| /tools/dexter/slicer/ |
| D | bytecode_encoder.cc | 214 dex::u4 A = 0; in Visit() local
217 A = label->offset - offset_; in Visit()
218 SLICER_CHECK_NE(A, 0); in Visit()
219 SLICER_CHECK_EQ((A >> 16), 0xffff); // TODO: out of range! in Visit()
224 bytecode_.Push<dex::u2>(Pack_16(A & 0xffff)); in Visit()
231 dex::u4 A = 0; in Visit() local
235 A = label->offset - offset_; in Visit()
240 bytecode_.Push<dex::u2>(Pack_16(A & 0xffff)); in Visit()
241 bytecode_.Push<dex::u2>(Pack_16(A >> 16)); in Visit()
363 dex::u4 A = regs.size(); in Visit() local
[all …]
|
| /tools/apksig/src/main/java/com/android/apksig/internal/util/ |
| D | Pair.java | 22 public final class Pair<A, B> {
23 private final A mFirst;
26 private Pair(A first, B second) { in Pair()
31 public static <A, B> Pair<A, B> of(A first, B second) { in of()
32 return new Pair<A, B>(first, second); in of()
35 public A getFirst() { in getFirst()
|
| /tools/platform-compat/hiddenapi/ |
| D | sort_api.sh | 11 readarray A < "$source_list"
16 A=( $(grep -v -E '^#' <<< "${A[*]}" || :) )
18 A=( $(LC_COLLATE=C sort -f <<< "${A[*]}") )
19 A=( $(uniq <<< "${A[*]}") )
21 A=( ${C[*]} ${A[*]} )
|
| /tools/asuite/atest/tf_proto/ |
| D | test_record.proto | 27 // A record containing the status, logs, and other information associated with a
70 // A reference to a finer-grained TestRecord.
95 // A stacktrace.
98 // A more detailed failure status description.
105 // A Fail TestStatus can be associated with a more granular failure status that helps understanding
111 // A timeout condition on the operation in progress occurred.
115 // A failure attributed to something not functioning properly.
132 // A context to DebugInfo that allows to optionally specify some debugging context.
137 // A free-formed text that can help debugging the issue at hand.
|
| /tools/dexter/testdata/expected/ |
| D | try_catch.exit_hook | 2 method A.<init>():void
9 .local v0, "this", A
70 15| new-instance v1, A
74 20| invoke-direct {v2}, A.<init>():void
111 catch(A) : Label_4
141 catch(A) : Label_4
152 .local v1, "ex", A
154 40| const-string v4, "catch: A\n"
|
| D | try_catch.rewrite | 2 method A.<init>():void
9 .local v0, "this", A
65 11| new-instance v1, A
69 16| invoke-direct {v2}, A.<init>():void
106 catch(A) : Label_4
135 catch(A) : Label_4
146 .local v1, "ex", A
148 37| const-string v4, "catch: A\n"
|
| D | try_catch.scratch_regs | 2 method A.<init>():void
12 .local v11, "this", A
77 20| new-instance v10, A
81 25| invoke-direct {v11}, A.<init>():void
120 catch(A) : Label_4
149 catch(A) : Label_4
160 .local v8, "ex", A
162 46| const-string v11, "catch: A\n"
|
| D | try_catch.compact_cfg | 2 method A.<init>():void
10 .local v0, "this", A
80 11| new-instance v1, A
84 16| invoke-direct {v2}, A.<init>():void
129 catch(A) : Label_4
168 catch(A) : Label_4
184 .local v1, "ex", A
186 36| const-string v4, "catch: A\n"
|
| D | try_catch.asm | 2 method A.<init>():void
9 .local v0, "this", A
65 11| new-instance v1, A
69 16| invoke-direct {v2}, A.<init>():void
105 catch(A) : Label_4
134 catch(A) : Label_4
145 .local v1, "ex", A
|
| D | try_catch.verbose_cfg | 2 method A.<init>():void
10 .local v0, "this", A
86 11| new-instance v1, A
92 16| invoke-direct {v2}, A.<init>():void
143 catch(A) : Label_4
196 catch(A) : Label_4
212 .local v1, "ex", A
216 36| const-string v4, "catch: A\n"
|
| D | try_catch.code_coverage | 49 method A.<init>():void
58 .local v1, "this", A
134 41| new-instance v2, A
140 52| invoke-direct {v3}, A.<init>():void
191 catch(A) : Label_4
244 catch(A) : Label_4
259 .local v2, "ex", A
265 145| const-string v5, "catch: A\n"
|
| /tools/treble/build/ |
| D | README.md | 23 For example, let's say we had two devices: Device A and Device B.
