아직 쓰는 법이 익숙하지 않아서인지 아니면 지원하지 않는 기능인지 몰라서 헤매는 중
처음 설치하고 장치를 추가하면 조금의 시간이 지나면 그래프들이 그려진다.
회사에 있는 두개 장비 iptime과 복합기를 추가하고
공유기는 아래와 같이 좀 심심한 정보들
복합기는 토너 관련 정보들이 추가되서 신기하다
| win 10 snmp 서비스 (0) | 2025.07.24 |
|---|---|
| zabbix docker 설치 (1) | 2025.07.23 |
| iptime snmp mib (0) | 2025.07.21 |
| snmpbulkwalk (0) | 2025.07.21 |
| libreNMS (0) | 2025.07.21 |
특이한 건 블럭단위가 아니라는 것과 program은 있어도 Erase나 Read 함수가 안보인다는 점.
| // stm32f1xx_hal_flash.h HAL_StatusTypeDef HAL_FLASH_Program(uint32_t TypeProgram, uint32_t Address, uint64_t Data); HAL_StatusTypeDef HAL_FLASH_Program_IT(uint32_t TypeProgram, uint32_t Address, uint64_t Data); HAL_StatusTypeDef HAL_FLASH_Unlock(void); HAL_StatusTypeDef HAL_FLASH_Lock(void); HAL_StatusTypeDef HAL_FLASH_OB_Unlock(void); HAL_StatusTypeDef HAL_FLASH_OB_Lock(void); // stm32f1xx_hal_flash_ex.h HAL_StatusTypeDef HAL_FLASHEx_Erase(FLASH_EraseInitTypeDef *pEraseInit, uint32_t *PageError); HAL_StatusTypeDef HAL_FLASHEx_Erase_IT(FLASH_EraseInitTypeDef *pEraseInit); HAL_StatusTypeDef HAL_FLASHEx_OBErase(void); HAL_StatusTypeDef HAL_FLASHEx_OBProgram(FLASH_OBProgramInitTypeDef *pOBInit); void HAL_FLASHEx_OBGetConfig(FLASH_OBProgramInitTypeDef *pOBInit); uint32_t HAL_FLASHEx_OBGetUserData(uint32_t DATAAdress); |
[링크 : https://blog.naver.com/eziya76/220988141146]
[링크 : https://selpman.tistory.com/287]
음.. 플래시 영역은 0x0800 0000 으로 지정되어 있으니 거기서 부터 512KB (= 0x0008 0000)
인 0x0807 FFFF 까지 읽어보면 되려나
STM32F103RET 니까 아래 조건이려나
| /* High Density */ #if (defined(STM32F100xE) || defined(STM32F101xE) || defined(STM32F103xE)) #define IS_FLASH_PROGRAM_ADDRESS(ADDRESS) (((ADDRESS) >= FLASH_BASE) && (((*((uint16_t *)FLASH_SIZE_DATA_REGISTER)) == 0x200U) ? \ ((ADDRESS) <= FLASH_BANK1_END) : (((*((uint16_t *)FLASH_SIZE_DATA_REGISTER)) == 0x180U) ? \ ((ADDRESS) <= 0x0805FFFFU) : ((ADDRESS) <= 0x0803FFFFU)))) #endif /* STM32F100xE || STM32F101xE || STM32F103xE */ |
그런데 STM32CubeProgrammer로 확인해보니
512KB 맞고 sector는 0에서 255까지 256개 * 2KB
Write Protect는 0에서 31 까지 총 32개.. 8개 섹터당 1개의 write protect 인가
| 2.4.2 Write protection In high-density and connectivity line devices, from page 0 to page 61, write protection is implemented with a granularity of two pages at a time. The remaining memory block (from page 62 to page 255 in high-density devices, and from page 62 to page 127 in connectivity line devices) is write-protected at once. |
0~61 까지는 2개씩 해서 총 31개 write protect로 상세하게 제어되고
62~255까지 퉁쳐서 1개,
합계 32개의 write protect로 제어된다.
