BuildState

add void add(Resource resource): Inserts a vertex into the database unless it already exists.
add void add(Task task): Undocumented in source. Be warned that the author may not have intended to support it.
addPending void addPending(Index!Resource v)
void addPending(Index!Task v): Adds a vertex to the list of pending vertices. If the vertex is already pending, nothing is done.
degreeIn size_t degreeIn(Index!Resource index)
size_t degreeIn(Index!Task index)
degreeOut size_t degreeOut(Index!Resource index)
size_t degreeOut(Index!Task index): Returns the number of incoming edges to the given vertex.
edgeExists bool edgeExists(Index!Task from, Index!Resource to, EdgeType type)
bool edgeExists(Index!Resource from, Index!Task to, EdgeType type): Checks if an edge exists between two vertices.
find Index!Resource find(const(char)[] key)
Index!Task find(TaskKey id): Returns the index of the given vertex.
isPending bool isPending(Index!Resource v)
bool isPending(Index!Task v): Returns true if a given vertex is pending.
length ulong length(): Returns the number of vertices in the database.
length ulong length(): Dito
opIndex Resource opIndex(Index!Resource index)
Task opIndex(Index!Task index): Returns the vertex state at the given index.
opIndex Resource opIndex(ResourceId path)
Task opIndex(TaskKey key): Returns the vertex state for the given vertex name. Throws an exception if the vertex does not exist.
opIndexAssign void opIndexAssign(Resource v, Index!Resource index)
void opIndexAssign(Task v, Index!Task index): Changes the state of the vertex at the given index. Throws an exception if the vertex does not exist.
put Index!Resource put(Resource resource)
Index!Task put(Task task): Inserts a vertex into the database. An exception is thrown if the vertex already exists. Otherwise, the vertex's ID is returned.
put void put(Index!Task from, Index!Resource to, EdgeType type)
void put(Index!Resource from, Index!Task to, EdgeType type)
void put(ResourceId a, TaskKey b, EdgeType type)
void put(TaskKey a, ResourceId b, EdgeType type): Adds an edge. Throws an exception if the edge already exists. Returns the index of the edge.
remove void remove(Index!Resource index)
void remove(Index!Task index)
void remove(ResourceId path)
void remove(TaskKey key): Removes a vertex by the given index. If the vertex does not exist, an exception is thrown.
remove void remove(Index!Resource from, Index!Task to, EdgeType type)
void remove(Index!Task from, Index!Resource to, EdgeType type)
void remove(TaskKey from, ResourceId to, EdgeType type)
void remove(ResourceId from, TaskKey to, EdgeType type): Removes an edge. Throws an exception if the edge does not exist.
removePending void removePending(Index!Resource v)
void removePending(Index!Task v)
void removePending(ResourceId v)
void removePending(TaskKey v): Removes a pending vertex.

Properties

edges auto edges [@property getter]
EdgeType edges [@property setter]: Lists all outgoing task edges.
edges auto edges [@property getter]: Lists all outgoing resource edges.
enumerate auto enumerate [@property getter]: Returns an input range that iterates over all resources. The order is guaranteed to be the same as the order they were inserted in.
enumerate auto enumerate [@property getter]: Returns an input range that iterates over all tasks. The order is guaranteed to be the same as the order they were inserted in.
enumerate auto enumerate [@property getter]: Returns a range of vertex keys. The returned range is not guaranteed to be sorted.
enumerate auto enumerate [@property getter]: Returns a range of row indices.
incoming Index!Resource incoming [@property setter]
Index!Task incoming [@property setter]
auto incoming(Index!Task v, EdgeType type): Returns the incoming neighbors of the given node.
islands auto islands [@property getter]: Finds vertices with no incoming and no outgoing edges.
outgoing Index!Resource outgoing [@property setter]
Index!Task outgoing [@property setter]
auto outgoing(Index!Task v, EdgeType type): Returns the outgoing neighbors of the given node.
pending auto pending [@property getter]: Lists the pending vertices.

Static variables

buildDescId auto buildDescId;: Undocumented in source.

Inherited Members

From SQLite3

~this ~this(): Closes the database.
open void open(string file): Opens or creates a database.
open void open(sqlite3* db): Takes control of an existing database handle. The database will still be closed upon destruction.
close void close(): Closes the database.
begin void begin()
commit void commit()
rollback void rollback(): Convenience functions for beginning, committing, or rolling back a transaction.
handle sqlite3* handle [@property getter]: Returns the internal handle to the SQLite3 database. This should only be used if this class does not provide the necessary functionality.
prepare Statement prepare(string sql, T args): Prepare SQL statement for multiple execution or for parameters binding.
execute uint execute(string sql, T args): Like prepare, but ignores results and returns the number of changed rows.
lastInsertId ulong lastInsertId [@property getter]: Returns the ID of the last row that was inserted.
changes uint changes [@property getter]: Returns the number of rows changed by the last statement.
Statement class Statement: The database is accessed using statements.

BuildState

Constructors

Members

Functions

Properties

Static variables

Inherited Members

From SQLite3

Meta

Source