(libc.info.gz) Concept Index
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Concept Index
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* /etc/hostname Host Identification. (line 86)
* /etc/nsswitch.conf NSS Configuration File.
(line 6)
* 4.N BSD Unix Berkeley Unix. (line 6)
* __va_copy Copying and Concatenation.
(line 447)
* _POSIX_OPTION_ORDER environment variable. Standard Environment.
(line 104)
* _POSIX_SAVED_IDS How Change Persona. (line 6)
* abort signal Program Error Signals.
(line 135)
* aborting a program Aborting a Program. (line 6)
* absolute file name File Name Resolution.
(line 19)
* absolute priority Absolute Priority. (line 6)
* absolute value functions Absolute Value. (line 6)
* accepting connections Accepting Connections.
(line 6)
* access permission for a file Access Permission. (line 6)
* access, testing for Testing File Access. (line 6)
* accessing directories Accessing Directories.
(line 6)
* address of socket Socket Addresses. (line 6)
* address space <1> Program Basics. (line 6)
* address space Memory Subsystem. (line 6)
* alarm signal Alarm Signals. (line 19)
* alarms, setting Setting an Alarm. (line 10)
* alignment (in obstacks) Obstacks Data Alignment.
(line 6)
* alignment (with malloc) Aligned Memory Blocks.
(line 6)
* alloca disadvantages Disadvantages of Alloca.
(line 6)
* alloca function Variable Size Automatic.
(line 6)
* allocating pseudo-terminals Allocation. (line 6)
* allocation (obstacks) Allocation in an Obstack.
(line 6)
* allocation debugging Allocation Debugging.
(line 6)
* allocation hooks, for malloc Hooks for Malloc. (line 6)
* allocation of memory with malloc Basic Allocation. (line 6)
* allocation size of string Representation of Strings.
(line 56)
* allocation statistics Statistics of Malloc.
(line 6)
* alphabetic character <1> Classification of Wide Characters.
(line 80)
* alphabetic character Classification of Characters.
(line 35)
* alphanumeric character <1> Classification of Wide Characters.
(line 68)
* alphanumeric character Classification of Characters.
(line 48)
* append-access files File Position. (line 29)
* argc (program argument count) Program Arguments. (line 16)
* argp (program argument parser) Argp. (line 6)
* argp parser functions Argp Parser Functions.
(line 13)
* ARGP_HELP_FMT environment variable Argp User Customization.
(line 6)
* argument parsing with argp Argp. (line 6)
* argument promotion Calling Variadics. (line 27)
* argument vectors, null-character separated Argz and Envz Vectors.
(line 6)
* arguments (variadic functions) Receiving Arguments. (line 6)
* arguments, how many How Many Arguments. (line 6)
* arguments, to program Program Arguments. (line 6)
* argv (program argument vector) Program Arguments. (line 16)
* argz vectors (string vectors) Argz and Envz Vectors.
(line 6)
* arithmetic expansion Expansion Stages. (line 22)
* array comparison functions String/Array Comparison.
(line 6)
* array copy functions Copying and Concatenation.
(line 10)
* array search function Array Search Function.
(line 6)
* array sort function Array Sort Function. (line 6)
* ASCII character Classification of Characters.
(line 103)
* assertions Consistency Checking.
(line 6)
* attributes of a file Attribute Meanings. (line 6)
* automatic freeing Variable Size Automatic.
(line 6)
* automatic memory allocation Memory Allocation and C.
(line 19)
* automatic storage class Memory Allocation and C.
(line 19)
* automatic storage with variable size Variable Size Automatic.
(line 6)
* background job Concepts of Job Control.
(line 49)
* background job, launching Foreground and Background.
(line 62)
* backtrace Backtraces. (line 6)
* backtrace_fd Backtraces. (line 6)
* backtrace_symbols Backtraces. (line 6)
* base (of floating point number) Floating Point Concepts.
(line 20)
* baud rate Line Speed. (line 6)
* Berkeley Unix Berkeley Unix. (line 6)
* Bessel functions Special Functions. (line 6)
* bias (of floating point number exponent) Floating Point Concepts.
(line 27)
* big-endian Byte Order. (line 6)
* binary I/O to a stream Block Input/Output. (line 9)
* binary search function (for arrays) Array Search Function.
(line 6)
* binary stream Binary Streams. (line 13)
* binding a socket address Socket Addresses. (line 6)
* blank character <1> Classification of Wide Characters.
(line 221)
* blank character Classification of Characters.
(line 85)
* block I/O to a stream Block Input/Output. (line 9)
* blocked signals Delivery of Signal. (line 6)
* blocked signals, checking for Checking for Pending Signals.
(line 6)
* blocking signals Blocking Signals. (line 6)
* blocking signals, in a handler Blocking for Handler.
(line 6)
* bootstrapping, and services Actions in the NSS configuration.
(line 72)
* break condition, detecting Input Modes. (line 58)
* break condition, generating Line Control. (line 14)
* breaking a string into tokens Finding Tokens in a String.
(line 6)
* broken pipe signal Operation Error Signals.
(line 13)
* broken-down time <1> Broken-down Time. (line 6)
* broken-down time Calendar Time. (line 26)
* BSD compatibility library Process Group Functions.
(line 55)
* BSD compatibility library. Feature Test Macros. (line 88)
* BSD Unix Berkeley Unix. (line 6)
* buffering of streams Stream Buffering. (line 6)
* buffering, controlling Controlling Buffering.
(line 8)
* bugs, reporting Reporting Bugs. (line 6)
* bus error Program Error Signals.
(line 133)
* butterfly Misc FP Arithmetic. (line 43)
* byte order conversion, for socket Byte Order. (line 6)
* byte stream Socket Concepts. (line 12)
* C++ streams Streams and I18N. (line 30)
* calendar time Time Basics. (line 13)
* calendar time and broken-down time Broken-down Time. (line 6)
* calendar, Gregorian Calendar Time. (line 26)
* calling variadic functions Calling Variadics. (line 6)
* canonical input processing Canonical or Not. (line 9)
* capacity limits, POSIX General Limits. (line 6)
* carrier detect Control Modes. (line 21)
* case conversion of characters Case Conversion. (line 6)
* catching signals Delivery of Signal. (line 13)
* categories for locales Locale Categories. (line 6)
* change working directory Working Directory. (line 6)
* changing the locale Setting the Locale. (line 18)
* changing the size of a block (malloc) Changing Block Size. (line 6)
* changing the size of a block (obstacks) Growing Objects. (line 6)
* channels Stream/Descriptor Precautions.
(line 6)
* character case conversion Case Conversion. (line 6)
* character predicates Classification of Characters.
(line 6)
* character testing Classification of Characters.
(line 6)
* checking for pending signals Checking for Pending Signals.
(line 6)
* child process <1> Process Creation Concepts.
(line 15)
* child process <2> Processes. (line 13)
* child process Processor Time. (line 31)
* child process signal Job Control Signals. (line 14)
* chunks Obstack Chunks. (line 6)
* classes, floating-point Floating Point Classes.
