/glibc-2.36/mach/ |
D | errstring.c | 51 int sub, system; in mach_error_type() local 56 system = err_get_system(err); in mach_error_type() 58 if (system > err_max_system in mach_error_type() 59 || sub >= errors[system].max_sub ) return( "(?/?)" ); in mach_error_type() 60 return( errors[system].subsystem[sub].subsys_name ); in mach_error_type() 70 int sub, system, code; in mach_error_string_int() local 75 system = err_get_system(err); in mach_error_string_int() 80 if (system > err_max_system) return( "(?/?) unknown error system" ); in mach_error_string_int() 81 if (sub >= errors[system].max_sub) return( errors[system].bad_sub ); in mach_error_string_int() 82 if (code >= errors[system].subsystem[sub].max_code) return ( NO_SUCH_ERROR ); in mach_error_string_int() [all …]
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D | err_server.sub | 184 "(server/object system) GENERIC ERROR", 185 "(server/object system) object not found", 186 "(server/object system) no such operation", 187 "(server/object system) undefined ipc method arguments", 188 "(server/object system) too many arguments to method", 189 "(server/object system) bad ipc message format", 224 "(server/unix-signal) system error", 321 /* server/9; generic US system */ 335 /* server/11; MachObject system */ 337 "(server/object system)",
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/glibc-2.36/sysdeps/mach/ |
D | _strerror.c | 29 int system; in __strerror_r() local 37 system = err_get_system (errnum); in __strerror_r() 41 if (system > err_max_system || ! __mach_error_systems[system].bad_sub) in __strerror_r() 48 es = &__mach_error_systems[system]; in __strerror_r()
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D | xpg-strerror.c | 40 int system; in __xpg_strerror_r() local 49 system = err_get_system (errnum); in __xpg_strerror_r() 53 if (system > err_max_system || ! __mach_error_systems[system].bad_sub) in __xpg_strerror_r() 56 es = &__mach_error_systems[system]; in __xpg_strerror_r()
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D | strerror_l.c | 46 int system; in __strerror_l() local 54 system = err_get_system (errnum); in __strerror_l() 58 if (system > err_max_system || ! __mach_error_systems[system].bad_sub) in __strerror_l() 71 es = &__mach_error_systems[system]; in __strerror_l()
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/glibc-2.36/manual/ |
D | maint.texi | 10 a new machine or operating system. 129 machine architecture and have nothing to do with an operating system, then 137 If the header file provides features that are specific to an operating system, 139 as it already has a lot of information about the operating system. 142 If the header file provides features that are specific to an operating system 315 machines and operating systems. Machine- and operating system-dependent 321 All the machine-dependent and operating system-dependent files in the 327 particular machine or operating system, or for a class of machine or 328 operating system (for example, systems by a particular vendor, or all 360 to look for a system-dependent version of a file that's not in [all …]
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D | conf.texi | 2 @c %MENU% Parameters describing operating system limits 6 configuration parameters of the operating system---for example, capacity 17 of general limits and system options. 40 describe capacity limitations of the system. These limits can be fixed 41 constants for a given operating system, or they can vary from machine to 43 system administrator, either at run time or by rebuilding the kernel, 48 @file{limits.h} only if the system has a fixed, uniform limit for the 49 parameter in question. If the system allows different file systems or 56 allowed to have on @emph{any} POSIX system. @xref{Minimums}. 140 POSIX defines certain system-specific options that not all POSIX systems [all …]
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D | crypt.texi | 8 operating system. Programs that need general-purpose cryptography 34 system can ask someone claiming to be a user what the user's passphrase 35 is, and if the person gives the correct passphrase then the system can 42 be ``leaked'' via a bug or misconfiguration, and system administrators 49 compute its inverse. This means the system can easily check 131 The system configuration forbids use of the hash function selected by 229 @dfn{randomness source} supplied by the operating system. The 258 The operating system does not implement a randomness source, or does 259 not support this way of accessing it. (For instance, the system call 271 A call to @code{getentropy} can only block when the system has just [all …]
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D | syslog.texi | 7 system administration interest. This chapter has nothing to do with 13 submit messages of interest to system administrators and can be 21 * Overview of Syslog:: Overview of a system's Syslog facility 29 messages from a plethora of subsystems within each system, and usually 34 Some of these messages need to be brought to a system administrator's 35 attention immediately. And it may not be just any system administrator 36 -- there may be a particular system administrator who deals with a 51 Write to the system console 88 more meaning than the system administrator gives to it. 95 of these priorities is entirely determined by the system administrator. [all …]
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D | startup.texi | 9 @dfn{Processes} are the primitive units for allocation of system 22 broader definition; it can refer for example to a system's kernel, an 27 explains the most basic interface between your program and the system 29 and environment) from the system, requesting basic services from the 30 system, and telling the system the program is done. 32 A program starts another program with the @code{exec} family of system calls. 40 * System Calls:: Requesting service from the system 41 * Program Termination:: Telling the system you're done; return status 55 The system starts a C program by calling the function @code{main}. It 552 the system will look for files named @file{foo}, @file{/bin/foo}, [all …]
