Merge pull request #2464 from uzluisf/master

Wording and text reflow

Author: uzluisf

doc/Language/containers.pod6

@@ -283,18 +283,21 @@ container: slurpy parameters (C<*@a>) and explicit calls to C<flat>:
 You can also use C<|> to create a L<Slip>, introducing a list into the other.
 
     my @l := 1, 2, (3, 4, (5, 6)), [7, 8, (9, 10)];
-    say (|@l, 11, 12); # OUTPUT: «(1 2 (3 4 (5 6)) [7 8 (9 10)] 11 12)␤»
+    say (|@l, 11, 12);    # OUTPUT: «(1 2 (3 4 (5 6)) [7 8 (9 10)] 11 12)␤»
     say (flat @l, 11, 12) # OUTPUT: «(1 2 3 4 5 6 7 8 (9 10) 11 12)␤»
 
-In the first case, every element of C<@l> is I<slipped> as the corresponding elements of the resulting list. C<flat>, in the other hand, I<flattens> all elements including the elements of the included array, except for C«(9 10)».
+In the first case, every element of C<@l> is I<slipped> as the corresponding
+elements of the resulting list. C<flat>, in the other hand, I<flattens> all
+elements including the elements of the included array, except for C«(9 10)».
 
 As hinted above, scalar containers prevent that flattening:
 
     sub f(*@x) { @x.elems };
     my @a = 1, 2, 3;
     say f $@a, 4, 5;            # OUTPUT: «3␤»
 
-The C<@> character can also be used as a prefix to coerce the argument to a list, thus removing a scalar container:
+The C<@> character can also be used as a prefix to coerce the argument to a
+list, thus removing a scalar container:
 
     my $x = (1, 2, 3);
     .say for @$x;               # 3 iterations
@@ -325,8 +328,8 @@ self-referential structures.
     put @a.perl;
     # OUTPUT: «((my @Array_75093712) = [@Array_75093712,])␤»
 
-Perl 6 does not prevent you from creating and using self-referential
-data; You may end up in a loop trying to dump the data; as a
+Although Perl 6 does not prevent you from creating and using self-referential
+data, by doing so you may end up in a loop trying to dump the data. As a
 last resort, you can use Promises to L<handle|/type/Promise#method_in> timeouts.
 
 =head1 Type constraints
@@ -368,17 +371,19 @@ and C<%> sigiled variables gives the constraint for values:
 
 =head2 Definedness constraints
 
-A container can also enforce a variable to be defined. Put a smiley in the declaration:
+A container can also enforce a variable to be defined. Put a smiley in the
+declaration:
 
     my Int:D $def = 3;
-    say $def; # OUTPUT: «3␤»
+    say $def;   # OUTPUT: «3␤»
     $def = Int; # Typecheck failure
 
 You'll also need to initialize the variable in the declaration, it can't be
 left undefined after all.
 
 It's also possible to have this constraint enforced in all variables declared
-in a scope with the L<default defined variables pragma|/language/variables#Default_defined_variables_pragma>.
+in a scope with the
+L<default defined variables pragma|/language/variables#Default_defined_variables_pragma>.
 People coming from other languages where variables are always defined will
 want to have a look.