12315 errors in section 7i of the manual

*** 96,106 ****
       to complete before disabling persistent error handling.  Closing the
       device will also disable persistent error handling and clear any errors
       or exceptions.
  
       The Read Operation and Write Operation subsections contain more pertinent
!      information reguarding persistent error handling.
  
     Read Operation
       The read(2) function reads the next record on the tape.  The record size
       is passed back as the number of bytes read, provided it is not greater
       than the number requested.  When a tape mark or end of data is read, a
--- 96,106 ----
       to complete before disabling persistent error handling.  Closing the
       device will also disable persistent error handling and clear any errors
       or exceptions.
  
       The Read Operation and Write Operation subsections contain more pertinent
!      information regarding persistent error handling.
  
     Read Operation
       The read(2) function reads the next record on the tape.  The record size
       is passed back as the number of bytes read, provided it is not greater
       than the number requested.  When a tape mark or end of data is read, a
*** 111,121 ****
       behavior, where another read will fetch the first record of the next tape
       file.  If the BSD behavior is required, device names containing the
       letter `b' (for BSD behavior) in the final component should be used.  If
       persistent error handling was enabled with either the BSD or SVR4 tape
       device behavior, all operations after this read error will return EIO
!      errors until the MTIOCLRERR ioctl is issued.  An MTFSF ioctl can then he
       issued.
  
       Two successful successive reads that both return zero byte counts
       indicate EOM on the tape.  No further reading should be performed past
       the EOM.
--- 111,121 ----
       behavior, where another read will fetch the first record of the next tape
       file.  If the BSD behavior is required, device names containing the
       letter `b' (for BSD behavior) in the final component should be used.  If
       persistent error handling was enabled with either the BSD or SVR4 tape
       device behavior, all operations after this read error will return EIO
!      errors until the MTIOCLRERR ioctl is issued.  An MTFSF ioctl can then be
       issued.
  
       Two successful successive reads that both return zero byte counts
       indicate EOM on the tape.  No further reading should be performed past
       the EOM.
*** 660,670 ****
  
       The MTIOCREADIGNOREEOFS ioctl enables or disables support for reading
       past double EOF marks which otherwise indicate End-Of-recorded-media
       (EOM) in the case of 1/2" reel tape drives.  As an argument, it takes a
       pointer to an integer.  If 0 (zero) is the specified integer, then double
!      EOF marks indicate End-Of-recodred-media (EOD).  If 1 is the specified
       integer, the double EOF marks no longer indicate EOM, thus allowing
       applications to read past two EOF marks.  In this case it is the
       responsibility of the application to detect end-of-recorded-media (EOM).
       The specified tape behavior will be in effect until the device is closed.
  
--- 660,670 ----
  
       The MTIOCREADIGNOREEOFS ioctl enables or disables support for reading
       past double EOF marks which otherwise indicate End-Of-recorded-media
       (EOM) in the case of 1/2" reel tape drives.  As an argument, it takes a
       pointer to an integer.  If 0 (zero) is the specified integer, then double
!      EOF marks indicate End-Of-recorded-media (EOD).  If 1 is the specified
       integer, the double EOF marks no longer indicate EOM, thus allowing
       applications to read past two EOF marks.  In this case it is the
       responsibility of the application to detect end-of-recorded-media (EOM).
       The specified tape behavior will be in effect until the device is closed.
  
*** 730,735 ****
       mt(1), tar(1), dd(1M), open(2), read(2), write(2), aioread(3C),
       aiowrite(3C), ar.h(3HEAD), st(7D)
  
       1/4 Inch Tape Drive Tutorial
  
! illumos                         August 31, 2018                        illumos
--- 730,735 ----
       mt(1), tar(1), dd(1M), open(2), read(2), write(2), aioread(3C),
       aiowrite(3C), ar.h(3HEAD), st(7D)
  
       1/4 Inch Tape Drive Tutorial
  
! illumos                        February 17, 2020                       illumos