Format of the Receive Log file

Table A.4 Format of Receive Log file for Ver.8.4

Field Name

Byte Count

Remarks

Key Field

X

127

Key information of the Receive Log file

File ID (*3)

X

8

Receive file ID

Host Name

X

50

The name of the host on the sending side

Receive Start Date

P

5

Receive start date (YYYYMMDD)

Receive Start Time

P

5

Receive start time (HHMMSSmm)

Receive End Time

P

5

Receive end time (HHMMSSmm)

Status Code

B

2

Status code of the Receive processing

Detailed Error Code

B

2

Detail code of the Receive processing

Error Code

B

2

Detail code of the system

Record Count 1 (*1)

B

4

The number of received records

Dataset Name

X

44

The data set name of the Receive file

Volume Serial

X

6

The volume serial number for the Receive file

Data Size 1 (*1)

B

4

The size of received data

Record Length

B

4

The record length of the Receive file

Block Size

B

4

The block size of the Receive file

Transmission Rate (*1)

B

4

Data Size 1/Receiving time (bytes/sec.)

File Copy Information

B

4

The file copy information for Multiple Receive

Job Status Service ID

B

8

Information related to the Post-receive Job log record

Reserved Area

B

4

Not used

Job ID (*5)

X

8

Post-receive Job ID

Record Count 2 (*2)

P

10

The number of received records

Data Size 2 (*2)

P

10

The size of received data

Transmission Rate 2 (*2)

P

10

Data Size 2/Receiving time (bytes/sec.)

Receive End Date

P

5

Receive end date (YYYYMMDD)

Connection Type

X

1

L: LAN, 1: SAN (FAL), 2: SAN (XLD)

UNIT Name

X

8

The unit group name of the Send file

Received Message0 (*7)

X

50

Message0 that the remote host sent

Received Message1 (*7)

X

50

Message1 that the remote host sent

Received Message2 (*7)

X

50

Message2 that the remote host sent

Received Message3 (*7)

X

50

Message3 that the remote host sent

Received Message4 (*7)

X

50

Message4 that the remote host sent

Received Message5 (*7)

X

50

Message5 that the remote host sent

IP Version

X

1

4: IPv4, 6: IPv6

Area Allocated to System

B

32

The area that HULFT uses internally

Transfer ID

B

32

Transfer ID

Latest Identifier

X

34

Latest identifier

Starting Identifier

X

34

Starting identifier

Receive Start Date

B

8

Elapsed time (seconds) since January 1, 1970, 00:00:00 in Coordinated Universal Time (UTC)

Receive Completion Date

B

8

Elapsed time (seconds) since January 1, 1970, 00:00:00 in Coordinated Universal Time (UTC)

Received Long Message0 (*7)

X

200

Contents of long message0 that the remote host sent

Received Long Message1 (*7)

X

200

Contents of long message1 that the remote host sent

File ID (*4)

X

50

Receive File ID

Job ID (*6)

X

50

Post-receive Job ID

Encryption Used

X

1

The type of the cipher that was used for the receiving data

0: Transfer does not use ciphers

1: HULFT Encryption Scheme

3: HULFT Cipher Option (AES)

4: Encryption Scheme other than the above

Received Message0 (*8)

X

150

Message0 that the remote host sent

Received Message1 (*8)

X

150

Message1 that the remote host sent

Received Message2 (*8)

X

150

Message2 that the remote host sent

Received Message3 (*8)

X

150

Message3 that the remote host sent

Received Message4 (*8)

X

150

Message4 that the remote host sent

Received Message5 (*8)

X

150

Message5 that the remote host sent

Received Long Message0 (*8)

X

600

Contents of long message0 that the remote host sent

Received Long Message1 (*8)

X

600

Contents of long message1 that the remote host sent

Compression Preference

X

1

Compression preference used for transfer

N:

None

Y:

Horizontal

2:

Vertical

Space:

Blank, because a log file for a lower version was converted

Comment (*9)

X

60

Content of the comment that was registered in the Receive Management Information for the transfer

Comment (*10)

X

180

Content of the comment that was registered in the Receive Management Information for the transfer

Job Name

X

8

Name of job that carried out receiving

System ID

X

8

ID of system that carried out receiving

Area Allocated to System

B

1

The area that HULFT uses internally

B

:

Binary

X

:

Character

P

:

Pack

= Remarks =
  • Record Count, Data Size, and Transmission Rate

    Because the assigned area in binary for (*1) is 4 bytes, we cannot guarantee values of 2GB or more. In this case, refer to the values for (*2).

  • File ID

    Because the maximum length of (*3) is 8 bytes, only the first 8 bytes are stored in the case of a file ID whose length is 9 bytes or more.

    Refer to the File ID that is marked with (*4) for a file ID whose length is 9 bytes or more.

  • Job ID

    Because the maximum length of (*5) is 8 bytes, only the first 8 bytes are stored in the case of a job ID whose length is 9 bytes or more.

    Refer to the Job ID that is marked with (*6) for a job ID whose length is 9 bytes or more.

  • Received message0 to received message5 and received long message0 to received long message1

    Those that are marked with (*7) use the character code that is specified for the HULFT Character Set (HULCHARSET) in the System Environment Settings when stored, and those that are marked with (*8) use UTF-8 when stored.

  • Comment

    Those that are marked with (*9) use the character code that is specified for HULFT Character Set (HULCHARSET) in the System Environment Settings when stored, and those that are marked with (*10) use UTF-8 when stored.

