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/freebsd/sbin/mount_nullfs/
H A Dmount_nullfs.878 a stackable layers techniques, and its
115 new file system layers can be created very easily by starting
119 for constructing new layers.
122 .Sh INSTANTIATING NEW NULL LAYERS
123 New null layers are created with
217 .Sh CREATING OTHER FILE SYSTEM LAYERS
218 One of the easiest ways to construct new file system layers is to make
230 .Sh INVOKING OPERATIONS ON LOWER LAYERS
264 .Em "Stackable Layers: an Architecture for File System Development" .
/freebsd/sys/contrib/device-tree/Bindings/display/
H A Dxylon,logicvc-display.yaml14 The Xylon LogiCVC is a display controller that supports multiple layers.
24 Layers are declared in the "layers" sub-node and have dedicated configuration.
109 xylon,layers-configurable:
112 Configuration of layers' size, position and offset is enabled
115 layers:
187 The description of the display controller layers, containing layer
207 - layers
238 xylon,layers-configurable;
240 layers {
H A Darm,komeda.yaml16 layers. It is typically connected to a digital display connector like HDMI.
54 four layers, plus one for the write-back stream.
/freebsd/sys/compat/linuxkpi/common/src/
H A Dlinux_idr.c159 return (1 << (idr->layers * IDR_BITS)) - 1; in idr_max()
220 idr_remove_layer(idr->top, idr->layers - 1); in idr_remove_all()
222 idr->layers = 0; in idr_remove_all()
236 layer = idr->layers - 1; in idr_remove_locked()
285 layer = idr->layers - 1; in idr_find_layer_locked()
370 need = idr->layers + 1; in idr_pre_get()
446 if (idr->layers == MAX_LEVEL + 1) { in idr_get_new_locked()
457 idr->layers++; in idr_get_new_locked()
464 for (layer = idr->layers - 1;; layer--) { in idr_get_new_locked()
490 while (il->bitmap == 0 && ++layer < idr->layers) { in idr_get_new_locked()
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/freebsd/contrib/llvm-project/openmp/runtime/src/
H A Dkmp_dispatch_hier.h59 kmp_hier_layer_e *layers; member
69 layers = (kmp_hier_layer_e *)__kmp_allocate(sizeof(kmp_hier_layer_e) * in append()
76 layers[current_size] = layer; in append()
89 if (layers[j] < layers[switch_index]) in sort()
93 kmp_hier_layer_e temp1 = layers[i]; in sort()
97 layers[i] = layers[switch_index]; in sort()
101 layers[switch_index] = temp1; in sort()
112 __kmp_free(layers); in deallocate()
116 layers = NULL; in deallocate()
463 * layers. Layer 0 is the lowest layer to layer num_layers - 1 which is the
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/freebsd/share/man/man9/
H A Down.979 The 1-Wire bus defines different layers of access to the devices on
83 functions provide access to the network and transport layers.
187 The 1-Wire standard (Maxim AN937) defines layers that are akin to ISO
188 networking layers.
/freebsd/sbin/ping/tests/
H A Dinjection.py12 import scapy.layers.all
13 from scapy.layers.inet import ICMPEcho_am
14 from scapy.layers.tuntap import TunTapInterface
/freebsd/contrib/llvm-project/lldb/docs/design/
H A Doverview.rst
/freebsd/lib/libc/rpc/
H A Drpc57 layers 100121 na.layers
/freebsd/contrib/llvm-project/clang/include/clang/Analysis/
H A DConstructionContext.h194 /// Construction context can be seen as a linked list of multiple layers.
197 /// context layers. Some examples:
206 /// Layers are created gradually while traversing the AST, and layers that
209 /// previous layers as its parents. Construction context captures the last layer
210 /// (which has links to the previous layers) and classifies the seemingly
211 /// arbitrary chain of layers into one of the possible ways of constructing
300 /// Consume the construction context layer, together with its parent layers,
302 /// if layers do not form any supported construction context.
/freebsd/share/man/man4/
H A Dng_ether.481 hook is a connection to the upper protocol layers.