| Depending on the selected boot mode, main Flash memory, system memory or SRAM is accessible as follows: Boot from main Flash memory: the main Flash memory is aliased in the boot memory space (0x0000 0000), but still accessible from its original memory space (0x800 0000). In other words, the Flash memory contents can be accessed starting from address 0x0000 0000 or 0x800 0000. Boot from system memory: the system memory is aliased in the boot memory space (0x0000 0000), but still accessible from its original memory space (0x1FFF B000 in connectivity line devices, 0x1FFF F000 in other devices). Boot from the embedded SRAM: SRAM is accessible only at address 0x2000 0000. Embedded boot loader The embedded boot loader is located in the System memory, programmed by ST during production. It is used to reprogram the Flash memory with one of the available serial interfaces: In low-, medium- and high-density devices the bootoader is activated through the USART1 interface. In XL-density devices the boot loader is activated through the following interfaces: USART1 or USART2 (remapped). In connectivity line devices the boot loader can be activated through one of the following interfaces: USART1, USART2 (remapped), CAN2 (remapped) or USB OTG FS in Device mode (DFU: device firmware upgrade). |
| stm32 eeprom emulation (0) | 2025.07.29 |
|---|---|
| stm32f103ret flash program / erase 테스트 (0) | 2025.07.28 |
| stm32cubeide build analyzer (0) | 2025.07.21 |
| stm32 wwdg, iwdg 차이 (0) | 2025.06.30 |
| stm32f wwdg iwdg 그리고 stop mode (0) | 2025.06.27 |
크게 도움이 되는 기능은 아니지만 왜 안나오나 해서 찾아보니
windows - preference - STM32Cube - Build views settings 에서
on request 에서 auto로 바꾸어 주면 된다.
[링크 : https://eteo.tistory.com/846]
정책변경인진 모르겠지만 위 글을 참고하면 1.15.x~ 이후는 auto가 아니게 된 듯.
| stm32f103ret flash program / erase 테스트 (0) | 2025.07.28 |
|---|---|
| HAL_FLASH_Program (0) | 2025.07.21 |
| stm32 wwdg, iwdg 차이 (0) | 2025.06.30 |
| stm32f wwdg iwdg 그리고 stop mode (0) | 2025.06.27 |
| stm32 cubeide ioc gen (0) | 2025.06.18 |
공유기 페이지에서 ipTIME-Router-MIB 라고 되어있어서 다운로드 받았는데
[링크 : http://download.iptime.co.kr/download/snmp/IPTIME-ROUTER-MIB.zip]
뭐.. 되는게 없네?
| $ snmpbulkwalk -v 2c -c test -m ALL 192.168.10.1 |
그 중에 iptime만 필터 걸어서 보는데 뭐여..
| Cannot find module (SNMP-FRAMEWORK-MIB): At line 6 in /usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt Cannot find module (SNMPv2-SMI): At line 8 in /usr/share/snmp/mibs/IPTIME-MIB.txt Did not find 'enterprises' in module #-1 (/usr/share/snmp/mibs/IPTIME-MIB.txt) Unlinked OID in IPTIME-MIB: ipTime ::= { enterprises 12874 } Unlinked OID in IPTIME-MIB: ipTime ::= { enterprises 12874 } Undefined identifier: enterprises near line 10 of /usr/share/snmp/mibs/IPTIME-MIB.txt Cannot find module (SNMPv2-TC): At line 9 in /usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt Cannot find module (INET-ADDRESS-MIB): At line 12 in /usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt Did not find 'SnmpAdminString' in module #-1 (/usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt) Did not find 'ipTime' in module IPTIME-MIB (/usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt) Did not find 'ipTime' in module IPTIME-MIB (/usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt) Did not find 'ipTime' in module IPTIME-MIB (/usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt) Did not find 'DisplayString' in module #-1 (/usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt) Did not find 'RowStatus' in module #-1 (/usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt) Did not find 'StorageType' in module #-1 (/usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt) Did not find 'PhysAddress' in module #-1 (/usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt) Did not find 'TimeStamp' in module #-1 (/usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt) Did not find 'InetAddressType' in module #-1 (/usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt) Did not find 'InetAddress' in module #-1 (/usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt) Unlinked OID in IPTIME-ROUTER-MIB: ipTimeRouter ::= { ipTime 1 } Unlinked OID in IPTIME-ROUTER-MIB: ipTimeRouter ::= { ipTime 1 } Unlinked OID in IPTIME-ROUTER-MIB: ipTimeRouter ::= { ipTime 1 } Undefined identifier: ipTime near line 15 of /usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt Undefined identifier: ipTime near line 15 of /usr/share/snmp/mibs/IPTIME-ROUTER-MIB.txt Cannot adopt OID in IPTIME-ROUTER-MIB: ifaceEntry ::= { ifaceTable 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: ipTimeRouter ::= { ipTime 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: ipTimeRouter ::= { ipTime 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: ipTimeRouter ::= { ipTime 1 } Cannot adopt OID in IPTIME-MIB: ipTimeRouter ::= { ipTime 1 } Cannot adopt OID in IPTIME-MIB: ipTimeRouter ::= { ipTime 1 } Cannot adopt OID in IPTIME-MIB: ipTimeRouter ::= { ipTime 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: essTable ::= { routerWireless 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: essNumber ::= { routerWireless 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: atIpAddress ::= { addressEntry 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: atPhysAddress ::= { addressEntry 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: atIfDescr ::= { addressEntry 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerTraps ::= { ipTimeRouter 9000 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerTraps ::= { ipTimeRouter 9000 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerSystem ::= { ipTimeRouter 5 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerSystem ::= { ipTimeRouter 5 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerWireless ::= { ipTimeRouter 4 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerWireless ::= { ipTimeRouter 4 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerAddressTbl ::= { ipTimeRouter 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerAddressTbl ::= { ipTimeRouter 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerInterface ::= { ipTimeRouter 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerInterface ::= { ipTimeRouter 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerInformation ::= { ipTimeRouter 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerInformation ::= { ipTimeRouter 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: ifaceStatus ::= { ifaceEntry 4 } Cannot adopt OID in IPTIME-ROUTER-MIB: ifaceMode ::= { ifaceEntry 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: ifaceDescr ::= { ifaceEntry 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: ifaceIndex ::= { ifaceEntry 1 } Cannot adopt OID in IPTIME-MIB: ipTime ::= { enterprises 12874 } Cannot adopt OID in IPTIME-MIB: ipTime ::= { enterprises 12874 } Cannot adopt OID in IPTIME-ROUTER-MIB: Reboot ::= { routerSystem 7 } Cannot adopt OID in IPTIME-ROUTER-MIB: UpgradeStart ::= { routerSystem 6 } Cannot adopt OID in IPTIME-ROUTER-MIB: RemoteAccessPort ::= { routerSystem 5 } Cannot adopt OID in IPTIME-ROUTER-MIB: SecondayDNS ::= { routerSystem 4 } Cannot adopt OID in IPTIME-ROUTER-MIB: PrimaryDNS ::= { routerSystem 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: WanMac ::= { routerSystem 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: LanMac ::= { routerSystem 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: Version ::= { routerInformation 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: Model ::= { routerInformation 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: Manufacturer ::= { routerInformation 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: addressTable ::= { routerAddressTbl 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: internetDiscon ::= { routerTraps 6 } Cannot adopt OID in IPTIME-ROUTER-MIB: internetConn ::= { routerTraps 5 } Cannot adopt OID in IPTIME-ROUTER-MIB: wanlinkDown ::= { routerTraps 4 } Cannot adopt OID in IPTIME-ROUTER-MIB: wanlinkUp ::= { routerTraps 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: forceRebootOk ::= { routerTraps 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: rebootOk ::= { routerTraps 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: ifaceTable ::= { routerInterface 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: ifaceNumber ::= { routerInterface 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: essEntry ::= { essTable 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: addressEntry ::= { addressTable 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: essChannelInfo ::= { essEntry 10 } Cannot adopt OID in IPTIME-ROUTER-MIB: ess8021xRadiusPort ::= { essEntry 9 } Cannot adopt OID in IPTIME-ROUTER-MIB: ess8021xRadiusKey ::= { essEntry 8 } Cannot adopt OID in IPTIME-ROUTER-MIB: ess8021xRadiusIPaddress ::= { essEntry 7 } Cannot adopt OID in IPTIME-ROUTER-MIB: essSecurityKey ::= { essEntry 6 } Cannot adopt OID in IPTIME-ROUTER-MIB: essSecuritySet ::= { essEntry 5 } Cannot adopt OID in IPTIME-ROUTER-MIB: essMode ::= { essEntry 4 } Cannot adopt OID in IPTIME-ROUTER-MIB: essSsidBroadcast ::= { essEntry 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: essSsid ::= { essEntry 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: essIndex ::= { essEntry 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: ifaceEntry ::= { ifaceTable 1 } Cannot adopt OID in IPTIME-MIB: ipTimeRouter ::= { ipTime 1 } Cannot adopt OID in IPTIME-MIB: ipTimeRouter ::= { ipTime 1 } Cannot adopt OID in IPTIME-MIB: ipTimeRouter ::= { ipTime 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: ipTimeRouter ::= { ipTime 