/*=====================================================================
| COMPLEX MATCH CONFIGURATION
| ====================================================================*/
static void usbConfigComplexMatch()
{
int features = BeagleApi.bg_usb5000_features(beagle);
if (features < 0)
{
Console.Write("error: could not retrieve features\n");
Environment.Exit(1);
}
bool adv = (features & BeagleApi.BG_USB5000_FEATURE_CMP_TRIG) != 0;
// Setup the first state.
// Do a capture trigger on seeing a SET ADDRESS setup packet.
// Match on a SET ADDRESS request. We also construct a data
// valid mask which masks out the device address from the
// request as that is variable.
byte[] setup_data = new byte[] { 0x00, 0x05, 0x00, 0x00,
0x00, 0x00, 0x00, 0x00 };
byte[] setup_data_valid = new byte[] { 0xff, 0xff, 0x00, 0xff,
0xff, 0xff, 0xff, 0xff };
// Configure the data match properties. Since SET ADDRESS only comes
// on device 0 and ep 0, we can match only on those parameters.
BeagleApi.BeagleUsb5000DataProperties prop =
new BeagleApi.BeagleUsb5000DataProperties();
prop.source_match_type =
BeagleUsb5000MatchType.BG_USB5000_MATCH_TYPE_EQUAL;
prop.source_match_val =
BeagleUsb5000Source.BG_USB5000_SOURCE_TX;
prop.ep_match_type =
BeagleUsb5000MatchType.BG_USB5000_MATCH_TYPE_EQUAL;
prop.ep_match_val = 0;
prop.dev_match_type =
BeagleUsb5000MatchType.BG_USB5000_MATCH_TYPE_EQUAL;
prop.dev_match_val = 0;
prop.stream_id_match_type =
BeagleUsb5000MatchType.BG_USB5000_MATCH_TYPE_DISABLED;
prop.data_len_match_type =
BeagleUsb5000MatchType.BG_USB5000_MATCH_TYPE_EQUAL;
prop.data_len_match_val = 8;
// Setup the struct for the Data Match Unit
BeagleApi.BeagleUsb5000DataMatchUnit match0 =
new BeagleApi.BeagleUsb5000DataMatchUnit();
match0.packet_type =
BeagleUsb5000PacketType.BG_USB5000_MATCH_PACKET_SHP_SDP;
match0.match_other_packets = 0; // Only match a qualified SDP.
match0.data = setup_data;
match0.data_not = 0; // Match this data only.
match0.data_valid = setup_data_valid;
match0.err_match =
BeagleUsb5000ErrorType.BG_USB5000_MATCH_CRC_BOTH_VALID;
match0.data_properties_valid = 1;
match0.data_properties = prop;
match0.repeat_count = 0; // Match just once.
match0.sticky_action = 0; // Match just once.
match0.action_mask =
BeagleApi.BG_USB5000_COMPLEX_MATCH_ACTION_TRIGGER;
if (adv)
{
// Configure state0's data match to goto state1
// on it's match of the SET ADDRESS.
match0.goto_selector = 0; // Use the first goto selector.
match0.action_mask |= BeagleApi.BG_USB5000_COMPLEX_MATCH_ACTION_GOTO;
}
// Configure the State 0 struct.
BeagleApi.BeagleUsb5000ComplexMatchState state0 =
new BeagleApi.BeagleUsb5000ComplexMatchState();
state0.tx_data_0_valid = 1;
state0.tx_data_0 = match0;
state0.tx_data_1_valid = 0;
state0.tx_data_2_valid = 0;
state0.rx_data_0_valid = 0;
state0.rx_data_1_valid = 0;
state0.rx_data_2_valid = 0;
state0.timer_valid = 0;
state0.async_valid = 0;
// For units licensed for advanced complex trigger, go to state 1.
state0.goto_0 = 1;
// Setup state 2 to filter out all link layer packets on both streams.
