Searched defs:vm (Results 1 - 25 of 86) sorted by relevance

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/ast/src/lib/libast/vmalloc/
H A Dvmgetmem.c25 * vm open/close/resize - a handy default for discipline memory functions
37 Void_t* vmgetmem(Vmalloc_t* vm, Void_t* data, size_t size) argument
39 Void_t* vmgetmem(vm, data, size)
40 Vmalloc_t* vm;
45 if (!vm)
48 return vmresize(vm, data, size, VM_RSMOVE|VM_RSCOPY|VM_RSZERO);
49 vmclose(vm);
H A Dvmdisc.c37 Vmdisc_t* vmdisc(Vmalloc_t* vm, Vmdisc_t* disc) argument
39 Vmdisc_t* vmdisc(vm, disc)
40 Vmalloc_t* vm;
44 Vmdisc_t* old = vm->disc;
48 (*old->exceptf)(vm,VM_DISC,(Void_t*)disc,old) != 0 )
50 vm->disc = disc;
H A Dvmregion.c44 Vmalloc_t *vm; local
53 for(vm = Vmheap; vm; vm = vm->next)
54 if(vm->data == vd)
58 return vm;
H A Dvmwalk.c36 int vmwalk(Vmalloc_t* vm, int(*segf)(Vmalloc_t*, Void_t*, size_t, Vmdisc_t*, Void_t*), Void_t* handle ) argument
38 int vmwalk(vm, segf, handle)
39 Vmalloc_t* vm;
47 if(!vm)
49 for(vm = Vmheap; vm; vm = vm->next)
50 { SETLOCK(vm, 0);
51 for(seg = vm
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H A Dvmsegment.c36 Void_t* vmsegment(Vmalloc_t* vm, Void_t* addr) argument
38 Void_t* vmsegment(vm, addr)
39 Vmalloc_t* vm; /* region */
44 Vmdata_t *vd = vm->data;
46 SETLOCK(vm, 0);
53 CLRLOCK(vm, 0);
H A Dvmset.c36 int vmset(reg Vmalloc_t* vm, int flags, int on) argument
38 int vmset(vm, flags, on)
39 reg Vmalloc_t* vm; /* region being worked on */
45 Vmdata_t *vd = vm->data;
50 SETLOCK(vm, 0);
57 CLRLOCK(vm, 0);
H A Dvmclear.c35 int vmclear(Vmalloc_t* vm) argument
37 int vmclear(vm)
38 Vmalloc_t* vm;
44 Vmdata_t *vd = vm->data;
46 SETLOCK(vm, 0);
80 CLRLOCK(vm, 0);
H A Dvmdcheap.c35 static Void_t* heapmem(Vmalloc_t* vm, Void_t* caddr, argument
39 static Void_t* heapmem(vm, caddr, csize, nsize, disc)
40 Vmalloc_t* vm; /* region doing allocation from */
H A Dvmstat.c36 int vmstat(Vmalloc_t* vm, Vmstat_t* st) argument
38 int vmstat(vm, st)
39 Vmalloc_t* vm;
50 return (vm ? vm : Vmregion)->data->lock;
54 if(!vm)
64 SETLOCK(vm, 0);
71 vd = vm->data;
139 CLRLOCK(vm, 0);
H A Dvmclose.c35 int vmclose(Vmalloc_t* vm) argument
37 int vmclose(vm)
38 Vmalloc_t* vm;
43 Vmdata_t* vd = vm->data;
44 Vmdisc_t* disc = vm->disc;
47 if(vm == Vmheap) /* the heap is never freed */
50 if(vm->disc->exceptf && /* announcing closing event */
51 (rv = (*vm->disc->exceptf)(vm,VM_CLOSE,(Void_t*)1,vm
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H A Dvmopen.c45 { Vmalloc_t vm; /* embedded region if needed */ member in union:_vminit_s::__anon321
47 } vm; member in struct:_vminit_s
64 Vmalloc_t *vm, *vmp, vmproto; local
91 { if(addr) /* vm itself is in memory from disc->memoryf */
160 vm = &init->vm.vm;
161 else if(!(vm = vmalloc(Vmheap, sizeof(Vmalloc_t))) )
166 memcpy(vm, vmp, sizeof(Vmalloc_t));
167 vm
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H A Dvmpool.c42 static Void_t* poolalloc(Vmalloc_t* vm, reg size_t size, int local) argument