(line 6)
* classification of characters Classification of Characters.
(line 6)
* cleaning up a stream Linked Channels. (line 15)
* clearing terminal input queue Line Control. (line 59)
* client Connections. (line 6)
* clock ticks Processor And CPU Time.
(line 19)
* clock, high accuracy High Accuracy Clock. (line 6)
* close-on-exec (file descriptor flag) Descriptor Flags. (line 52)
* closing a file descriptor Opening and Closing Files.
(line 6)
* closing a socket Closing a Socket. (line 6)
* closing a stream Closing Streams. (line 6)
* collating strings Collation Functions. (line 6)
* combining locales Choosing Locale. (line 17)
* command argument syntax Argument Syntax. (line 6)
* command arguments, parsing Parsing Program Arguments.
(line 6)
* command line arguments Program Arguments. (line 6)
* command substitution Expansion Stages. (line 18)
* communication style (of a socket) Socket Concepts. (line 6)
* comparing strings and arrays String/Array Comparison.
(line 6)
* Comparison Function Comparison Functions.
(line 6)
* compiling Configuring and compiling.
(line 6)
* complex exponentiation functions Exponents and Logarithms.
(line 160)
* complex logarithm functions Exponents and Logarithms.
(line 160)
* complex numbers Complex Numbers. (line 6)
* complex trigonometric functions Trig Functions. (line 56)
* concatenating strings Copying and Concatenation.
(line 10)
* configuring Configuring and compiling.
(line 6)
* conjugate complex numbers Operations on Complex.
(line 6)
* connecting a socket Connecting. (line 6)
* connection Connections. (line 6)
* consistency checking Consistency Checking.
(line 6)
* consistency checking, of heap Heap Consistency Checking.
(line 6)
* constants <1> Mathematical Constants.
(line 6)
* constants Memory Concepts. (line 67)
* continue signal Job Control Signals. (line 28)
* control character <1> Classification of Wide Characters.
(line 96)
* control character Classification of Characters.
(line 99)
* control operations on files Control Operations. (line 6)
* controlling process Controlling Terminal.
(line 13)
* controlling terminal Concepts of Job Control.
(line 42)
* controlling terminal, access to Access to the Terminal.
(line 6)
* controlling terminal, determining Identifying the Terminal.
(line 6)
* controlling terminal, setting Open-time Flags. (line 54)
* conversion specifications (printf) Formatted Output Basics.
(line 14)
* conversion specifications (scanf) Formatted Input Basics.
(line 18)
* converting byte order Byte Order. (line 6)
* converting case of characters Case Conversion. (line 6)
* converting file descriptor to stream Descriptors and Streams.
(line 6)
* converting floats to integers Rounding Functions. (line 6)
* converting group ID to group name Lookup Group. (line 6)
* converting group name to group ID Lookup Group. (line 6)
* converting host address to name Host Names. (line 6)
* converting host name to address Host Names. (line 6)
* converting network name to network number Networks Database.
(line 6)
* converting network number to network name Networks Database.
(line 6)
* converting port number to service name Services Database. (line 6)
* converting service name to port number Services Database. (line 6)
* converting string to collation order Collation Functions. (line 74)
* converting strings to numbers Parsing of Numbers. (line 6)
* converting user ID to user name Lookup User. (line 6)
* converting user name to user ID Lookup User. (line 6)
* cookie, for custom stream Streams and Cookies. (line 6)
* copy-on-write page fault Locked Memory Details.
(line 40)
* copying strings and arrays Copying and Concatenation.
(line 10)
* cpu priority Priority. (line 6)
* CPU time <1> Processor Time. (line 9)
* CPU time <2> Processor And CPU Time.
(line 19)
* CPU time Time Basics. (line 37)
* create on open (file status flag) Open-time Flags. (line 22)
* creating a directory Creating Directories.
(line 6)
* creating a FIFO special file FIFO Special Files. (line 6)
* creating a pipe Creating a Pipe. (line 6)
* creating a pipe to a subprocess Pipe to a Subprocess.
(line 6)
* creating a process Process Creation Concepts.
(line 15)
* creating a socket Creating a Socket. (line 6)
* creating a socket pair Socket Pairs. (line 6)
* creating special files Making Special Files.
(line 6)
* cube root function Exponents and Logarithms.
(line 130)
* currency symbols Currency Symbol. (line 6)
* current limit Limits on Resources. (line 17)
* current working directory Working Directory. (line 6)
* custom streams Custom Streams. (line 6)
* customizing printf Customizing Printf. (line 6)
* data loss on sockets Socket Concepts. (line 17)
* databases Name Service Switch. (line 6)
* datagram socket Datagrams. (line 6)
* datagrams, transmitting Sending Datagrams. (line 6)
* date Time Basics. (line 16)
* Daylight Saving Time Broken-down Time. (line 62)
* decimal digit character Classification of Characters.
(line 45)
* decimal-point separator General Numeric. (line 13)
* declaration (compared to definition) Header Files. (line 17)
* declaring variadic functions Calling Variadics. (line 6)
* decompose complex numbers Operations on Complex.
(line 6)
* default action (for a signal) Delivery of Signal. (line 13)
* default action for a signal Basic Signal Handling.
(line 35)
* default argument promotions Calling Variadics. (line 27)
* default value, and NSS Notes on NSS Configuration File.
(line 11)
* defining new printf conversions Customizing Printf. (line 6)
* definition (compared to declaration) Header Files. (line 17)
* delayed suspend character Signal Characters. (line 53)
* deleting a directory Deleting Files. (line 52)
* deleting a file Deleting Files. (line 6)
* delivery of signals Delivery of Signal. (line 6)
* descriptors and streams Stream/Descriptor Precautions.
(line 6)
* digit character <1> Classification of Wide Characters.
(line 106)
* digit character Classification of Characters.
(line 45)
* directories, accessing Accessing Directories.
(line 6)
* directories, creating Creating Directories.
(line 6)
* directories, deleting Deleting Files. (line 52)
* directory Directories. (line 9)
* directory entry Directories. (line 9)
* directory hierarchy Working with Directory Trees.
(line 6)
* directory stream Accessing Directories.
(line 10)
* disadvantages of alloca Disadvantages of Alloca.
(line 6)
* DISCARD character Other Special. (line 23)
* division by zero FP Exceptions. (line 6)
* DNS Host Identification. (line 17)
* DNS server unavailable Actions in the NSS configuration.
(line 30)
* domain (of socket) Socket Concepts. (line 33)
* domain error Math Error Reporting.
(line 6)
* domain name Host Identification. (line 21)
* Domain Name System Host Identification. (line 17)
* dot notation, for Internet addresses Abstract Host Addresses.
(line 48)
* DSUSP character Signal Characters. (line 53)
* duplicating file descriptors Duplicating Descriptors.
(line 6)
* dynamic memory allocation Memory Allocation and C.
