Merge branch 'first_baseline' into 'master'

QueryTermAssoc))

QueryTermAssoc = %x28 QueryTerm *(LogicalOp QueryTerm) %x29         ; (QueryTerm)

QueryTerm = Attribute

QueryTerm =/ notOp Attribute

QueryTerm =/ Attribute Operator ComparableValue

QueryTerm =/ Attribute equal CompEqualityValue

QueryTerm =/ Attribute unequal CompEqualityValue

patternOp = %x7E %x3D                                               ; ~=

notPatternOp = %x21 %x7E %x3D                                       ; !~=

dots = %x2E %x2E                                                    ; ..

notOp = %x7E                                                        ; !

TermChar = unicodeNumber / unicodeLetter

TermChar =/ %x5F                                                    ; _

AttrName = unicodeLetter *TermChar

>>> [!tip] EXAMPLE 6:

[?q=isMonitoredBy]{.HTML-Code}

[?q=!isMonitoredBy]{.HTML-Code}

To query for Entities that have the Attribute _`isMonitoredBy`_ ).

To query for Entities that do not have the Attribute _`isMonitoredBy`_.

>>>

The Query Term value, [description[​fr]=="pain"]{.HTML-Code}

-  Matches to the _`languageMap`_  below as the value

-  Matches the _`languageMap`_  below as the value

   ["pain"]{.HTML-Code} corresponds to the key ["fr"]{.HTML-Code}

```json

}

```

-  Does not match to the _`languageMap`_ below as the value

-  Does not match the _`languageMap`_ below as the value

   ["pain"]{.HTML-Code}, although present in the _`languageMap`_,

   does not correspond to the key ["fr"]{.HTML-Code}

}

```

-  Matches to the _`languageMap`_  below as the value

-  Matches the _`languageMap`_  below as the value

   ["pain"]{.HTML-Code} corresponds an element withn the key

   ["fr"]{.HTML-Code}

}

```

-  Does not match to the _`languageMap`_ below as the value

-  Does not match the _`languageMap`_ below as the value

   ["pain"]{.HTML-Code} does not correspond to an element within the key

   ["fr"]{.HTML-Code}

The Query Term value, [description[\*]=="pain"]{.HTML-Code}

-  Matches to the _`languageMap`_ below as the value ["pain"]{.HTML-Code} can be found.

-  Matches the _`languageMap`_ below as the value ["pain"]{.HTML-Code} can be found.

```json

{

}

```

-  Also Matches to the _`languageMap`_  below as the value ["pain"]{.HTML-Code} can be found

-  Also Matches the _`languageMap`_  below as the value ["pain"]{.HTML-Code} can be found

   as an element of an array.

```json

The Query Term value, [color=="http://example/red"]{.HTML-Code}

-  Matches to the _`object`_ below  as it is identical or equivalent to the target value.

-  Matches the _`object`_ below  as it is identical or equivalent to the target value.

```json

"http://example.com/red"

```

-  Matches to the _`objectList`_ below  as it is included in the array

-  Matches the _`objectList`_ below  as it is included in the array

```json

[

The Query Term value, [color=="http://example/black","http://example/red"]{.HTML-Code}

-  Matches to  the _`object`_ below as it is identical or equivalent to one of the list values

-  Matches the _`object`_ below as it is identical or equivalent to one of the list values

```json

"http://example.com/red"

```

-  Matches to  the _`object`_  below as the element ["http://example.com/red"]{.HTML-Code}

-  Matches the _`object`_  below as the element ["http://example.com/red"]{.HTML-Code}

   is included  as one of the elements within the array.

```json

<!-- prettier-ignore-start -->

8. The Query Term addresses a sub-attribute within a JSON Object, the target

   element corresponds to a _Property_ , _ListProperty_ or _JsonProperty_  and

   the value of sub-attribute:

8.  If there is no equality between the target value data type and the Query

    Term value data type, then it shall be considered as not matching.

   -  Is identical or equivalent to the target value.

   -  Is included in one of the JSON Objects corresponding to the target value,

      and the latter is an array.

<!-- prettier-ignore-start -->

>>> [!tip] EXAMPLE 8:

The Query Term value, [address[​city]==Berlin]{.HTML-Code}:

-  Matches the value below as the sub-attribute ["city"]{.HTML-Code} of

   the JSON Object is identical or equivalent to the target value.

```json

{"city": "Berlin", "country":"DE"}

```

-  Matches the value below as the sub-attribute ["city"]{.HTML-Code} of at

   least one of the JSON Object in the array, is identical or equivalent to the

   target value.

```json

[

  {"city": "London", "country":"GB"},

  {"city": "Paris", "country":"FR"},

  {"city": "Berlin", "country":"DE"}

]

```

>>>

<!-- prettier-ignore-end -->

9.  The Query Term addresses a sub-attribute within a JSON Object, the target

    element corresponds to a _Property_ , _ListProperty_ or _JsonProperty_ and

    the Query Term value is a list of values (production rule named

    [ValueList]{.HTML-Sample}) and:

    - The sub-attribute of the JSON object corresponding to target value is

      identical or equivalent to any of the list values

    - The target value is an array of JSON objects, and the sub-attribute value

      matches target value for at least one element of the array.

<!-- prettier-ignore-start -->

>>> [!tip] EXAMPLE 9:

The Query Term value,  The Query Term value, [address[​city]==Berlin,Tokyo]{.HTML-Code}:

-  Matches the value below as the sub-attribute ["city"]{.HTML-Code} of

   the JSON Object is identical or equivalent to one of the list values.

```json

{"city": "Berlin", "country":"DE"}

```

-  Matches the value below, as the sub-attribute ["city"]{.HTML-Code} of at least

   one JSON Object in the array is included in one of the Query Term values

```json

[

  {"city": "London", "country":"GB"},

  {"city": "Paris", "country":"FR"},

  {"city": "Berlin", "country":"DE"}

]

```

>>>

<!-- prettier-ignore-end -->

10. If there is no equality between the target value data type and the Query

    Term value data type, then it shall be considered as not matching.

### 7.2.4 GeoQuery language