Wording and tweaks from PR comments

Co-authored-by: Kevin Albertson <[email protected]>

Author: vector-of-bool

docs/how-to/communicate.example.c

@@ -26,7 +26,7 @@ amongoc_box after_hello(amongoc_box state_ptr, amongoc_status*, amongoc_box resp
     bson_view resp = bson_view_from(amongoc_box_cast(bson_doc, resp_data));
     // Just print the response message
     fprintf(stdout, "Got response: ");
-    bson_write_repr(stderr, resp);
+    bson_write_repr(stdout, resp);
     fputs("\n", stdout);
     amongoc_box_destroy(resp_data);
     return amongoc_nil;

docs/learn/read.rst

@@ -122,7 +122,7 @@ the server:
 .. literalinclude:: read.example.c
   :caption: Set up the Collection
   :start-at: Create a new collection handle
-  :end-at: }
+  :end-before: Initiate a read operation.
   :lineno-match:
 
 `amongoc_collection_new` does not actually communicate with the server: It only

docs/ref/status.rst

@@ -178,7 +178,7 @@ Functions & Macros
   :param MsgVar: This argument should be a plain identifier, which will be declared within
     the scope of the statement as the :term:`C string` for the status.
   :param StatusVar: If provided, a variable of type `amongoc_status` will be declared within
-    the statment scope that captures the value of the ``Status`` argument.
+    the statement scope that captures the value of the ``Status`` argument.
 
   .. hint::
 
@@ -229,7 +229,7 @@ Status Categories
        return |S| without inspecting `buf`.
     2. If the message |M| needs to be dynamically generated and `buf` is not
        null, generate the message string in `buf`, ensuring that `buf` contains
-       a nul terminator at :expr:`buf[buflen-1]` (use of ``snprintf`` is
+       a nul terminator. The written length with nul terminator must not exceed :expr:`buflen` (use of ``snprintf`` is
        recommended). Return `buf`.
     3. Otherwise, return a fallback message string or a null pointer.
 

src/bson/format.cpp

@@ -185,7 +185,6 @@ struct bson_writer {
     void write_value(bool b) { write("{}", b); }
     void write_value(std::int32_t i) { write("{}:i32", i); }
     void write_value(std::int64_t i) { write("{}:i64", i); }
-    void write_value(std::uint64_t i) { write("{}:u64", i); }
     void write_value(double i) { write("{}:f64", i); }
     void write_value(bson::null) { write("null"); }
     void write_value(bson::undefined) { write("undefined"); }