(line 26)
* EBCDIC Extended Char Intro. (line 156)
* echo of terminal input Local Modes. (line 24)
* effective group ID Process Persona. (line 6)
* effective user ID Process Persona. (line 6)
* efficiency and malloc Efficiency and Malloc.
(line 6)
* efficiency and obstacks Extra Fast Growing. (line 6)
* efficiency of chunks Obstack Chunks. (line 6)
* EINTR, and restarting interrupted primitives Interrupted Primitives.
(line 51)
* elapsed time <1> Elapsed Time. (line 6)
* elapsed time Time Basics. (line 24)
* encryption Trivial Encryption. (line 6)
* end of file, on a stream EOF and Errors. (line 6)
* end-of-file, on a file descriptor I/O Primitives. (line 21)
* environment Environment Variables.
(line 22)
* environment access Environment Access. (line 6)
* environment representation Environment Access. (line 6)
* environment variable Environment Variables.
(line 6)
* environment vectors, null-character separated Argz and Envz Vectors.
(line 9)
* envz vectors (environment vectors) Argz and Envz Vectors.
(line 9)
* EOF character Editing Characters. (line 10)
* EOL character Editing Characters. (line 22)
* EOL2 character Editing Characters. (line 35)
* epoch Simple Calendar Time.
(line 10)
* ERASE character Editing Characters. (line 47)
* errno System Calls. (line 55)
* error codes Error Reporting. (line 6)
* error messages, in argp Argp Helper Functions.
(line 23)
* error reporting Error Reporting. (line 6)
* errors, mathematical Math Error Reporting.
(line 6)
* establishing a handler Signal Actions. (line 6)
* ethers NSS Basics. (line 26)
* EUC Extended Char Intro. (line 188)
* EUC-JP glibc iconv Implementation.
(line 53)
* exception <1> Program Error Signals.
(line 48)
* exception FP Exceptions. (line 6)
* exclusive lock File Locks. (line 10)
* exec functions Executing a File. (line 6)
* execing a program Memory Concepts. (line 90)
* executable Memory Concepts. (line 67)
* executing a file Executing a File. (line 6)
* exit status Exit Status. (line 6)
* exit status value Program Termination. (line 6)
* exiting a program Memory Concepts. (line 90)
* expansion of shell words Word Expansion. (line 6)
* exponent (of floating point number) Floating Point Concepts.
(line 23)
* exponentiation functions Exponents and Logarithms.
(line 6)
* extending printf Customizing Printf. (line 6)
* extracting file descriptor from stream Descriptors and Streams.
(line 6)
* fcntl function Control Operations. (line 6)
* FDL, GNU Free Documentation License Documentation License.
(line 6)
* feature test macros Feature Test Macros. (line 6)
* field splitting Expansion Stages. (line 25)
* FIFO special file Pipes and FIFOs. (line 12)
* file access permission Access Permission. (line 6)
* file access time File Times. (line 6)
* file attribute modification time File Times. (line 6)
* file attributes Attribute Meanings. (line 6)
* file creation mask Setting Permissions. (line 6)
* file descriptor flags Descriptor Flags. (line 6)
* file descriptor sets, for select Waiting for I/O. (line 30)
* file descriptors, standard Descriptors and Streams.
(line 49)
* file locks File Locks. (line 6)
* file modification time File Times. (line 6)
* file name File Names. (line 14)
* file name component Directories. (line 15)
* file name errors File Name Errors. (line 6)
* file name resolution File Name Resolution.
(line 10)
* file name translation flags Open-time Flags. (line 14)
* file names, multiple Hard Links. (line 6)
* file owner File Owner. (line 6)
* file permission bits Permission Bits. (line 15)
* file pointer Streams. (line 12)
* file position File Position. (line 15)
* file positioning on a file descriptor File Position Primitive.
(line 15)
* file positioning on a stream File Positioning. (line 6)
* file status flags File Status Flags. (line 6)
* files, accessing Memory Concepts. (line 83)
* filtering i/o through subprocess Pipe to a Subprocess.
(line 6)
* flag character (printf) Output Conversion Syntax.
(line 60)
* flag character (scanf) Input Conversion Syntax.
(line 35)
* flags for sigaction Flags for Sigaction. (line 6)
* flags, file name translation Open-time Flags. (line 14)
* flags, open-time action Open-time Flags. (line 17)
* floating point Floating Point Numbers.
(line 6)
* floating point, IEEE IEEE Floating Point. (line 6)
* floating type measurements Floating Type Macros.
(line 6)
* floating-point classes Floating Point Classes.
(line 6)
* floating-point exception Program Error Signals.
(line 48)
* flow control, terminal Line Control. (line 93)
* flushing a stream Flushing Buffers. (line 6)
* flushing terminal output queue Line Control. (line 34)
* foreground job Concepts of Job Control.
(line 49)
* foreground job, launching Foreground and Background.
(line 10)
* forking a process Process Creation Concepts.
(line 15)
* format string, for printf Formatted Output. (line 6)
* format string, for scanf Formatted Input. (line 6)
* formatted input from a stream Formatted Input. (line 6)
* formatted messages Formatted Messages. (line 6)
* formatted output to a stream Formatted Output. (line 6)
* FP arithmetic FP Bit Twiddling. (line 6)
* FQDN Host Identification. (line 32)
* frame, real memory Memory Concepts. (line 18)
* free documentation Free Manuals. (line 6)
* freeing (obstacks) Freeing Obstack Objects.
(line 6)
* freeing memory Memory Concepts. (line 90)
* freeing memory allocated with malloc Freeing after Malloc.
(line 6)
* fully buffered stream Buffering Concepts. (line 15)
* function prototypes (variadic) Variadic Prototypes. (line 6)
* gamma function Special Functions. (line 6)
* gcvt_r System V Number Conversion.
(line 82)
* gencat The gencat program. (line 6)
* generation of signals Signal Generation. (line 6)
* generic i/o control operations IOCTLs. (line 6)
* globbing Globbing. (line 6)
* graphic character <1> Classification of Wide Characters.
(line 126)
* graphic character Classification of Characters.
(line 90)
* Gregorian calendar Calendar Time. (line 26)
* group NSS Basics. (line 26)
* group database Group Database. (line 6)
* group ID User and Group IDs. (line 12)
* group name User and Group IDs. (line 12)
* group owner of a file File Owner. (line 6)
* grouping of digits General Numeric. (line 28)
* growing objects (in obstacks) Growing Objects. (line 6)
* handling multiple signals Merged Signals. (line 6)
* hangup signal Termination Signals. (line 72)
* hard limit Limits on Resources. (line 24)
* hard link Hard Links. (line 6)
* header files Header Files. (line 6)
* heap consistency checking Heap Consistency Checking.
(line 6)
* heap, dynamic allocation from Unconstrained Allocation.
(line 6)
* heap, freeing memory from Freeing after Malloc.
(line 6)
* hexadecimal digit character <1> Classification of Wide Characters.
