1 files changed, 30 insertions, 30 deletions
diff --git a/man3/CPU_SET.3 b/man3/CPU_SET.3
index aa5d71d..6c13a62 100644
--- a/man3/CPU_SET.3
+++ b/man3/CPU_SET.3
@@ -4,7 +4,7 @@
 .\"
 .\" SPDX-License-Identifier: Linux-man-pages-copyleft
 .\"
-.TH CPU_SET 3 2023-05-03 "Linux man-pages 6.05.01"
+.TH CPU_SET 3 2023-10-31 "Linux man-pages 6.7"
 .SH NAME
 CPU_SET, CPU_CLR, CPU_ISSET, CPU_ZERO, CPU_COUNT,
 CPU_AND, CPU_OR, CPU_XOR, CPU_EQUAL,
@@ -19,43 +19,43 @@ Standard C library
 .nf
 .BR "#define _GNU_SOURCE" "             /* See feature_test_macros(7) */"
 .B #include <sched.h>
-.PP
+.P
 .BI "void CPU_ZERO(cpu_set_t *" set );
-.PP
+.P
 .BI "void CPU_SET(int " cpu ", cpu_set_t *" set );
 .BI "void CPU_CLR(int " cpu ", cpu_set_t *" set );
 .BI "int  CPU_ISSET(int " cpu ", cpu_set_t *" set );
-.PP
+.P
 .BI "int  CPU_COUNT(cpu_set_t *" set );
-.PP
+.P
 .BI "void CPU_AND(cpu_set_t *" destset ,
 .BI "             cpu_set_t *" srcset1 ", cpu_set_t *" srcset2 );
 .BI "void CPU_OR(cpu_set_t *" destset ,
 .BI "             cpu_set_t *" srcset1 ", cpu_set_t *" srcset2 );
 .BI "void CPU_XOR(cpu_set_t *" destset ,
 .BI "             cpu_set_t *" srcset1 ", cpu_set_t *" srcset2 );
-.PP
+.P
 .BI "int  CPU_EQUAL(cpu_set_t *" set1 ", cpu_set_t *" set2 );
-.PP
+.P
 .BI "cpu_set_t *CPU_ALLOC(int " num_cpus );
 .BI "void CPU_FREE(cpu_set_t *" set );
 .BI "size_t CPU_ALLOC_SIZE(int " num_cpus );
-.PP
+.P
 .BI "void CPU_ZERO_S(size_t " setsize ", cpu_set_t *" set );
-.PP
+.P
 .BI "void CPU_SET_S(int " cpu ", size_t " setsize ", cpu_set_t *" set );
 .BI "void CPU_CLR_S(int " cpu ", size_t " setsize ", cpu_set_t *" set );
 .BI "int  CPU_ISSET_S(int " cpu ", size_t " setsize ", cpu_set_t *" set );
-.PP
+.P
 .BI "int  CPU_COUNT_S(size_t " setsize ", cpu_set_t *" set );
-.PP
+.P
 .BI "void CPU_AND_S(size_t " setsize ", cpu_set_t *" destset ,
 .BI "             cpu_set_t *" srcset1 ", cpu_set_t *" srcset2 );
 .BI "void CPU_OR_S(size_t " setsize ", cpu_set_t *" destset ,
 .BI "             cpu_set_t *" srcset1 ", cpu_set_t *" srcset2 );
 .BI "void CPU_XOR_S(size_t " setsize ", cpu_set_t *" destset ,
 .BI "             cpu_set_t *" srcset1 ", cpu_set_t *" srcset2 );
-.PP
+.P
 .BI "int  CPU_EQUAL_S(size_t " setsize ", cpu_set_t *" set1 \
 ", cpu_set_t *" set2 );
 .fi
@@ -66,14 +66,14 @@ data structure represents a set of CPUs.
 CPU sets are used by
 .BR sched_setaffinity (2)
 and similar interfaces.
-.PP
+.P
 The
 .I cpu_set_t
 data type is implemented as a bit mask.
