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Zabbix и IBM DS3512

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  • anisimov_evgeniy
    Member
    • Jul 2014
    • 37
    #1

    Zabbix и IBM DS3512

    Добрый день, коллеги!
    Помогите, у кого был опыт, подружить zabbix с хранилкой.
    Задача стоит следующая - получать состояние логических/физических дисков в zabbix.
    Реализовать пытаюсь по мануалу - http://habrahabr.ru/sandbox/72882/
    Затык у меня на моменте когда пытаюсь скриптом спросить хранилку о состоянии дисков. В ответ получаю всегда -2, что означает что такой диск не найден. Хотя номер полки и id диска задаю существующий. SMcli состояние выводит. Кажется, собака порылась в парсинге, не могу найти где именно.
    Tags: None
    • aib
      Senior Member
      • Jan 2014
      • 1615
      #2
      Хотелось бы увидеть чуть больше информации.
      1) вывод команды SMcli
      2) Вашу конфигурацию Item's и Host's
      3) Подтверждение того, что скрипты выполняются под пользователем zabbix
      4) Ваши UserParameter= из конфигурационного файла агента
      5) Вывод команды zabbix_get при запросе ваших UserParameter и кусочек лога Zabbix Agent (уровня Debuglevel=4)
      Sincerely yours,
      Aleksey

        Comment

        • anisimov_evgeniy
          Member
          • Jul 2014
          • 37
          #3
          Добрый день. Прошу прощения за задержку с ответом, были некоторые трудности.. Надеюсь Вы все еще здесь и сможете мне помочь разобраться.

          Originally posted by aib
          Хотелось бы увидеть чуть больше информации.
          1) вывод команды smcli
          show all drives

          Code:
          root@mn2:~/zabbix_distr/linux# /opt/ibm_ds/client/smcli 10.1.100.233 -c "show all                                                                                                                    drives;" | more
Warning! No Monitor password is set for the storage subsystem.
Performing syntax check...

Syntax check complete.

Executing script...

DRIVES------------------------------

SUMMARY
   Number of drives: 24
      Current media type(s): Hard Disk Drive (24)
      Current interface type(s): Serial Attached SCSI (SAS) (24)
      Drive capabilities: T10 PI (Protection Information) (T10 PI) (16)

   BASIC:

      ENCLOSURE, SLOT  STATUS   CAPACITY      MEDIA TYPE       INTERFACE TYPE  CURRENT DATA RATE  PRODUCT ID        FIRMWARE VERSION  CAPABILITIES  
      0,    1          Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             HUS723030ALS64    J3K3              T10 PI        
      0,    2          Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             HUS723030ALS64    J3K3              T10 PI        
      0,    3          Optimal  1,863.016 GB  Hard Disk Drive  SAS             6 Gbps             ST2000NM0001      BC42                            
      0,    4          Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             ST33000650SS      BC3B              T10 PI        
      0,    5          Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             HUS723030ALS64    J3K3              T10 PI        
      0,    6          Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             HUS723030ALS64    J3K3              T10 PI        
      0,    7          Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             HUS723030ALS64    J3K3              T10 PI        
      0,    8          Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             HUS723030ALS64    J3K3              T10 PI        
      0,    9          Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             HUS723030ALS64    J3K3              T10 PI        
      0,    10         Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             HUS723030ALS64    J3K3              T10 PI        
      0,    11         Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             HUS723030ALS64    J3K3              T10 PI        
      0,    12         Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             HUS723030ALS64    J3K3              T10 PI        
      99,    1         Optimal  1,863.016 GB  Hard Disk Drive  SAS             6 Gbps             ST32000444SS      BC29                            
      99,    2         Optimal  1,863.016 GB  Hard Disk Drive  SAS             6 Gbps             ST2000NM0001      BC42                            
      99,    3         Optimal  1,863.016 GB  Hard Disk Drive  SAS             6 Gbps             ST32000444SS      BC29                            
      99,    4         Optimal  1,863.016 GB  Hard Disk Drive  SAS             6 Gbps             ST2000NM0001      BC42                            
      99,    5         Optimal  1,863.016 GB  Hard Disk Drive  SAS             6 Gbps             ST2000NM0001      BC42                            
      99,    6         Optimal  1,863.016 GB  Hard Disk Drive  SAS             6 Gbps             ST2000NM0001      BC42                            
      99,    7         Optimal  1,863.016 GB  Hard Disk Drive  SAS             6 Gbps             ST2000NM0001      BC42                            
      99,    8         Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             HUS723030ALS64    J3K3              T10 PI        
      99,    9         Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             HUS723030ALS64    J3K3              T10 PI        
      99,    10        Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             HUS723030ALS64    J3K3              T10 PI        
      99,    11        Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             HUS723030ALS64    J3K3              T10 PI        
      99,    12        Optimal  2,794.519 GB  Hard Disk Drive  SAS             6 Gbps             HUS723030ALS64    J3K3              T10 PI        

   DRIVE CHANNELS (Controller A):

      ENCLOSURE, SLOT  PREFERRED CHANNEL  REDUNDANT CHANNEL  
      0,    1          1                  2                  
      0,    2          2                  1                  
      0,    3          1                  2                  
      0,    4          2                  1                  
      0,    5          1                  2                  
      0,    6          2                  1                  
      0,    7          1                  2                  
      0,    8          2                  1                  
      0,    9          1                  2                  
      0,    10         2                  1                  
      0,    11         1                  2                  
      0,    12         2                  1                  
      99,    1         1                  2                  
      99,    2         2                  1                  
      99,    3         1                  2                  
      99,    4         2                  1                  
      99,    5         1                  2                  
      99,    6         2                  1                  
      99,    7         1                  2                  
      99,    8         2                  1                  
      99,    9         1                  2                  
      99,    10        2                  1                  
      99,    11        1                  2                  
      99,    12        2                  1                  