117 Connection to the upper protocol layers.
211 protocol layers, which can be used for
H A Dacpi.4431 Debugging output is separated between layers and levels, where a layer is
435 Both layers and levels are specified as a whitespace-separated list of
436 tokens, with layers listed in
441 The first set of layers is for ACPI-CA components, and the second is for
446 The supported layers are:
H A Dppbus.4246 .Ss adapter, ppbus and device layers
270 We have to differentiate operating modes at various ppbus system layers.
276 disturbing upper layers.
H A Dng_hci.4120 bus) driver provides both HCI layers with the ability to exchange information
230 Upper layers protocols are allowed to
238 Netgraph messages to inform upper layers about current queue state for each
H A Dng_pptpgre.475 Session 0xhhhh data packets to the upper protocol layers
79 Connection to the lower protocol layers
/freebsd/usr.sbin/fifolog/lib/
H A Dfifolog.h35 * The fifolog on-media record has three layers:
40 * All three layers are synchronized at a subset of the outer layer
65 * at which the inner layers are aligned so that reading can be started
/freebsd/sys/fs/nullfs/
H A Dnull_vnops.c47 * a stackable layers techniques, and its "null-node"s stack above
55 * new filesystem layers can be created very easily be starting
59 * for constructing new layers.
62 * INSTANTIATING NEW NULL LAYERS
64 * New null layers are created with mount_nullfs(8).
100 * function unlock them. Otherwise all intermediate vnode layers
134 * CREATING OTHER FILE SYSTEM LAYERS
136 * One of the easiest ways to construct new filesystem layers is to make
145 * INVOKING OPERATIONS ON LOWER LAYERS
571 * Disallow write attempts on read-only layers; in null_access()
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/freebsd/share/doc/smm/18.net/
H A D2.t42 network layers (layers 2 and 1, respectively).
/freebsd/contrib/llvm-project/lldb/source/Plugins/TraceExporter/common/
H A DTraceHTR.h317 /// Executes passes on the HTR layers until no further
321 /// Export HTR layers to the specified format and outfile.
330 /// Get the block layers of this HTR.
333 /// The block layers of this HTR.
351 // There are one or more block layers per HTR
/freebsd/sys/sys/
H A Dbio.h53 #define BIO_SPEEDUP 0x0a /* Upper layers face shortage */
68 #define BIO_SPEEDUP_WRITE 0x4000 /* Resource shortage at upper layers */
69 #define BIO_SPEEDUP_TRIM 0x8000 /* Resource shortage at upper layers */
/freebsd/contrib/llvm-project/lldb/source/Plugins/TraceExporter/docs/
H A Dhtr.rst11 **Layer:** The representation of trace data between passes. For Intel PT there are two types of layers:
19 a block layer. HTR contains one or more block layers.
/freebsd/sys/dev/smbus/
H A Dsmbconf.c122 /* first, ask the underlying layers if the request is ok */ in smbus_request_bus()
165 /* first, ask the underlying layers if the release is ok */ in smbus_release_bus()
/freebsd/contrib/libarchive/libarchive/
H A Dlibarchive_internals.353 The read and write APIs each have four layers: a public API
75 The API has four layers:
283 The write API has a similar set of four layers:
/freebsd/sys/netgraph/
H A Dng_pptpgre.h50 #define NG_PPTPGRE_HOOK_UPPER "upper" /* to upper layers */
51 #define NG_PPTPGRE_HOOK_LOWER "lower" /* to lower layers */
/freebsd/contrib/ofed/opensm/man/
H A Dopensm.8894 5. LASH unicast routing algorithm - uses Infiniband virtual layers
896 distributing the paths between layers. LASH is an alternative
1167 destinations and groups these paths into virtual layers in such a way
1172 layers as deadlock will not arise between switch and HCA.
1189 first layers processed will contain more paths than the latter ones.
1190 To better balance the use of layers, LASH moves paths from one layer
1193 Note, the implementation of LASH in opensm attempts to use as few layers
1194 as possible. This number can be less than the number of actual layers
1283 3) After the number of available virtual lanes or layers in the subnet
1300 5) When the number of needed layers does not exceeds the number of
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