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‎docs/atl-mfc-shared/reference/cfiletime-class.md‎

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@@ -76,11 +76,11 @@ class CFileTime : public FILETIME
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|Member variable|Number of 100-nanosecond intervals|
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|---------------------|-----------------------------------------|
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|Millisecond|10,000|
79-
|Second|Millisecond * 1,000|
80-
|Minute|Second * 60|
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|Hour|Minute * 60|
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|Day|Hour * 24|
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|Week|Day * 7|
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|Second|Millisecond \* 1,000|
80+
|Minute|Second \* 60|
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|Hour|Minute \* 60|
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|Day|Hour \* 24|
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|Week|Day \* 7|
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**Note** Not all file systems can record creation and last access time and not all file systems record them in the same manner. For example, on the Windows NT FAT file system, create time has a resolution of 10 milliseconds, write time has a resolution of 2 seconds, and access time has a resolution of 1 day (the access date). On NTFS, access time has a resolution of 1 hour. Furthermore, FAT records times on disk in local time, but NTFS records times on disk in UTC. For more information, see [File Times](http://msdn.microsoft.com/library/windows/desktop/ms724290).
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‎docs/atl/reference/ccomcurrency-class.md‎

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@@ -246,7 +246,7 @@ CComCurrency operator*(const CComCurrency& cur) const;
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### Example
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[!code-cpp[NVC_ATL_Utilities#57](../../atl/codesnippet/cpp/ccomcurrency-class_5.cpp)]
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249-
## <a name="operator_star_eq"></a> CComCurrency::operator *=
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## <a name="operator_star_eq"></a> CComCurrency::operator \*=
250250
This operator is used to perform multiplication on a `CComCurrency` object and assign it the result.
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```

‎docs/atl/reference/ccomptrbase-class.md‎

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@@ -55,7 +55,7 @@ class CComPtrBase
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|[CComPtrBase::operator T*](#operator_t_star)|The cast operator.|
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|[CComPtrBase::operator !](#operator_not)|The NOT operator.|
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|[CComPtrBase::operator &](#operator_amp)|The & operator.|
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|[CComPtrBase::operator *](#operator_star)|The * operator.|
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|[CComPtrBase::operator *](#operator_star)|The \* operator.|
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|[CComPtrBase::operator <](#ccomptrbase__operator lt)|The less-than operator.|
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|[CComPtrBase::operator ==](#operator_eq_eq)|The equality operator.|
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|[CComPtrBase::operator ->](#operator_ptr)|The pointer-to-members operator.|
@@ -224,8 +224,8 @@ T** operator&() throw();
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### Return Value
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Returns the address of the object pointed to by the `CComPtrBase` object.
226226