BeagleApi.BeagleUsb5000DataMatchUnit match_slc =
new BeagleApi.BeagleUsb5000DataMatchUnit();
match_slc.packet_type =
BeagleUsb5000PacketType.BG_USB5000_MATCH_PACKET_SLC;
match_slc.match_other_packets = 0; // Only match a SLC packet.
match_slc.data = null; // Match all SLCs.
match_slc.data_not = 0;
match_slc.data_valid = null;
match_slc.err_match =
BeagleUsb5000ErrorType.BG_USB5000_MATCH_CRC_BOTH_VALID;
match_slc.data_properties_valid = 0;
match_slc.repeat_count = 0;
match_slc.sticky_action = 0;
match_slc.action_mask =
BeagleApi.BG_USB5000_COMPLEX_MATCH_ACTION_FILTER;
BeagleApi.BeagleUsb5000ComplexMatchState state1 =
new BeagleApi.BeagleUsb5000ComplexMatchState();
state1.tx_data_0_valid = 1;
state1.tx_data_0 = match_slc;
state1.tx_data_1_valid = 0;
state1.tx_data_2_valid = 0;
state1.rx_data_0_valid = 1;
state1.rx_data_0 = match_slc;
state1.rx_data_1_valid = 0;
state1.rx_data_2_valid = 0;
state1.timer_valid = 0;
state1.async_valid = 0;
int ret = 0;
if (adv)
{
// Passing null BeagleUsb5000ComplexMatchState objects
// into bg_usb5000_usb3_complex_match_config is not
// allowed so unconfigured match state objects are
// used instead.
BeagleApi.BeagleUsb5000ComplexMatchState empty = new
BeagleApi.BeagleUsb5000ComplexMatchState();
ret = BeagleApi.bg_usb5000_usb3_complex_match_config(
beagle,
0, // Validate and program it into the Beagle 5000.
0, // Not using extout.
state0, state1, empty, empty, empty, empty, empty, empty);
}
else
{
ret = BeagleApi.bg_usb5000_usb3_complex_match_config_single(
beagle,
0, // Validate and program it into the Beagle 5000.
0, // Not using extout.
state0);
}
if (ret != (int)BeagleStatus.BG_OK)
{
Console.Write("error: could not configure complex match\n");
Environment.Exit(1);
}
if (BeagleApi.bg_usb5000_usb3_complex_match_enable(beagle) !=
(int)BeagleStatus.BG_OK)
{
Console.Write("error: could not enable complex match\n");
Environment.Exit(1);
}
}
/*=====================================================================
| COMPLEX MATCH CONFIGURATION
====================================================================*/
static void usbConfigComplexMatch()
{
int features = BeagleApi.bg_usb5000_features(beagle);
if (features < 0) {
Console.Write("error: could not retrieve features\n");
Environment.Exit(1);
}
bool adv = (features & BeagleApi.BG_USB5000_FEATURE_CMP_TRIG) != 0;
// Setup the first state.
// Do a capture trigger on seeing a SET ADDRESS setup packet.
// Match on a SET ADDRESS request. We also construct a data
// valid mask which masks out the device address from the
// request as that is variable.
byte[] setup_data = new byte[] {0x00, 0x05, 0x00, 0x00,
0x00, 0x00, 0x00, 0x00};
byte[] setup_data_valid = new byte[] {0xff, 0xff, 0x00, 0xff,
0xff, 0xff, 0xff, 0xff};
// Configure the data match properties. Since SET ADDRESS only comes
// on device 0 and ep 0, we can match only on those parameters.
BeagleApi.BeagleUsb5000DataProperties prop =
new BeagleApi.BeagleUsb5000DataProperties();
prop.source_match_type =
BeagleUsb5000MatchType.BG_USB5000_MATCH_TYPE_EQUAL;
prop.source_match_val =
BeagleUsb5000Source.BG_USB5000_SOURCE_TX;
prop.ep_match_type =
BeagleUsb5000MatchType.BG_USB5000_MATCH_TYPE_EQUAL;
prop.ep_match_val = 0;
prop.dev_match_type =
BeagleUsb5000MatchType.BG_USB5000_MATCH_TYPE_EQUAL;
prop.dev_match_val = 0;
prop.stream_id_match_type =
BeagleUsb5000MatchType.BG_USB5000_MATCH_TYPE_DISABLED;
prop.data_len_match_type =
BeagleUsb5000MatchType.BG_USB5000_MATCH_TYPE_EQUAL;
prop.data_len_match_val = 8;
// Setup the struct for the Data Match Unit
BeagleApi.BeagleUsb5000DataMatchUnit match0 =
new BeagleApi.BeagleUsb5000DataMatchUnit();
match0.packet_type =
BeagleUsb5000PacketType.BG_USB5000_MATCH_PACKET_SHP_SDP;
match0.match_other_packets = 0; // Only match a qualified SDP.
