CBORReader

CBOR reader.

• CBORReader
  • .constructor(data) ⇒ CBORReader
  • .data: Uint8Array
  • .dataView: DataView
  • .dictionary: ‘object’ | ‘map’
  • .offset: number
  • .tagger: Tagger
  • .appendUtf16Data(utf16data, length) ⇒ void
  • .decodeItem() ⇒ any
  • .readArrayBuffer(length) ⇒ Uint8Array
  • .readArrayLength(typeInfo) ⇒ number | bigint
  • .readBreak() ⇒ boolean
  • .readFloat16() ⇒ number
  • .readFloat32() ⇒ number
  • .readFloat64() ⇒ number
  • .readIndefiniteStringLength(majorType) ⇒ number
  • .readItem(typeInfo) ⇒ any
  • .readLength(additionalInformation) ⇒ number | bigint
  • .readTypeInfo() ⇒ number
  • .readUint16() ⇒ number
  • .readUint32() ⇒ number
  • .readUint64() ⇒ bigint
  • .readUint8() ⇒ number

.constructor(data: Uint8Array) ⇒ CBORReader 

.data: Uint8Array 

.dataView: DataView 

.dictionary: ‘object’ | ‘map’ 

.offset: number 

.tagger: Tagger 

.appendUtf16Data(utf16data: number[], length: number) ⇒ void 

.decodeItem() ⇒ any 

.readArrayBuffer(length: number) ⇒ Uint8Array 

.readArrayLength(typeInfo: number) ⇒ number | bigint 

Read the array length.

Note: Must not be called if the type is a constant.

Returns: The array length.

.readBreak() ⇒ boolean 

.readFloat16() ⇒ number 

.readFloat32() ⇒ number 

.readFloat64() ⇒ number 

.readIndefiniteStringLength(majorType: number) ⇒ number 

.readItem(typeInfo: number) ⇒ any 

Recursively read the item.

Note: This method will recursively allocate arrays and records based the item type.

Returns: The decoded value.

.readLength(additionalInformation: number) ⇒ number | bigint 

.readTypeInfo() ⇒ number 

Read type information and move the cursor.

Note: Must be called before reading the value.

.readUint16() ⇒ number 

.readUint32() ⇒ number 

.readUint64() ⇒ bigint 

.readUint8() ⇒ number