Win_error (win-error.Win

type t =

`\| Success`
`\| Invalid_function`
`\| File_not_found`
`\| Path_not_found`
`\| Too_many_open_files`
`\| Access_denied`
`\| Invalid_handle`
`\| Arena_trashed`
`\| Not_enough_memory`
`\| Invalid_block`
`\| Bad_environment`
`\| Bad_format`
`\| Invalid_access`
`\| Invalid_data`
`\| Outofmemory`
`\| Invalid_drive`
`\| Current_directory`
`\| Not_same_device`
`\| No_more_files`
`\| Write_protect`
`\| Bad_unit`
`\| Not_ready`
`\| Bad_command`
`\| Crc`
`\| Bad_length`
`\| Seek`
`\| Not_dos_disk`
`\| Sector_not_found`
`\| Out_of_paper`
`\| Write_fault`
`\| Read_fault`
`\| Gen_failure`
`\| Sharing_violation`
`\| Lock_violation`
`\| Wrong_disk`
`\| Sharing_buffer_exceeded`
`\| Handle_eof`
`\| Handle_disk_full`
`\| Not_supported`
`\| Rem_not_list`
`\| Dup_name`
`\| Bad_netpath`
`\| Network_busy`
`\| Dev_not_exist`
`\| Too_many_cmds`
`\| Adap_hdw_err`
`\| Bad_net_resp`
`\| Unexp_net_err`
`\| Bad_rem_adap`
`\| Printq_full`
`\| No_spool_space`
`\| Print_cancelled`
`\| Netname_deleted`
`\| Network_access_denied`
`\| Bad_dev_type`
`\| Bad_net_name`
`\| Too_many_names`
`\| Too_many_sess`
`\| Sharing_paused`
`\| Req_not_accep`
`\| Redir_paused`
`\| File_exists`
`\| Cannot_make`
`\| Fail_I24`
`\| Out_of_structures`
`\| Already_assigned`
`\| Invalid_password`
`\| Invalid_parameter`
`\| Net_write_fault`
`\| No_proc_slots`
`\| Too_many_semaphores`
`\| Excl_sem_already_owned`
`\| Sem_is_set`
`\| Too_many_sem_requests`
`\| Invalid_at_interrupt_time`
`\| Sem_owner_died`
`\| Sem_user_limit`
`\| Disk_change`
`\| Drive_locked`
`\| Broken_pipe`
`\| Open_failed`
`\| Buffer_overflow`
`\| Disk_full`
`\| No_more_search_handles`
`\| Invalid_target_handle`
`\| Invalid_category`
`\| Invalid_verify_switch`
`\| Bad_driver_level`
`\| Call_not_implemented`
`\| Sem_timeout`
`\| Insufficient_buffer`
`\| Invalid_name`
`\| Invalid_level`
`\| No_volume_label`
`\| Mod_not_found`
`\| Proc_not_found`
`\| Wait_no_children`
`\| Child_not_complete`
`\| Direct_access_handle`
`\| Negative_seek`
`\| Seek_on_device`
`\| Is_join_target`
`\| Is_joined`
`\| Is_substed`
`\| Not_joined`
`\| Not_substed`
`\| Join_to_join`
`\| Subst_to_subst`
`\| Join_to_subst`
`\| Subst_to_join`
`\| Busy_drive`
`\| Same_drive`
`\| Dir_not_root`
`\| Dir_not_empty`
`\| Is_subst_path`
`\| Is_join_path`
`\| Path_busy`
`\| Is_subst_target`
`\| System_trace`
`\| Invalid_event_count`
`\| Too_many_muxwaiters`
`\| Invalid_list_format`
`\| Label_too_long`
`\| Too_many_tcps`
`\| Signal_refused`
`\| Discarded`
`\| Not_locked`
`\| Bad_threadid_addr`
`\| Bad_arguments`
`\| Bad_pathname`
`\| Signal_pending`
`\| Max_thrds_reached`
`\| Lock_failed`
`\| Busy`
`\| Device_support_in_progress`
`\| Cancel_violation`
`\| Atomic_locks_not_supported`
`\| Invalid_segment_number`
`\| Invalid_ordinal`
`\| Already_exists`
`\| Invalid_flag_number`
`\| Sem_not_found`
`\| Error_invalid_starting_codeseg`
`\| Invalid_stackseg`
`\| Invalid_moduletype`
`\| Invalid_exe_signature`
`\| Exe_marked_invalid`
`\| Bad_exe_format`
`\| Iterated_data_exceeds_64k`
`\| Invalid_minallocsize`
`\| Dynlink_from_invalid_ring`
`\| Iopl_not_enabled`
`\| Invalid_segdpl`
`\| Autodataseg_exceeds_64k`
