StringValuesSingleImpl

open class StringValuesSingleImpl : StringValues

StringValuesSingleImpl(
    caseInsensitiveName: Boolean, 
    name: String, 
    values: List<String>)

caseInsensitiveName	`open val caseInsensitiveName: Boolean` Specifies if map has case-sensitive or case-insensitive names
name	`val name: String`
values	`val values: List<String>`

contains	`open fun contains(name: String): Boolean` Checks if the given name exists in the map `open fun contains(name: String, value: String): Boolean` Checks if the given name and value pair exists in the map
entries	`open fun entries(): Set<Entry<String, List<String>>>` Gets all entries from the map
equals	`open fun equals(other: Any?): Boolean`
forEach	`open fun forEach(body: (String, List<String>) -> Unit): Unit` Iterates over all entries in this map and calls body for each pair
get	`open fun get(name: String): String?` Gets first value from the list of values associated with a name, or null if the name is not present
getAll	`open fun getAll(name: String): List<String>?` Gets all values associated with the name, or null if the name is not present
hashCode	`open fun hashCode(): Int`
isEmpty	`open fun isEmpty(): Boolean` Checks if this map is empty
names	`open fun names(): Set<String>` Gets all names from the map
toString	`open fun toString(): String`

filter	`fun StringValues.filter( keepEmpty: Boolean = false, predicate: (String, String) -> Boolean ): StringValues` Create a new instance of StringValues filtered by the specified predicate
flattenEntries	`fun StringValues.flattenEntries(): List<Pair<String, String>>` Copy values to a list of pairs
flattenForEach	`fun StringValues.flattenForEach( block: (String, String) -> Unit ): Unit` Invoke block function for every value pair
toMap	`fun StringValues.toMap(): Map<String, List<String>>` Copy values to a new independent map

HeadersSingleImpl	`class HeadersSingleImpl : Headers, StringValuesSingleImpl`
ParametersSingleImpl	`class ParametersSingleImpl : Parameters, StringValuesSingleImpl`