match0.data = setup_data;
match0.data_not = 0; // Match this data only.
match0.data_valid = setup_data_valid;
match0.err_match =
BeagleUsb5000ErrorType.BG_USB5000_MATCH_CRC_BOTH_VALID;
match0.data_properties_valid = 1;
match0.data_properties = prop;
match0.repeat_count = 0; // Match just once.
match0.sticky_action = 0; // Match just once.
match0.action_mask =
BeagleApi.BG_USB5000_COMPLEX_MATCH_ACTION_TRIGGER;
if (adv) {
// Configure state0's data match to goto state1
// on it's match of the SET ADDRESS.
match0.goto_selector = 0; // Use the first goto selector.
match0.action_mask |= BeagleApi.BG_USB5000_COMPLEX_MATCH_ACTION_GOTO;
}
// Configure the State 0 struct.
BeagleApi.BeagleUsb5000ComplexMatchState state0 =
new BeagleApi.BeagleUsb5000ComplexMatchState();
state0.tx_data_0_valid = 1;
state0.tx_data_0 = match0;
state0.tx_data_1_valid = 0;
state0.tx_data_2_valid = 0;
state0.rx_data_0_valid = 0;
state0.rx_data_1_valid = 0;
state0.rx_data_2_valid = 0;
state0.timer_valid = 0;
state0.async_valid = 0;
// For units licensed for advanced complex trigger, go to state 1.
state0.goto_0 = 1;
// Setup state 2 to filter out all link layer packets on both streams.
BeagleApi.BeagleUsb5000DataMatchUnit match_slc =
new BeagleApi.BeagleUsb5000DataMatchUnit();
match_slc.packet_type =
BeagleUsb5000PacketType.BG_USB5000_MATCH_PACKET_SLC;
match_slc.match_other_packets = 0; // Only match a SLC packet.
match_slc.data = null; // Match all SLCs.
match_slc.data_not = 0;
match_slc.data_valid = null;
match_slc.err_match =
BeagleUsb5000ErrorType.BG_USB5000_MATCH_CRC_BOTH_VALID;
match_slc.data_properties_valid = 0;
match_slc.repeat_count = 0;
match_slc.sticky_action = 0;
match_slc.action_mask =
BeagleApi.BG_USB5000_COMPLEX_MATCH_ACTION_FILTER;
BeagleApi.BeagleUsb5000ComplexMatchState state1 =
new BeagleApi.BeagleUsb5000ComplexMatchState();
state1.tx_data_0_valid = 1;
state1.tx_data_0 = match_slc;
state1.tx_data_1_valid = 0;
state1.tx_data_2_valid = 0;
state1.rx_data_0_valid = 1;
state1.rx_data_0 = match_slc;
state1.rx_data_1_valid = 0;
state1.rx_data_2_valid = 0;
state1.timer_valid = 0;
state1.async_valid = 0;
int ret = 0;
if (adv) {
// Passing null BeagleUsb5000ComplexMatchState objects
// into bg_usb5000_usb3_complex_match_config is not
// allowed so unconfigured match state objects are
// used instead.
BeagleApi.BeagleUsb5000ComplexMatchState empty = new
BeagleApi.BeagleUsb5000ComplexMatchState();
ret = BeagleApi.bg_usb5000_usb3_complex_match_config(
beagle,
0, // Validate and program it into the Beagle 5000.
0, // Not using extout.
state0, state1, empty, empty, empty, empty, empty, empty);
}
else {
ret = BeagleApi.bg_usb5000_usb3_complex_match_config_single(
beagle,
0, // Validate and program it into the Beagle 5000.
0, // Not using extout.
state0);
}
if (ret != (int) BeagleStatus.BG_OK) {
Console.Write("error: could not configure complex match\n");
Environment.Exit(1);
}
if (BeagleApi.bg_usb5000_usb3_complex_match_enable(beagle) !=
(int) BeagleStatus.BG_OK)
{
Console.Write("error: could not enable complex match\n");
Environment.Exit(1);
}
}
