[clang] Proofread *.rst

clang/Maintainers.rst

@@ -242,7 +242,7 @@ ARM EABI
 Compiler-Wide Topics
 --------------------
 The following people are responsible for functionality that does not fit into
-a single part of the compiler, but instead span multiple components within the
+a single part of the compiler, but instead spans multiple components within the
 compiler.
 
 Attributes

clang/docs/AddressSanitizer.rst

@@ -159,7 +159,7 @@ eliminating this check (``-fsanitize-address-use-after-return=never``).
 
 To summarize: ``-fsanitize-address-use-after-return=<mode>``
   * ``never``: Completely disables detection of UAR errors (reduces code size).
-  * ``runtime``: Adds the code for detection, but it can be disable via the
+  * ``runtime``: Adds the code for detection, but it can be disabled via the
     runtime environment (``ASAN_OPTIONS=detect_stack_use_after_return=0``).
   * ``always``: Enables detection of UAR errors in all cases. (reduces code
     size, but not as much as ``never``).
@@ -239,7 +239,7 @@ from adding redzones around it and detecting out of bounds accesses.
 
 AddressSanitizer also supports
 ``__attribute__((disable_sanitizer_instrumentation))``. This attribute
-works similar to ``__attribute__((no_sanitize("address")))``, but it also
+works similarly to ``__attribute__((no_sanitize("address")))``, but it also
 prevents instrumentation performed by other sanitizers.
 
 Suppressing Errors in Recompiled Code (Ignorelist)
@@ -305,7 +305,7 @@ Limitations
 ===========
 
 * AddressSanitizer uses more real memory than a native run. Exact overhead
-  depends on the allocations sizes. The smaller the allocations you make the
+  depends on the allocation sizes. The smaller the allocations you make the
   bigger the overhead is.
 * AddressSanitizer uses more stack memory. We have seen up to 3x increase.
 * On 64-bit platforms AddressSanitizer maps (but not reserves) 16+ Terabytes of

clang/docs/BlockLanguageSpec.rst

@@ -279,7 +279,7 @@ copy. The net effect is that instance variables can be mutated.
 
 The :block-term:`Block_copy` operator retains all objects held in
 variables of automatic storage referenced within the Block expression
-(or form strong references if running under garbage collection).
+(or forms strong references if running under garbage collection).
 Object variables of ``__block`` storage type are assumed to hold
 normal pointers with no provision for retain and release messages.
 

clang/docs/BoundsSafety.rst

@@ -58,7 +58,7 @@ adopt, offering these properties that make it widely adoptable in practice:
 * It has a relatively low adoption cost.
 
 This document discusses the key designs of ``-fbounds-safety``. The document is
-subject to be actively updated with a more detailed specification.
+subject to active updates with a more detailed specification.
 
 Programming Model
 =================
@@ -574,7 +574,7 @@ When ``sizeof()`` takes a type name, the compiler doesn't apply an implicit
 bounds annotation on the named pointer types. This means if a bounds annotation
 is not specified, the evaluated pointer type is treated identically to a plain C
 pointer type. Therefore, ``sizeof(int*)`` remains the same with or without
-``-fbounds-safety``. That said, programmers can explicitly add attribute to the
+``-fbounds-safety``. That said, programmers can explicitly add attributes to the
 types, e.g., ``sizeof(int *__bidi_indexable)``, in which case the sizeof
 evaluates to the size of type ``int *__bidi_indexable`` (the value equivalent to
 ``3 * sizeof(int*)``).

clang/docs/BoundsSafetyImplPlans.rst

@@ -154,7 +154,7 @@ verify its bounds safety. The implementation relies on LLVM optimizations to
 remove redundant run-time checks. Using this optimization strategy, if the
 original source code already has bounds checks, the fewer additional checks
 ``-fbounds-safety`` will introduce. The LLVM ``ConstraintElimination`` pass is
-design to remove provable redundant checks (please check Florian Hahn’s
+designed to remove provable redundant checks (please check Florian Hahn’s
 presentation in 2021 LLVM Dev Meeting and the implementation to learn more). In
 the following example, ``-fbounds-safety`` implicitly adds the redundant bounds
 checks that the optimizer can remove:

clang/docs/ClangLinkerWrapper.rst

@@ -27,7 +27,7 @@ only for the linker wrapper will be forwarded to the wrapped linker job.
 