HOT SPARE COVERAGE:
   The following arrays are not protected: None - All arrays are protected
   Total hot spare drives: 1

      Standby:  1  
      In use:   0  

   Standby drive at enclosure 0, slot 3 (SAS, 1,863.016 GB)
      Protects the following arrays: videoarchive


   DETAILS
   Drive at Enclosure 0, Slot 1
    

      Status:                  Optimal                                          
                                                                                
      Mode:                    Assigned                                         
      Raw capacity:            2,794.519 GB                                     
      Usable capacity:         2,794.019 GB                                     
      World-wide identifier:   50:00:cc:a0:3e:96:8a:e8:00:00:00:00:00:00:00:00  
      Associated disk pool:    Disk_Pool_1                                      


      Port      Channel      
      0         1            
      1         2            


      Media type:                                        Hard Disk Drive                           
      Interface type:                                    Serial Attached SCSI (SAS)                
      Drive path redundancy:                             OK                                        
                                                                                                   
      Drive capabilities:                                T10 PI (Protection Information) (T10 PI)  
                                                                                                   
      Security Capable:                                  No                                        
      Secure:                                            No                                        
      Read/write accessible:                             Yes                                       
      Drive security key identifier:                     Not Applicable                            
                                                                                                   
      T10 PI (Protection Information) (T10 PI) capable:  Yes                                       
                                                                                                   
      Speed:                                             7,200 RPM                                 
      Current data rate:                                 6 Gbps                                    
      Product ID:                                        HUS723030ALS64                            
      Drive Firmware Version:                            J3K3                                      
      Serial number:                                     YVJNTL6D                                  
      Manufacturer:                                      IBM-ESXS                                  
      Date of manufacture:                               March 27, 2013

          show allLogicalDrives summary
          Code:
          root@mn2:/etc/zabbix/scripts# /opt/IBM_DS/client/SMcli 10.1.100.233 -c "show allLogicalDrives summary;" | more
Warning! No Monitor password is set for the storage subsystem.
Performing syntax check...

Syntax check complete.

Executing script...

STANDARD LOGICAL DRIVES SUMMARY
Number of standard logical drives: 2


Name     Thin Provisioned     Status     Capacity     Accessible by     Source
1        No                   Optimal    10.913 TB    Host VS2          Array videoarchive
3        No                   Optimal    29.925 TB    Host VS1          Disk Pool Disk_Pool_1
          Originally posted by aib
          2) Вашу конфигурацию item's и host's
          3) Подтверждение того, что скрипты выполняются под пользователем zabbix
          До заббикса дело еще не дошло, я в консоль всегда получаю -2, а должен либо 0 либо 1

          Code:
          root@mn2:/etc/zabbix/scripts# ls -l
total 12
-rwxrwxrwx 1 755 zabbix 3843 Sep  5 11:52 check_IBM_DS_health_1.5.sh
-rwxrwxrwx 1 755 zabbix 2909 Sep  5 11:52 DS4700.Drive.state.pl
-rwxrwxrwx 1 755 zabbix 2454 Sep  5 11:52 DS4700.Logical.state.pl
          Code:
          root@mn2:/etc/zabbix/scripts# /etc/zabbix/scripts/DS4700.Drive.state.pl -EnclosureID 0 -DiskID 1
-2
root@mn2:/etc/zabbix/scripts/DS4700.Logical.state.pl -LogicalID 3
-2
          Originally posted by aib
          4) Ваши userparameter= из конфигурационного файла агента
          Code:
          UserParameter=DS4700.Drive.state[*],/usr/bin/perl /etc/zabbix/scripts/DS4700.Drive.state.pl -EnclosureID $1 -DiskID $2
UserParameter=DS4700.Logical.state[*],/usr/bin/perl /etc/zabbix/scripts/DS4700.Logical.state.pl -LogicalID $1
          Originally posted by aib
          5) Вывод команды zabbix_get при запросе ваших userparameter и кусочек лога zabbix agent (уровня debuglevel=4)
          root@mn2:/etc/zabbix/scripts# zabbix_get -s 127.0.0.1 -p 10050 -k "DS4700.Drive.state[0,3]"
          ZBX_NOTSUPPORTED
          root@mn2:/etc/zabbix/scripts# zabbix_get -s 127.0.0.1 -p 10050 -k "DS4700.Logical.state[3]"
          ZBX_NOTSUPPORTED

          -----------UPDATE----------------
          тут понял в чем причина - убрал в userparameters /usr/bin/perl - теперь просто выдает -2))
          кэш файлы на обе команды создаются, в нем информация с хранилки. Верная. Что то с парсингом...

