AIX Documentation: Programmer's Reference:
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- I-Frame Receives a normal sequenced data packet each time it is coded by the kernel user and called by generic data link control (GDLC).
- ICAMAX Finds the index of element having maximum absolute value.
- IDAMAX Finds the index of element having maximum absolute value.
- IDtogroup Accesses the group information in the user database.
- IDtohost Accesses the host information in the audit host database.
- IDtouser Accesses the user information in the user database.
- IMAIXMapping Translates a pair of Key and State parameters to a string and returns a pointer to this string.
- IMAuxCreate Tells the application program to create an auxiliary area.
- IMAuxDestroy Tells the application to destroy the auxiliary area.
- IMAuxDraw Tells the application program to draw the auxiliary area.
- IMAuxHide Tells the application program to hide an auxiliary area.
- IMBeep Tells the application program to emit a beep sound.
- IMClose Closes the input method.
- IMCreate Creates one instance of an IMObject object for a particular input method.
- IMDestroy Destroys an input method instance.
- IMFilter Determines if a keyboard event is used by the input method for internal processing.
- IMFreeKeymap Frees resources allocated by the IMInitializeKeymap subroutine.
- IMIndicatorDraw Tells the application program to draw the indicator.
- IMIndicatorHide Tells the application program to hide the indicator.
- IMInitialize Initializes the input method for a particular language.
- IMInitializeKeymap Initializes the keymap associated with a specified language.
- IMIoctl Performs a variety of control or query operations on the input method.
- IMLookupString Maps a Key/State (key symbol/state) pair to a string.
- IMProcess Processes keyboard events and language-specific input.
- IMProcessAuxiliary Notifies the input method of input for an auxiliary area.
- IMQueryLanguage Checks to see if the specified input method is supported.
- IMSimpleMapping Translates a pair of KeySymbol and State parameters to a string and returns a pointer to this string.
- IMTextCursor Asks the application to move the text cursor.
- IMTextDraw Tells the application program to draw the text string.
- IMTextHide Tells the application program to hide the text area.
- IMTextStart Notifies the application program of the length of the pre-editing space.
- ISAMAX Finds the index of element having maximum absolute value.
- IZAMAX Finds the index of element having maximum absolute value.
- I_ATMARK Checks to see if a message is marked.
- I_CANPUT Checks if a given band is writable.
- I_CKBAND Checks if a message of a particular band is on the stream-head read queue.
- I_FDINSERT Creates a message from user-specified buffers, adds information about another stream and sends the message downstream.
- I_FIND Compares the names of all modules currently present in the stream to a specified name.
- I_FLUSH Flushes all input or output queues.
- I_FLUSHBAND Flushes all messages from a particular band.
- I_GETBAND Gets the band of the first message on the stream-head read queue.
- I_GETCLTIME Returns the delay time.
- I_GETSIG Returns the events for which the calling process is currently registered to be sent a SIGPOLL signal.
- I_GRDOPT Returns the current read mode setting.
- I_LINK Connects two specified streams.
- I_LIST Lists all the module names on a stream.
- I_LOOK Retrieves the name of the module just below the stream head.
- I_NREAD Counts the number of data bytes in data blocks in the first message on the stream-head read queue, and places this value in a specified location.
- I_PEEK Allows a user to retrieve the information in the first message on the stream-head read queue without taking the message off the queue.
- I_PLINK Connects two specified streams.
- I_POP Removes the module just below the stream head.
- I_PUNLINK Disconnects the two specified streams.
- I_PUSH Pushes a module onto the top of the current stream.
- I_RECVFD Retrieves the file descriptor associated with the message sent by an I_SENDFD operation over a stream pipe.
- I_SENDFD Requests a stream to send a message to the stream head at the other end of a stream pipe.
- I_SETCLTIME Sets the time that the stream head delays when a stream is closing.
- I_SETSIG Informs the stream head that the user wishes the kernel to issue the SIGPOLL signal when a particular event occurs on the stream.
- I_SRDOPT Sets the read mode.
- I_STR Constructs an internal STREAMS ioctl message.
- I_UNLINK Disconnects the two specified streams.
- iconv Converts a string of characters in one character code set to another character code set.
- iconv_close Closes a specified code set converter.
- iconv_open Opens a character code set converter.
- idlok Terminal output control subroutines.
- if_freenameindex Frees memory allocated by if_nameindex
- if_indextoname Determines the interface name associated with a particular index. The second of four functions, if_indextoname maps an interface index into its corresponding name.