(line 206)
* hexadecimal digit character Classification of Characters.
(line 53)
* hidden bit (of floating point number mantissa) Floating Point Concepts.
(line 42)
* hierarchy, directory Working with Directory Trees.
(line 6)
* high-priority data Out-of-Band Data. (line 6)
* high-resolution time Calendar Time. (line 20)
* holes in files File Position Primitive.
(line 60)
* home directory Standard Environment.
(line 12)
* HOME environment variable Standard Environment.
(line 12)
* hook functions (of custom streams) Hook Functions. (line 6)
* host address, Internet Abstract Host Addresses.
(line 6)
* host name Host Identification. (line 13)
* hostname Host Identification. (line 19)
* hosts NSS Basics. (line 26)
* hosts database Host Names. (line 6)
* how many arguments How Many Arguments. (line 6)
* hyperbolic functions Hyperbolic Functions.
(line 6)
* identifying terminals Is It a Terminal. (line 6)
* IEEE 754 Floating Point Numbers.
(line 6)
* IEEE floating point Floating Point Numbers.
(line 6)
* IEEE floating point representation IEEE Floating Point. (line 6)
* IEEE Std 1003.1 POSIX. (line 6)
* IEEE Std 1003.2 POSIX. (line 6)
* ignore action for a signal Basic Signal Handling.
(line 40)
* illegal instruction Program Error Signals.
(line 106)
* impossible events Consistency Checking.
(line 6)
* independent channels Independent Channels.
(line 6)
* inexact exception FP Exceptions. (line 6)
* infinity Infinity and NaN. (line 6)
* initial signal actions Initial Signal Actions.
(line 6)
* inode number Attribute Meanings. (line 191)
* input available signal Asynchronous I/O Signals.
(line 13)
* input conversions, for scanf Table of Input Conversions.
(line 6)
* input from multiple files Waiting for I/O. (line 6)
* installation tools Tools for Compilation.
(line 6)
* installing Running make install.
(line 6)
* integer Integers. (line 6)
* integer division functions Integer Division. (line 6)
* integer type range Range of Type. (line 6)
* integer type width Width of Type. (line 6)
* interactive signals, from terminal Local Modes. (line 94)
* interactive stop signal Job Control Signals. (line 57)
* internal representation Extended Char Intro. (line 12)
* internationalization Locales. (line 11)
* Internet host address Abstract Host Addresses.
(line 6)
* Internet namespace, for sockets Internet Namespace. (line 6)
* interprocess communication, with FIFO FIFO Special Files. (line 6)
* interprocess communication, with pipes Creating a Pipe. (line 6)
* interprocess communication, with signals Kill Example. (line 6)
* interprocess communication, with sockets Sockets. (line 9)
* interrupt character Signal Characters. (line 11)
* interrupt signal Termination Signals. (line 30)
* interrupt-driven input Interrupt Input. (line 6)
* interrupting primitives Interrupted Primitives.
(line 51)
* interval Time Basics. (line 20)
* interval timer, setting Setting an Alarm. (line 10)
* INTR character Signal Characters. (line 11)
* invalid exception FP Exceptions. (line 6)
* inverse complex hyperbolic functions Hyperbolic Functions.
(line 72)
* inverse complex trigonometric functions Inverse Trig Functions.
(line 60)
* inverse hyperbolic functions Hyperbolic Functions.
(line 51)
* inverse trigonometric functions Inverse Trig Functions.
(line 6)
* invocation of program Program Arguments. (line 6)
* IOCTLs IOCTLs. (line 6)
* ISO 10646 Extended Char Intro. (line 37)
* ISO 2022 Extended Char Intro. (line 179)
* ISO 6937 Extended Char Intro. (line 202)
* ISO C ISO C. (line 6)
* ISO-2022-JP glibc iconv Implementation.
(line 53)
* ISO/IEC 9945-1 POSIX. (line 6)
* ISO/IEC 9945-2 POSIX. (line 6)
* job Job Control. (line 6)
* job control Job Control. (line 6)
* job control functions Functions for Job Control.
(line 6)
* job control is optional Job Control is Optional.
(line 6)
* job control signals Job Control Signals. (line 6)
* job control, enabling Initializing the Shell.
(line 6)
* Kermit the frog Search/Sort Example. (line 103)
* kernel call System Calls. (line 16)
* kernel header files Linux. (line 6)
* KILL character Editing Characters. (line 85)
* kill signal Termination Signals. (line 70)
* killing a process Signaling Another Process.
(line 6)
* Korn Shell Wildcard Matching. (line 71)
* LANG environment variable <1> Standard Environment.
(line 68)
* LANG environment variable The catgets Functions.
(line 97)
* launching jobs Launching Jobs. (line 6)
* LC_ALL environment variable <1> Standard Environment.
(line 74)
* LC_ALL environment variable The catgets Functions.
(line 97)
* LC_COLLATE environment variable Standard Environment.
(line 80)
* LC_CTYPE environment variable Standard Environment.
(line 83)
* LC_MESSAGES environment variable <1> Standard Environment.
(line 87)
* LC_MESSAGES environment variable The catgets Functions.
(line 97)
* LC_MONETARY environment variable Standard Environment.
(line 91)
* LC_NUMERIC environment variable Standard Environment.
(line 94)
* LC_TIME environment variable Standard Environment.
(line 97)
* leap second Broken-down Time. (line 28)
* length of string Representation of Strings.
(line 56)
* level, for socket options Socket Options. (line 9)
* LGPL, Lesser General Public License Copying. (line 6)
* library Introduction. (line 9)
* limit Limits on Resources. (line 12)
* limits on resource usage Limits on Resources. (line 6)
* limits, file name length Limits for Files. (line 36)
* limits, floating types Floating Type Macros.
(line 6)
* limits, integer types Range of Type. (line 6)
* limits, link count of files Limits for Files. (line 24)
* limits, number of open files General Limits. (line 34)
* limits, number of processes General Limits. (line 28)
* limits, number of supplementary group IDs General Limits. (line 50)
* limits, pipe buffer size Limits for Files. (line 44)
* limits, POSIX General Limits. (line 6)
* limits, program argument size General Limits. (line 24)
* limits, terminal input queue Limits for Files. (line 28)
* limits, time zone name length General Limits. (line 44)
* line buffered stream Buffering Concepts. (line 12)
* line speed Line Speed. (line 6)
* lines (in a text file) Binary Streams. (line 25)
* link Directories. (line 9)
* link, hard Hard Links. (line 6)
* link, soft Symbolic Links. (line 6)
* link, symbolic Symbolic Links. (line 6)
* linked channels Linked Channels. (line 6)
* listening (sockets) Listening. (line 6)
* literals Memory Concepts. (line 67)
* little-endian Byte Order. (line 6)
* LNEXT character Other Special. (line 9)
* load average Processor Resources. (line 40)
* local namespace, for sockets Local Namespace. (line 6)
* local network address number Abstract Host Addresses.