Table A.5 Format of Receive Log file for Ver.8.2 and Ver.8.1

Field Name

Byte Count

Remarks

Key Field

X

127

Key information of the Receive Log file

File ID (*3)

X

8

Receive file ID

Host Name

X

50

The name of the host on the sending side

Receive Start Date

P

5

Receive start date (YYYYMMDD)

Receive Start Time

P

5

Receive start time (HHMMSSmm)

Receive End Time

P

5

Receive end time (HHMMSSmm)

Status Code

B

2

Status code of the Receive processing

Detailed Error Code

B

2

Detail code of the Receive processing

Error Code

B

2

Detail code of the system

Record Count 1 (*1)

B

4

The number of received records

Dataset Name

X

44

The data set name of the Receive file

Volume Serial

X

6

The volume serial number for the Receive file

Data Size 1 (*1)

B

4

The size of received data

Record Length

B

4

The record length of the Receive file

Block Size

B

4

The block size of the Receive file

Transmission Rate (*1)

B

4

Data Size 1/Receiving time (bytes/sec.)

File Copy Information

B

4

The file copy information for Multiple Receive

Job Status Service ID

B

8

Information related to the Post-receive Job log record

Reserved Area

B

4

Not used

Job ID (*5)

X

8

Post-receive Job ID

Record Count 2 (*2)

P

10

The number of received records

Data Size 2 (*2)

P

10

The size of received data

Transmission Rate 2 (*2)

P

10

Data Size 2/Receiving time (bytes/sec.)

Receive End Date

P

5

Receive end date (YYYYMMDD)

Connection Type

X

1

L: LAN, 1: SAN (FAL), 2: SAN (XLD)

UNIT Name

X

8

The unit group name of the Send file

Received Message0 (*7)

X

50

Message0 that the remote host sent

Received Message1 (*7)

X

50

Message1 that the remote host sent

Received Message2 (*7)

X

50

Message2 that the remote host sent

Received Message3 (*7)

X

50

Message3 that the remote host sent

Received Message4 (*7)

X

50

Message4 that the remote host sent

Received Message5 (*7)

X

50

Message5 that the remote host sent

IP Version

X

1

4: IPv4, 6: IPv6

Area Allocated to System

B

64

The area that HULFT uses internally

Latest Identifier

X

34

Latest identifier

Starting Identifier

X

34

Starting identifier

Receive Start Date

B

8

Elapsed time (seconds) since January 1, 1970, 00:00:00 in Coordinated Universal Time (UTC)

Receive Completion Date

B

8

Elapsed time (seconds) since January 1, 1970, 00:00:00 in Coordinated Universal Time (UTC)

Received Long Message0 (*7)

X

200

Contents of long message0 that the remote host sent

Received Long Message1 (*7)

X

200

Contents of long message1 that the remote host sent

File ID (*4)

X

50

Receive File ID

Job ID (*6)

X

50

Post-receive Job ID

Encryption Used

X

1

The type of the cipher that was used for the receiving data

0: Transfer does not use ciphers

1: HULFT Encryption Scheme

3: HULFT Cipher Option (AES)

4: Encryption Scheme other than the above

Received Message0 (*8)

X

150

Message0 that the remote host sent

Received Message1 (*8)

X

150

Message1 that the remote host sent

Received Message2 (*8)

X

150

Message2 that the remote host sent

Received Message3 (*8)

X

150

Message3 that the remote host sent

Received Message4 (*8)

X

150

Message4 that the remote host sent

Received Message5 (*8)

X

150

Message5 that the remote host sent

Received Long Message0 (*8)

X

600

Contents of long message0 that the remote host sent

Received Long Message1 (*8)

X

600

Contents of long message1 that the remote host sent

B

:

Binary

X

:

Character

P

:

Pack

= Remarks =
  • Record Count, Data Size, and Transmission Rate

    Because the assigned area in binary for (*1) is 4 bytes, we cannot guarantee values of 2GB or more. In this case, refer to the values for (*2).

  • File ID

    Because the maximum length of (*3) is 8 bytes, only the first 8 bytes are stored in the case of a file ID whose length is 9 bytes or more.

    Refer to the File ID that is marked with (*4) for a file ID whose length is 9 bytes or more.

  • Job ID

    Because the maximum length of (*5) is 8 bytes, only the first 8 bytes are stored in the case of a job ID whose length is 9 bytes or more.

    Refer to the Job ID that is marked with (*6) for a job ID whose length is 9 bytes or more.

  • Received message0 to received message5 and received long message0 to received long message1

    Those that are marked with (*7) use the character code that is specified for the HULFT Character Set (HULCHARSET) in the System Environment Settings when stored, and those that are marked with (*8) use UTF-8 when stored.

Table A.6 Key Field of Receive Log File

Field Name

Byte Count

Remarks

Primary Key

 

Log Classification

X

1

R: Receive

File ID

X

50

Receive File ID

Registration Date

B

4

Log output date (YYYYMMDD)

Registration Time

B

4

Log output time (HHMMSSmm)

Secondary Key 1

 

Log Classification

X

1

R: Receive

Host Name

X

50

The name of the host on the sending side

Registration Date

B

4

Log output date (YYYYMMDD)

Registration Time

B

4

Log output time (HHMMSSmm)

Secondary Key 2

 

Log Classification

X

1

R: Receive

Registration Date

B

4

Log output date (YYYYMMDD)

Registration Time

B

4

Log output time (HHMMSSmm)

B

:

Binary

X

:

Character