Beautify two word anchors (#87)

content/docs/standard/table-dialect.md

@@ -166,7 +166,7 @@ With this dialect definition:
 
 Where `field1` and `field2` names are implementation-specific and used here only for illustrative purpose.
 
-### `headerRows`
+### `headerRows` {#headerRows}
 
 A Table Dialect descriptor `MAY` have the `headerRows` property that `MUST` be an array of positive integers starting from 1 with default value `[1]`. This property specifies the row numbers for the header. It is `RECOMMENDED` to be used for multiline-header files.
 
@@ -194,7 +194,7 @@ With this dialect definition:
 {"fruit id": 2, "fruit name": "orange"}
 ```
 
-### `headerJoin`
+### `headerJoin` {#headerJoin}
 
 A Table Dialect descriptor `MAY` have the `headerJoin` property that `MUST` be a string with default value `" "`. This property specifies how multiline-header files have to join the resulting header rows.
 
@@ -223,7 +223,7 @@ With this dialect definition:
 {"fruit-id": 2, "fruit-name": "orange"}
 ```
 
-### `commentRows`
+### `commentRows` {#commentRows}
 
 A Table Dialect descriptor `MAY` have the `commentRows` property that `MUST` be an array of positive integers starting from 1; undefined by default. This property specifies what rows have to be omitted from the data.
 
@@ -251,7 +251,7 @@ With this dialect definition:
 {id: 2, name: "orange"}
 ```
 
-### `commentChar`
+### `commentChar` {#commentChar}
 
 A Table Dialect descriptor `MAY` have the `commentChar` property that `MUST` be a string of one or more characters; undefined by default. This property specifies what rows have to be omitted from the data based on the row's first characters.
 
@@ -306,7 +306,7 @@ With this dialect definition:
 {id: 2, name: "orange"}
 ```
 
-### `lineTerminator`
+### `lineTerminator` {#lineTerminator}
 
 A Table Dialect descriptor `MAY` have the `lineTerminator` property that `MUST` be a string; with default value `\r\n`. This property specifies the character sequence which terminates rows.
 
@@ -331,7 +331,7 @@ With this dialect definition:
 {id: 2, name: "orange"}
 ```
 
-### `quoteChar`
+### `quoteChar` {#quoteChar}
 
 A Table Dialect descriptor `MAY` have the `quoteChar` property that `MUST` be a string of one character length with default value `"` (double quote). This property specifies a character to use for quoting in case the `delimiter` needs to be used inside a data cell.
 
@@ -358,7 +358,7 @@ With this dialect definition:
 {id: 2, name: "orange,fruits"}
 ```
 
-### `doubleQuote`
+### `doubleQuote` {#doubleQuote}
 
 A Table Dialect descriptor `MAY` have the `doubleQuote` property that `MUST` be boolean with default value `true`. This property controls the handling of `quoteChar` inside data cells. If true, two consecutive quotes are interpreted as one.
 
@@ -385,7 +385,7 @@ With this dialect definition:
 {id: 2, name: 'orange"fruits'}
 ```
 
-### `escapeChar`
+### `escapeChar` {#escapeChar}
 
 A Table Dialect descriptor `MAY` have the `escapeChar` property that `MUST` be a string of one character length; undefined by default. This property specifies a one-character string to use for escaping, for example, `\`, mutually exclusive with `quoteChar`.
 
@@ -412,7 +412,7 @@ With this dialect definition:
 {id: 2, name: "orange,fruits"}
 ```
 
-### `nullSequence`
+### `nullSequence` {#nullSequence}
 
 A Table Dialect descriptor `MAY` have the `nullSequence` property that `MUST` be a string; undefined by default. This property specifies specifies the null sequence, for example, `\N`.
 
