library: allow duplicated results for <pids> interface
Ok, here is that rather major internal redesign hinted at in the three previous commits. Its need was quickly revealed after adapting top then attempting to display newly added 'CGNAME' fields and an existing 'CGROUPS'. That very quickly generated a SEGV. And the reason was just as quickly recognized. Both fields relied on that proc_t.cgroup member yet whichever result structure is first in a stack is the one which assumes ownership of of the vectored sting by resetting its cgroup to NULL. So this commit introduces reference counting for a few of the fields in the proc_t. Specifically there are 17 entries in the Item_table dealing with strings/vectors where ownership is transferred to newlib. Now whenever such fields are represented more than once in a stack, the strings will be duplicated instead of transferred. In this way we can generally remain optimized avoiding string copies, yet still accommodate them when needed. There's an exception to this scheme: those true string vectors (CGROUP_V, CMDLINE_V and ENVIRON_V). When such fields are duplicated in a stack the result structures beyond the first will be set to NULL, which the caller will (should) already be equipped to deal with anyway. Signed-off-by: Jim Warner <james.warner@comcast.net>
This commit is contained in:
Jim Warner
Craig Small
parent
cfd47f710a
commit
88489be542
284
proc/pids.c
284
proc/pids.c
@ -55,6 +55,15 @@
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enum pids_item PROCPS_PIDS_logical_end = PROCPS_PIDS_noop + 1;
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enum pids_item PROCPS_PIDS_logical_end = PROCPS_PIDS_noop + 1;
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enum pids_item PROCPS_PIDS_physical_end = PROCPS_PIDS_noop + 2;
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enum pids_item PROCPS_PIDS_physical_end = PROCPS_PIDS_noop + 2;
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// these represent the proc_t fields whose storage cannot be managed
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// optimally if they are ever referenced more than once in any stack
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enum rel_ref {
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ref_CGROUP, ref_CGROUP_V, ref_CMD, ref_CMDLINE,
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ref_CMDLINE_V, ref_ENVIRON, ref_ENVIRON_V, ref_SD_MACH,
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ref_SD_OUID, ref_SD_SEAT, ref_SD_SESS, ref_SD_SLICE,
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ref_SD_UNIT, ref_SD_UUNIT, ref_SUPGIDS, ref_SUPGROUPS,
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MAXIMUM_ref
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};
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struct stacks_extent {
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struct stacks_extent {
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struct pids_stack **stacks;
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struct pids_stack **stacks;
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@ -90,37 +99,44 @@ struct procps_pidsinfo {
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PROCTAB *PT; // the old library essential interface
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PROCTAB *PT; // the old library essential interface
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unsigned long hertz; // for TIME_ALL & TIME_ELAPSED calculations
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unsigned long hertz; // for TIME_ALL & TIME_ELAPSED calculations
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unsigned long long boot_seconds; // for TIME_ELAPSED calculation
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unsigned long long boot_seconds; // for TIME_ELAPSED calculation
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int ref_counts[MAXIMUM_ref]; // ref counts for special string fields
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};
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};
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// ___ Results 'Set' Support ||||||||||||||||||||||||||||||||||||||||||||||||||
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// ___ Results 'Set' Support ||||||||||||||||||||||||||||||||||||||||||||||||||
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/* note: the vast majority of these 'set' functions have no need for
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static char **dupstrvecs (char **pvec) {
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the procps_pidsinfo structure, but it's being passed to all
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/* maybe someday we'll actually duplicate these string vectors but,
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because of the CVT_set requirement & for future flexibility */
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for now, let's just gently tell the user 'thanks, but no thanks'
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( remember, that user was already provided with one valid copy ) */
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return NULL;
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}
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#define setNAME(e) set_results_ ## e
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#define setNAME(e) set_results_ ## e
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#define setDECL(e) static void setNAME(e) \
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#define setDECL(e) static void setNAME(e) \
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(struct procps_pidsinfo *I, struct pids_result *R, proc_t *P)
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(struct procps_pidsinfo *I, struct pids_result *R, proc_t *P)
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// convert pages to kib
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// convert pages to kib
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#define CVT_set(e,t,x) setDECL(e) { \
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#define CVT_set(e,t,x) setDECL(e) { \
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R->result. t = (unsigned long)(P-> x) << I -> pgs2k_shift; }
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R->result. t = (unsigned long)(P-> x) << I -> pgs2k_shift; }
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// strdup of a static char array
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// strdup of a static char array
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#define DUP_set(e,x) setDECL(e) { \
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#define DUP_set(e,x) setDECL(e) { \
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(void)I; R->result.str = strdup(P-> x); }
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(void)I; R->result.str = strdup(P-> x); }
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// regular assignment copy
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// regular assignment copy
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#define REG_set(e,t,x) setDECL(e) { \
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#define REG_set(e,t,x) setDECL(e) { \
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(void)I; R->result. t = P-> x; }
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(void)I; R->result. t = P-> x; }
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// take ownership of a regular char* string
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// take ownership of a regular char* string if possible, else duplicate
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#define STR_set(e,x) setDECL(e) { \
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#define STR_set(e,x) setDECL(e) { \
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(void)I; R->result.str = P-> x; P-> x = NULL; }
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if (I->ref_counts[ref_ ## e] > 1) R->result.str = strdup(P-> x); \
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// take ownership of a vectorized single string
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else { R->result.str = P-> x; P-> x = NULL; } }
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// take ownership of a vectorized single string if possible, else duplicate
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#define STV_set(e,x) setDECL(e) { \
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#define STV_set(e,x) setDECL(e) { \
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(void)I; R->result.str = *P-> x; P-> x = NULL; }
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if (I->ref_counts[ref_ ## e] > 1) R->result.str = strdup(*P-> x); \
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// take ownership of true vectorized strings
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else { R->result.str = *P-> x; P-> x = NULL; } }
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// take ownership of true vectorized strings if possible, else return NULL
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#define VEC_set(e,x) setDECL(e) { \
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#define VEC_set(e,x) setDECL(e) { \
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(void)I; R->result.strv = P-> x; P-> x = NULL; }
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if (I->ref_counts[ref_ ## e] > 1) R->result.strv = dupstrvecs(P-> x); \
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else { R->result.strv = P-> x; P-> x = NULL; } }
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REG_set(ADDR_END_CODE, ul_int, end_code)
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REG_set(ADDR_END_CODE, ul_int, end_code)
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REG_set(ADDR_KSTK_EIP, ul_int, kstk_eip)
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REG_set(ADDR_KSTK_EIP, ul_int, kstk_eip)
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@ -370,126 +386,127 @@ static struct {
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FRE_t freefunc; // free function for strings storage
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FRE_t freefunc; // free function for strings storage
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QSR_t sortfunc; // sort cmp func for a specific type
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QSR_t sortfunc; // sort cmp func for a specific type
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int needhist; // a result requires history support
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int needhist; // a result requires history support
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int refcount; // the result needs reference counts