(line 9)
* local time Calendar Time. (line 26)
* locale categories Locale Categories. (line 6)
* locale, changing Setting the Locale. (line 18)
* locales Locales. (line 11)
* locking pages Locking Pages. (line 6)
* logarithm functions Exponents and Logarithms.
(line 6)
* login name User and Group IDs. (line 6)
* login name, determining Who Logged In. (line 6)
* LOGNAME environment variable Standard Environment.
(line 24)
* long jumps Non-Local Exits. (line 6)
* long-named options Argument Syntax. (line 50)
* longjmp Advantages of Alloca.
(line 15)
* loss of data on sockets Socket Concepts. (line 17)
* lost resource signal Operation Error Signals.
(line 27)
* lower-case character <1> Classification of Wide Characters.
(line 137)
* lower-case character Classification of Characters.
(line 27)
* macros Obstack Functions. (line 6)
* main function Program Arguments. (line 6)
* malloc debugger Allocation Debugging.
(line 6)
* malloc function Unconstrained Allocation.
(line 6)
* mantissa (of floating point number) Floating Point Concepts.
(line 35)
* matching failure, in scanf Formatted Input Basics.
(line 32)
* math errors Errors in Math Functions.
(line 6)
* mathematical constants Mathematical Constants.
(line 6)
* maximum Misc FP Arithmetic. (line 6)
* maximum field width (scanf) Input Conversion Syntax.
(line 50)
* maximum limit Limits on Resources. (line 24)
* maximum possible integer Integers. (line 102)
* measurements of floating types Floating Type Macros.
(line 6)
* memory allocation Memory. (line 6)
* memory lock Locking Pages. (line 6)
* memory mapped file Memory Concepts. (line 83)
* memory mapped I/O Memory Concepts. (line 83)
* memory page Memory Subsystem. (line 33)
* merging of signals Merged Signals. (line 6)
* MIN termios slot Noncanonical Input. (line 26)
* minimum Misc FP Arithmetic. (line 6)
* minimum field width (printf) Output Conversion Syntax.
(line 67)
* minimum possible integer Integers. (line 102)
* mixing descriptors and streams Stream/Descriptor Precautions.
(line 6)
* modem disconnect Control Modes. (line 33)
* modem status lines Control Modes. (line 21)
* monetary value formatting The Lame Way to Locale Data.
(line 13)
* multi-threaded application Streams and Threads. (line 6)
* multibyte character Extended Char Intro. (line 156)
* multibyte character string Representation of Strings.
(line 11)
* multibyte string Representation of Strings.
(line 67)
* multiple names for one file Hard Links. (line 6)
* multiplexing input Waiting for I/O. (line 6)
* multiply-add Misc FP Arithmetic. (line 6)
* name of running program Error Messages. (line 70)
* name of socket Socket Addresses. (line 6)
* Name Service Switch Name Service Switch. (line 6)
* name space Reserved Names. (line 6)
* names of signals Standard Signals. (line 6)
* namespace (of socket) Socket Concepts. (line 33)
* NaN <1> FP Bit Twiddling. (line 54)
* NaN Infinity and NaN. (line 6)
* Netgroup Netgroup Data. (line 6)
* netgroup NSS Basics. (line 26)
* network byte order Byte Order. (line 11)
* network number Abstract Host Addresses.
(line 9)
* network protocol Socket Concepts. (line 42)
* networks NSS Basics. (line 26)
* networks database Networks Database. (line 6)
* NIS Host Identification. (line 38)
* NIS domain name Host Identification. (line 38)
* nisplus, and booting Actions in the NSS configuration.
(line 72)
* nisplus, and completeness Actions in the NSS configuration.
(line 65)
* NLSPATH environment variable <1> Standard Environment.
(line 100)
* NLSPATH environment variable The catgets Functions.
(line 29)
* non-blocking open Open-time Flags. (line 30)
* non-local exit, from signal handler Longjmp in Handler. (line 6)
* non-local exits Non-Local Exits. (line 6)
* noncanonical input processing Canonical or Not. (line 26)
* normalization functions (floating-point) Normalization Functions.
(line 6)
* normalized floating point number Floating Point Concepts.
(line 59)
* not a number Infinity and NaN. (line 6)
* NSS Name Service Switch. (line 6)
* nsswitch.conf NSS Configuration File.
(line 6)
* null character Representation of Strings.
(line 26)
* null pointer constant Null Pointer Constant.
(line 6)
* null wide character Representation of Strings.
(line 26)
* number of arguments passed How Many Arguments. (line 6)
* number syntax, parsing Parsing of Numbers. (line 6)
* numeric value formatting The Lame Way to Locale Data.
(line 13)
* obstack status Status of an Obstack.
(line 6)
* obstacks Obstacks. (line 6)
* open-time action flags Open-time Flags. (line 17)
* opening a file I/O Concepts. (line 9)
* opening a file descriptor Opening and Closing Files.
(line 6)
* opening a pipe Creating a Pipe. (line 6)
* opening a pseudo-terminal pair Pseudo-Terminal Pairs.
(line 6)
* opening a socket Creating a Socket. (line 6)
* opening a socket pair Socket Pairs. (line 6)
* opening a stream Opening Streams. (line 6)
* Optimization FP Function Optimizations.
(line 6)
* optimizing NSS Notes on NSS Configuration File.
(line 27)
* option parsing with argp Argp. (line 6)
* optional arguments Variadic Functions. (line 6)
* optional POSIX features System Options. (line 6)
* orientation, stream <1> Streams and I18N. (line 38)
* orientation, stream Opening Streams. (line 78)
* orphaned process group Orphaned Process Groups.
(line 6)
* out-of-band data Out-of-Band Data. (line 6)
* output conversions, for printf Table of Output Conversions.
(line 6)
* output possible signal Asynchronous I/O Signals.
(line 13)
* overflow exception FP Exceptions. (line 6)
* owner of a file File Owner. (line 6)
* packet Socket Concepts. (line 12)
* page boundary Aligned Memory Blocks.
(line 6)
* page fault Memory Concepts. (line 45)
* page fault, copy-on-write Locked Memory Details.
(line 40)
* page frame Memory Concepts. (line 18)
* page, memory Memory Subsystem. (line 33)
* page, virtual memory Memory Concepts. (line 18)
* paging <1> Locking Pages. (line 6)
* paging Memory Concepts. (line 45)
* parameter promotion String/Array Conventions.
(line 41)
* parent directory File Name Resolution.
(line 28)
* parent process <1> Process Creation Concepts.
(line 15)
* parent process Processes. (line 13)
* parity checking Input Modes. (line 17)
* parsing a template string Parsing a Template String.
(line 6)
* parsing numbers (in formatted input) Parsing of Numbers. (line 6)
* parsing program arguments Parsing Program Arguments.
(line 6)
* parsing tokens from a string Finding Tokens in a String.
(line 6)
* passwd NSS Basics. (line 26)
* password database User Database. (line 6)
* PATH environment variable Standard Environment.
(line 33)
* pause function Waiting for a Signal.