44 static Void_t* poolalloc(vm, size, local )
45 Vmalloc_t* vm;
53 reg Vmdata_t *vd = vm->data;
64 SETLOCK(vm, local);
80 if((tp = (*_Vmextend)(vm,ROUND(size,vd->incr),NIL(Vmsearch_f))) )
106 (*_Vmtrace)(vm,NIL(Vmuchar_t*),(Vmuchar_t*)tp,vd->pool,0);
108 CLRLOCK(vm, local);
114 static long pooladdr(Vmalloc_t* vm, reg Void_t* addr, int local) argument
116 static long pooladdr(vm, add
159 poolfree(reg Vmalloc_t* vm, reg Void_t* data, int local ) argument
192 poolresize(Vmalloc_t* vm, Void_t* data, size_t size, int type, int local ) argument
232 poolsize(Vmalloc_t* vm, Void_t* addr, int local) argument
244 poolcompact(Vmalloc_t* vm, int local) argument
282 poolalign(Vmalloc_t* vm, size_t size, size_t align, int local) argument
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H A Dvmprivate.c40 static Block_t* _vmextend(reg Vmalloc_t* vm, size_t size, Vmsearch_f searchf ) argument
42 static Block_t* _vmextend(vm, size, searchf )
43 reg Vmalloc_t* vm; /* region to increase in size */
52 reg Vmdata_t* vd = vm->data;
67 if(size > 2*vd->incr && vm->disc->round < vd->incr)
73 { addr = (Vmuchar_t*)(*vm->disc->memoryf)(vm,seg->addr,seg->extent,
74 seg->extent+size,vm->disc);
81 { if(!(addr = (Vmuchar_t*)(*vm->disc->memoryf)(vm, NI
186 _vmtruncate(Vmalloc_t* vm, Seg_t* seg, size_t size, int exact) argument
257 _vmlock(Vmalloc_t* vm, int locking) argument
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/ast/src/cmd/tests/vmalloc/
H A Dtek.c32 Vmalloc_t *vm; local
33 vm = vmopen (Vmdcsbrk, Vmlast, 0);
57 vms[22] = vmalloc (vm, 29850757);
58 vms[23] = vmalloc (vm, 72);
59 vms[24] = vmalloc (vm, 12);
60 vms[25] = vmalloc (vm, 72);
61 vms[26] = vmalloc (vm, 16);
62 vms[27] = vmalloc (vm, 4);
63 vms[28] = vmalloc (vm, 72);
64 vms[29] = vmalloc (vm, 1
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H A Dtlast.c25 Vmalloc_t* vm; local
29 if(!(vm = vmopen(Vmdcheap,Vmlast,0)) )
33 { addr[i] = vmalloc(vm,8);
38 if(vmfree(vm,addr[0]) >= 0)
41 if(vmresize(vm,addr[9],256,1) == NIL(Void_t*))
46 printf("size[%d]=%d\n",i,vmsize(vm,addr[i]));
47 printf("vmextent=%d\n",vmsize(vm,NIL(Void_t*)));
H A Dtresize.c29 Vmalloc_t *vm; local
33 if(!(vm = vmopen(Vmdcsbrk, Vmbest, 0)) )
36 if(!(dt[0] = vmalloc(vm, 32)) )
38 if(!(dt[1] = vmalloc(vm, 32)) )
40 if(!(dt[2] = vmalloc(vm, 32)) )
42 vmfree(vm,dt[1]);
43 vmfree(vm,dt[2]);
44 if(vmresize(vm, dt[0], 60, 1) != dt[0])
46 if(vmresize(vm, dt[0], 32, 1) != dt[0])
49 if(!(dt[1] = vmalloc(vm, 1
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H A Dtsmall.c24 Vmalloc_t* vm; local
28 if(!(vm = vmopen(Vmdcheap, Vmbest, 0)) )
31 if(!(addr[0] = vmalloc(vm, 8)) )
33 if(!(addr[1] = vmalloc(vm, 8)) )
35 if(!(addr[2] = vmalloc(vm, 8)) )
38 if(!(addr[3] = vmalloc(vm, 12)) )
40 if(!(addr[4] = vmalloc(vm, 12)) )
42 if(!(addr[5] = vmalloc(vm, 12)) )
45 if(vmfree(vm, addr[1]) < 0)
47 if(vmdbcheck(vm) <
[all...]