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} Item_table[] = {
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} Item_table[] = {
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/* setsfunc oldflags freefunc sortfunc needhist
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/* setsfunc oldflags freefunc sortfunc needhist refcount
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--------------------- ---------- --------- ------------ -------- */
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--------------------- ---------- --------- ------------ -------- ------------- */
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{ RS(ADDR_END_CODE), f_stat, NULL, QS(ul_int), 0 },
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{ RS(ADDR_END_CODE), f_stat, NULL, QS(ul_int), 0, -1 },
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{ RS(ADDR_KSTK_EIP), f_stat, NULL, QS(ul_int), 0 },
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{ RS(ADDR_KSTK_EIP), f_stat, NULL, QS(ul_int), 0, -1 },
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{ RS(ADDR_KSTK_ESP), f_stat, NULL, QS(ul_int), 0 },
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{ RS(ADDR_KSTK_ESP), f_stat, NULL, QS(ul_int), 0, -1 },
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{ RS(ADDR_START_CODE), f_stat, NULL, QS(ul_int), 0 },
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{ RS(ADDR_START_CODE), f_stat, NULL, QS(ul_int), 0, -1 },
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{ RS(ADDR_START_STACK), f_stat, NULL, QS(ul_int), 0 },
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{ RS(ADDR_START_STACK), f_stat, NULL, QS(ul_int), 0, -1 },
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{ RS(ALARM), f_stat, NULL, QS(sl_int), 0 },
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{ RS(ALARM), f_stat, NULL, QS(sl_int), 0, -1 },
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{ RS(CGNAME), x_cgroup, FF(str), QS(str), 0 },
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{ RS(CGNAME), x_cgroup, FF(str), QS(str), 0, ref_CGROUP }, // refcount: diff result, same source
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{ RS(CGROUP), x_cgroup, FF(str), QS(str), 0 },
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{ RS(CGROUP), x_cgroup, FF(str), QS(str), 0, ref_CGROUP }, // refcount: diff result, same source
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{ RS(CGROUP_V), v_cgroup, FF(strv), QS(strv), 0 },
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{ RS(CGROUP_V), v_cgroup, FF(strv), QS(strv), 0, ref_CGROUP_V },
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{ RS(CMD), f_either, FF(str), QS(str), 0 },
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{ RS(CMD), f_either, FF(str), QS(str), 0, ref_CMD },
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{ RS(CMDLINE), x_cmdline, FF(str), QS(str), 0 },
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{ RS(CMDLINE), x_cmdline, FF(str), QS(str), 0, ref_CMDLINE },
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{ RS(CMDLINE_V), v_arg, FF(strv), QS(strv), 0 },
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{ RS(CMDLINE_V), v_arg, FF(strv), QS(strv), 0, ref_CMDLINE_V },
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{ RS(ENVIRON), x_environ, FF(str), QS(str), 0 },
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{ RS(ENVIRON), x_environ, FF(str), QS(str), 0, ref_ENVIRON },
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{ RS(ENVIRON_V), v_env, FF(strv), QS(strv), 0 },
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{ RS(ENVIRON_V), v_env, FF(strv), QS(strv), 0, ref_ENVIRON_V },
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{ RS(EXIT_SIGNAL), f_stat, NULL, QS(s_int), 0 },
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{ RS(EXIT_SIGNAL), f_stat, NULL, QS(s_int), 0, -1 },
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{ RS(FLAGS), f_stat, NULL, QS(ul_int), 0 },
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{ RS(FLAGS), f_stat, NULL, QS(ul_int), 0, -1 },
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{ RS(FLT_MAJ), f_stat, NULL, QS(ul_int), 0 },
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{ RS(FLT_MAJ), f_stat, NULL, QS(ul_int), 0, -1 },
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{ RS(FLT_MAJ_C), f_stat, NULL, QS(ul_int), 0 },
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{ RS(FLT_MAJ_C), f_stat, NULL, QS(ul_int), 0, -1 },
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{ RS(FLT_MAJ_DELTA), f_stat, NULL, QS(ul_int), +1 },
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{ RS(FLT_MAJ_DELTA), f_stat, NULL, QS(ul_int), +1, -1 },
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{ RS(FLT_MIN), f_stat, NULL, QS(ul_int), 0 },
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{ RS(FLT_MIN), f_stat, NULL, QS(ul_int), 0, -1 },
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{ RS(FLT_MIN_C), f_stat, NULL, QS(ul_int), 0 },
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{ RS(FLT_MIN_C), f_stat, NULL, QS(ul_int), 0, -1 },
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{ RS(FLT_MIN_DELTA), f_stat, NULL, QS(ul_int), +1 },
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{ RS(FLT_MIN_DELTA), f_stat, NULL, QS(ul_int), +1, -1 },
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{ RS(ID_EGID), 0, NULL, QS(u_int), 0 }, // free w/ simple_read...