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: ipTimeRouter ::= { ipTime 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: ipTimeRouter ::= { ipTime 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: essNumber ::= { routerWireless 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: essTable ::= { routerWireless 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: atIfDescr ::= { addressEntry 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: atPhysAddress ::= { addressEntry 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: atIpAddress ::= { addressEntry 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerInformation ::= { ipTimeRouter 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerInformation ::= { ipTimeRouter 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerInterface ::= { ipTimeRouter 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerInterface ::= { ipTimeRouter 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerAddressTbl ::= { ipTimeRouter 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerAddressTbl ::= { ipTimeRouter 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerWireless ::= { ipTimeRouter 4 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerWireless ::= { ipTimeRouter 4 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerSystem ::= { ipTimeRouter 5 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerSystem ::= { ipTimeRouter 5 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerTraps ::= { ipTimeRouter 9000 } Cannot adopt OID in IPTIME-ROUTER-MIB: routerTraps ::= { ipTimeRouter 9000 } Cannot adopt OID in IPTIME-ROUTER-MIB: ifaceIndex ::= { ifaceEntry 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: ifaceDescr ::= { ifaceEntry 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: ifaceMode ::= { ifaceEntry 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: ifaceStatus ::= { ifaceEntry 4 } Cannot adopt OID in IPTIME-MIB: ipTime ::= { enterprises 12874 } Cannot adopt OID in IPTIME-MIB: ipTime ::= { enterprises 12874 } Cannot adopt OID in IPTIME-ROUTER-MIB: LanMac ::= { routerSystem 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: WanMac ::= { routerSystem 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: PrimaryDNS ::= { routerSystem 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: SecondayDNS ::= { routerSystem 4 } Cannot adopt OID in IPTIME-ROUTER-MIB: RemoteAccessPort ::= { routerSystem 5 } Cannot adopt OID in IPTIME-ROUTER-MIB: UpgradeStart ::= { routerSystem 6 } Cannot adopt OID in IPTIME-ROUTER-MIB: Reboot ::= { routerSystem 7 } Cannot adopt OID in IPTIME-ROUTER-MIB: Manufacturer ::= { routerInformation 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: Model ::= { routerInformation 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: Version ::= { routerInformation 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: addressTable ::= { routerAddressTbl 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: rebootOk ::= { routerTraps 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: forceRebootOk ::= { routerTraps 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: wanlinkUp ::= { routerTraps 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: wanlinkDown ::= { routerTraps 4 } Cannot adopt OID in IPTIME-ROUTER-MIB: internetConn ::= { routerTraps 5 } Cannot adopt OID in IPTIME-ROUTER-MIB: internetDiscon ::= { routerTraps 6 } Cannot adopt OID in IPTIME-ROUTER-MIB: ifaceNumber ::= { routerInterface 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: ifaceTable ::= { routerInterface 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: essEntry ::= { essTable 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: addressEntry ::= { addressTable 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: essIndex ::= { essEntry 1 } Cannot adopt OID in IPTIME-ROUTER-MIB: essSsid ::= { essEntry 2 } Cannot adopt OID in IPTIME-ROUTER-MIB: essSsidBroadcast ::= { essEntry 3 } Cannot adopt OID in IPTIME-ROUTER-MIB: essMode ::= { essEntry 4 } Cannot adopt OID in IPTIME-ROUTER-MIB: essSecuritySet ::= { essEntry 5 } Cannot adopt OID in IPTIME-ROUTER-MIB: essSecurityKey ::= { essEntry 6 } Cannot adopt OID in IPTIME-ROUTER-MIB: ess8021xRadiusIPaddress ::= { essEntry 7 } Cannot adopt OID in IPTIME-ROUTER-MIB: ess8021xRadiusKey ::= { essEntry 8 } Cannot adopt OID in IPTIME-ROUTER-MIB: ess8021xRadiusPort ::= { essEntry 9 } Cannot adopt OID in IPTIME-ROUTER-MIB: essChannelInfo ::= { essEntry 10 } |
전부 받고 -m ALL 옵션을 주면 좀 먼가 바뀌긴 한다.
[링크 : https://github.com/net-snmp/net-snmp/tree/master/mibs]
| zabbix docker 설치 (1) | 2025.07.23 |
|---|---|
| libreNMS on docker (0) | 2025.07.22 |
| snmpbulkwalk (0) | 2025.07.21 |
| libreNMS (0) | 2025.07.21 |
| snmp 클라이언트 - snmpwalk, snmpget (0) | 2024.05.17 |
snmpwalk 보다 snmpbulkwalk가 빠르게 작동하긴 한다.