`\| Ring2seg_must_be_movable`
`\| Reloc_chain_xeeds_seglim`
`\| Infloop_in_reloc_chain`
`\| Envvar_not_found`
`\| No_signal_sent`
`\| Filename_exced_range`
`\| Ring2_stack_in_use`
`\| Meta_expansion_too_long`
`\| Invalid_signal_number`
`\| Thread_1_inactive`
`\| Locked`
`\| Too_many_modules`
`\| Nesting_not_allowed`
`\| Exe_machine_type_mismatch`
`\| Exe_cannot_modify_signed_binary`
`\| Exe_cannot_modify_strong_signed_binary`
`\| File_checked_out`
`\| Checkout_required`
`\| Bad_file_type`
`\| File_too_large`
`\| Forms_auth_required`
`\| Virus_infected`
`\| Virus_deleted`
`\| Pipe_local`
`\| Bad_pipe`
`\| Pipe_busy`
`\| No_data`
`\| Pipe_not_connected`
`\| More_data`
`\| Vc_disconnected`
`\| Invalid_ea_name`
`\| Ea_list_inconsistent`
`\| Wait_timeout`
`\| No_more_items`
`\| Cannot_copy`
`\| Directory`
`\| Eas_didnt_fit`
`\| Ea_file_corrupt`
`\| Ea_table_full`
`\| Invalid_ea_handle`
`\| Eas_not_supported`
`\| Not_owner`
`\| Too_many_posts`
`\| Partial_copy`
`\| Oplock_not_granted`
`\| Invalid_oplock_protocol`
`\| Disk_too_fragmented`
`\| Delete_pending`
`\| Incompatible_with_global_short_name_registry_setting`
`\| Short_names_not_enabled_on_volume`
`\| Security_stream_is_inconsistent`
`\| Invalid_lock_range`
`\| Image_subsystem_not_present`
`\| Notification_guid_already_defined`
`\| Invalid_exception_handler`
`\| Duplicate_privileges`
`\| No_ranges_processed`
`\| Not_allowed_on_system_file`
`\| Disk_resources_exhausted`
`\| Invalid_token`
`\| Device_feature_not_supported`
`\| Mr_mid_not_found`
`\| Scope_not_found`
`\| Undefined_scope`
`\| Invalid_cap`
`\| Device_unreachable`
`\| Device_no_resources`
`\| Data_checksum_error`
`\| Intermixed_kernel_ea_operation`
`\| File_level_trim_not_supported`
`\| Offset_alignment_violation`
`\| Invalid_field_in_parameter_list`
`\| Operation_in_progress`
`\| Bad_device_path`
`\| Too_many_descriptors`
`\| Scrub_data_disabled`
`\| Not_redundant_storage`
`\| Resident_file_not_supported`
`\| Compressed_file_not_supported`
`\| Directory_not_supported`
`\| Not_read_from_copy`
`\| Fail_noaction_reboot`
`\| Fail_shutdown`
`\| Fail_restart`
`\| Max_sessions_reached`
`\| Thread_mode_already_background`
`\| Thread_mode_not_background`
`\| Process_mode_already_background`
`\| Process_mode_not_background`
`\| Invalid_address`	A subset of the Windows system errors from GetLastError

val of_unix_error : Unix.error -> t option

Convert a unix error into a specific Windows system error, or return None if we don't recognise it. None means that the error list should be expanded. @see https://msdn.microsoft.com/en-us/library/windows/desktop/ms681382(v=vs.85).aspx full error code list

val to_string : t -> string

to_string t will convert the error t into a short printable string

val pp : Stdlib.Format.formatter -> t -> unit

pp fmt t will output a printable string representation of t to formatter fmt

val error_message : Unix.error -> string

A wrapper of Unix.error_message which also understands Windows system errors.

If called on a Win32 system, this will decode Unix.EUNKNOWNERR values as Windows system errors. If called on other systems, it simply calls Unix.error_message.