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{ RS(ID_EGID), 0, NULL, QS(u_int), 0, -1 }, // oldflags: free w/ simple_read...
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{ RS(ID_EGROUP), f_grp, NULL, QS(str), 0 },
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{ RS(ID_EGROUP), f_grp, NULL, QS(str), 0, -1 },
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{ RS(ID_EUID), 0, NULL, QS(u_int), 0 }, // free w/ simple_read...
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{ RS(ID_EUID), 0, NULL, QS(u_int), 0, -1 }, // oldflags: free w/ simple_read...
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{ RS(ID_EUSER), f_usr, NULL, QS(str), 0 },
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{ RS(ID_EUSER), f_usr, NULL, QS(str), 0, -1 },
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{ RS(ID_FGID), f_status, NULL, QS(u_int), 0 },
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{ RS(ID_FGID), f_status, NULL, QS(u_int), 0, -1 },
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{ RS(ID_FGROUP), x_ogroup, NULL, QS(str), 0 },
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{ RS(ID_FGROUP), x_ogroup, NULL, QS(str), 0, -1 },
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{ RS(ID_FUID), f_status, NULL, QS(u_int), 0 },
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{ RS(ID_FUID), f_status, NULL, QS(u_int), 0, -1 },
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{ RS(ID_FUSER), x_ouser, NULL, QS(str), 0 },
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{ RS(ID_FUSER), x_ouser, NULL, QS(str), 0, -1 },
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{ RS(ID_PGRP), f_stat, NULL, QS(s_int), 0 },
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{ RS(ID_PGRP), f_stat, NULL, QS(s_int), 0, -1 },
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{ RS(ID_PID), 0, NULL, QS(s_int), 0 }, // free w/ simple_nextpid
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{ RS(ID_PID), 0, NULL, QS(s_int), 0, -1 }, // oldflags: free w/ simple_nextpid
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{ RS(ID_PPID), f_either, NULL, QS(s_int), 0 },
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{ RS(ID_PPID), f_either, NULL, QS(s_int), 0, -1 },
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{ RS(ID_RGID), f_status, NULL, QS(u_int), 0 },
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{ RS(ID_RGID), f_status, NULL, QS(u_int), 0, -1 },
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{ RS(ID_RGROUP), x_ogroup, NULL, QS(str), 0 },
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{ RS(ID_RGROUP), x_ogroup, NULL, QS(str), 0, -1 },
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{ RS(ID_RUID), f_status, NULL, QS(u_int), 0 },
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{ RS(ID_RUID), f_status, NULL, QS(u_int), 0, -1 },
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{ RS(ID_RUSER), x_ouser, NULL, QS(str), 0 },
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{ RS(ID_RUSER), x_ouser, NULL, QS(str), 0, -1 },
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{ RS(ID_SESSION), f_stat, NULL, QS(s_int), 0 },
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{ RS(ID_SESSION), f_stat, NULL, QS(s_int), 0, -1 },
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{ RS(ID_SGID), f_status, NULL, QS(u_int), 0 },
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{ RS(ID_SGID), f_status, NULL, QS(u_int), 0, -1 },
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{ RS(ID_SGROUP), x_ogroup, NULL, QS(str), 0 },
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{ RS(ID_SGROUP), x_ogroup, NULL, QS(str), 0, -1 },
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{ RS(ID_SUID), f_status, NULL, QS(u_int), 0 },
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{ RS(ID_SUID), f_status, NULL, QS(u_int), 0, -1 },
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{ RS(ID_SUSER), x_ouser, NULL, QS(str), 0 },
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{ RS(ID_SUSER), x_ouser, NULL, QS(str), 0, -1 },
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{ RS(ID_TGID), 0, NULL, QS(s_int), 0 }, // free w/ simple_nextpid
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{ RS(ID_TGID), 0, NULL, QS(s_int), 0, -1 }, // oldflags: free w/ simple_nextpid
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{ RS(ID_TPGID), f_stat, NULL, QS(s_int), 0 },
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{ RS(ID_TPGID), f_stat, NULL, QS(s_int), 0, -1 },
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{ RS(LXCNAME), f_lxc, NULL, QS(str), 0 },
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{ RS(LXCNAME), f_lxc, NULL, QS(str), 0, -1 },
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{ RS(MEM_CODE), f_statm, NULL, QS(sl_int), 0 },
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{ RS(MEM_CODE), f_statm, NULL, QS(sl_int), 0, -1 },
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{ RS(MEM_CODE_KIB), f_statm, NULL, QS(ul_int), 0 },
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{ RS(MEM_CODE_KIB), f_statm, NULL, QS(ul_int), 0, -1 },
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{ RS(MEM_DATA), f_statm, NULL, QS(sl_int), 0 },
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{ RS(MEM_DATA), f_statm, NULL, QS(sl_int), 0, -1 },
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{ RS(MEM_DATA_KIB), f_statm, NULL, QS(ul_int), 0 },
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{ RS(MEM_DATA_KIB), f_statm, NULL, QS(ul_int), 0, -1 },
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{ RS(MEM_DT), f_statm, NULL, QS(sl_int), 0 },
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{ RS(MEM_DT), f_statm, NULL, QS(sl_int), 0, -1 },
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{ RS(MEM_LRS), f_statm, NULL, QS(sl_int), 0 },
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{ RS(MEM_LRS), f_statm, NULL, QS(sl_int), 0, -1 },
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{ RS(MEM_RES), f_statm, NULL, QS(sl_int), 0 },
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{ RS(MEM_RES), f_statm, NULL, QS(sl_int), 0, -1 },
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{ RS(MEM_RES_KIB), f_statm, NULL, QS(ul_int), 0 },
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{ RS(MEM_RES_KIB), f_statm, NULL, QS(ul_int), 0, -1 },
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{ RS(MEM_SHR), f_statm, NULL, QS(sl_int), 0 },
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{ RS(MEM_SHR), f_statm, NULL, QS(sl_int), 0, -1 },
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{ RS(MEM_SHR_KIB), f_statm, NULL, QS(ul_int), 0 },
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{ RS(MEM_SHR_KIB), f_statm, NULL, QS(ul_int), 0, -1 },
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{ RS(MEM_VIRT), f_statm, NULL, QS(sl_int), 0 },