@@ -439,7 +439,7 @@ With this dialect definition:
 {id: 2, name: null}
 ```
 
-### `skipInitialSpace`
+### `skipInitialSpace` {#skipInitialSpace}
 
 A Table Dialect descriptor `MAY` have the `skipInitialSpace` property that `MUST` be boolean with default value `false`. This property specifies how to interpret whitespace which immediately follows a delimiter; if `false`, it means that whitespace immediately after a delimiter is treated as part of the following field.
 
@@ -496,7 +496,7 @@ With this dialect definition:
 {id: 2, name: "orange"}
 ```
 
-### `itemType`
+### `itemType` {#itemType}
 
 A Table Dialect descriptor `MAY` have the `itemType` property that `MUST` be a string with value `array` or `object`; undefined by default. This property specifies whether the data `property` contains an array of arrays or an array of objects.
 
@@ -525,7 +525,7 @@ With this dialect definition:
 {id: 2, name: "orange"}
 ```
 
-### `itemKeys`
+### `itemKeys` {#itemKeys}
 
 A Table Dialect descriptor `MAY` have the `itemKeys` property that `MUST` be array of strings; undefined by default. This property specifies the way of extracting rows from data arrays with `itemType` is `object`.
 
@@ -553,7 +553,7 @@ With this dialect definition:
 {id: 2, name: "orange"}
 ```
 
-### `sheetNumber`
+### `sheetNumber` {#sheetNumber}
 
 A Table Dialect descriptor `MAY` have the `sheetNumber` property that `MUST` be an integer with default value `1`. This property specifies a sheet number of a table in the spreadsheet file.
 
@@ -574,7 +574,7 @@ With this dialect definition:
 
 `SHOULD` output the data from the second sheet.
 
-### `sheetName`
+### `sheetName` {#sheetName}
 
 A Table Dialect descriptor `MAY` have the `sheetName` property that `MUST` be a string; undefined by default. This property specifies a sheet name of a table in the spreadsheet file.
 

content/docs/standard/table-schema.md

@@ -74,7 +74,7 @@ A root level Table Schema descriptor `MAY` have a `$schema` property that `MUST`
 
 The default value is `https://datapackage.org/profiles/1.0/tableschema.json` and the recommended value is `https://datapackage.org/profiles/2.0/tableschema.json`.
 
-#### `fieldsMatch`
+#### `fieldsMatch` {#fieldsMatch}
 
 A Table Schema descriptor `MAY` contain a property `fieldsMatch` that `MUST` be a string with the following possible values and the `exact` value by default:
 
@@ -84,7 +84,7 @@ A Table Schema descriptor `MAY` contain a property `fieldsMatch` that `MUST` be
 - **superset**: The data source `MUST` only have fields defined in the `fields` array, but `MAY` have fewer. Fields `MUST` be mapped by their names.
 - **partial**: The data source `MUST` have at least one field defined in the `fields` array. Fields `MUST` be mapped by their names.
 
-#### `missingValues`
+#### `missingValues` {#missingValues}
 
 Many datasets arrive with missing data values, either because a value was not collected or it never existed. Missing values may be indicated simply by the value being empty in other cases a special value may have been used e.g. `-`, `NaN`, `0`, `-9999` etc.
 
@@ -113,7 +113,7 @@ Examples:
 
 When implementations choose to convert missing values to null, this conversion to `null` `MUST` be done before any other attempted type-specific string conversion. The default value `[ "" ]` means that empty strings will be converted to null before any other processing takes place. Providing the empty list `[]` means that no conversion to null will be done, on any value.
 
-#### `primaryKey`
+#### `primaryKey` {#primaryKey}
 
 A primary key is a field or set of fields that uniquely identifies each row in the table. Per SQL standards, the fields cannot be `null`, so their use in the primary key is equivalent to adding `required: true` to their [`constraints`](#constraints).
 
@@ -145,7 +145,7 @@ Here's an example:
 Data consumer MUST support the `primaryKey` property in a form of a single string e.g. `primaryKey: a` which was a part of the `v1.0` of the specification.
 :::
 
-#### `uniqueKeys`
+#### `uniqueKeys` {#uniqueKeys}
 
 A unique key is a field or a set of fields that are required to have unique logical values in each row in the table. It is directly modeled on the concept of unique constraint in SQL.
 