          Кусок лога
          Code:
          15098:20140905:153101.093 Requested [DS4700.Logical.state[3]]
 15098:20140905:153101.093 In zbx_popen() command:'/usr/bin/perl /etc/zabbix/scripts/DS4700.Logical.state.pl -LogicalID 3'
 15098:20140905:153101.094 End of zbx_popen():7
 15785:20140905:153101.094 zbx_popen(): executing script
 15100:20140905:153101.669 In send_buffer() host:'127.0.0.1' port:10051 values:0/100
 15100:20140905:153101.669 End of send_buffer():SUCCEED
 15100:20140905:153101.669 active checks #1 [idle 1 sec]
 15096:20140905:153101.728 collector [processing data]
 15096:20140905:153101.728 In update_cpustats()
 15096:20140905:153101.728 End of update_cpustats()
 15096:20140905:153101.729 collector [idle 1 sec]
 15100:20140905:153102.669 In send_buffer() host:'127.0.0.1' port:10051 values:0/100
 15100:20140905:153102.669 End of send_buffer():SUCCEED
 15100:20140905:153102.669 active checks #1 [idle 1 sec]
 15096:20140905:153102.729 collector [processing data]
 15096:20140905:153102.729 In update_cpustats()
 15096:20140905:153102.729 End of update_cpustats()
 15096:20140905:153102.729 collector [idle 1 sec]
 15097:20140905:153102.770 listener #1 [processing request]
 15097:20140905:153102.771 Requested [agent.ping]
 15097:20140905:153102.771 Sending back [1]
 15097:20140905:153102.771 listener #1 [waiting for connection]
 15100:20140905:153103.670 In send_buffer() host:'127.0.0.1' port:10051 values:0/100
 15100:20140905:153103.670 End of send_buffer():SUCCEED
 15100:20140905:153103.670 active checks #1 [idle 1 sec]
 15096:20140905:153103.730 collector [processing data]
 15096:20140905:153103.730 In update_cpustats()
 15096:20140905:153103.730 End of update_cpustats()
 15096:20140905:153103.730 collector [idle 1 sec]
 15098:20140905:153104.093 In zbx_waitpid()
 15098:20140905:153104.095 zbx_waitpid() killed by signal 15
 15098:20140905:153104.096 End of zbx_waitpid():15785
 15098:20140905:153104.096 Sending back [ZBX_NOTSUPPORTED]
[/quote]
[quote]
15098:20140905:153009.195 Requested [DS4700.Drive.state[0,3]]
 15098:20140905:153009.195 In zbx_popen() command:'/usr/bin/perl /etc/zabbix/scripts/DS4700.Drive.state.pl -EnclosureID 0 -DiskID 3'
 15098:20140905:153009.196 End of zbx_popen():7
 15725:20140905:153009.196 zbx_popen(): executing script
 15100:20140905:153009.620 In send_buffer() host:'127.0.0.1' port:10051 values:0/100
 15100:20140905:153009.620 End of send_buffer():SUCCEED
 15100:20140905:153009.620 active checks #1 [idle 1 sec]
 15096:20140905:153009.687 collector [processing data]
 15096:20140905:153009.687 In update_cpustats()
 15096:20140905:153009.687 End of update_cpustats()
 15096:20140905:153009.687 collector [idle 1 sec]
 15100:20140905:153010.620 In send_buffer() host:'127.0.0.1' port:10051 values:0/100
 15100:20140905:153010.620 End of send_buffer():SUCCEED
 15100:20140905:153010.620 active checks #1 [idle 1 sec]
 15096:20140905:153010.688 collector [processing data]
 15096:20140905:153010.688 In update_cpustats()
 15096:20140905:153010.688 End of update_cpustats()
 15096:20140905:153010.689 collector [idle 1 sec]
 15100:20140905:153011.621 In send_buffer() host:'127.0.0.1' port:10051 values:0/100
 15100:20140905:153011.622 End of send_buffer():SUCCEED
 15100:20140905:153011.622 active checks #1 [idle 1 sec]
 15096:20140905:153011.689 collector [processing data]
 15096:20140905:153011.689 In update_cpustats()
 15096:20140905:153011.689 End of update_cpustats()
 15096:20140905:153011.689 collector [idle 1 sec]
 15098:20140905:153012.195 In zbx_waitpid()
 15098:20140905:153012.197 zbx_waitpid() killed by signal 15
 15098:20140905:153012.197 End of zbx_waitpid():15725
 15098:20140905:153012.197 Sending back [ZBX_NOTSUPPORTED]
          Last edited by anisimov_evgeniy; 05-09-2014, 15:39.

            Comment

            • aib
              Senior Member
              • Jan 2014
              • 1615
              #4
              1) Возможно, сообщения об ошибке "Отсутсвие пароля" будут мешать разбирать основной вывод. Постарайтесь с ними разобраться.
              Code:
              warning! No monitor password is set for the storage subsystem.
              2) Надеюсь, вы проставили нормальные, правильные адреса хранилищ в тексте скриптов?
              Code:
              $DS4700Controllers='192.168.10.102 192.168.10.103';
              а также пути к утилите и временным файлам?
              Code:
              $FileCache='/tmp/zabbix.DS4700.Drive';
$IBMSMcli='/opt/IBM_DS/client/SMcli';
              Кстати: временный файл, созданный под root, может быть недоступен под zabbix и скрипт поломается, не сумев обратиться к файлу.

              3) для отладки добавьте отладочный вывод переменных (потом закомментируете) после строк
              Code:
                             $vDiskID=$ARGV[$i+1];
[B]print("$vDiskID");[/B]
              и еще одну
              Code:
                  $vEnclosureID=$ARGV[$i+1];
[B]print("$vEnclosureID");[/B]
              Проверьте, что скрипт получил те данные, которые вы ему передали.