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{ RS(MEM_VIRT), f_statm, NULL, QS(sl_int), 0, -1 },
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{ RS(MEM_VIRT_KIB), f_statm, NULL, QS(ul_int), 0 },
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{ RS(MEM_VIRT_KIB), f_statm, NULL, QS(ul_int), 0, -1 },
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{ RS(NICE), f_stat, NULL, QS(sl_int), 0 },
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{ RS(NICE), f_stat, NULL, QS(sl_int), 0, -1 },
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{ RS(NLWP), f_either, NULL, QS(s_int), 0 },
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{ RS(NLWP), f_either, NULL, QS(s_int), 0, -1 },
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{ RS(NS_IPC), f_ns, NULL, QS(ul_int), 0 },
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{ RS(NS_IPC), f_ns, NULL, QS(ul_int), 0, -1 },
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{ RS(NS_MNT), f_ns, NULL, QS(ul_int), 0 },
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{ RS(NS_MNT), f_ns, NULL, QS(ul_int), 0, -1 },
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{ RS(NS_NET), f_ns, NULL, QS(ul_int), 0 },
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{ RS(NS_NET), f_ns, NULL, QS(ul_int), 0, -1 },
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{ RS(NS_PID), f_ns, NULL, QS(ul_int), 0 },
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{ RS(NS_PID), f_ns, NULL, QS(ul_int), 0, -1 },
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{ RS(NS_USER), f_ns, NULL, QS(ul_int), 0 },
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{ RS(NS_USER), f_ns, NULL, QS(ul_int), 0, -1 },
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{ RS(NS_UTS), f_ns, NULL, QS(ul_int), 0 },
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{ RS(NS_UTS), f_ns, NULL, QS(ul_int), 0, -1 },
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{ RS(OOM_ADJ), f_oom, NULL, QS(s_int), 0 },
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{ RS(OOM_ADJ), f_oom, NULL, QS(s_int), 0, -1 },
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{ RS(OOM_SCORE), f_oom, NULL, QS(s_int), 0 },
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{ RS(OOM_SCORE), f_oom, NULL, QS(s_int), 0, -1 },
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{ RS(PRIORITY), f_stat, NULL, QS(s_int), 0 },
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{ RS(PRIORITY), f_stat, NULL, QS(s_int), 0, -1 },
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{ RS(PROCESSOR), f_stat, NULL, QS(u_int), 0 },
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{ RS(PROCESSOR), f_stat, NULL, QS(u_int), 0, -1 },
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{ RS(RSS), f_stat, NULL, QS(sl_int), 0 },
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{ RS(RSS), f_stat, NULL, QS(sl_int), 0, -1 },
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{ RS(RSS_RLIM), f_stat, NULL, QS(ul_int), 0 },
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{ RS(RSS_RLIM), f_stat, NULL, QS(ul_int), 0, -1 },
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{ RS(RTPRIO), f_stat, NULL, QS(ul_int), 0 },
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{ RS(RTPRIO), f_stat, NULL, QS(ul_int), 0, -1 },
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{ RS(SCHED_CLASS), f_stat, NULL, QS(ul_int), 0 },