기능이나 옵션은 거의 동일한 것 같다.
| $ snmpwalk -v 2c -c test 192.168.10.1 | $ time snmpbulkwalk -v 2c -c test192.168.10.1 |
| real 0m5.757s user 0m0.203s sys 0m0.249s |
real 0m1.691s user 0m0.035s sys 0m0.026s |
[링크 : https://mabb.tistory.com/590]
[링크 : https://manpages.ubuntu.com/manpages/lunar/man1/snmpbulkwalk.1.html]
+
MIB 파일 관련
[링크 : https://atin.tistory.com/220]
[링크 : https://haewon83.tistory.com/m/76]
| export MIBS=ALL Put STRANGE-NEW-MIB.txt in the directory where all your other MIBs are stored (possibly /usr/share/snmp/mibs , but it may vary with distro, mine is Fedora 14), then do snmpwalk -v 1 -c public -m +STRANGE-NEW-MIB 1.2.3.4 |
[링크 : https://serverfault.com/questions/220576/how-to-use-a-mib-file]
snmp agent, snmptranslate
| libreNMS on docker (0) | 2025.07.22 |
|---|---|
| iptime snmp mib (0) | 2025.07.21 |
| libreNMS (0) | 2025.07.21 |
| snmp 클라이언트 - snmpwalk, snmpget (0) | 2024.05.17 |
| WinXP에서 SNMP 설치하기 (0) | 2011.11.21 |
snmp 모니터링 해보려고 하는데 GUI 무료 툴을 찾는 중 하나 발견
[링크 : https://www.librenms.org/]
어우.. 패키지 요구하는게 장난 아니네
| apt install acl curl fping git graphviz imagemagick mariadb-client mariadb-server mtr-tiny nginx-full nmap php-cli php-curl php-fpm php-gd php-gmp php-json php-mbstring php-mysql php-snmp php-xml php-zip rrdtool snmp snmpd unzip python3-command-runner python3-pymysql python3-dotenv python3-redis python3-setuptools python3-psutil python3-systemd python3-pip whois traceroute |
[링크 : https://docs.librenms.org/Installation/Install-LibreNMS/]
| iptime snmp mib (0) | 2025.07.21 |
|---|---|
| snmpbulkwalk (0) | 2025.07.21 |
| snmp 클라이언트 - snmpwalk, snmpget (0) | 2024.05.17 |
| WinXP에서 SNMP 설치하기 (0) | 2011.11.21 |
| snmp - ubuntu (0) | 2011.11.21 |
도전과제를 보다보니 raiders retreat 라는게 보이는데
extra mission으로 homeworld / homeworld 2 양쪽으로 동일한 미션이 보인다.
어느 버전이던 하면 적용되는 도전과제이려나?
 |
 |
 |
 |
| 잘가 홈월드 리마스터 (0) | 2025.08.19 |
|---|---|
| 홈월드 리마스터 extra mission (0) | 2025.08.09 |
| 홈월드 2 리마스터 끝! (0) | 2025.07.20 |
| 홈월드 2 마지막 미션 (0) | 2025.07.19 |
| 홈월드 2 (0) | 2025.07.18 |
와우 낮을땐 100 이하로도 떨어졌었는데
왜 갑자기(?) 500대 까지 올라가고 있는건진 미지수
| 아 또 갑자기 먼데?!?! (2) | 2025.07.31 |
|---|---|
| 오랫만에 해피빈 기부 (0) | 2025.07.22 |
| 이틀후 블로그 통계 정상화 (7) | 2025.07.17 |
| 게을러졌어.. (0) | 2025.07.16 |
| 도메인 연장 (0) | 2025.06.04 |
인구가 1/9 토막이 났지만 그래도 방어 성공 -_ㅠ
예전에는 한방도 안떨지게 어떻게 한거지 ㅠㅠ
그나저나 엔딩본 사람이 8.8% 밖에 안되다니..
| 홈월드 리마스터 extra mission (0) | 2025.08.09 |
|---|---|
| 홈월드 2 리마스터 - 추가 미션 (0) | 2025.07.20 |
| 홈월드 2 마지막 미션 (0) | 2025.07.19 |
| 홈월드 2 (0) | 2025.07.18 |
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