Searched refs:Effective (Results 1 – 25 of 49) sorted by relevance
12
107 if Differs(cf, Permitted) || Differs(cf, Effective) {131 w.ClearFlag(Effective)135 if err := w.SetFlag(Effective, true, SETPCAP); err != nil {208 w.ClearFlag(Effective)212 if err := w.SetFlag(Effective, true, SETUID); err != nil {250 w.ClearFlag(Effective)254 if err := w.SetFlag(Effective, true, SETGID); err != nil {
97 c.flat[0][Effective] = data.Inheritable | data.Permitted107 c.flat[i][Effective] = data.Inheritable | data.Permitted118 c.flat[i][Effective] = data.Inheritable | data.Permitted206 eff |= (f[Permitted] | f[Inheritable]) & f[Effective]339 c.flat[i][Effective] |= uint32(f[0]) << sh360 if u := f[Effective] | f[Permitted] | f[Inheritable]; u != 0 {372 eff, per, inh := f[Effective], f[Permitted], f[Inheritable]
43 eBin uint = (1 << Effective)58 x := uint((c.flat[u][Effective]&bit)>>b) * eBin281 c.forceFlag(Effective, fE)288 c.SetFlag(Effective, true, vs...)298 c.SetFlag(Effective, false, vs...)
144 if c.flat[i][Effective]^d.flat[i][Effective] != 0 {145 cf |= (1 << Effective)
77 Effective Flag = iota const86 case Effective:
210 if err = c.SetFlag(Effective, true, SYS_CHROOT); err != nil {
159 if err = working.SetFlag(Effective, true, SETPCAP); err != nil {
100 for s := Effective; s <= Inheritable; s++ {
30 if err := want.SetFlag(cap.Effective, true, cap.SETFCAP, cap.DAC_OVERRIDE); err != nil {41 if err := saved.ClearFlag(cap.Effective); err != nil {60 if err := working.SetFlag(cap.Effective, true, cap.DAC_OVERRIDE, cap.SETFCAP); err != nil {103 want.ClearFlag(cap.Effective)
47 Effective URL: http://%HOSTIP:%HTTPPORT/1907
9 Effective bits beyond those already present in the
86 if err := c.SetFlag(cap.Effective, true, cap.NET_BIND_SERVICE); err != nil {
88 Effective = 0, enumerator
20 if !has_cap(None, CapSet::Effective, Capability::$capname)
11 For detailed description of this issue see: Scott Meyers, Effective Modern C++,
80 Scott Meyers "Effective Modern C++".
212 if err := have.SetFlag(cap.Effective, true, c); err != nil {
34 [Go Code Review Comments][go] and [Effective Dart][dart].
131 // Division. Effective scheduling latency is 3, though real latency is larger138 // Square-root. Effective scheduling latency is 3; real latency is larger401 // Effective scheduling latency is really 3 for nearly all FP operations,
6 circumstances (such as those laid out in *Effective Java, 2nd Edition* Item 2),
9 > value classes in Java. It encapsulates much of the advice in Effective Java14 > -- *Joshua Bloch, author, Effective Java*
113 # Effective tblgen executable to be used:
108 d. Effective Technological Measures means those measures that, in the177 technical modifications necessary to circumvent Effective192 apply any Effective Technological Measures to, the
91 o Effective code.
148 # Effective tblgen executable to be used: