data = 0x00000000)
Downloading 4 bytes @ address 0x01000000
Read 4 bytes @ address 0x00000000 (Data = 0x00000001)
Read 4 bytes @ address 0x01000000 (Data = 0x00000001)
Resetting target (halt with breakpoint @ address 0)
Writing 0x00000001 @ address 0xA0700000
Writing 0x00000006 @ address 0xA0700024
Writing 0x00000001 @ address 0xA0700028
Writing 0x00000001 @ address 0xA0700030
Writing 0x00000003 @ address 0xA0700034
Writing 0x00000005 @ address 0xA0700038
Writing 0x00000000 @ address 0xA070003C
Writing 0x00000004 @ address 0xA0700040
Writing 0x00000001 @ address 0xA0700044
Writing 0x00000005 @ address 0xA0700048
Writing 0x00000005 @ address 0xA070004C
Writing 0x00000001 @ address 0xA0700054
Writing 0x00000001 @ address 0xA0700058
Writing 0x00000480 @ address 0xA0700100
Writing 0x00000480 @ address 0xA0700120
Writing 0x00000480 @ address 0xA0700140
Writing 0x00000480 @ address 0xA0700160
Writing 0x00000202 @ address 0xA0700104
Writing 0x00000202 @ address 0xA0700124
Writing 0x00000202 @ address 0xA0700144
Writing 0x00000202 @ address 0xA0700164
Writing 0x00000103 @ address 0xA0700020
Writing 0x00000001 @ address 0xA0700024
Writing 0x00000002 @ address 0xA0900000
Writing 0x00000002 @ address 0xA0900000
Writing 0x00000002 @ address 0xA0900000
Writing 0x00000002 @ address 0xA0900000
Writing 0x00000002 @ address 0xA0900000
Reading from address 0xA0900000 (Data = 0x00000000)
Reading from address 0xA0900000 (Data = 0x00000000)
Reading from address 0xA0900000 (Data = 0x00000000)
Reading from address 0xA0900000 (Data = 0x00000000)
Reading from address 0xA0900000 (Data = 0x00000000)
Writing 0x00000049 @ address 0xA0700024
Writing 0x00000083 @ address 0xA0700020
Reading from address 0x00023000 (Data = 0x00000000)
Writing 0x00000003 @ address 0xA0700020
Writing 0x00080480 @ address 0xA0700100
Writing 0x00080480 @ address 0xA0700120
Writing 0x00080480 @ address 0xA0700140
Writing 0x00080480 @ address 0xA0700160
Read 4 bytes @ address 0x00000000 (Data = 0x00000001)
Downloading 4 bytes @ address 0x00000000
Read 4 bytes @ address 0x00000000 (Data = 0x00000000)
Downloading 4 bytes @ address 0x00000200
Read 4 bytes @ address 0x00000000 (Data = 0x00000001)
Read 4 bytes @ address 0x00000200 (Data = 0x00000001)
Resetting target (halt with breakpoint @ address 0)
Writing 0x00000001 @ address 0xA0700000
Writing 0x00000006 @ address 0xA0700024
Writing 0x00000001 @ address 0xA0700028
Writing 0x00000001 @ address 0xA0700030
Writing 0x00000003 @ address 0xA0700034
Writing 0x00000005 @ address 0xA0700038
Writing 0x00000000 @ address 0xA070003C
Writing 0x00000004 @ address 0xA0700040
Writing 0x00000001 @ address 0xA0700044
Writing 0x00000005 @ address 0xA0700048
Writing 0x00000005 @ address 0xA070004C
Writing 0x00000001 @ address 0xA0700054
Writing 0x00000001 @ address 0xA0700058
Writing 0x00000280 @ address 0xA0700100
Writing 0x00000280 @ address 0xA0700120
Writing 0x00000280 @ address 0xA0700140
Writing 0x00000280 @ address 0xA0700160
Writing 0x00000202 @ address 0xA0700104
Writing 0x00000202 @ address 0xA0700124
Writing 0x00000202 @ address 0xA0700144
Writing 0x00000202 @ address 0xA0700164
Writing 0x00000103 @ address 0xA0700020
Writing 0x00000001 @ address 0xA0700024
Writing 0x00000002 @ address 0xA0900000
Writing 0x00000002 @ address 0xA0900000
Writing 0x00000002 @ address 0xA0900000
Writing 0x00000002 @ address 0xA0900000
Writing 0x00000002 @ address 0xA0900000
Reading from address 0xA0900000 (Data = 0x00000000)
Reading from address 0xA0900000 (Data = 0x00000000)
Reading from address 0xA0900000 (Data = 0x00000000)
Reading from address 0xA0900000 (Data = 0x00000000)
Reading from address 0xA0900000 (Data = 0x00000000)
Writing 0x00000049 @ address 0xA0700024
Writing 0x00000083 @ address 0xA0700020
Reading from address 0x00011800 (Data = 0x00000000)
Writing 0x00000003 @ address 0xA0700020
Writing 0x00080280 @ address 0xA0700100
Writing 0x00080280 @ address 0xA0700120
Writing 0x00080280 @ address 0xA0700140
Writing 0x00080280 @ address 0xA0700160
Writing 0x0201683F @ address 0xA090017C
Writing register (CPSR = 0x000000D3)
Reading register (CPSR = 0x000000D3)
JTAG speed set to 15000 kHz
Downloading 104 bytes @ address 0x00004000
Downloading 512 bytes @ address 0x00004070
ERROR: Write memory error @ address 0x00004000, word access: Core error.
Connection to debugger closed !



J-Link connected
Firmware: J-Link V9 compiled Oct 18 2012 19:49:50
Hardware: V9.00
S/N: 59104542
Feature(s): GDB

J-Link found 1 JTAG device, Total IRLen = 4
JTAG ID: 0x27926031 (ARM9)
2

i never tried to use generic segger debugger, however i hope the debugger scripts in C:
etos75\debugger_files folder will help you

3

I Thank for your cooperation.
In my case, the memory-related error was driven out by editing the following files.

$(NETOS_DIR)/debugger_files/.gdbcc9p9215_a.jlink

#monitor speed 15000
monitor speed 8000

However, the following errors are displayed on Console of ESP. What should I do next?

No source file named image.elf.