/*
* A {QueueStatsRequest} object instance to request queue statistics.
* Request queue statistics.
*
* @overload initialize(options={})
*
* @example
* QueueStatsRequest.new(
* :port_no => port_no,
* :queue_id => queue_id
* )
*
* @param [Hash] options
* the options to create a message with.
*
* @option options [Number] :port_no
* request statistics for a specific port if specified, otherwise set port_no
* to +OFPP_ALL+ for all ports.
*
* @option options [Number] :queue_id
* request statistics for a specific queue_id or set queue_id to +OFPQ_ALL+
* for all queues.
*
* @return [QueueStatsRequest]
* an object that encapsulates the +OFPT_STATS_REQUEST(OFPST_QUEUE)+ OpenFlow
* message.
*/
static VALUE
queue_stats_request_init( int argc, VALUE *argv, VALUE self ) {
VALUE options;
if ( !rb_scan_args( argc, argv, "01", &options )) {
options = rb_hash_new();
}
rb_call_super( 1, &options );
VALUE port_no = rb_hash_aref( options, ID2SYM( rb_intern( "port_no" ) ) );
if ( port_no == Qnil ) {
port_no = UINT2NUM( OFPP_ALL );
}
rb_iv_set( self, "@port_no", port_no );
VALUE queue_id = rb_hash_aref( options, ID2SYM( rb_intern( "queue_id" ) ) );
if ( queue_id == Qnil ) {
queue_id = UINT2NUM( OFPQ_ALL );
}
rb_iv_set( self, "@queue_id", queue_id );
buffer *message;
Data_Get_Struct( self, buffer, message );
( ( struct ofp_header * ) ( message->data ) )->xid = htonl( get_stats_request_num2uint( self, "@transaction_id" ) );
struct ofp_stats_request *stats_request;
stats_request = ( struct ofp_stats_request * ) message->data;
stats_request->flags = htons ( get_stats_request_num2uint16( self, "@flags" ) );
stats_request = ( struct ofp_stats_request * ) message->data;
struct ofp_queue_stats_request *queue_stats_request;
queue_stats_request = ( struct ofp_queue_stats_request * ) stats_request->body;
queue_stats_request->port_no = htons( get_stats_request_num2uint16( self, "@port_no" ) );
queue_stats_request->queue_id = htonl( get_stats_request_num2uint( self, "@queue_id" ) );
return self;
}
/*
* A {VendorStatsRequest} object instance to request vendor statistics.
* Request vendor specific statistics.
*
* @overload initialize(options={})
*
* @example
* VendorStatsRequeset.new(
* :vendor_id => vendor_id
* )
*
* @param [Hash] options
* the options to create a message with.
*
* @option options [Number] :vendor_id
* request statistics for a specific vendor_id, otherwise set vendor_id
* to a default value of 0x00004cff.
*
* @return [VendorStatsRequest]
* an object that encapsulates the +OFPT_STATS_REQUEST(OFPST_VENDOR)+ openflow
* message.
*/
static VALUE
vendor_stats_request_init( int argc, VALUE *argv, VALUE self ) {
VALUE options;
if ( !rb_scan_args( argc, argv, "01", &options )) {
options = rb_hash_new();
}
rb_call_super( 1, &options );
VALUE vendor_id = rb_hash_aref( options, ID2SYM( rb_intern( "vendor_id" ) ) );
if ( vendor_id == Qnil ) {
vendor_id = UINT2NUM( 0x00004cff );
}
rb_iv_set( self, "@vendor_id", vendor_id );
buffer *message;
Data_Get_Struct( self, buffer, message );
( ( struct ofp_header * ) ( message->data ) )->xid = htonl( get_stats_request_num2uint( self, "@transaction_id" ) );
struct ofp_stats_request *stats_request;
stats_request = ( struct ofp_stats_request * ) message->data;
stats_request->flags = htons ( get_stats_request_num2uint16( self, "@flags" ) );
uint32_t *vendor;
vendor = ( uint32_t * ) stats_request->body;
*vendor = htonl( get_stats_request_num2uint( self, "@vendor_id" ) );
return self;
}
/*
* A {TableStatsRequest} object instance to request table statistics.
* Request table statistics. The table stats. request does not contain any data
* in the body.
*
* @overload initialize(options={})
*
* @example
* TableStatsRequest.new(
* :transaction_id => 1234
* )
*
* @param [Hash] options
* the options to create a message with.
*
* @option options [Number] :transaction_id
* set the transaction_id as specified or auto-generate it.
*
* @return [TableStatsRequest]
* an object that encapsulates the +OFPT_STATS_REQUEST(OFPST_TABLE)+ openflow
* message.