H A Dtstat.c24 Vmalloc_t* vm; local
28 if(!(vm = vmopen(Vmdcheap,Vmbest,0)) )
30 if(!(addr = vmalloc(vm,123)) )
32 if(vmstat(vm,&st) < 0 )
36 if(vmfree(vm,addr) < 0)
38 if(vmstat(vm,&st) < 0 )
42 vmclose(vm);
44 if(!(vm = vmopen(Vmdcheap,Vmpool,0)) )
46 if(!(addr = vmalloc(vm,13)) )
48 if(vmstat(vm,
[all...]
H A Dtmalloc.c24 Vmalloc_t *vm; local
30 if(!(vm = vmopen(Vmdcheap, Vmbest, 0)) )
34 if(!(addr[i] = vmalloc(vm,15)) )
37 if(vmfree(vm,addr[i]) < 0)
40 if(!(addr[i] = vmalloc(vm,15)) )
44 printf("size[%d]=%d\n",i,vmsize(vm,addr[i]));
45 printf("Extent=%d\n",vmsize(vm,NIL(Void_t*)));
H A Dtregion.c25 Vmalloc_t *vm, *tv; local
29 if(!(vm = vmopen(Vmdcheap,Vmbest,0)) )
33 { addr[i] = vmalloc(vm,88);
43 { if((tv = vmregion(addr[i])) != vm)
49 vmclose(vm);
H A Dtalign.c25 static Void_t* alignmem(Vmalloc_t* vm, Void_t* ca, size_t cs, size_t ns, Vmdisc_t* dc) argument
27 static Void_t* alignmem(vm, ca, cs, ns, dc)
28 Vmalloc_t* vm;
42 Vmalloc_t* vm; local
46 if(!(vm = vmopen(&Disc,Vmbest,0)) )
48 if(!(data = vmalign(vm,10,13)) )
52 vmclose(vm);
54 if(!(vm = vmopen(&Disc,Vmlast,0)) )
56 if(!(data = vmalign(vm,10,13)) )
62 if(!(vm
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H A Dtcompact.c26 Void_t* memory(Vmalloc_t* vm, Void_t* caddr, argument
29 Void_t* memory(vm, caddr, oldsize, newsize, disc)
30 Vmalloc_t* vm;
52 Vmalloc_t* vm; local
55 if(!(vm = vmopen(&Disc,Vmbest,0)) )
59 { addr[i] = vmalloc(vm,15);
65 if(vmfree(vm,addr[i]) < 0)
68 if(!(addr[0] = vmalloc(vm,30)) )
72 addr[i] = vmalloc(vm,15);
74 if(vmresize(vm,add
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H A Dtpool.c25 Void_t* memory(Vmalloc_t* vm, Void_t* caddr, argument
28 Void_t* memory(vm, caddr, oldsize, newsize, disc)
29 Vmalloc_t* vm;
51 Vmalloc_t* vm; local
54 if(!(vm = vmopen(&Disc,Vmpool,0)) )
58 { addr[i] = vmalloc(vm,15);
64 if(vmfree(vm,addr[i]) < 0)
68 addr[i] = vmalloc(vm,15);
70 if(vmresize(vm,addr[0],16,1) != NIL(Void_t*))
73 vmfree(vm,add
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/ast/src/lib/libast/cdt/
H A Ddtnew.c25 * dtopen() with handle placed in specific vm region
34 Vmalloc_t* vm; member in struct:Dc_s
51 return vmresize(((Dc_t*)disc)->vm, addr, size, VM_RSMOVE);
55 * open a dictionary using disc->memoryf if set or vm otherwise
59 _dtnew(Vmalloc_t* vm, Dtdisc_t* disc, Dtmethod_t* meth, unsigned long version) argument
69 dc.vm = vm;
78 dtnew(Vmalloc_t* vm, Dtdisc_t* disc, Dtmethod_t* meth) argument
80 return _dtnew(vm, disc, meth, 20050420L);
/ast/src/lib/libjcl/
H A Dopen.c44 Vmalloc_t* vm; local
48 if (!(vm = vmopen(Vmdcheap, Vmbest, 0)) || !(vs = vmopen(Vmdcheap, Vmbest, 0)))
51 if (vm)
52 vmclose(vm);
55 if (!(jcl = vmnewof(vm, 0, Jcl_t, 1, 0)))
58 vmclose(vm);
63 jcl->vs = jcl->vm = vm;
88 if (!(jcl->dd = dtnew(jcl->vm, &jcl->dddisc, Dtoset)) ||
89 !(jcl->ds = dtnew(jcl->vm,
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