- if_nameindex Retrieves index and name information for all interfaces.
- if_nametoindex Retrieves the interface index associated with a particular interface name. The first of four functions, if_nametoindex maps an interface name into its corresponding index.
- ilogb Computes certain binary floating-point arithmetic functions.
- imul_dbl Computes absolute value, division, and double precision multiplication of integers.
- inch Inputs a single-byte character and rendition from a window.
- incinterval Manipulates the expiration time of interval timers.
- inet_addr Converts Internet addresses to Internet numbers.
- inet_aton Converts an ASCII string into an Internet address.
- inet_lnaof Returns the host ID of an Internet address.
- inet_makeaddr Returns a structure containing an Internet address based on a network ID and host ID provided by the application.
- inet_net_ntop Converts between binary and text address formats.
- inet_net_pton Converts between text and binary address formats.
- inet_netof Returns the network id of the given Internet address.
- inet_network Converts an ASCII string containing an Internet network addressee in . (dot) notation to an Internet address number.
- inet_ntoa Converts an Internet address into an ASCII string.
- inet_ntop Converts between binary and text address formats.
- inet_pton Converts between text and binary address formats.
- init_color Color manipulation functions and external variables for color support.
- init_pair Color manipulation functions and external variables for color support.
- initgroups Initializes supplementary group ID.
- initialize Performs printer initialization.
- initscr Initializes curses and its data structures.
- initstate Generates pseudo-random numbers more efficiently.
- innetgr Handles the group network entries.
- insch Inserts a single-byte character and rendition in a window.
- insertln Inserts a blank line above the current line in a window.
- insq Puts a message at a specific place in a queue.
- insque Inserts or removes an element in a queue.
- intrflush Enables or disables flush on interrupt.
- invert Multiple-precision integer arithmetic.
- ioct32x Performs control functions associated with open file descriptors.
- ioctl Performs control functions associated with open file descriptors.
- ioctl32 Performs control functions associated with open file descriptors.
- ioctlx Performs control functions associated with open file descriptors.
- is_linetouched Window refresh control functions.
- is_wctype Determines properties of a wide character.
- is_wintouched Window refresh control functions.
- isalnum Classifies characters.
- isalpha Classifies characters.
- isascii Classifies characters.
- isastream Tests a file descriptor.
- isatty Gets the name of a terminal or determines if the device is a terminal.
- iscntrl Classifies characters.
- isdigit Classifies characters.
- isendwin Determines whether the endwin subroutine was called without any subsequent refresh calls.
- isgraph Classifies characters.
- isinet_addr Determines if the given ASCII string contains an Internet address using dot notation.
- isjalnum Classify characters.
- isjalpha Classify characters.
- isjdigit Classify characters.
- isjgraph Classify characters.
- isjhira Classify characters.
- isjis Classify characters.
- isjkanji Classify characters.
- isjkata Classify characters.
- isjlower Classify characters.
- isjprint Classify characters.
- isjspace Classify characters.
- isjupper Classify characters.
- isjxdigit Classify characters.
- islower Classifies characters.
- isnan Determines classifications of floating-point numbers.
- isodetailor Initializes variables for various logging facilities.
- isparent Classify characters.
- isprint Classifies characters.
- ispunct Classifies characters.
- isspace Classifies characters.
- isupper Classifies characters.
- iswalnum Tests a wide character for membership in a specific character class.
- iswalpha Tests a wide character for membership in a specific character class.
- iswcntrl Tests a wide character for membership in a specific character class.
- iswctype Determines properties of a wide character.
- iswdigit Tests a wide character for membership in a specific character class.
- iswgraph Tests a wide character for membership in a specific character class.
- iswlower Tests a wide character for membership in a specific character class.
- iswprint Tests a wide character for membership in a specific character class.
- iswpunct Tests a wide character for membership in a specific character class.
- iswspace Tests a wide character for membership in a specific character class.
- iswupper Tests a wide character for membership in a specific character class.
- iswxdigit Tests a wide character for membership in a specific character class.
- isxdigit Classifies characters.
- itom Multiple-precision integer arithmetic.
- itrunc The floor subroutine, floorl subroutine, ceil subroutine, ceill subroutine, nearest subroutine, trunc subroutine, and rint subroutine round floating-point numbers to floating-point integer values. The itrunc subroutine and uitrunc subroutine round floating-point numbers to signed and unsigned integers, respectively. The fmod subroutine and fmodl subroutine compute the modulo remainder. The fabs subroutine and fabsl subroutine compute the floating-point absolute value.