              4) Обратите внимание на строку сравнения:
              Code:
                      if ($_=~ m/BASIC/){$vPart='BASIC';}
              И заметьте, что в статье приведен вывод, где слово BASIC написано заглавными буквами.
              А ваша утилита выдает basic: строчными буквами.
              Попробуйте продублировать строку и написать basic так, как у вас в выводе.
              Добавьте отладочный вывод перед дальнейшей обработкой.
              Code:
              [B]print("$vPart ");[/B]
        if ($vPart eq 'BASIC'){
              5) Во втором скрипте, про логические диски, обратите внимание на строку, которая ищет ИМЯ массива. Там сравнение со строкой, которая (вновь) не совпадает с вашим выводом
              У автора вывод выглядит так:
              Code:
              NAME                STATUS   CAPACITY      RAID LEVEL  ARRAY       MEDIA TYPE       INTERFACE TYPE
              У вас команда show allLogicalDrives summary выдает такую строку
              Code:
              Name Thin Provisioned Status Capacity Accessible by Source
              В то время, как скрипт ищет строку, содержащую только NAME и STATUS
              Code:
                 if ($_=~ m/NAME                STATUS/){$vPart='NAME';}
              Опять таки - подгоните сравнение под ваш вывод и с помощью добавочной отладочной печати убедитесь, что $vPart приняла правильное значение.
              ==============
              Вот как-то так. Прошу прощения за общие советы - но только на вашем конкретном оборудовании можно получить правильные результаты.

              Удачи!
              Sincerely yours,
              Aleksey

                Comment

                • anisimov_evgeniy
                  Member
                  • Jul 2014
                  • 37
                  #5
                  Originally posted by aib
                  2) Надеюсь, вы проставили нормальные, правильные адреса хранилищ в тексте скриптов?
                  Code:
                  $DS4700Controllers='192.168.10.102 192.168.10.103';
                  а также пути к утилите и временным файлам?
                  Code:
                  $FileCache='/tmp/zabbix.DS4700.Drive';
$IBMSMcli='/opt/IBM_DS/client/SMcli';
                  Да, всё правильно проставил
                  Originally posted by aib
                  Кстати: временный файл, созданный под root, может быть недоступен под zabbix и скрипт поломается, не сумев обратиться к файлу.
                  Проверил
                  Code:
                  root@mn2:/tmp# ls -l
-rwxr-xr-x 1 zabbix zabbix 67876 Sep  5 18:11 zabbix.DS4700.Drive
-rwxr-xr-x 1 zabbix zabbix   557 Sep  5 17:56 zabbix.DS4700.Logical
                  Originally posted by aib
                  3) для отладки добавьте отладочный вывод переменных (потом закомментируете) после строк
                  Code:
                                 $vDiskID=$ARGV[$i+1];
[B]print("$vDiskID");[/B]
                  и еще одну
                  Code:
                      $vEnclosureID=$ARGV[$i+1];
[B]print("$vEnclosureID");[/B]
                  Проверьте, что скрипт получил те данные, которые вы ему передали.
                  Сделал, скрипт получает правильные данные
                  Code:
                  root@mn2:/tmp# /etc/zabbix/scripts/DS4700.Drive.state.pl -EnclosureID 0 -DiskID 1
01-2
                  Originally posted by aib
                  4) Обратите внимание на строку сравнения:
                  Code:
                          if ($_=~ m/BASIC/){$vPart='BASIC';}
                  И заметьте, что в статье приведен вывод, где слово BASIC написано заглавными буквами.
                  А ваша утилита выдает basic: строчными буквами.
                  Попробуйте продублировать строку и написать basic так, как у вас в выводе.
                  Утилита выдает заглавными, так же как и в примере.
                  Originally posted by aib
                  Добавьте отладочный вывод перед дальнейшей обработкой.
                  Code:
                  [B]print("$vPart ");[/B]
        if ($vPart eq 'BASIC'){
                  Добавил, вот что получается
                  Code:
                  root@mn2:/tmp# /etc/zabbix/scripts/DS4700.Drive.state.pl -EnclosureID 0 -DiskID 1
01               BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC BASIC DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DRIVE CHANNELS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS 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DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS DETAILS -2

                    Comment

                    • aib
                      Senior Member
                      • Jan 2014
                      • 1615
                      #6
                      ok
                      теперь первые три отладочных вывода можно убрать(или закомментировать)

                      Добавьте вывод после строки
                      Code:
                                      $vDisk_states{$vSplitedText[1]}=$vDiskState[0];
[B]print("vSplitedText[1] = $vSplitedText[1]\n");[/B]
[B]print("vDisk_states     = $vDisk_states{$vSplitedText[1]}\n");[/B]
                      и проверьте, что получилось
                      Sincerely yours,
                      Aleksey

                        Comment

                        • anisimov_evgeniy
                          Member
                          • Jul 2014
                          • 37
                          #7
                          Originally posted by aib
                          ok
                          теперь первые три отладочных вывода можно убрать(или закомментировать)

                          Добавьте вывод после строки
                          Code:
                                          $vdisk_states{$vsplitedtext[1]}=$vdiskstate[0];
[b]print("vsplitedtext[1] = $vsplitedtext[1]\n");[/b]
[b]print("vdisk_states     = $vdisk_states{$vsplitedtext[1]}\n");[/b]
                          и проверьте, что получилось
                          Теперь просто -2

                            Comment

                            • aib
                              Senior Member
                              • Jan 2014
                              • 1615
                              #8
                              добавьте отладку перед циклом
                              Code:
                              [B]print("vSplitedText[1] = $vSplitedText[1]\n");
print("vSplitedText[2] = $vSplitedText[2]\n");
[/B]
        if ($vPart eq 'BASIC'){
                              Sincerely yours,
                              Aleksey