@@ -186,7 +186,7 @@ All the field values that are on the logical level are considered to be `null` v
 
 In contrast with `field.constraints.unique`, `uniqueKeys` allows to define uniqueness as a combination of fields. Both properties `SHOULD` be assessed separately.
 
-#### `foreignKeys`
+#### `foreignKeys` {#foreignKeys}
 
 A foreign key is a reference where values in a field (or fields) on the table ('resource' in data package terminology) described by this Table Schema connect to values a field (or fields) on this or a separate table (resource). They are directly modelled on the concept of foreign keys in SQL.
 
@@ -357,7 +357,7 @@ If `categories` is (b) an array of objects, each object `MAY` also have a `label
 
 An `enum` constraint `MAY` be added to a field with a `categories` property, but if so, the `enum` values `MUST` be a subset of the values in `categories`.
 
-#### `categoriesOrdered`
+#### `categoriesOrdered` {#categoriesOrdered}
 
 When the `categories` property is defined, it `MAY` be accompanied by a `categoriesOrdered` property in the field definition. When present, the `categoriesOrdered` property `MUST` be `boolean`. When `categoriesOrdered` is `true`, implementations `SHOULD` regard the order of appearance of the values in the `categories` property as their natural order. For example:
 
@@ -378,7 +378,7 @@ When the `categories` property is defined, it `MAY` be accompanied by a `categor
 
 When the property `categoriesOrdered` is `false`, implementations `SHOULD` assume that the categories do not have a natural order; when the property is not present, no assumption about the ordered nature of the values `SHOULD` be made.
 
-#### `missingValues`
+#### `missingValues` {#field-missingValues}
 
 A list of missing values for this field as per [Missing Values](#missingvalues) definition. If this property is defined, it takes precedence over the schema-level property and completely replaces it for the field without combining the values.
 
@@ -402,7 +402,7 @@ A data consumer `MUST`:
 - interpret `""` and `NA` as missing values for `column1`
 - interpret only `-` as a missing value for `column2`
 
-#### `rdfType`
+#### `rdfType` {#rdfType}
 
 A richer, "semantic", description of the "type" of data in a given column `MAY` be provided using a `rdfType` property on a field descriptor.
 
@@ -644,14 +644,14 @@ Indicates whether this field cannot be `null`. If required is `false` (the defau
 
 If `true`, then all values for that field `MUST` be unique within the data file in which it is found.
 
-### `minLength`
+### `minLength` {#minLength}
 
 - **Type**: integer
 - **Fields**: collections (string, array, object)
 
 An integer that specifies the minimum length of a value.
 
-### `maxLength`
+### `maxLength` {#maxLength}
 
 - **Type**: integer
 - **Fields**: collections (string, array, object)
@@ -672,21 +672,21 @@ Specifies a minimum value for a field. This is different to `minLength` which ch
 
 As for `minimum`, but specifies a maximum value for a field.
 
-### `exclusiveMinimum`
+### `exclusiveMinimum` {#exclusiveMinimum}
 
 - **Type**: integer, number, date, time, datetime, duration, year, yearmonth
 - **Fields**: integer, number, date, time, datetime, duration, year, yearmonth
 
 As for `minimum`, but for expressing exclusive range.
 
-### `exclusiveMaximum`
+### `exclusiveMaximum` {#exclusiveMaximum}
 
 - **Type**: integer, number, date, time, datetime, duration, year, yearmonth
 - **Fields**: integer, number, date, time, datetime, duration, year, yearmonth
 
 As for `maximum`, but for expressing exclusive range.
 
-### `jsonSchema`
+### `jsonSchema` {#jsonSchema}
 
 - **Type**: object
 - **Fields**: array, object