 However, the data structure should be treated as opaque:
 all manipulation of CPU sets should be done via the macros
 described in this page.
-.PP
+.P
 The following macros are provided to operate on the CPU set
 .IR set :
 .TP
@@ -103,12 +103,12 @@ is a member of
 .BR CPU_COUNT ()
 Return the number of CPUs in
 .IR set .
-.PP
+.P
 Where a
 .I cpu
 argument is specified, it should not produce side effects,
 since the above macros may evaluate the argument more than once.
-.PP
+.P
 The first CPU on the system corresponds to a
 .I cpu
 value of 0, the next CPU corresponds to a
@@ -122,7 +122,7 @@ The constant
 (currently 1024) specifies a value one greater than the maximum CPU
 number that can be stored in
 .IR cpu_set_t .
-.PP
+.P
 The following macros perform logical operations on CPU sets:
 .TP
 .BR CPU_AND ()
@@ -165,7 +165,7 @@ size CPU sets (e.g., to allocate sets larger than that
 defined by the standard
 .I cpu_set_t
 data type), glibc nowadays provides a set of macros to support this.
-.PP
+.P
 The following macros are used to allocate and deallocate CPU sets:
 .TP
 .BR CPU_ALLOC ()
@@ -186,7 +186,7 @@ macros described below.
 .BR CPU_FREE ()
 Free a CPU set previously allocated by
 .BR CPU_ALLOC ().
-.PP
+.P
 The macros whose names end with "_S" are the analogs of
 the similarly named macros without the suffix.
 These macros perform the same tasks as their analogs,
@@ -202,27 +202,27 @@ return nonzero if
 is in
 .IR set ;
 otherwise, it returns 0.
-.PP
+.P
 .BR CPU_COUNT ()
 and
 .BR CPU_COUNT_S ()
 return the number of CPUs in
 .IR set .
-.PP
+.P
 .BR CPU_EQUAL ()
 and
 .BR CPU_EQUAL_S ()
 return nonzero if the two CPU sets are equal; otherwise they return 0.
-.PP
+.P
 .BR CPU_ALLOC ()
 returns a pointer on success, or NULL on failure.
 (Errors are as for
 .BR malloc (3).)
-.PP
+.P
 .BR CPU_ALLOC_SIZE ()
 returns the number of bytes required to store a
 CPU set of the specified cardinality.
-.PP
+.P
 The other functions do not return a value.
 .SH STANDARDS
 Linux.
@@ -234,10 +234,10 @@ The
 and
 .BR CPU_ISSET ()
 macros were added in glibc 2.3.3.
-.PP
+.P
 .BR CPU_COUNT ()
 first appeared in glibc 2.6.
-.PP
+.P
 .BR CPU_AND (),
 .BR CPU_OR (),
 .BR CPU_XOR (),
@@ -258,14 +258,14 @@ first appeared in glibc 2.7.
 .SH NOTES
 To duplicate a CPU set, use
 .BR memcpy (3).
-.PP
+.P
 Since CPU sets are bit masks allocated in units of long words,
 the actual number of CPUs in a dynamically
 allocated CPU set will be rounded up to the next multiple of
 .IR "sizeof(unsigned long)" .
 An application should consider the contents of these extra bits
 to be undefined.
-.PP
+.P
 Notwithstanding the similarity in the names,
 note that the constant
 .B CPU_SETSIZE
@@ -277,7 +277,7 @@ while the
 argument of the
 .BR CPU_*_S ()
 macros is a size in bytes.
-.PP
+.P
 The data types for arguments and return values shown
 in the SYNOPSIS are hints what about is expected in each case.
 However, since these interfaces are implemented as macros,
@@ -298,7 +298,7 @@ These bugs are fixed in glibc 2.9.
 .SH EXAMPLES
 The following program demonstrates the use of some of the macros
 used for dynamically allocated CPU sets.
-.PP
+.P
 .\" SRC BEGIN (CPU_SET.c)
 .EX
 #define _GNU_SOURCE