                                Comment

                                • anisimov_evgeniy
                                  Member
                                  • Jul 2014
                                  • 37
                                  #9
                                  Originally posted by aib
                                  добавьте отладку перед циклом
                                  Code:
                                  [B]print("vSplitedText[1] = $vSplitedText[1]\n");
print("vSplitedText[2] = $vSplitedText[2]\n");
[/B]
        if ($vPart eq 'BASIC'){
                                  Code:
                                  root@mn2:/# /etc/zabbix/scripts/DS4700.Drive.state.pl -EnclosureID 0 -DiskID 1 | more
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Current media type(s): Hard Disk Drive (24)

vSplitedText[2] =
vSplitedText[1] = Current interface type(s): Serial Attached SCSI (SAS) (24)

vSplitedText[2] =
vSplitedText[1] = Drive capabilities: T10 PI (Protection Information) (T10 PI) (16)

vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = ENCLOSURE, SLOT  STATUS   CAPACITY
vSplitedText[2] = MEDIA TYPE
vSplitedText[1] = 0,    1
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] = 0,    2
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] = 0,    3
vSplitedText[2] =     Optimal  1,863.016 GB  Hard Disk Drive  SAS
vSplitedText[1] = 0,    4
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] = 0,    5
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] = 0,    6
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] = 0,    7
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] = 0,    8
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] = 0,    9
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] = 0,    10
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] = 0,    11
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] = 0,    12
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] = 99,    1
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS
vSplitedText[1] = 99,    2
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS
vSplitedText[1] = 99,    3
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS
vSplitedText[1] = 99,    4
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS
vSplitedText[1] = 99,    5
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS
vSplitedText[1] = 99,    6
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS
vSplitedText[1] = 99,    7
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS
vSplitedText[1] = 99,    8
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] = 99,    9
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] = 99,    10
vSplitedText[2] =   Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] = 99,    11
vSplitedText[2] =   Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] = 99,    12
vSplitedText[2] =   Optimal  2,794.519 GB  Hard Disk Drive  SAS
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = ENCLOSURE, SLOT  PREFERRED CHANNEL  REDUNDANT CHANNEL

vSplitedText[2] =
vSplitedText[1] = 0,    1
vSplitedText[2] =     1
vSplitedText[1] = 0,    2
vSplitedText[2] =     2
vSplitedText[1] = 0,    3
vSplitedText[2] =     1
vSplitedText[1] = 0,    4
vSplitedText[2] =     2
vSplitedText[1] = 0,    5
vSplitedText[2] =     1
vSplitedText[1] = 0,    6
vSplitedText[2] =     2
vSplitedText[1] = 0,    7
vSplitedText[2] =     1
vSplitedText[1] = 0,    8
vSplitedText[2] =     2
vSplitedText[1] = 0,    9
vSplitedText[2] =     1
vSplitedText[1] = 0,    10
vSplitedText[2] =    2
vSplitedText[1] = 0,    11
vSplitedText[2] =    1
vSplitedText[1] = 0,    12
vSplitedText[2] =    2
vSplitedText[1] = 99,    1
vSplitedText[2] =    1
vSplitedText[1] = 99,    2
vSplitedText[2] =    2
vSplitedText[1] = 99,    3
vSplitedText[2] =    1
vSplitedText[1] = 99,    4
vSplitedText[2] =    2
vSplitedText[1] = 99,    5
vSplitedText[2] =    1
vSplitedText[1] = 99,    6
vSplitedText[2] =    2
vSplitedText[1] = 99,    7
vSplitedText[2] =    1
vSplitedText[1] = 99,    8
vSplitedText[2] =    2
vSplitedText[1] = 99,    9
vSplitedText[2] =    1
vSplitedText[1] = 99,    10
vSplitedText[2] =   2
vSplitedText[1] = 99,    11
vSplitedText[2] =   1
vSplitedText[1] = 99,    12
vSplitedText[2] =   2
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Standby:  1

vSplitedText[2] =
vSplitedText[1] = In use:   0

vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Protects the following arrays: videoarchive

vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Status:
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Mode:
vSplitedText[2] =
vSplitedText[1] = Raw capacity:
vSplitedText[2] =
vSplitedText[1] = Usable capacity:
vSplitedText[2] =    2,794.019 GB
vSplitedText[1] = World-wide identifier:   50:00:cc:a0:3e:96:8a:e8:00:00:00:00:00:00:00:00

vSplitedText[2] =
vSplitedText[1] = Associated disk pool:    Disk_Pool_1
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Port
vSplitedText[2] = Channel
vSplitedText[1] = 0
vSplitedText[2] =    1
vSplitedText[1] = 1
vSplitedText[2] =    2
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Media type:
vSplitedText[2] =
vSplitedText[1] = Interface type:
vSplitedText[2] =
vSplitedText[1] = Drive path redundancy:
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Drive capabilities:
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Security Capable:
vSplitedText[2] =
vSplitedText[1] = Secure:
vSplitedText[2] =
vSplitedText[1] = Read/write accessible:
vSplitedText[2] =
vSplitedText[1] = Drive security key identifier:
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = T10 PI (Protection Information) (T10 PI) capable:  Yes
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Speed:
vSplitedText[2] =
vSplitedText[1] = Current data rate:
vSplitedText[2] =
vSplitedText[1] = Product ID:
vSplitedText[2] =
vSplitedText[1] = Drive Firmware Version:
vSplitedText[2] =
vSplitedText[1] = Serial number:
vSplitedText[2] =
vSplitedText[1] = Manufacturer:
vSplitedText[2] =
vSplitedText[1] = Date of manufacture:
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Status:
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Mode:
vSplitedText[2] =
vSplitedText[1] = Raw capacity:
vSplitedText[2] =
vSplitedText[1] = Usable capacity:
vSplitedText[2] =    2,794.019 GB
vSplitedText[1] = World-wide identifier:   50:00:cc:a0:3e:97:39:cc:00:00:00:00:00:00:00:00