227-
## <a name="operator_star"></a> CComPtrBase::operator *
228-
The * operator.
227+
## <a name="operator_star"></a> CComPtrBase::operator \*
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The \* operator.
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```
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T& operator*() const throw();
@@ -278,7 +278,7 @@ bool operator<(T* pT) const throw();
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### Return Value
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Returns true if the pointer managed by current object is less than the pointer to which it is being compared.
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## <a name="operator_t_star"></a> CComPtrBase::operator T*
281+
## <a name="operator_t_star"></a> CComPtrBase::operator T\*
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The cast operator.
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284284
```

‎docs/atl/reference/csid-class.md‎

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@@ -443,7 +443,7 @@ bool operator>=(
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### Return Value
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**true** if `lhs` is greater than or equal to `rhs`, otherwise **false**.
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## <a name="operator_const_sid__star"></a> CSid::operator const SID *
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## <a name="operator_const_sid__star"></a> CSid::operator const SID \*
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Casts a `CSid` object to a pointer to a `SID` (security identifier) structure.
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```

‎docs/atl/reference/ctokenprivileges-class.md‎

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@@ -267,7 +267,7 @@ CTokenPrivileges& operator= (const CTokenPrivileges& rhs) throw(...);
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### Return Value
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Returns the updated `CTokenPrivileges` object.
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## <a name="operator_const_token_privileges__star"></a> CTokenPrivileges::operator const TOKEN_PRIVILEGES *
270+
## <a name="operator_const_token_privileges__star"></a> CTokenPrivileges::operator const TOKEN_PRIVILEGES \*
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Casts a value to a pointer to the **TOKEN_PRIVILEGES** structure.
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```

‎docs/build/arm-exception-handling.md‎

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@@ -232,25 +232,25 @@ ULONG ComputeXdataSize(PULONG *Xdata)
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|Byte 1|Byte 2|Byte 3|Byte 4|Opsize|Explanation|
234234
|------------|------------|------------|------------|------------|-----------------|
235-
|00-7F||||16|`add sp,sp,#X`<br /><br /> where X is (Code & 0x7F) * 4|
235+
|00-7F||||16|`add sp,sp,#X`<br /><br /> where X is (Code & 0x7F) \* 4|
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|80-BF|00-FF|||32|`pop {r0-r12, lr}`<br /><br /> where LR is popped if Code & 0x2000 and r0-r12 are popped if the corresponding bit is set in Code & 0x1FFF|
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|C0-CF||||16|`mov sp,rX`<br /><br /> where X is Code & 0x0F|
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|D0-D7||||16|`pop {r4-rX,lr}`<br /><br /> where X is (Code & 0x03) + 4 and LR is popped if Code & 0x04|
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|D8-DF||||32|`pop {r4-rX,lr}`<br /><br /> where X is (Code & 0x03) + 8 and LR is popped if Code & 0x04|
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|E0-E7||||32|`vpop {d8-dX}`<br /><br /> where X is (Code & 0x07) + 8|
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|E8-EB|00-FF|||32|`addw sp,sp,#X`<br /><br /> where X is (Code & 0x03FF) * 4|
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|E8-EB|00-FF|||32|`addw sp,sp,#X`<br /><br /> where X is (Code & 0x03FF) \* 4|
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|EC-ED|00-FF|||16|`pop {r0-r7,lr}`<br /><br /> where LR is popped if Code & 0x0100 and r0-r7 are popped if the corresponding bit is set in Code & 0x00FF|
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|EE|00-0F|||16|Microsoft-specific|
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|EE|10-FF|||16|Available|
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|EF|00-0F|||32|`ldr lr,[sp],#X`<br /><br /> where X is (Code & 0x000F) * 4|
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|EF|00-0F|||32|`ldr lr,[sp],#X`<br /><br /> where X is (Code & 0x000F) \* 4|
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|EF|10-FF|||32|Available|
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|F0-F4||||-|Available|
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|F5|00-FF|||32|`vpop {dS-dE}`<br /><br /> where S is (Code & 0x00F0) >> 4 and E is Code & 0x000F|
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|F6|00-FF|||32|`vpop {dS-dE}`<br /><br /> where S is ((Code & 0x00F0) >> 4) + 16 and E is (Code & 0x000F) + 16|
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|F7|00-FF|00-FF||16|`add sp,sp,#X`<br /><br /> where X is (Code & 0x00FFFF) * 4|
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|F8|00-FF|00-FF|00-FF|16|`add sp,sp,#X`<br /><br /> where X is (Code & 0x00FFFFFF) * 4|
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|F9|00-FF|00-FF||32|`add sp,sp,#X`<br /><br /> where X is (Code & 0x00FFFF) * 4|
253-
|FA|00-FF|00-FF|00-FF|32|`add sp,sp,#X`<br /><br /> where X is (Code & 0x00FFFFFF) * 4|
250+
|F7|00-FF|00-FF||16|`add sp,sp,#X`<br /><br /> where X is (Code & 0x00FFFF) \* 4|
251+
|F8|00-FF|00-FF|00-FF|16|`add sp,sp,#X`<br /><br /> where X is (Code & 0x00FFFFFF) \* 4|
252+
|F9|00-FF|00-FF||32|`add sp,sp,#X`<br /><br /> where X is (Code & 0x00FFFF) \* 4|
253+
|FA|00-FF|00-FF|00-FF|32|`add sp,sp,#X`<br /><br /> where X is (Code & 0x00FFFFFF) \* 4|
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|FB||||16|nop (16-bit)|
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|FC||||32|nop (32-bit)|
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|FD||||16|end + 16-bit nop in epilogue|

‎docs/build/reference/bscmake-command-line.md‎

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@@ -20,7 +20,7 @@ BSCMAKE [options] sbrfiles
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Options can appear only in the `options` field on the command line.
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The *sbrfiles* field specifies one or more .sbr files created by a compiler or assembler. Separate the names of .sbr files with spaces or tabs. You must specify the extension; there is no default. You can specify a path with the filename, and you can use operating-system wildcards (* and ?).
23+
The *sbrfiles* field specifies one or more .sbr files created by a compiler or assembler. Separate the names of .sbr files with spaces or tabs. You must specify the extension; there is no default. You can specify a path with the filename, and you can use operating-system wildcards (\* and ?).
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During an incremental build, you can specify new .sbr files that were not part of the original build. If you want all contributions to remain in the browse information file, you must specify all .sbr files (including truncated files) that were originally used to create the .bsc file. If you omit an .sbr file, that file's contribution to the browse information file is removed.