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D | sysinfo.texi | 2 @c %MENU% Controlling the system and getting information about it 5 This chapter describes facilities for controlling the system that 6 underlies a process (including the operating system and hardware) and 14 * Platform Type:: Determining operating system and basic 19 To get information on parameters of the system that are built into the 20 system, such as the maximum length of a filename, @ref{System 26 This section explains how to identify the particular system on which your 31 Every Unix system (also known as a host) has a host name, whether it's 36 But any system attached to the Internet or any network like it conforms 58 separated by periods. So for example, a system's hostname may be [all …]
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D | resource.texi | 67 Time spent in operating system code on behalf of @var{processes}. 97 The number of times the file system had to read from the disk on behalf 101 The number of times the file system had to write to the disk on behalf 131 process tries to exceed a limit, it may get a signal, or the system call 141 The current limit is the value the system will not allow usage to 173 32-bit system this function is in fact @code{getrlimit64}. Thus, the 213 32-bit system this function is in fact @code{setrlimit64}. Thus, the 304 This parameter is a guide for the system's scheduler and memory 305 allocator; the system may give the process more memory when there is a 443 When multiple processes simultaneously require CPU time, the system's [all …]
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D | install.texi | 58 but the normal setting to install as the standard system library is 68 that may be overridden by the @glibcadj{} build system for particular 98 This option is primarily of use on a system where the headers in 114 the default binutils on your system cannot deal with all the constructs 121 With @code{--with-default-link}, the build system does not use a custom 305 @item --build=@var{build-system} 306 @itemx --host=@var{host-system} 308 @var{build-system} is different from @var{host-system}, @code{configure} 309 will prepare to cross-compile @theglibc{} from @var{build-system} to be used 310 on @var{host-system}. You'll probably need the @samp{--with-headers} [all …]
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D | errno.texi | 41 The variable @code{errno} contains the system error number. You can 70 on @gnulinuxhurdsystems{}. @Theglibc{}, on each system, does 71 whatever is right for the particular system. 99 Except on @gnuhurdsystems{}, almost any system call can return @code{EFAULT} if 105 In some Unix systems, many system calls can also return @code{EFAULT} if 109 allocated memory instead of stack memory on that system. 143 @errno{EINTR, 4, Interrupted system call} 162 The system tried to use the device 204 Allocating a system resource would have resulted in a 205 deadlock situation. The system does not guarantee that it will notice [all …]
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/glibc-2.36/ |
D | README | 4 The GNU C Library is the standard system C library for all GNU systems, 5 and is an important part of what makes up a GNU system. It provides the 6 system API for all programs written in C and C-compatible languages such 8 languages use the C library to access the underlying operating system. 11 implement the operating system behavior seen by user applications. 15 GNU/Hurd system, using configurations i[4567]86-*-gnu. 68 information. We are now using the Bugzilla system to track all bug reports.
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D | INSTALL | 35 normal setting to install as the standard system library is 45 build system for particular files, such as for optimization and 71 This option is primarily of use on a system where the headers in 87 the default binutils on your system cannot deal with all the 94 With '--with-default-link', the build system does not use a custom 288 system is. This is most useful to change the CPU submodel. For 332 Before reporting bugs make sure there is no problem with your system. 334 system such as '/etc/passwd', '/etc/nsswitch.conf' and others. These 352 build directory and add values as appropriate for your system. The file 361 to use for programs run on the build system as part of compiling the [all …]
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/glibc-2.36/stdlib/ |
D | tst-system.c | 59 ret = system (args->command); in call_system() 77 TEST_VERIFY (system (NULL) != 0); in do_test() 157 TEST_COMPARE (system (""), 0); in do_test()
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D | system.c | 32 weak_alias (__libc_system, system) 35 stub_warning (system)
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D | isomac.c | 204 if (system (NULL) == 0) in main() 273 if (system (command)) in get_null_defines() 365 if (system (command)) in check_header()
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/glibc-2.36/nss/ |
D | tst-nss-files-hosts-long.c | 33 ret = system("getent ahostsv4 test4"); in do_test() 38 ret = system("getent ahostsv6 test6"); in do_test()
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/glibc-2.36/libio/ |
D | bug-mmap-fflush.c | 38 system (buffer); in do_test() 45 system (buffer); in do_test()
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/glibc-2.36/scripts/ |
D | gen-sorted.awk | 49 if (system("test -d " this_srcdir) != 0) { 54 if (system("test -f " file) == 0) {
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/glibc-2.36/sysdeps/s390/s390-64/ |
D | configure.ac | 51 # executable if the system glibc lacks static PIE support) 64 # (We can't test the kernel of the target system) 79 # - "i386: Honor I386_USE_SYSENTER for 6-argument Linux system calls" 85 # - "Linux: Introduce __brk_call for invoking the brk system call"
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D | configure | 80 # executable if the system glibc lacks static PIE support) 93 # (We can't test the kernel of the target system) 108 # - "i386: Honor I386_USE_SYSENTER for 6-argument Linux system calls" 114 # - "Linux: Introduce __brk_call for invoking the brk system call"
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/glibc-2.36/sysdeps/nptl/ |
D | Makeconfig | 28 # Some tests need this to load their own test objects, and system 30 # libpthread.so.0, not the (potentially non-empty) system version.
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