vSplitedText[2] =
vSplitedText[1] = Associated disk pool:    Disk_Pool_1
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Port
vSplitedText[2] = Channel
vSplitedText[1] = 0
vSplitedText[2] =    2
vSplitedText[1] = 1
vSplitedText[2] =    1
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Media type:
vSplitedText[2] =
vSplitedText[1] = Interface type:
vSplitedText[2] =
vSplitedText[1] = Drive path redundancy:
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Drive capabilities:
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Security Capable:
vSplitedText[2] =
vSplitedText[1] = Secure:
vSplitedText[2] =
vSplitedText[1] = Read/write accessible:
vSplitedText[2] =
vSplitedText[1] = Drive security key identifier:
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = T10 PI (Protection Information) (T10 PI) capable:  Yes
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Speed:
vSplitedText[2] =
vSplitedText[1] = Current data rate:
vSplitedText[2] =
vSplitedText[1] = Product ID:
vSplitedText[2] =
vSplitedText[1] = Drive Firmware Version:
vSplitedText[2] =
vSplitedText[1] = Serial number:
vSplitedText[2] =
vSplitedText[1] = Manufacturer:
vSplitedText[2] =
vSplitedText[1] = Date of manufacture:
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Status:
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Mode:
vSplitedText[2] =
vSplitedText[1] = Raw capacity:
vSplitedText[2] =
vSplitedText[1] = Usable capacity:
vSplitedText[2] =    1,862.516 GB
vSplitedText[1] = World-wide identifier:   50:00:c5:00:40:f9:14:9b:00:00:00:00:00:00:00:00

vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Port
vSplitedText[2] = Channel
vSplitedText[1] = 0
vSplitedText[2] =    1
vSplitedText[1] = 1
vSplitedText[2] =    2
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Media type:
vSplitedText[2] =
vSplitedText[1] = Interface type:
vSplitedText[2] =
vSplitedText[1] = Drive path redundancy:
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Security Capable:
vSplitedText[2] =
vSplitedText[1] = Secure:
vSplitedText[2] =
vSplitedText[1] = Read/write accessible:
vSplitedText[2] =
vSplitedText[1] = Drive security key identifier:
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = T10 PI (Protection Information) (T10 PI) capable:  No
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Speed:
vSplitedText[2] =
vSplitedText[1] = Current data rate:
vSplitedText[2] =
vSplitedText[1] = Product ID:
vSplitedText[2] =
vSplitedText[1] = Drive Firmware Version:
vSplitedText[2] =
vSplitedText[1] = Serial number:
vSplitedText[2] =
vSplitedText[1] = Manufacturer:
vSplitedText[2] =
vSplitedText[1] = Date of manufacture:
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Status:
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Mode:
vSplitedText[2] =
vSplitedText[1] = Raw capacity:
vSplitedText[2] =
vSplitedText[1] = Usable capacity:
vSplitedText[2] =    2,794.019 GB
vSplitedText[1] = World-wide identifier:   50:00:c5:00:42:39:76:3f:00:00:00:00:00:00:00:00

vSplitedText[2] =
vSplitedText[1] = Associated disk pool:    Disk_Pool_1
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] =
vSplitedText[2] =
vSplitedText[1] = Port
vSplitedText[2] = Channel
                                  И так далее..

                                    Comment

                                    • aib
                                      Senior Member
                                      • Jan 2014
                                      • 1615
                                      #10
                                      Предыдущую отладку уберите.

                                      Чуть переделайте цикл, добавив отладочную печать.
                                      Code:
                                              if ($vPart eq 'BASIC'){
            @vDiskState=();
[B]print("vSplitedText[1] = $vSplitedText[1]\n");
print("vSplitedText[2] = $vSplitedText[2]\n\n");
[/B]
# в этом сравнении шаблон включает ОДИН пробел между запятой и цифрой
            if ($vSplitedText[1]=~ m/[0-9], [0-9]/){
                @vDiskState=split(' ',$vSplitedText[2]);
                $vDisk_states{$vSplitedText[1]}=$vDiskState[0];
            }
# в этом сравнении шаблон включает ЧЕТЫРЕ пробелА между запятой и цифрой и может работать для первой цифры от 0 до 99

            if ($vSplitedText[1]=~ m/[0-9]+,    [0-9]/){
                @vDiskState=split(' ',$vSplitedText[2]);
                $vDisk_states{$vSplitedText[1]}=$vDiskState[0];
            }

        }
                                      Sincerely yours,
                                      Aleksey

                                        Comment

                                        • anisimov_evgeniy
                                          Member
                                          • Jul 2014
                                          • 37
                                          #11
                                          Originally posted by aib
                                          Предыдущую отладку уберите.