38 | | | Device A | | | | | Device A | |
42 | | Device A | |
|
| /tools/acloud/ |
| D | pylintrc | 14 method-rgx=[A-Z_][a-zA-Z0-9]{2,30}$|(__[a-z][a-zA-Z0-9_]+__)$|test[A-Z_][a-zA-Z0-9]{2,30}$
15 function-rgx=[A-Z_][a-zA-Z0-9]{2,30}$|(__[a-z][a-zA-Z0-9_]+__)$
|
| /tools/carrier_settings/proto/ |
| D | carrier_settings.proto | 26 // A unique canonical carrier name
44 // A collection of multiple carriers’ settings
86 // Network types that this APN applies to, separated by "|". A network type
152 // A collection of all APNs for a carrier
209 // A collection of configs from vendor clients.
|
| D | carrier_list.proto | 45 // A unique canonical carrier name
50 // A collection of network IDs owned by this carrier
58 // A collection of carrier maps; one entry for one carrier
|
| /tools/asuite/atest/bazel/rules/ |
| D | common_settings.bzl | 23 doc = "A singleton provider that contains the raw value of a build setting",
47 doc = "A string-typed build setting that can be set on the command line",
56 doc = "A string list-typed build setting that can be set on the command line",
|
| D | tradefed_test.bzl | 91 A new `dict` that has all the entries of the given dictionaries.
123 doc = "A rule used to run host-side deviceless tests using Tradefed",
155 doc = "A rule used to run device tests using Tradefed",
|
| D | soong_prebuilt.bzl | 93 doc = "A rule that imports artifacts prebuilt by Soong into the Bazel workspace",
118 doc = "A rule for targets with no runtime outputs",
|
| /tools/treble/build/sandbox/ |
| D | build_android_target.sh | 46 if [[ $i =~ ^[A-Z_][A-Z0-9_]*= ]];
|
| /tools/asuite/atest/docs/ |
| D | develop_test_finders.md | 11 A test finder class holds find methods. A find method is given a string (the
13 A ```TestInfo``` object holds the test name, test dependencies, test runner, and
|
| /tools/asuite/atest-py2/docs/ |
| D | develop_test_finders.md | 11 A test finder class holds find methods. A find method is given a string (the
13 A ```TestInfo``` object holds the test name, test dependencies, test runner, and
|
| /tools/test/connectivity/acts/framework/acts/controllers/ |
| D | tigertail.py | 51 A = 'A' variable in TigertailState
88 self._set_tigertail_state(TigertailState.A)
|
| /tools/apkzlib/src/test/resources/testData/packaging/text-files/ |
| D | rfc2460.txt | 63 Appendix A. Semantics and Usage of the Flow Label Field.........30
104 A new capability is added to enable the labeling of packets
368 A full implementation of IPv6 includes implementation of the
805 A Routing header is not examined or processed until it reaches the
1098 (2) A Fragment header containing:
1103 A Fragment Offset containing the offset of the fragment,
1351 A node must be able to accept a fragmented packet that, after
1352 reassembly, is as large as 1500 octets. A node is permitted to
1385 Appendix A describes the current intended semantics and usage of the
1631 Appendix A. Semantics and Usage of the Flow Label Field
[all …]
|
| /tools/ndkports/ |
| D | README.md | 3 A collection of Android build scripts for various third-party libraries and the
19 A port is a subclass of the abstract Kotlin class `com.android.ndkports.Port`.
|
| /tools/test/connectivity/acts/framework/acts/controllers/buds_lib/dev_utils/proto/ |
| D | plugin.proto | 22 // A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
36 // protoc (aka the Protocol Compiler) can be extended via plugins. A plugin is
43 // A plugin executable needs only to be placed somewhere in the path. The
|