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‎docs/build/struct-unwind-code.md‎

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@@ -25,7 +25,7 @@ The unwind code array is used to record the sequence of operations in the prolog
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Offset from the beginning of the prolog of the end of the instruction that performs this operation, plus 1 (that is, the offset of the start of the next instruction).
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**Unwind operation code**
28-
Note: Certain operation codes require an unsigned offset to a value in the local stack frame. This offset is from the start (lowest address) of the fixed stack allocation. If the Frame Register field in the UNWIND_INFO is zero, this offset is from RSP. If the Frame Register field is nonzero, this is the offset from where RSP was located when the FP reg was established. This equals the FP reg minus the FP reg offset (16 * the scaled frame register offset in the UNWIND_INFO). If an FP reg is used, then any unwind code taking an offset must only be used after the FP reg is established in the prolog.
28+
Note: Certain operation codes require an unsigned offset to a value in the local stack frame. This offset is from the start (lowest address) of the fixed stack allocation. If the Frame Register field in the UNWIND_INFO is zero, this offset is from RSP. If the Frame Register field is nonzero, this is the offset from where RSP was located when the FP reg was established. This equals the FP reg minus the FP reg offset (16 \* the scaled frame register offset in the UNWIND_INFO). If an FP reg is used, then any unwind code taking an offset must only be used after the FP reg is established in the prolog.
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3030
For all opcodes except UWOP_SAVE_XMM128 and UWOP_SAVE_XMM128_FAR, the offset will always be a multiple of 8, because all stack values of interest are stored on 8 byte boundaries (the stack itself is always 16-byte aligned). For operation codes that take a short offset (less than 512K), the final USHORT in the nodes for this code holds the offset divided by 8. For operation codes that take a long offset (512K <= offset < 4GB), the final two USHORT nodes for this code hold the offset (in little-endian format).
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@@ -43,7 +43,7 @@ The unwind code array is used to record the sequence of operations in the prolog
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4444
UWOP_ALLOC_SMALL (2)1 node
4545

46-
Allocate a small-sized area on the stack. The size of the allocation is the operation info field * 8 + 8, allowing allocations from 8 to 128 bytes.
46+
Allocate a small-sized area on the stack. The size of the allocation is the operation info field \* 8 + 8, allowing allocations from 8 to 128 bytes.
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4848
The unwind code for a stack allocation should always use the shortest possible encoding:
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@@ -56,7 +56,7 @@ The unwind code array is used to record the sequence of operations in the prolog
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UWOP_SET_FPREG (3)1 node
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59-
Establish the frame pointer register by setting the register to some offset of the current RSP. The offset is equal to the Frame Register offset (scaled) field in the UNWIND_INFO * 16, allowing offsets from 0 to 240. The use of an offset permits establishing a frame pointer that points to the middle of the fixed stack allocation, helping code density by allowing more accesses to use short instruction forms. Note that the operation info field is reserved and should not be used.
59+
Establish the frame pointer register by setting the register to some offset of the current RSP. The offset is equal to the Frame Register offset (scaled) field in the UNWIND_INFO \* 16, allowing offsets from 0 to 240. The use of an offset permits establishing a frame pointer that points to the middle of the fixed stack allocation, helping code density by allowing more accesses to use short instruction forms. Note that the operation info field is reserved and should not be used.
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UWOP_SAVE_NONVOL (4)2 nodes
6262

‎docs/build/struct-unwind-info.md‎

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@@ -21,7 +21,7 @@ The unwind data info structure is used to record the effects a function has on t
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|UBYTE|Count of unwind codes|
2222
|UBYTE: 4|Frame Register|
2323
|UBYTE: 4|Frame Register offset (scaled)|
24-
|USHORT * n|Unwind codes array|
24+
|USHORT \* n|Unwind codes array|
2525
|variable|Can either be of form (1) or (2) below|
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(1) Exception Handler
@@ -63,7 +63,7 @@ The unwind data info structure is used to record the effects a function has on t
6363
If nonzero, then the function uses a frame pointer, and this field is the number of the nonvolatile register used as the frame pointer, using the same encoding for the operation info field of UNWIND_CODE nodes.
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6565
**Frame register offset (scaled)**
66-
If the frame register field is nonzero, then this is the scaled offset from RSP that is applied to the FP reg when it is established. The actual FP reg is set to RSP + 16 * this number, allowing offsets from 0 to 240. This permits pointing the FP reg into the middle of the local stack allocation for dynamic stack frames, allowing better code density through shorter instructions (more instructions can use the 8-bit signed offset form).
66+
If the frame register field is nonzero, then this is the scaled offset from RSP that is applied to the FP reg when it is established. The actual FP reg is set to RSP + 16 \* this number, allowing offsets from 0 to 240. This permits pointing the FP reg into the middle of the local stack allocation for dynamic stack frames, allowing better code density through shorter instructions (more instructions can use the 8-bit signed offset form).
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6868
**Unwind codes array**
6969
This is an array of items that explains the effect of the prolog on the nonvolatile registers and RSP. See the section on UNWIND_CODE for the meanings of individual items. For alignment purposes, this array will always have an even number of entries, with the final entry potentially unused (in which case the array will be one longer than indicated by the count of unwind codes field).

‎docs/build/wildcards-and-nmake.md‎

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@@ -12,7 +12,7 @@ ms.author: "corob"
1212
ms.workload: ["cplusplus"]
1313
---
1414
# Wildcards and NMAKE
15-
NMAKE expands filename wildcards (* and ?) in dependency lines. A wildcard specified in a command is passed to the command; NMAKE does not expand it.
15+
NMAKE expands filename wildcards (\* and ?) in dependency lines. A wildcard specified in a command is passed to the command; NMAKE does not expand it.
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## See Also
1818
[Contents of a Makefile](../build/contents-of-a-makefile.md)

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