                                          Чуть переделайте цикл, добавив отладочную печать.
                                          Code:
                                                  if ($vPart eq 'BASIC'){
            @vDiskState=();
[B]print("vSplitedText[1] = $vSplitedText[1]\n");
print("vSplitedText[2] = $vSplitedText[2]\n\n");
[/B]
# в этом сравнении шаблон включает ОДИН пробел между запятой и цифрой
            if ($vSplitedText[1]=~ m/[0-9], [0-9]/){
                @vDiskState=split(' ',$vSplitedText[2]);
                $vDisk_states{$vSplitedText[1]}=$vDiskState[0];
            }
# в этом сравнении шаблон включает ЧЕТЫРЕ пробелА между запятой и цифрой и может работать для первой цифры от 0 до 99

            if ($vSplitedText[1]=~ m/[0-9]+,    [0-9]/){
                @vDiskState=split(' ',$vSplitedText[2]);
                $vDisk_states{$vSplitedText[1]}=$vDiskState[0];
            }

        }
                                          Один пробел
                                          Code:
                                          vSplitedText[1] =
vSplitedText[2] =

vSplitedText[1] =
vSplitedText[2] =

vSplitedText[1] = ENCLOSURE, SLOT  STATUS   CAPACITY
vSplitedText[2] = MEDIA TYPE

vSplitedText[1] = 0,    1
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    2
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    3
vSplitedText[2] =     Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    4
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    5
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    6
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    7
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    8
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    9
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    10
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    11
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    12
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    1
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    2
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    3
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    4
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    5
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    6
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    7
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    8
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    9
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    10
vSplitedText[2] =   Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    11
vSplitedText[2] =   Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    12
vSplitedText[2] =   Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] =
vSplitedText[2] =
-2
                                          Четыре пробела и 0-9+
                                          Code:
                                          vSplitedText[1] =
vSplitedText[2] =

vSplitedText[1] =
vSplitedText[2] =

vSplitedText[1] = ENCLOSURE, SLOT  STATUS   CAPACITY
vSplitedText[2] = MEDIA TYPE

vSplitedText[1] = 0,    1
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    2
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    3
vSplitedText[2] =     Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    4
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    5
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    6
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    7
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    8
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    9
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    10
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    11
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 0,    12
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    1
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    2
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    3
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    4
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    5
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    6
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    7
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    8
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    9
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    10
vSplitedText[2] =   Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    11
vSplitedText[2] =   Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] = 99,    12
vSplitedText[2] =   Optimal  2,794.519 GB  Hard Disk Drive  SAS

vSplitedText[1] =
vSplitedText[2] =

-2

                                            Comment

                                            • aib
                                              Senior Member
                                              • Jan 2014
                                              • 1615
                                              #12
                                              Прошу прощения, забыл включить отладку внутрь второй проверки
                                              Code:
                                                      if ($vPart eq 'BASIC'){
            @vDiskState=();
[B]print("vSplitedText[1] = $vSplitedText[1]\n");
print("vSplitedText[2] = $vSplitedText[2]\n\n");
[/B]
# в этом сравнении шаблон включает ОДИН пробел между запятой и цифрой
            if ($vSplitedText[1]=~ m/[0-9], [0-9]/){
                @vDiskState=split(' ',$vSplitedText[2]);
                $vDisk_states{$vSplitedText[1]}=$vDiskState[0];
[B]print("ONE SPACE: vsplitedtext[1] = $vsplitedtext[1]; ");
print("vdisk_states     = $vdisk_states{$vsplitedtext[1]}\n");[/B]
            }
# в этом сравнении шаблон включает ЧЕТЫРЕ пробелА между запятой и цифрой и может работать для первой цифры от 0 до 99

            if ($vSplitedText[1]=~ m/[0-9]+,    [0-9]/){
                @vDiskState=split(' ',$vSplitedText[2]);
                $vDisk_states{$vSplitedText[1]}=$vDiskState[0];
[B]print("FOUR SPACES: vsplitedtext[1] = $vsplitedtext[1]; ");
print("vdisk_states     = $vdisk_states{$vsplitedtext[1]}\n");[/B]
            }

        }
                                              Sincerely yours,
                                              Aleksey

                                                Comment

                                                • anisimov_evgeniy
                                                  Member
                                                  • Jul 2014
                                                  • 37
                                                  #13
                                                  Originally posted by aib
                                                  Прошу прощения, забыл включить отладку внутрь второй проверки
                                                  Code:
                                                          if ($vPart eq 'BASIC'){
            @vDiskState=();
[B]print("vSplitedText[1] = $vSplitedText[1]\n");
print("vSplitedText[2] = $vSplitedText[2]\n\n");
[/B]
# в этом сравнении шаблон включает ОДИН пробел между запятой и цифрой
            if ($vSplitedText[1]=~ m/[0-9], [0-9]/){
                @vDiskState=split(' ',$vSplitedText[2]);
                $vDisk_states{$vSplitedText[1]}=$vDiskState[0];
[B]print("ONE SPACE: vsplitedtext[1] = $vsplitedtext[1]; ");
print("vdisk_states     = $vdisk_states{$vsplitedtext[1]}\n");[/B]
            }
# в этом сравнении шаблон включает ЧЕТЫРЕ пробелА между запятой и цифрой и может работать для первой цифры от 0 до 99

            if ($vSplitedText[1]=~ m/[0-9]+,    [0-9]/){
                @vDiskState=split(' ',$vSplitedText[2]);
                $vDisk_states{$vSplitedText[1]}=$vDiskState[0];
[B]print("FOUR SPACES: vsplitedtext[1] = $vsplitedtext[1]; ");
print("vdisk_states     = $vdisk_states{$vsplitedtext[1]}\n");[/B]
            }

        }
                                                  Code:
                                                  root@mn2:/etc/zabbix/scripts# /etc/zabbix/scripts/DS4700.Drive.state.pl -EnclosureID 0 -DiskID 1
vSplitedText[1] =
vSplitedText[2] =

vSplitedText[1] =
vSplitedText[2] =

vSplitedText[1] = ENCLOSURE, SLOT  STATUS   CAPACITY
vSplitedText[2] = MEDIA TYPE

vSplitedText[1] = 0,    1
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 0,    2
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 0,    3
vSplitedText[2] =     Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 0,    4
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 0,    5
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 0,    6
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 0,    7
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 0,    8
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 0,    9
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 0,    10
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 0,    11
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 0,    12
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 99,    1
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 99,    2
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 99,    3
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 99,    4
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 99,    5
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 99,    6
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 99,    7
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 99,    8
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 99,    9
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 99,    10
vSplitedText[2] =   Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 99,    11
vSplitedText[2] =   Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] = 99,    12
vSplitedText[2] =   Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vsplitedtext[1] = ; vdisk_states     =
vSplitedText[1] =
vSplitedText[2] =

