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Fix misspellings in manual/ -- BZ 25337
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@ -140,7 +140,7 @@ its name to the 'tests-printers-libs' variable in your submodule's Makefile.
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Known issues
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------------
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* Pretty printers are inherently coupled to the code they're targetting, thus
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* Pretty printers are inherently coupled to the code they're targeting, thus
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any changes to the target code must also update the corresponding printers.
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On the plus side, the printer code itself may serve as a kind of documentation
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for the target code.
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@ -111,7 +111,7 @@ minimum possible values for each integer data type. The macro names
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follow these examples: @code{INT32_MAX}, @code{UINT8_MAX},
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@code{INT_FAST32_MIN}, @code{INT_LEAST64_MIN}, @code{UINTMAX_MAX},
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@code{INTMAX_MAX}, @code{INTMAX_MIN}. Note that there are no macros for
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unsigned integer minima. These are always zero. Similiarly, there
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unsigned integer minima. These are always zero. Similarly, there
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are macros such as @code{INTMAX_WIDTH} for the width of these types.
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Those macros for integer type widths come from TS 18661-1:2014.
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@cindex maximum possible integer
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@ -509,7 +509,7 @@ build @theglibc{}:
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@item
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GNU @code{make} 4.0 or newer
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As of relase time, GNU @code{make} 4.4 is the newest verified to work
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As of release time, GNU @code{make} 4.4 is the newest verified to work
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to build @theglibc{}.
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@item
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@ -1294,14 +1294,14 @@ this manual.
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@c Pattern Matching (10)
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@c Input/Output Overview (11)
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@c Input/Output on Streams (12)
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@c Low-level Input/Ooutput (13)
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@c Low-level Input/Output (13)
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@c File System Interface (14)
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@c Pipes and FIFOs (15)
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@c Sockets (16)
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@c Low-Level Terminal Interface (17)
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@c Syslog (18)
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@c Mathematics (19)
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@c Aritmetic Functions (20)
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@c Arithmetic Functions (20)
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@c Date and Time (21)
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@c Non-Local Exist (23)
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@c Signal Handling (24)
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@ -62,7 +62,7 @@ by @theglibc{}.
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@safety{@prelim{}@mtsafe{}@asunsafe{@asuinit{}}@acunsafe{@acuinit{}}}
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@c pthread_once asuinit
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@c
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@c We are AC-Unsafe becuase we use pthread_once to initialize
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@c We are AC-Unsafe because we use pthread_once to initialize
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@c a global variable that holds the location of the mounted
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@c shmfs on Linux.
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@end deftypefun
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@ -320,7 +320,7 @@ is used.
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@item ENOMEM
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Either there is not enough memory for the operation, or the process is
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out of address space. It can only happnes when @code{CLOSE_RANGE_UNSHARED}
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out of address space. It can only happen when @code{CLOSE_RANGE_UNSHARED}
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flag is used.
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@item EMFILE
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@ -1746,7 +1746,7 @@ are no problems with the code, all allocated memory was freed
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afterwards.
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If we call @code{mtrace} on the example trace given above we would get a
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different outout:
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different output:
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@example
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drepper$ mtrace errlog
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@ -258,7 +258,7 @@ containing a given name.
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The @code{glob} function reads the @code{struct dirent} members listed
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above and makes a copy of the file name in the @code{d_name} member
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immediately after the @code{gl_readdir} callback function returns.
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Future invocations of any of the callback functions may dealloacte or
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Future invocations of any of the callback functions may deallocate or
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reuse the buffer. It is the responsibility of the caller of the
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@code{glob} function to allocate and deallocate the buffer, around the
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call to @code{glob} or using the callback functions. For example, an
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@ -254,7 +254,7 @@ It is declared in the header file @file{unistd.h}.
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@c handlers, and unlocks the internal lock. The child bumps the fork
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@c generation, sets the thread-local pid, resets cpu clocks, initializes
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@c the robust mutex list, the stream locks, the IO_list lock, the dynamic
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@c loader lock, runs the child handlers, reseting ref counters to 1, and
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@c loader lock, runs the child handlers, resetting ref counters to 1, and
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@c initializes the fork lock. These are all safe, unless atfork
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@c handlers themselves are unsafe.
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The @code{fork} function creates a new process.
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@ -821,7 +821,7 @@ here. The address is stored in network byte order.
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This combines the IPv6 traffic class and flow label values, as found
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in the IPv6 header. This field is stored in network byte order. Only
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the 28 lower bits (of the number in network byte order) are used; the
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remainig bits must be zero. The lower 20 bits are the flow label, and
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remaining bits must be zero. The lower 20 bits are the flow label, and
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bits 20 to 27 are the the traffic class. Typically, this field is
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zero.
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@ -945,7 +945,7 @@ undefined behavior.) In any case, an application must not write to
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@code{__libc_single_threaded} even if it has joined the last
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application-created thread because future versions of @theglibc{} may
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create background threads after the first thread has been created, and
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the application has no way of knowning that these threads are present.
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the application has no way of knowing that these threads are present.
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@node Restartable Sequences
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@subsubsection Restartable Sequences
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@ -503,7 +503,7 @@ Systems may support more than just these two clocks.
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@deftypefun int clock_gettime (clockid_t @var{clock}, struct timespec *@var{ts})
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@standards{POSIX.1, time.h}
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Get the current time accoding to the clock identified by @var{clock},
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Get the current time according to the clock identified by @var{clock},
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storing it as seconds and nanoseconds in @code{*@var{ts}}.
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@xref{Time Types}, for a description of @code{struct timespec}.
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@ -446,7 +446,7 @@ stack cache exceeds this size, unused thread stacks are returned to
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the kernel, to bring the cache size below this limit.
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The value is measured in bytes. The default is @samp{41943040}
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(fourty mibibytes).
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(forty mibibytes).
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@end deftp
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@deftp Tunable glibc.pthread.rseq
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@ -625,7 +625,7 @@ and the process manage memory.
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@deftp Tunable glibc.mem.tagging
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If the hardware supports memory tagging, this tunable can be used to
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control the way @theglibc{} uses this feature. At present this is only
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supported on AArch64 systems with the MTE extention; it is ignored for
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supported on AArch64 systems with the MTE extension; it is ignored for
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all other systems.
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This tunable takes a value between 0 and 255 and acts as a bitmask
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