B.   ---
myObject: !!myClass{name :joe,age:15}

C.   ---
myObject: *myClass{name :joe,age:15}

D.   ---
myObject: !- myClass{name :joe,age:15}

B.   Serialization

C.   Presentation

D.   Nodes

A.   Presentation

B.   Serialization

D.   Application

B.   "globaltag:yaml.org,2002.int"

C.   "tag.yaml:org,2002:int"

D.   tag:yaml.org,2002:int

B.   It processes a syntax for presenting a YAML representation as a series of characters.

C.   It represents the tool for converting information between a YAML stream and a representation.

D.   It represents the tool for describing a class of data objects.

A.   !<!> foo

C.   !<tag:yaml.org,2002:str> foo:

D.   !<$:?>bar

B.   It needs to be referenced by some alias node.

C.   It identifies the type of native data structure presented by the node.

D.   An anchor is denoted as ! indicator.

B.   It is a non human-readable data serialization format.

C.   It is a superset of JSON.

D.   It is more verbose than XML.

B.   Aliases may be unidentified.

C.   Native may be available.

D.   Node styles may be unavailable.

A.   Mapping

B.   Sequence

D.   None of the above

B.   Syntax error at line 5

C.   The case of a YAML directive should be small.

D.   Syntax error at line 6

A.   men: [John Smith, Bill Jones]
women:
        - Mary, Smith,John
        - Susan W

B.   men: [John Smith, Bill Jones]
        -[ Mary Smith]
        - Susan Williams

C.   men: {John Smith, Bill Jones}
women:
        - [women:Mary Smith]
        - Susan

A.   [ruby,{Python},Perl]

B.   {ruby,{Python},Perl}

D.   {lang:ruby,Python,Perl}

B.   !

C.   &

D.   @

A.   A representation tree

B.   An ordered tree

C.   An event tree

A.   If they represent the same tag

B.   If they represent the same content

D.   If they represent the same tag and content

A.   A YAML serialization graph

B.   A YAML serialization node

D.   An unordered YAML serialization tree

A.   They must be resolved to specific tags for a complete representation graph.

C.   They are useful only for plain scalars.

D.   They include non-specific tags such as ? and !.

B.   - [name: John , age: 33]
- name: Mary Smith
age: 27

C.   - name: John Smith, age: 33
- [name: Mary Smith]
age: 27

D.   - {name: John Smith, age: 33}
- - name: Mary Smith
[ age: 27]

B.   Parsing deals with formatting a series of characters in a human-friendly manner.

C.   Parsing discards all the details introduced in the presentation process.

D.   Parsing is responsible for producing a representation graph.

A.   Local tag

C.   ?

D.   Global tag

A.   It is used to remove the leading and trailing white spaces.

C.   It ignores the newlines, as their only purpose is to make the text readable.

D.   None of the above

A.   !string 123

B.   !! char 123

D.   @ str 123

A.   --- !omp
- Mark McGwire: 65
- Sammy Sosa: 63
- Ken Griffy: 58

C.   --- !!map
- [Mark McGwire: 65]
- [Sammy Sosa: 63]
- Ken Griffy: 58

D.   --- !!otree
- [Mark McGwire: 65]
- [Sammy Sosa: 63]
- Ken Griffy: 58

A.   #

C.   ::

D.   \

A.   Representation

C.   Application

D.   Serialization

A.   [username:smith,uid:1138]

C.   !Username:john,uid-1234

D.   - username:smith, uid:1138

A.   #

C.   @

D.   :

A.   !

B.   @

C.   ?

B.   Serialization

C.   Application

D.   Presentation

B.   Serialization

C.   Mapping

D.   Sequence

E.   Tags

B.   public

C.   private

D.   local

B.   Indentation

C.   The content of the key node directly along the path leading from the root to the resolved node

D.   The node style

A.   It denotes serialization details.

C.   It denotes node styles.

D.   It denotes relationships.

A.   The non-specific tag of the node

B.   The specific tag of the node

D.   The path leading from the root node to the node

B.   It uses indicators to denote structure.

C.   It always extends to the end of a line.

D.   It uses indentation to denote structure.

B.   It marks a node for future reference.

C.   It requires the tag resolution method to be used.

D.   It must either begin with a ! or be a valid URI.

B.   Valid URI

C.   !!

D.   "TAG" directive