                                                    Comment

                                                    • aib
                                                      Senior Member
                                                      • Jan 2014
                                                      • 1615
                                                      #14
                                                      Проше прощения, что ввел вас в заблуждение.
                                                      Хочу напомнить, что наименования переменных в отладочном выводе должны быть абсолютно такими-же, как в тексте. Включая БОЛЬШИЕ и маленькие буквы и их порядок.
                                                      Так что вместо
                                                      Code:
                                                      print("FOUR SPACES: vsplitedtext[1] = $vsplitedtext[1]; ");
print("vdisk_states     = $vdisk_states{$vsplitedtext[1]}\n");
                                                      надо было написать (для второго цикла)
                                                      Code:
                                                      print("FOUR SPACES: vSplitedText[1] = $vSplitedText[1]; ");
print("vdisk_states     = $vDisk_states{$vSplitedText[1]}\n");
                                                      Ну и для первого - точно так-же.

                                                      Если вас не затруднит, исправьте скрипт и прогоните вновь.
                                                      Sincerely yours,
                                                      Aleksey

                                                        Comment

                                                        • anisimov_evgeniy
                                                          Member
                                                          • Jul 2014
                                                          • 37
                                                          #15
                                                          Originally posted by aib
                                                          Проше прощения, что ввел вас в заблуждение.
                                                          Хочу напомнить, что наименования переменных в отладочном выводе должны быть абсолютно такими-же, как в тексте. Включая БОЛЬШИЕ и маленькие буквы и их порядок.
                                                          Так что вместо
                                                          Code:
                                                          print("FOUR SPACES: vsplitedtext[1] = $vsplitedtext[1]; ");
print("vdisk_states     = $vdisk_states{$vsplitedtext[1]}\n");
                                                          надо было написать (для второго цикла)
                                                          Code:
                                                          print("FOUR SPACES: vSplitedText[1] = $vSplitedText[1]; ");
print("vdisk_states     = $vDisk_states{$vSplitedText[1]}\n");
                                                          Ну и для первого - точно так-же.

                                                          Если вас не затруднит, исправьте скрипт и прогоните вновь.
                                                          Code:
                                                          root@mn2:~# /etc/zabbix/scripts/DS4700.Drive.state.pl -EnclosureID 0 -DiskID 1
vSplitedText[1] =
vSplitedText[2] =

vSplitedText[1] =
vSplitedText[2] =

vSplitedText[1] = ENCLOSURE, SLOT  STATUS   CAPACITY
vSplitedText[2] = MEDIA TYPE

vSplitedText[1] = 0,    1
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 0,    1; vdisk_states     = Optimal
vSplitedText[1] = 0,    2
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 0,    2; vdisk_states     = Optimal
vSplitedText[1] = 0,    3
vSplitedText[2] =     Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 0,    3; vdisk_states     = Optimal
vSplitedText[1] = 0,    4
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 0,    4; vdisk_states     = Optimal
vSplitedText[1] = 0,    5
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 0,    5; vdisk_states     = Optimal
vSplitedText[1] = 0,    6
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 0,    6; vdisk_states     = Optimal
vSplitedText[1] = 0,    7
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 0,    7; vdisk_states     = Optimal
vSplitedText[1] = 0,    8
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 0,    8; vdisk_states     = Optimal
vSplitedText[1] = 0,    9
vSplitedText[2] =     Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 0,    9; vdisk_states     = Optimal
vSplitedText[1] = 0,    10
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 0,    10; vdisk_states     = Optimal
vSplitedText[1] = 0,    11
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 0,    11; vdisk_states     = Optimal
vSplitedText[1] = 0,    12
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 0,    12; vdisk_states     = Optimal
vSplitedText[1] = 99,    1
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 99,    1; vdisk_states     = Optimal
vSplitedText[1] = 99,    2
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 99,    2; vdisk_states     = Optimal
vSplitedText[1] = 99,    3
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 99,    3; vdisk_states     = Optimal
vSplitedText[1] = 99,    4
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 99,    4; vdisk_states     = Optimal
vSplitedText[1] = 99,    5
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 99,    5; vdisk_states     = Optimal
vSplitedText[1] = 99,    6
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 99,    6; vdisk_states     = Optimal
vSplitedText[1] = 99,    7
vSplitedText[2] =    Optimal  1,863.016 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 99,    7; vdisk_states     = Optimal
vSplitedText[1] = 99,    8
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 99,    8; vdisk_states     = Optimal
vSplitedText[1] = 99,    9
vSplitedText[2] =    Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 99,    9; vdisk_states     = Optimal
vSplitedText[1] = 99,    10
vSplitedText[2] =   Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 99,    10; vdisk_states     = Optimal
vSplitedText[1] = 99,    11
vSplitedText[2] =   Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 99,    11; vdisk_states     = Optimal
vSplitedText[1] = 99,    12
vSplitedText[2] =   Optimal  2,794.519 GB  Hard Disk Drive  SAS

FOUR SPACES: vSplitedText[1] = 99,    12; vdisk_states     = Optimal
vSplitedText[1] =
vSplitedText[2] =

-2root@mn2:~#

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