Type Index

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	Index Entry	Section

_
	`__ftw64_func_t`	14.3 Working with Directory Trees
	`__ftw_func_t`	14.3 Working with Directory Trees
	`__nftw64_func_t`	14.3 Working with Directory Trees
	`__nftw_func_t`	14.3 Working with Directory Trees

B
	`blkcnt64_t`	14.9.1 The meaning of the File Attributes
	`blkcnt_t`	14.9.1 The meaning of the File Attributes

C
	`cc_t`	17.4.1 Terminal Mode Data Types
	`clock_t`	21.3.1 CPU Time Inquiry
	`comparison_fn_t`	9.1 Defining the Comparison Function
	`cookie_close_function`	12.21.3.2 Custom Stream Hook Functions
	`cookie_io_functions_t`	12.21.3.1 Custom Streams and Cookies
	`cookie_read_function`	12.21.3.2 Custom Stream Hook Functions
	`cookie_seek_function`	12.21.3.2 Custom Stream Hook Functions
	`cookie_write_function`	12.21.3.2 Custom Stream Hook Functions
	`cpu_set_t`	22.3.5 Limiting execution to certain CPUs

D
	`dev_t`	14.9.1 The meaning of the File Attributes
	`DIR`	14.2.2 Opening a Directory Stream
	`div_t`	20.2 Integer Division

E
	`enum mcheck_status`	3.2.2.9 Heap Consistency Checking

F
	`fd_set`	13.8 Waiting for Input or Output
	`FILE`	12.1 Streams
	`fpos64_t`	12.19 Portable File-Position Functions
	`fpos_t`	12.19 Portable File-Position Functions

G
	`gid_t`	29.5 Reading the Persona of a Process
	`glob64_t`	10.2.1 Calling `glob`
	`glob_t`	10.2.1 Calling `glob`

I
	`iconv_t`	6.5.1 Generic Character Set Conversion Interface
	`imaxdiv_t`	20.2 Integer Division
	`ino64_t`	14.9.1 The meaning of the File Attributes
	`ino_t`	14.9.1 The meaning of the File Attributes

J
	`jmp_buf`	23.2 Details of Non-Local Exits

L
	`ldiv_t`	20.2 Integer Division
	`lldiv_t`	20.2 Integer Division

M
	`mbstate_t`	6.3.2 Representing the state of the conversion
	`mode_t`	14.9.1 The meaning of the File Attributes

N
	`nlink_t`	14.9.1 The meaning of the File Attributes

O
	`off64_t`	13.3 Setting the File Position of a Descriptor
	`off_t`	13.3 Setting the File Position of a Descriptor

P
	`pid_t`	26.3 Process Identification
	`printf_arginfo_function`	12.13.3 Defining the Output Handler
	`printf_function`	12.13.3 Defining the Output Handler
	`ptrdiff_t`	A.4 Important Data Types

R
	`regex_t`	10.3.1 POSIX Regular Expression Compilation
	`regmatch_t`	10.3.4 Match Results with Subexpressions
	`regoff_t`	10.3.4 Match Results with Subexpressions

S
	`sig_atomic_t`	24.4.7.2 Atomic Types
	`sighandler_t`	24.3.1 Basic Signal Handling
	`sigjmp_buf`	23.3 Non-Local Exits and Signals
	`sigset_t`	24.7.2 Signal Sets
	`size_t`	A.4 Important Data Types
	`speed_t`	17.4.8 Line Speed
	`ssize_t`	13.2 Input and Output Primitives
	`stack_t`	24.9 Using a Separate Signal Stack
	`struct __gconv_step`	6.5.4.3 `iconv` module data structures
	`struct __gconv_step_data`	6.5.4.3 `iconv` module data structures
	`struct aiocb`	13.10 Perform I/O Operations in Parallel
	`struct aiocb64`	13.10 Perform I/O Operations in Parallel
	`struct aioinit`	13.10.5 How to optimize the AIO implementation
	`struct argp`	25.3.3 Specifying Argp Parsers
	`struct argp_child`	25.3.6 Combining Multiple Argp Parsers
	`struct argp_option`	25.3.4 Specifying Options in an Argp Parser
	`struct argp_state`	25.3.5.3 Argp Parsing State
	`struct dirent`	14.2.1 Format of a Directory Entry
	`struct ENTRY`	9.5 The `hsearch` function.
	`struct exit_status`	29.12.1 Manipulating the User Accounting Database
	`struct flock`	13.15 File Locks
	`struct fstab`	30.3.1.1 The ‘`fstab`’ file
	`struct FTW`	14.3 Working with Directory Trees
	`struct group`	29.14.1 The Data Structure for a Group
	`struct hostent`	16.6.2.4 Host Names
	`struct if_nameindex`	16.4 Interface Naming
	`struct in6_addr`	16.6.2.2 Host Address Data Type
	`struct in_addr`	16.6.2.2 Host Address Data Type
	`struct iovec`	13.6 Fast Scatter-Gather I/O
	`struct itimerval`	21.5 Setting an Alarm
	`struct lconv`	7.6.1 `localeconv`: It is portable but …
	`struct linger`	16.12.2 Socket-Level Options
	`struct mallinfo`	3.2.2.11 Statistics for Memory Allocation with `malloc`
	`struct mntent`	30.3.1.2 The ‘`mtab`’ file
	`struct netent`	16.13 Networks Database
	`struct ntptimeval`	21.4.4 High Accuracy Clock
	`struct ntptimeval`	21.4.4 High Accuracy Clock
	`struct obstack`	3.2.4.1 Creating Obstacks
	`struct option`	25.2.3 Parsing Long Options with `getopt_long`
	`struct passwd`	29.13.1 The Data Structure that Describes a User
	`struct printf_info`	12.13.2 Conversion Specifier Options
	`struct protoent`	16.6.6 Protocols Database
	`struct random_data`	19.8.2 BSD Random Number Functions
	`struct rlimit`	22.2 Limiting Resource Usage
	`struct rlimit64`	22.2 Limiting Resource Usage
	`struct rusage`	22.1 Resource Usage
	`struct sched_param`	22.3.3 Basic Scheduling Functions
	`struct servent`	16.6.4 The Services Database
	`struct sgttyb`	17.5 BSD Terminal Modes
	`struct sigaction`	24.3.2 Advanced Signal Handling
	`struct sigstack`	24.9 Using a Separate Signal Stack
	`struct sigvec`	24.10.1 BSD Function to Establish a Handler
	`struct sockaddr`	16.3.1 Address Formats
	`struct sockaddr_in`	16.6.1 Internet Socket Address Formats
	`struct sockaddr_in6`	16.6.1 Internet Socket Address Formats
	`struct sockaddr_un`	16.5.2 Details of Local Namespace
	`struct stat`	14.9.1 The meaning of the File Attributes
	`struct stat64`	14.9.1 The meaning of the File Attributes
	`struct termios`	17.4.1 Terminal Mode Data Types
	`struct timespec`	21.2 Elapsed Time
	`struct timeval`	21.2 Elapsed Time
	`struct timex`	21.4.4 High Accuracy Clock
	`struct timex`	21.4.4 High Accuracy Clock
	`struct timezone`	21.4.2 High-Resolution Calendar
	`struct tm`	21.4.3 Broken-down Time
	`struct tms`	21.3.2 Processor Time Inquiry
	`struct utimbuf`	14.9.9 File Times
	`struct utmp`	29.12.1 Manipulating the User Accounting Database
	`struct utmpx`	29.12.2 XPG User Accounting Database Functions
	`struct utsname`	30.2 Platform Type Identification
	`struct vtimes`	22.1 Resource Usage

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