(line 6)
* peeking at input Unreading. (line 6)
* pending signals Delivery of Signal. (line 6)
* pending signals, checking for Checking for Pending Signals.
(line 6)
* period of time Time Basics. (line 33)
* permission to access a file Access Permission. (line 6)
* persona Process Persona. (line 6)
* physical address Memory Subsystem. (line 6)
* physical memory Memory Subsystem. (line 6)
* pi (trigonometric constant) Trig Functions. (line 10)
* pipe Pipes and FIFOs. (line 6)
* pipe signal Operation Error Signals.
(line 13)
* pipe to a subprocess Pipe to a Subprocess.
(line 6)
* port number Ports. (line 6)
* positioning a file descriptor File Position Primitive.
(line 15)
* positioning a stream File Positioning. (line 6)
* positive difference Misc FP Arithmetic. (line 6)
* POSIX POSIX. (line 6)
* POSIX capacity limits General Limits. (line 6)
* POSIX optional features System Options. (line 6)
* POSIX.1 POSIX. (line 6)
* POSIX.2 POSIX. (line 6)
* power functions Exponents and Logarithms.
(line 6)
* precision (of floating point number) Floating Point Concepts.
(line 38)
* precision (printf) Output Conversion Syntax.
(line 78)
* predicates on arrays String/Array Comparison.
(line 6)
* predicates on characters Classification of Characters.
(line 6)
* predicates on strings String/Array Comparison.
(line 6)
* preemptive scheduling Absolute Priority. (line 17)
* primitives, interrupting Interrupted Primitives.
(line 51)
* printing character <1> Classification of Wide Characters.
(line 147)
* printing character Classification of Characters.
(line 95)
* priority of a process Priority. (line 6)
* priority, absolute Absolute Priority. (line 6)
* process <1> Processes. (line 6)
* process Program Basics. (line 6)
* process completion Process Completion. (line 6)
* process group functions Functions for Job Control.
(line 6)
* process group ID Launching Jobs. (line 23)
* process group leader Launching Jobs. (line 23)
* process groups Job Control. (line 6)
* process ID Process Creation Concepts.
(line 9)
* process image Process Creation Concepts.
(line 33)
* process lifetime Process Creation Concepts.
(line 9)
* process priority Priority. (line 6)
* process signal mask Process Signal Mask. (line 6)
* process termination Program Termination. (line 6)
* processor time <1> Processor Time. (line 9)
* processor time Time Basics. (line 44)
* profiling alarm signal Alarm Signals. (line 30)
* profiling timer Setting an Alarm. (line 22)
* program Program Basics. (line 6)
* program argument syntax Argument Syntax. (line 6)
* program arguments Program Arguments. (line 6)
* program arguments, parsing Parsing Program Arguments.
(line 6)
* program error signals Program Error Signals.
(line 6)
* program name Error Messages. (line 70)
* program startup Program Arguments. (line 6)
* program termination Program Termination. (line 6)
* program termination signals Termination Signals. (line 6)
* programming your own streams Custom Streams. (line 6)
* project complex numbers Operations on Complex.
(line 6)
* protocol (of socket) Socket Concepts. (line 42)
* protocol family Socket Concepts. (line 42)
* protocols NSS Basics. (line 26)
* protocols database Protocols Database. (line 6)
* prototypes for variadic functions Variadic Prototypes. (line 6)
* pseudo-random numbers Pseudo-Random Numbers.
(line 6)
* pseudo-terminals Pseudo-Terminals. (line 6)
* punctuation character <1> Classification of Wide Characters.
(line 157)
* punctuation character Classification of Characters.
(line 58)
* pushing input back Unreading. (line 6)
* quick sort function (for arrays) Array Sort Function. (line 6)
* QUIT character Signal Characters. (line 22)
* quit signal Termination Signals. (line 36)
* quote removal Expansion Stages. (line 32)
* race conditions, relating to job control Launching Jobs. (line 28)
* race conditions, relating to signals Signals in Handler. (line 6)
* radix (of floating point number) Floating Point Concepts.
(line 20)
* raising signals Generating Signals. (line 6)
* random numbers Pseudo-Random Numbers.
(line 6)
* random-access files File Position. (line 23)
* range error Math Error Reporting.
(line 6)
* range of integer type Range of Type. (line 6)
* read lock File Locks. (line 14)
* reading from a directory Accessing Directories.
(line 6)
* reading from a file descriptor I/O Primitives. (line 15)
* reading from a socket Transferring Data. (line 6)
* reading from a stream, by blocks Block Input/Output. (line 9)
* reading from a stream, by characters Character Input. (line 6)
* reading from a stream, formatted Formatted Input. (line 6)
* ready to run Absolute Priority. (line 17)
* real group ID Process Persona. (line 17)
* real user ID Process Persona. (line 17)
* real-time timer Setting an Alarm. (line 13)
* realtime CPU scheduling Absolute Priority. (line 9)
* realtime processing Why Lock Pages. (line 14)
* realtime scheduling Realtime Scheduling. (line 6)
* receiving datagrams Receiving Datagrams. (line 6)
* record locking File Locks. (line 6)
* redirecting input and output Duplicating Descriptors.
(line 6)
* reentrant functions Nonreentrancy. (line 26)
* reentrant NSS functions NSS Module Names. (line 21)
* relative file name File Name Resolution.
(line 24)
* removal of quotes Expansion Stages. (line 32)
* removing a file Deleting Files. (line 6)
* removing macros that shadow functions Macro Definitions. (line 6)
* renaming a file Renaming Files. (line 8)
* reporting bugs Reporting Bugs. (line 6)
* reporting errors Error Reporting. (line 6)
* REPRINT character Editing Characters. (line 96)
* reserved names Reserved Names. (line 6)
* resource limits Limits on Resources. (line 6)
* restarting interrupted primitives Interrupted Primitives.
(line 51)
* restrictions on signal handler functions Nonreentrancy. (line 6)
* root directory File Name Resolution.
(line 19)
* Rot13 Trivial Encryption. (line 11)
* rpc NSS Basics. (line 26)
* runnable process Absolute Priority. (line 25)
* running a command Running a Command. (line 6)
* saved set-group-ID How Change Persona. (line 6)
* saved set-user-ID How Change Persona. (line 6)
* scanning the group list Scanning All Groups. (line 6)
* scanning the user list Scanning All Users. (line 6)
* scatter-gather Scatter-Gather. (line 6)
* scheduling, traditional Traditional Scheduling.
(line 6)
* search function (for arrays) Array Search Function.
(line 6)
* search functions (for strings) Search Functions. (line 8)
* seed (for random numbers) Pseudo-Random Numbers.
(line 6)
* seeking on a file descriptor File Position Primitive.
(line 15)
* seeking on a stream File Positioning. (line 6)
* segmentation violation Program Error Signals.
