When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.

When a logical file is open in update mode to read and update the record, while performing read operation on logical file, lock applies on which file(logical or physical)? I have a scenario where one logical holds a lock and when another logical tries to read it shows ‘Record is already lock to this job’.