 .. code-block:: console
 
-  USAGE: clang-linker-wrapper [options] -- <options to passed to the linker>
+  USAGE: clang-linker-wrapper [options] -- <options to pass to the linker>
 
   OPTIONS:
     --cuda-path=<dir>      Set the system CUDA path

clang/docs/ClangNVLinkWrapper.rst

@@ -10,7 +10,7 @@ Clang nvlink Wrapper
 Introduction
 ============
 
-This tools works as a wrapper around the NVIDIA ``nvlink`` linker. The purpose
+This tool works as a wrapper around the NVIDIA ``nvlink`` linker. The purpose
 of this wrapper is to provide an interface similar to the ``ld.lld`` linker
 while still relying on NVIDIA's proprietary linker to produce the final output.
 
@@ -37,7 +37,7 @@ only for the linker wrapper will be forwarded to ``nvlink``.
     --arch <value>       Specify the 'sm_' name of the target architecture.
     --cuda-path=<dir>    Set the system CUDA path
     --dry-run            Print generated commands without running.
-    --feature <value>    Specify the '+ptx' freature to use for LTO.
+    --feature <value>    Specify the '+ptx' feature to use for LTO.
     -g                   Specify that this was a debug compile.
     -help-hidden         Display all available options
     -help                Display available options (--help-hidden for more)

clang/docs/ClangPlugins.rst

@@ -150,7 +150,7 @@ passed to the plugin can.
             -fplugin-arg-call_super_plugin-help \
             test.cpp
 
-If your plugin name contains dashes, either rename the plugin or used the
+If your plugin name contains dashes, either rename the plugin or use the
 cc1 command line options listed below.
 
 

clang/docs/ClangTools.rst

@@ -66,7 +66,7 @@ in a fast, command line interface. It can also accept flags to re-display the
 diagnostics in different formats with different flags, suitable for use driving
 an IDE or editor. Furthermore, it can be used in fixit-mode to directly apply
 fixit-hints offered by clang. See :doc:`HowToSetupToolingForLLVM` for
-instructions on how to setup and used `clang-check`.
+instructions on how to setup and use `clang-check`.
 
 ``clang-format``
 ----------------

clang/docs/ConstantInterpreter.rst

@@ -140,7 +140,7 @@ pointer goes out of scope, dead blocks are also deallocated.
 The lifetime of blocks is managed through 3 methods stored in the
 descriptor of the block:
 
-* **CtorFn**: initializes the metadata which is store in the block,
+* **CtorFn**: initializes the metadata which is stored in the block,
   alongside actual data. Invokes the default constructors of objects
   which are not trivial (``Pointer``, ``RealFP``, etc.)
 

clang/docs/ControlFlowIntegrity.rst

@@ -135,7 +135,7 @@ Bad Cast Checking
 This scheme checks that pointer casts are made to an object of the correct
 dynamic type; that is, the dynamic type of the object must be a derived class
 of the pointee type of the cast. The checks are currently only introduced
-where the class being casted to is a polymorphic class.
+where the class being cast to is a polymorphic class.
 
 Bad casts are not in themselves control flow integrity violations, but they
 can also create security vulnerabilities, and the implementation uses many

clang/docs/DataFlowSanitizer.rst

@@ -243,7 +243,7 @@ labels of just ``v1`` and ``v2``.
   This signature is the same when origin tracking is disabled - in this case
   the dfsan_origin passed in it will always be 0.
 
-  The callback will be called when a tained value reach stack/registers
+  The callback will be called when a tainted value reaches stack/registers
   in the context of a function. Tainted values can reach a function:
   * via the arguments of the function
   * via the return value of a call that occurs in the function

clang/docs/HardwareAssistedAddressSanitizerDesign.rst

@@ -15,7 +15,7 @@ Introduction
 tags every 8 bytes of the application memory with a 1 byte tag (using *shadow memory*),
 uses *redzones* to find buffer-overflows and
 *quarantine* to find use-after-free.
-The redzones, the quarantine, and, to a less extent, the shadow, are the
+The redzones, the quarantine, and, to a lesser extent, the shadow, are the
 sources of AddressSanitizer's memory overhead.
 See the `AddressSanitizer paper`_ for details.
 

clang/docs/JSONCompilationDatabase.rst

@@ -54,7 +54,7 @@ python bindings also support this (since clang 3.2); see
 Format
 ======
 
-A compilation database is a JSON file, which consist of an array of
+A compilation database is a JSON file, which consists of an array of
 "command objects", where each command object specifies one way a
 translation unit is compiled in the project.
 

clang/docs/LibASTImporter.rst

@@ -35,12 +35,12 @@ Importing one AST node copies that node into the destination ``ASTContext``.
 Why do we have to copy the node?
 Isn't enough to insert the pointer to that node into the destination context?
 One reason is that the "from" context may outlive the "to" context.
-Also, the Clang AST consider nodes (or certain properties of nodes) equivalent if they have the same address!
+Also, the Clang AST considers nodes (or certain properties of nodes) equivalent if they have the same address!
 