(line 108)
* sending a datagram Sending Datagrams. (line 6)
* sending signals Generating Signals. (line 6)
* sequential-access files File Position. (line 15)
* server Connections. (line 6)
* services NSS Basics. (line 26)
* services database Services Database. (line 6)
* session <1> Concepts of Job Control.
(line 25)
* session Job Control. (line 6)
* session leader Concepts of Job Control.
(line 34)
* setting an alarm Setting an Alarm. (line 10)
* setuid programs How Change Persona. (line 6)
* setuid programs and file access Testing File Access. (line 6)
* severity class <1> Adding Severity Classes.
(line 6)
* severity class Printing Formatted Messages.
(line 93)
* sgettext GUI program problems.
(line 59)
* shadow NSS Basics. (line 26)
* shadowing functions with macros Macro Definitions. (line 6)
* shared lock File Locks. (line 14)
* shared memory Memory Subsystem. (line 13)
* shell Concepts of Job Control.
(line 6)
* shift state Keeping the state. (line 15)
* Shift_JIS Extended Char Intro. (line 188)
* shrinking objects Growing Objects. (line 90)
* shutting down a socket Closing a Socket. (line 6)
* sigaction flags Flags for Sigaction. (line 6)
* sigaction function Advanced Signal Handling.
(line 6)
* SIGCHLD, handling of Stopped and Terminated Jobs.
(line 18)
* sign (of floating point number) Floating Point Concepts.
(line 18)
* signal <1> Signal Handling. (line 6)
* signal FP Exceptions. (line 6)
* signal action Delivery of Signal. (line 13)
* signal actions Signal Actions. (line 6)
* signal flags Flags for Sigaction. (line 6)
* signal function Basic Signal Handling.
(line 6)
* signal handler function Defining Handlers. (line 6)
* signal mask Process Signal Mask. (line 6)
* signal messages Signal Messages. (line 6)
* signal names Standard Signals. (line 6)
* signal number Standard Signals. (line 6)
* signal set Signal Sets. (line 9)
* signals, generating Generating Signals. (line 6)
* signedness Integers. (line 9)
* significand (of floating point number) Floating Point Concepts.
(line 35)
* SIGTTIN, from background job Access to the Terminal.
(line 11)
* SIGTTOU, from background job Access to the Terminal.
(line 18)
* simple time Calendar Time. (line 13)
* single-byte string Representation of Strings.
(line 67)
* size of string Representation of Strings.
(line 56)
* SJIS Extended Char Intro. (line 188)
* socket Sockets. (line 9)
* socket address (name) binding Socket Addresses. (line 6)
* socket domain Socket Concepts. (line 33)
* socket namespace Socket Concepts. (line 33)
* socket option level Socket Options. (line 9)
* socket options Socket Options. (line 6)
* socket pair Socket Pairs. (line 6)
* socket protocol Socket Concepts. (line 42)
* socket shutdown Closing a Socket. (line 6)
* socket, client actions Connecting. (line 6)
* socket, closing Closing a Socket. (line 6)
* socket, connecting Connecting. (line 6)
* socket, creating Creating a Socket. (line 6)
* socket, initiating a connection Connecting. (line 6)
* sockets, accepting connections Accepting Connections.
(line 6)
* sockets, listening Listening. (line 6)
* sockets, server actions Listening. (line 6)
* soft limit Limits on Resources. (line 17)
* soft link Symbolic Links. (line 6)
* sort function (for arrays) Array Sort Function. (line 6)
* sparse files File Position Primitive.
(line 60)
* special files Making Special Files.
(line 6)
* special functions Special Functions. (line 6)
* specified action (for a signal) Delivery of Signal. (line 13)
* speed of execution Why Lock Pages. (line 14)
* square root function Exponents and Logarithms.
(line 122)
* stable sorting Array Sort Function. (line 21)
* standard dot notation, for Internet addresses Abstract Host Addresses.
(line 48)
* standard environment variables Standard Environment.
(line 6)
* standard error file descriptor Descriptors and Streams.
(line 64)
* standard error stream Standard Streams. (line 24)
* standard file descriptors Descriptors and Streams.
(line 49)
* standard input file descriptor Descriptors and Streams.
(line 55)
* standard input stream Standard Streams. (line 16)
* standard output file descriptor Descriptors and Streams.
(line 59)
* standard output stream Standard Streams. (line 20)
* standard streams Standard Streams. (line 6)
* standards Standards and Portability.
(line 6)
* START character Start/Stop Characters.
(line 11)
* startup of program Program Arguments. (line 6)
* stateful <1> glibc iconv Implementation.
(line 594)
* stateful <2> iconv Examples. (line 96)
* stateful <3> Generic Conversion Interface.
(line 110)
* stateful <4> Converting Strings. (line 65)
* stateful <5> Converting a Character.
(line 81)
* stateful Keeping the state. (line 6)
* static memory allocation Memory Allocation and C.
(line 13)
* static storage class Memory Allocation and C.
(line 13)
* STATUS character Other Special. (line 35)
* status codes Error Reporting. (line 6)
* status of a file Attribute Meanings. (line 6)
* status of obstack Status of an Obstack.
(line 6)
* sticky bit Permission Bits. (line 71)
* STOP character Start/Stop Characters.
(line 28)
* stop signal Job Control Signals. (line 44)
* stopped job Concepts of Job Control.
(line 55)
* stopped jobs, continuing Continuing Stopped Jobs.
(line 6)
* stopped jobs, detecting Stopped and Terminated Jobs.
(line 6)
* storage allocation Memory. (line 6)
* stream (sockets) Socket Concepts. (line 12)
* stream orientation <1> Streams and I18N. (line 38)
* stream orientation Opening Streams. (line 78)
* stream, for I/O to a string String Streams. (line 6)
* streams and descriptors Stream/Descriptor Precautions.
(line 6)
* streams, and file descriptors Descriptors and Streams.
(line 6)
* streams, C++ Streams and I18N. (line 30)
* streams, standard Standard Streams. (line 6)
* string Representation of Strings.
(line 11)
* string allocation Representation of Strings.
(line 56)
* string collation functions Collation Functions. (line 6)
* string comparison functions String/Array Comparison.
(line 6)
* string concatenation functions Copying and Concatenation.
(line 10)
* string copy functions Copying and Concatenation.
(line 10)
* string length Representation of Strings.
(line 56)
* string literal Representation of Strings.
(line 35)
* string search functions Search Functions. (line 8)
* string stream String Streams. (line 6)
* string vectors, null-character separated Argz and Envz Vectors.
(line 6)
* string, representation of Representation of Strings.
(line 6)
* style of communication (of a socket) Socket Concepts. (line 6)
* subshell Initializing the Shell.
(line 6)
* substitution of variables and commands Expansion Stages. (line 15)
* successive signals Merged Signals. (line 6)
* summer time Broken-down Time. (line 62)
* SunOS Berkeley Unix. (line 6)
* supplementary group IDs Process Persona. (line 6)
* SUSP character Signal Characters. (line 33)
* suspend character Signal Characters. (line 33)
* SVID SVID. (line 6)
* swap space Memory Concepts. (line 18)
* symbolic link Symbolic Links. (line 6)
* symbolic link, opening Open-time Flags. (line 68)
* synchronizing <1> Synchronizing AIO Operations.