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{ RS(SCHED_CLASS), f_stat, NULL, QS(ul_int), 0, -1 },
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{ RS(SD_MACH), f_systemd, FF(str), QS(str), 0 },
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{ RS(SD_MACH), f_systemd, FF(str), QS(str), 0, ref_SD_MACH },
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{ RS(SD_OUID), f_systemd, FF(str), QS(str), 0 },
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{ RS(SD_OUID), f_systemd, FF(str), QS(str), 0, ref_SD_OUID },
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{ RS(SD_SEAT), f_systemd, FF(str), QS(str), 0 },
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{ RS(SD_SEAT), f_systemd, FF(str), QS(str), 0, ref_SD_SEAT },
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{ RS(SD_SESS), f_systemd, FF(str), QS(str), 0 },
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{ RS(SD_SESS), f_systemd, FF(str), QS(str), 0, ref_SD_SESS },
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{ RS(SD_SLICE), f_systemd, FF(str), QS(str), 0 },
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{ RS(SD_SLICE), f_systemd, FF(str), QS(str), 0, ref_SD_SLICE },
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{ RS(SD_UNIT), f_systemd, FF(str), QS(str), 0 },
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{ RS(SD_UNIT), f_systemd, FF(str), QS(str), 0, ref_SD_UNIT },
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{ RS(SD_UUNIT), f_systemd, FF(str), QS(str), 0 },
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{ RS(SD_UUNIT), f_systemd, FF(str), QS(str), 0, ref_SD_UUNIT },
|
||||||
{ RS(SIGBLOCKED), f_status, FF(str), QS(str), 0 },
|
{ RS(SIGBLOCKED), f_status, FF(str), QS(str), 0, -1 },
|
||||||
{ RS(SIGCATCH), f_status, FF(str), QS(str), 0 },
|
{ RS(SIGCATCH), f_status, FF(str), QS(str), 0, -1 },
|
||||||
{ RS(SIGIGNORE), f_status, FF(str), QS(str), 0 },
|
{ RS(SIGIGNORE), f_status, FF(str), QS(str), 0, -1 },
|
||||||
{ RS(SIGNALS), f_status, FF(str), QS(str), 0 },
|
{ RS(SIGNALS), f_status, FF(str), QS(str), 0, -1 },
|
||||||
{ RS(SIGPENDING), f_status, FF(str), QS(str), 0 },
|
{ RS(SIGPENDING), f_status, FF(str), QS(str), 0, -1 },
|
||||||
{ RS(STATE), f_either, NULL, QS(s_ch), 0 },
|
{ RS(STATE), f_either, NULL, QS(s_ch), 0, -1 },
|
||||||
{ RS(SUPGIDS), f_status, FF(str), QS(str), 0 },
|
{ RS(SUPGIDS), f_status, FF(str), QS(str), 0, ref_SUPGIDS },
|
||||||
{ RS(SUPGROUPS), x_supgrp, FF(str), QS(str), 0 },
|
{ RS(SUPGROUPS), x_supgrp, FF(str), QS(str), 0, ref_SUPGROUPS },
|
||||||
{ RS(TICS_ALL), f_stat, NULL, QS(ull_int), 0 },
|
{ RS(TICS_ALL), f_stat, NULL, QS(ull_int), 0, -1 },
|
||||||
{ RS(TICS_ALL_C), f_stat, NULL, QS(ull_int), 0 },
|
{ RS(TICS_ALL_C), f_stat, NULL, QS(ull_int), 0, -1 },
|
||||||
{ RS(TICS_DELTA), f_stat, NULL, QS(u_int), +1 },
|
{ RS(TICS_DELTA), f_stat, NULL, QS(u_int), +1, -1 },
|
||||||
{ RS(TICS_SYSTEM), f_stat, NULL, QS(ull_int), 0 },
|
{ RS(TICS_SYSTEM), f_stat, NULL, QS(ull_int), 0, -1 },
|
||||||
{ RS(TICS_SYSTEM_C), f_stat, NULL, QS(ull_int), 0 },
|
{ RS(TICS_SYSTEM_C), f_stat, NULL, QS(ull_int), 0, -1 },
|
||||||
{ RS(TICS_USER), f_stat, NULL, QS(ull_int), 0 },
|
{ RS(TICS_USER), f_stat, NULL, QS(ull_int), 0, -1 },
|
||||||
{ RS(TICS_USER_C), f_stat, NULL, QS(ull_int), 0 },
|
{ RS(TICS_USER_C), f_stat, NULL, QS(ull_int), 0, -1 },
|
||||||
{ RS(TIME_ALL), f_stat, NULL, QS(ull_int), 0 },
|
{ RS(TIME_ALL), f_stat, NULL, QS(ull_int), 0, -1 },
|
||||||