 The import algorithm has to ensure that the structurally equivalent nodes in the different translation units are not getting duplicated in the merged AST.
 E.g. if we include the definition of the vector template (``#include <vector>``) in two translation units, then their merged AST should have only one node which represents the template.
 Also, we have to discover *one definition rule* (ODR) violations.
-For instance, if there is a class definition with the same name in both translation units, but one of the definition contains a different number of fields.
+For instance, if there is a class definition with the same name in both translation units, but one of the definitions contains a different number of fields.
 So, we look up existing definitions, and then we check the structural equivalency on those nodes.
 The following pseudo-code demonstrates the basics of the import mechanism:
 

clang/docs/LibASTMatchers.rst

@@ -95,7 +95,7 @@ and flexibility.
 ``VariadicDynCastAllOfMatcher<Base, Derived>``
 ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
 
-Those match all nodes of type *Base* if they can be dynamically casted to
+Those match all nodes of type *Base* if they can be dynamically cast to
 *Derived*.  The names of those matchers are nouns, which closely resemble
 *Derived*.  ``VariadicDynCastAllOfMatchers`` are the backbone of the matcher
 hierarchy.  Most often, your match expression will start with one of them, and

clang/docs/LibASTMatchersTutorial.rst

@@ -209,7 +209,7 @@ and traversal matchers to get from one kind of AST node to another. For
 a complete list of AST matchers, take a look at the `AST Matcher
 References <LibASTMatchersReference.html>`_
 
-All matcher that are nouns describe entities in the AST and can be
+All matchers that are nouns describe entities in the AST and can be
 bound, so that they can be referred to whenever a match is found. To do
 so, simply call the method ``bind`` on these matchers, e.g.:
 

clang/docs/LibFormat.rst

@@ -3,7 +3,7 @@ LibFormat
 =========
 
 LibFormat is a library that implements automatic source code formatting based
-on Clang. This documents describes the LibFormat interface and design as well
+on Clang. This document describes the LibFormat interface and design as well
 as some basic style discussions.
 
 If you just want to use `clang-format` as a tool or integrated into an editor,

clang/docs/MatrixTypes.rst

@@ -53,7 +53,7 @@ type of the *typedef* becomes a matrix type with the given dimensions and an
 element type of the former underlying type.
 
 If a declaration of a *typedef-name* has a ``matrix_type`` attribute, then all
-declaration of that *typedef-name* shall have a matrix_type attribute with the
+declarations of that *typedef-name* shall have a matrix_type attribute with the
 same element type, number of rows, and number of columns.
 
 Standard Conversions

clang/docs/MemorySanitizer.rst

@@ -176,7 +176,7 @@ for `lifetime <https://eel.is/c++draft/basic.life#1>`_ definition.
 
 This feature can be disabled with either:
 
-#. Pass addition Clang option ``-fno-sanitize-memory-use-after-dtor`` during
+#. Pass additional Clang option ``-fno-sanitize-memory-use-after-dtor`` during
    compilation.
 #. Set environment variable `MSAN_OPTIONS=poison_in_dtor=0` before running
    the program.

clang/docs/Modules.rst

@@ -115,7 +115,7 @@ Objective-C provides syntax for importing a module via an *@import declaration*,
 
   @import std;
 
-The ``@import`` declaration above imports the entire contents of the ``std`` module (which would contain, e.g., the entire C or C++ standard library) and make its API available within the current translation unit. To import only part of a module, one may use dot syntax to specific a particular submodule, e.g.,
+The ``@import`` declaration above imports the entire contents of the ``std`` module (which would contain, e.g., the entire C or C++ standard library) and make its API available within the current translation unit. To import only part of a module, one may use dot syntax to specify a particular submodule, e.g.,
 
 .. parsed-literal::