(line 17)
* synchronizing Synchronizing I/O. (line 6)
* syntax error messages, in argp Argp Helper Functions.
(line 16)
* syntax, for program arguments Argument Syntax. (line 6)
* syntax, for reading numbers Parsing of Numbers. (line 6)
* sysconf <1> Processor Resources. (line 13)
* sysconf Query Memory Parameters.
(line 43)
* system call System Calls. (line 6)
* system call number System Calls. (line 42)
* System V Unix SVID. (line 6)
* TCP (Internet protocol) Protocols Database. (line 12)
* template, for printf Formatted Output. (line 6)
* template, for scanf Formatted Input. (line 6)
* TERM environment variable Standard Environment.
(line 56)
* terminal flow control Line Control. (line 93)
* terminal identification Is It a Terminal. (line 6)
* terminal input queue I/O Queues. (line 11)
* terminal input queue, clearing Line Control. (line 59)
* terminal input signal Job Control Signals. (line 65)
* terminal line control functions Line Control. (line 6)
* terminal line speed Line Speed. (line 6)
* terminal mode data types Mode Data Types. (line 6)
* terminal mode functions Mode Functions. (line 6)
* terminal modes, BSD BSD Terminal Modes. (line 6)
* terminal output queue I/O Queues. (line 27)
* terminal output queue, flushing Line Control. (line 34)
* terminal output signal Job Control Signals. (line 72)
* terminated jobs, detecting Stopped and Terminated Jobs.
(line 6)
* termination signal Termination Signals. (line 22)
* testing access permission Testing File Access. (line 6)
* testing exit status of child process Process Completion. (line 6)
* text stream Binary Streams. (line 13)
* thrashing Memory Subsystem. (line 31)
* thread of control Program Basics. (line 6)
* threads Streams and Threads. (line 6)
* ticks, clock Processor And CPU Time.
(line 19)
* tilde expansion Expansion Stages. (line 9)
* time Time Basics. (line 6)
* TIME termios slot Noncanonical Input. (line 34)
* time zone TZ Variable. (line 9)
* time zone database TZ Variable. (line 118)
* time, elapsed Time Basics. (line 24)
* time, high precision High Accuracy Clock. (line 6)
* timer, profiling Setting an Alarm. (line 22)
* timer, real-time Setting an Alarm. (line 13)
* timer, virtual Setting an Alarm. (line 17)
* timers, setting Setting an Alarm. (line 10)
* timespec Elapsed Time. (line 40)
* timeval Elapsed Time. (line 27)
* timing error in signal handling Remembering a Signal.
(line 72)
* TMPDIR environment variable Temporary Files. (line 125)
* tokenizing strings Finding Tokens in a String.
(line 6)
* tools, for installing library Tools for Compilation.
(line 6)
* transmitting datagrams Sending Datagrams. (line 6)
* tree, directory Working with Directory Trees.
(line 6)
* triangulation glibc iconv Implementation.
(line 42)
* trigonometric functions Trig Functions. (line 6)
* type measurements, floating Floating Type Macros.
(line 6)
* type measurements, integer Width of Type. (line 6)
* type modifier character (printf) Output Conversion Syntax.
(line 92)
* type modifier character (scanf) Input Conversion Syntax.
(line 55)
* typeahead buffer I/O Queues. (line 11)
* TZ environment variable Standard Environment.
(line 64)
* UCS-2 Extended Char Intro. (line 49)
* UCS-4 Extended Char Intro. (line 49)
* ulps Errors in Math Functions.
(line 6)
* umask Setting Permissions. (line 6)
* unbuffered stream Buffering Concepts. (line 9)
* unconstrained memory allocation Unconstrained Allocation.
(line 6)
* undefining macros that shadow functions Macro Definitions. (line 6)
* underflow exception FP Exceptions. (line 6)
* Unicode Extended Char Intro. (line 37)
* Unix, Berkeley Berkeley Unix. (line 6)
* Unix, System V SVID. (line 6)
* unlinking a file Deleting Files. (line 6)
* unordered comparison FP Comparison Functions.
(line 6)
* unreading characters Unreading. (line 6)
* upgrading from libc5 Linux. (line 6)
* upper-case character <1> Classification of Wide Characters.
(line 196)
* upper-case character Classification of Characters.
(line 31)
* urgent data signal Asynchronous I/O Signals.
(line 24)
* urgent socket condition Out-of-Band Data. (line 18)
* usage limits Limits on Resources. (line 6)
* usage messages, in argp Argp Helper Functions.
(line 11)
* user accounting database User Accounting Database.
(line 6)
* user database User Database. (line 6)
* user ID User and Group IDs. (line 6)
* user ID, determining Who Logged In. (line 6)
* user name User and Group IDs. (line 6)
* user signals Miscellaneous Signals.
(line 12)
* usual file name errors File Name Errors. (line 6)
* UTF-16 Extended Char Intro. (line 49)
* UTF-7 Extended Char Intro. (line 222)
* UTF-8 Extended Char Intro. (line 49)
* va_copy Copying and Concatenation.
(line 447)
* variable number of arguments Variadic Functions. (line 6)
* variable substitution Expansion Stages. (line 15)
* variable-sized arrays GNU C Variable-Size Arrays.
(line 6)
* variadic function argument access Receiving Arguments. (line 6)
* variadic function prototypes Variadic Prototypes. (line 6)
* variadic functions Variadic Functions. (line 6)
* variadic functions, calling Calling Variadics. (line 6)
* virtual time alarm signal Alarm Signals. (line 24)
* virtual timer Setting an Alarm. (line 17)
* volatile declarations Nonreentrancy. (line 20)
* waiting for a signal Waiting for a Signal.
(line 6)
* waiting for completion of child process Process Completion.
(line 6)
* waiting for input or output Waiting for I/O. (line 6)
* WERASE character Editing Characters. (line 61)
* whitespace character <1> Classification of Wide Characters.
(line 167)
* whitespace character Classification of Characters.
(line 62)
* wide character Extended Char Intro. (line 31)
* wide character string Representation of Strings.
(line 21)
* width of integer type Width of Type. (line 6)
* wildcard expansion Expansion Stages. (line 27)
* wint_t String/Array Conventions.
(line 41)
* word expansion Word Expansion. (line 6)
* working directory Working Directory. (line 6)
* write lock File Locks. (line 10)
* writing to a file descriptor I/O Primitives. (line 155)
* writing to a socket Transferring Data. (line 6)
* writing to a stream, by blocks Block Input/Output. (line 9)
* writing to a stream, by characters Simple Output. (line 6)
* writing to a stream, formatted Formatted Output. (line 6)
* YP Host Identification. (line 38)
* YP domain name Host Identification. (line 38)
* zero divide FP Exceptions. (line 6)
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