*/
static VALUE
table_stats_request_init( int argc, VALUE *argv, VALUE self ) {
VALUE options;
if ( !rb_scan_args( argc, argv, "01", &options )) {
options = rb_hash_new();
}
rb_call_super( 1, &options );
buffer *message;
Data_Get_Struct( self, buffer, message );
( ( struct ofp_header * ) ( message->data ) )->xid = htonl( get_stats_request_num2uint( self, "@transaction_id" ) );
struct ofp_stats_request *stats_request;
stats_request = ( struct ofp_stats_request * ) message->data;
stats_request->flags = htons ( get_stats_request_num2uint16( self, "@flags" ) );
return self;
}
/*
* A {AggregateStatsRequest} object instance to request aggregate statistics.
* @overload initialize(options={})
* @example
* AggregateStatsRequest.new(
* :match => Match
* )
*
* @param [Hash] options
* the options to create a message with.
*
* @option options [Match] :match
* a {Match} object to match flow fields with this request.
* This option is mandatory.
*
* @option options [Number] :table_id
* a table id to match and restrict returned results.
* A value of 0xff would return all tables and is set to if not specified.
*
* @option options [Number] :out_port
* a value of +OFPP_NONE+ would match all flow entries and is set to if not
* specified.
*
* @raise [ArgumentError] if option[:match] is not specified.
*
* @return [AggregateStatsRequest]
* an object that encapsulates the +OFPT_STATS_REQUEST(OFPST_AGGREGATE)+ OpenFlow message.
*/
static VALUE
aggregate_stats_request_init( VALUE self, VALUE options ) {
buffer *message;
Data_Get_Struct( self, buffer, message );
subclass_stats_request_init( self, options );
( ( struct ofp_header * ) ( message->data ) )->xid = htonl( get_stats_request_num2uint( self, "@transaction_id" ) );
struct ofp_stats_request *stats_request;
stats_request = ( struct ofp_stats_request * ) message->data;
struct ofp_aggregate_stats_request *aggregate_stats_request;
aggregate_stats_request = ( struct ofp_aggregate_stats_request * ) stats_request->body;
stats_request->flags = htons ( get_stats_request_num2uint16( self, "@flags" ) );
struct ofp_match m = get_stats_request_match( self );
hton_match( &aggregate_stats_request->match, &m ) ;
aggregate_stats_request->table_id = get_stats_request_table_id( self );
aggregate_stats_request->out_port = htons( get_stats_request_num2uint16( self, "@out_port" ) );
return self;
}
/*
* A {FlowStatsRequest} object instance to request flow statistics.
*
* @overload initialize(options={})
* @example
* FlowStatsRequest.new( :match => Match )
* FlowStatsRequest.new( :match => Match, :table_id => 1 )
* FlowStatsRequest.new( :match => Match, :table_id => 1, :out_port => 2 )
*
* @param [Hash] options
* the options to create a message with.
*
* @option options [Match] :match
* a {Match} object to match flow fields with this request.
* This option is mandatory.
*
* @option options [Number] :table_id
* a table id to match and restrict returned results.
* A value of 0xff would return all tables and is set to if not specified.
*
* @option options [Number] :out_port
* a value of +OFPP_NONE+ would match all flow entries and is set to if not
* specified.
*
* @raise [ArgumentError] if option match is not specified.
* @raise [TypeError] if option match is not a Trema::Match object.
*
* @return [FlowStatsRequest]
* an object that encapsulates the +OFPT_STATS_REQUEST(OFPST_FLOW)+ OpenFlow message.
*/
static VALUE
flow_stats_request_init( VALUE self, VALUE options ) {
buffer *message;
Data_Get_Struct( self, buffer, message );
subclass_stats_request_init( self, options );
( ( struct ofp_header * ) ( message->data ) )->xid = htonl( get_stats_request_num2uint( self, "@transaction_id" ) );
struct ofp_stats_request *stats_request;
stats_request = ( struct ofp_stats_request * ) message->data;
struct ofp_flow_stats_request *flow_stats_request;
flow_stats_request = ( struct ofp_flow_stats_request * ) stats_request->body;
stats_request->flags = htons ( get_stats_request_num2uint16( self, "@flags" ) );
const struct ofp_match *match;
Data_Get_Struct( rb_iv_get( self, "@match" ), struct ofp_match, match );
hton_match( &flow_stats_request->match, match );
flow_stats_request->table_id = get_stats_request_table_id( self );
flow_stats_request->out_port = htons( get_stats_request_num2uint16( self, "@out_port" ) );
return self;
}