e0ab7cff1f
to be able to read and write large buffers below /proc. The buffers and file offsets are handled dynamically on the required buffer size at read, that is lseek(2) is used to determine this size. Large buffers at write are split at a delimeter into pieces and also lseek(2) is used to write each of them. Signed-off-by: Werner Fink <werner@suse.de>
72 lines
1.0 KiB
Plaintext
72 lines
1.0 KiB
Plaintext
LIBPROCPS_0 {
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global:
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Hertz;
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closeproc;
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cpuinfo;
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dev_to_tty;
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escape_command;
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escape_str;
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escape_strlist;
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escaped_copy;
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fprocopen;
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free_slabinfo;
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freeproc;
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get_ns_id;
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get_ns_name;
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get_pid_digits;
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get_slabinfo;
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getbtime;
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getdiskstat;
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getpartitions_num;
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getslabinfo;
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getstat;
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kb_active;
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kb_high_free;
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kb_high_total;
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kb_inactive;
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kb_low_free;
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kb_low_total;
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kb_main_available;
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kb_main_buffers;
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kb_main_cached;
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kb_main_free;
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kb_main_shared;
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kb_main_total;
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kb_main_used;
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kb_swap_free;
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kb_swap_total;
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kb_swap_used;
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loadavg;
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look_up_our_self;
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lookup_wchan;
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meminfo;
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numa_init;
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numa_max_node;
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numa_node_of_cpu;
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numa_uninit;
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openproc;
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page_bytes;
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pretty_print_signals;
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print_uptime;
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procps_linux_version;
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put_slabinfo;
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pwcache_get_user;
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readeither;
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readproc;
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readproctab2;
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readproctab3;
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readproctab;
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readtask;
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signal_name_to_number;
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signal_number_to_name;
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smp_num_cpus;
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sprint_uptime;
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strtosig;
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tty_to_dev;
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unix_print_signals;
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uptime;
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xalloc_err_handler;
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local:
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*;
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};
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