Fix default checksum algorithm

docs/architecture/modern-web-apps-azure/common-web-application-architectures.md

@@ -42,7 +42,7 @@ With a layered architecture, applications can enforce restrictions on which laye
 
 Layers (and encapsulation) make it much easier to replace functionality within the application. For example, an application might initially use its own SQL Server database for persistence, but later could choose to use a cloud-based persistence strategy, or one behind a web API. If the application has properly encapsulated its persistence implementation within a logical layer, that SQL Server specific layer could be replaced by a new one implementing the same public interface.
 
-In addition to the potential of swapping out implementations in response to future changes in requirements, application layers can also make it easier to swap out implementations for testing purposes. Instead of having to write tests that operate against the real data layer or UI layer of the application, these layers can be replaced at test time with fake implementations that provide known responses to requests. This typically makes tests much easier to write and much faster to run when compared to running tests again the application's real infrastructure.
+In addition to the potential of swapping out implementations in response to future changes in requirements, application layers can also make it easier to swap out implementations for testing purposes. Instead of having to write tests that operate against the real data layer or UI layer of the application, these layers can be replaced at test time with fake implementations that provide known responses to requests. This typically makes tests much easier to write and much faster to run when compared to running tests against the application's real infrastructure.
 
 Logical layering is a common technique for improving the organization of code in enterprise software applications, and there are several ways in which code can be organized into layers.
 

docs/csharp/language-reference/compiler-options/listed-by-category.md

@@ -102,7 +102,7 @@ The following compiler options are sorted by category. For an alphabetical list,
 |[-unsafe](unsafe-compiler-option.md)|Enables compilation of code that uses the [unsafe](../keywords/unsafe.md) keyword.|
 |[-utf8output](utf8output-compiler-option.md)|Displays compiler output using UTF-8 encoding.|
 |-parallel[+|-]|Specifies whether to use concurrent build (+).|
-|-checksumalgorithm:\<alg>|Specify the algorithm for calculating the source file checksum stored in PDB.  Supported values are: SHA1 (default) or SHA256.<br>Due to collision problems with SHA1, Microsoft recommends SHA256.|
+|-checksumalgorithm:\<alg>|Specify the algorithm for calculating the source file checksum stored in PDB.  Supported values are: SHA256 (default) or SHA1.<br>Due to collision problems with SHA1, Microsoft recommends SHA256.|
 
 ## Obsolete Options
 

docs/csharp/tutorials/exploration/csharp-6.yml

@@ -59,7 +59,7 @@ items:
     public override string ToString() => FirstName + " " + LastName;
     ```
 
-    Try the same with the `Caps` method. This is a small improvement, but when used wisely it creates much more readable code, especially for Data Transfer Objects (DTOs) and other types with minimal behavior.
+    Try the same with the `AllCaps` method. This is a small improvement, but when used wisely it creates much more readable code, especially for Data Transfer Objects (DTOs) and other types with minimal behavior.
 
 - title: Importing a single class
   durationInMinutes: 2

docs/fsharp/language-reference/keyword-reference.md

@@ -1,6 +1,81 @@
 ---
 title: Keyword Reference
 description: Find links to information about all of the F# language keywords.
+f1_keywords:
+- new_FS
+- use_FS
+- end_FS
+- lsl_FS
+- exception_FS
+- asr_FS
+- if_FS
+- internal_FS
+- default_FS
+- in_FS
+- lsr_FS
+- open_FS
+- static_FS
+- assert_FS
+- match_FS
+- land_FS
+- with_FS
+- inherit_FS
+- mutable_FS
+- downto_FS
+- false_FS
+- sig_FS
+- and_FS
+- true_FS
+- namespace_FS
+- public_FS
+- lxor_FS
+- val_FS
+- void_FS
+- downcast_FS
+- function_FS
+- while_FS
+- for_FS
+- class_FS
+- done_FS
+- to_FS
+- module_FS
+- let_FS
+- delegate_FS
+- abstract_FS
+- then_FS
+- when_FS
+- lazy_FS
+- try_FS
+- inline_FS
+- do_FS
+- upcast_FS
+- begin_FS
+- base_FS
+- fun_FS
+- struct_FS
+- as_FS
+- extern_FS
+- null_FS
+- lor_FS
+- return_FS
+- mod_FS
+- private_FS
+- of_FS
+- or_FS
+- member_FS
+- type_FS
+- rec_FS
+- elif_FS
+- override_FS
+- interface_FS
+- yield_FS
+- else_FS
+- finally_FS
+- global_FS
+- select_FS
+- use!_FS
+dev_langs:
+- FSharp
 ms.date: 11/04/2019
 ---
 # Keyword Reference