{ RS(TIME_ELAPSED), f_stat, NULL, QS(ull_int), 0 },
|
{ RS(TIME_ELAPSED), f_stat, NULL, QS(ull_int), 0, -1 },
|
||||||
{ RS(TIME_START), f_stat, NULL, QS(ull_int), 0 },
|
{ RS(TIME_START), f_stat, NULL, QS(ull_int), 0, -1 },
|
||||||
{ RS(TTY), f_stat, NULL, QS(s_int), 0 },
|
{ RS(TTY), f_stat, NULL, QS(s_int), 0, -1 },
|
||||||
{ RS(TTY_NAME), f_stat, FF(str), QS(strvers), 0 },
|
{ RS(TTY_NAME), f_stat, FF(str), QS(strvers), 0, -1 },
|
||||||
{ RS(TTY_NUMBER), f_stat, FF(str), QS(strvers), 0 },
|
{ RS(TTY_NUMBER), f_stat, FF(str), QS(strvers), 0, -1 },
|
||||||
{ RS(VM_DATA), f_status, NULL, QS(ul_int), 0 },
|
{ RS(VM_DATA), f_status, NULL, QS(ul_int), 0, -1 },
|
||||||
{ RS(VM_EXE), f_status, NULL, QS(ul_int), 0 },
|
{ RS(VM_EXE), f_status, NULL, QS(ul_int), 0, -1 },
|
||||||
{ RS(VM_LIB), f_status, NULL, QS(ul_int), 0 },
|
{ RS(VM_LIB), f_status, NULL, QS(ul_int), 0, -1 },
|
||||||
{ RS(VM_LOCK), f_status, NULL, QS(ul_int), 0 },
|
{ RS(VM_LOCK), f_status, NULL, QS(ul_int), 0, -1 },
|
||||||
{ RS(VM_RSS), f_status, NULL, QS(ul_int), 0 },
|
{ RS(VM_RSS), f_status, NULL, QS(ul_int), 0, -1 },
|
||||||
{ RS(VM_SIZE), f_status, NULL, QS(ul_int), 0 },
|
{ RS(VM_SIZE), f_status, NULL, QS(ul_int), 0, -1 },
|
||||||
{ RS(VM_STACK), f_status, NULL, QS(ul_int), 0 },
|
{ RS(VM_STACK), f_status, NULL, QS(ul_int), 0, -1 },
|
||||||
{ RS(VM_SWAP), f_status, NULL, QS(ul_int), 0 },
|
{ RS(VM_SWAP), f_status, NULL, QS(ul_int), 0, -1 },
|
||||||
{ RS(VM_USED), f_status, NULL, QS(ul_int), 0 },
|
{ RS(VM_USED), f_status, NULL, QS(ul_int), 0, -1 },
|
||||||
{ RS(VSIZE_PGS), f_stat, NULL, QS(ul_int), 0 },
|
{ RS(VSIZE_PGS), f_stat, NULL, QS(ul_int), 0, -1 },
|
||||||
{ RS(WCHAN_ADDR), f_stat, NULL, QS(ul_int), 0 },
|
{ RS(WCHAN_ADDR), f_stat, NULL, QS(ul_int), 0, -1 },
|
||||||
{ RS(WCHAN_NAME), 0, FF(str), QS(str), 0 }, // tid already free
|
{ RS(WCHAN_NAME), 0, FF(str), QS(str), 0, -1 }, // oldflags: tid already free
|
||||||
{ RS(extra), 0, NULL, QS(ull_int), 0 },
|
{ RS(extra), 0, NULL, QS(ull_int), 0, -1 },
|
||||||
{ RS(noop), 0, NULL, QS(noop), 0 },
|
{ RS(noop), 0, NULL, QS(noop), 0, -1 },
|
||||||
{ RS(logical_end), 0, NULL, QS(noop), 0 },
|
{ RS(logical_end), 0, NULL, QS(noop), 0, -1 },
|
||||||
{ RS(physical_end), 0, NULL, QS(noop), 0 }
|
{ RS(physical_end), 0, NULL, QS(noop), 0, -1 }
|
||||||
};
|
};
|
||||||
|
|
||||||
#undef RS
|
#undef RS
|
||||||
@ -858,12 +875,15 @@ static inline int items_check_failed (
|
|||||||
static inline void libflags_set (
|
static inline void libflags_set (
|
||||||
struct procps_pidsinfo *info)
|
struct procps_pidsinfo *info)
|
||||||
{
|
{
|
||||||
int i;
|
int i, n;
|
||||||
|
|
||||||
|
memset (info->ref_counts, 0, sizeof(info->ref_counts));
|
||||||
info->flags = info->history_yes = 0;
|
info->flags = info->history_yes = 0;
|
||||||
for (i = 0; i < info->curitems; i++) {
|
for (i = 0; i < info->curitems; i++) {
|
||||||
info->flags |= Item_table[info->items[i]].oldflags;
|
info->flags |= Item_table[info->items[i]].oldflags;
|
||||||
info->history_yes |= Item_table[info->items[i]].needhist;
|
info->history_yes |= Item_table[info->items[i]].needhist;
|
||||||
|
n = Item_table[info->items[i]].refcount;
|
||||||
|
if (n > -1) ++info->ref_counts[n];
|
||||||
}
|
}
|
||||||
if (info->flags & f_either) {
|
if (info->flags & f_either) {
|
||||||
if (!(info->flags & f_stat))
|
if (!(info->flags & f_stat))
|
||||||
|
|||||||
Loading…
Reference in New Issue
Block a user