DART

this this(SecureNet net, string filename, Flag!"read_only" read_only, ushort from_sector, ushort to_sector): Creates DART with given net and by given file path
this this(SecureNet net, string filename, Exception exception, Flag!"read_only" read_only, ushort from_sector, ushort to_sector): Creates DART with given net and by given file path safely with catching possible exceptions

Members

Classes

SynchronizationFiber class SynchronizationFiber: Synchronizer which supports synchronization from multiplet DART's

Functions

inRange bool inRange(ushort sector): Check if the sector is within the DART angle
opCall const(HiRPC.Sender) opCall(const(HiRPC.Receiver) received, bool read_only): This function handles HPRC Queries to the DART
replay void replay(const(string) journal_filename): Replays the journal file to update the DART The update blockfile can be generated from the synchroning process from an foreign dart
sectors SectorRange sectors(): Creates a SectorRange for the DART
synchronizer SynchronizationFiber synchronizer(Synchronizer synchonizer, Rims rims): Creates a synchronization fiber from a synchroizer

Structs

Journal struct Journal: Recorder journal

Inherited Members

From DARTFile

close void close()

Close the DARTFile

bullseye alias bullseye = fingerprint

Ditto for fingerprint

recorder RecordFactory.Recorder recorder()

Creates a recorder factor

recorder RecordFactory.Recorder recorder(const(Document) doc)

Creates a recorder from a document using the RecorderFactory used by the DART

recorder RecordFactory.Recorder recorder(RecordFactory.Recorder.Archives archives)

Ditto

Branches struct Branches

Data struct which contains the branches in sub-tree

load Document load(const(Branches) b, uint key)

Reads the data at branch key

RimWalkerFiber class RimWalkerFiber

Undocumented in source.

rimWalkerRange RimWalkerFiber rimWalkerRange(immutable(Buffer) rim_paths)

A range which traverse the branches below the rim_paths The range build as a Fiber.

indent string indent(uint rim_level)

Create indet string a rim_level

loads RecordFactory.Recorder loads(Range dart_indices, Archive.Type type)

Loads all the archives in the list of fingerprints

modify Fingerprint modify(const(RecordFactory.Recorder) modifyrecords, Flag!"undo" undo)

Wrapper function for the modify function.

modify Fingerprint modify(const(RecordFactory.Recorder) modifyrecords)

Sample of the DART Map
	key[0]	key[1]	key[2]	key[3]	key[4]
rim	00	01	02	03	04	....
	20	A3	33	B1	17	-> archive fingerprint=20_A3_33_B1_17....
	**	**	**	**	42	-> archive fingerprint=20_A3_33_B1_42....
	**	**	57	B1	17	-> archive fingerprint=20_A3_57_B1_17....
	**	**	**	**	42	-> archive fingerprint=20_A3_57_B1_42....
	**	**	C2			-> archive fingerprint=20_A3_C3....
	**	**	CA	48		-> archive fingerprint=20_A3_CA_48....
	**	**	**	68		-> archive fingerprint=20_A3_CA_48....

Sector=[key[0],key[1]] <br> ### Note ** means the same value as above The first two rims is set the sector and the following is rims represents the key index into the Branches incices The modifyrecords contains the archives which is going to be added or deleted The type of archive tells which actions are going to be performed by the modifier If the function executes successfully then the DART is updated or else it does not affect the DART The function returns the bullseye of the dart

futureEye Fingerprint futureEye(const(RecordFactory.Recorder) modifyrecords, Flag!"undo" undo)

Wrapper function for the modify function.

branches Branches branches(const(ubyte[]) rim_path, Index* branch_index)

Loads the branches from the DART at rim_path

dump void dump(SectorRange sectors, Flag!"full" full, uint depth)

Dumps the dart as rim-path

Examples

tagion.testbench.dart

tagion dart DART classes

DART

functions