(r4) AMC13CppProductionSoftware < BUCMSPublic

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This page describes new AMC13 C++ support software under development as of June 2014. The temporary home is in our private svn

. It will be hosted on CACTUS once released.

Please keep up-to-date: Amc13CppProductionSoftwareToDoList

Class AMC13

This class inherits low-level access from AMC13Simple

Method	Description
`AMC13::AMC13( string& connection_file)`	Constructor with uHAL connection file [Note 1]
`AMC13::AMC13( string& URI1, string& AT1, string& URI2, string& AT2)`	Constructor with URIs and Address Table File paths
`AMC13::~AMC13()`	Clean up and delete connections

Notes:

1. The uHAL connection file must contain exactly two entries with id="T1" and "id="T2"

Accessors to uHAL interfaces

Method	Description
`uhal::HwInterface* AMC13::T1()`	Returns pointer to T1 interface
`uhal::HwInterface* AMC13::T2()`	Returns pointer to T2 interface

Read/Write functions

Method	Description
`uint32_t AMC13::read( int chip, string& reg)`	Single read from named register
`uint32_t AMC13::read( int chip, uint32_t addr)`	Single read from address
`size_t AMC13::read( int chip, string& reg, size_t nwords, uint32_t* buffer)`	Block read from named register [Note 1]
`size_t AMC13::read( int chip, uint32_t addr, size_t nwords, uint32_t buffer)`	Block read from address
`void AMC13::write( int chip, string& reg, uint32_t val)`	Single write to named register
`void AMC13::write( int chip, uint32_t addr, uint32_t val)`	Single write to address
`size_t AMC13::write( int chip, string& reg, size_t nwords, uint32_t* buffer)`	Block write to named register [Note 1]
`size_t AMC13::write( int chip, uint32_t addr, size_t nwords, uint32_t* buffer)`	Block write to address

Notes:

1. The address table item must have mode="incremental" and size=nnnn attributes defined for the block read/write operations to work

Control Functions

Method	Description
`void AMC13::reset(int chip)`	Issues a general reset to tongue `chip`
`void AMC13::AMCInputEnable( uint32_t mask)`	Enable AMC backplane inputs using bit mask (bit 0=AMC1 etc)
`void AMC13::enableAllTTC()`	Enable all AMC13 TTC backplane outputs
`void AMC13::daqLinkEnable(int n, bool b)`	Enable/disable DAQ fiber link `n` (0..2) with boolean `b`
`void AMC13::fakeDataEnable(bool b)`	Enable/disable fake data generation in the AMC13 event builder with boolean `b`
`void AMC13::setFakeSize( int n)`	set fake event size (0..0x3ffff)
`void AMC13::localTtcSignalEnable(bool b)`	Enables/disable the locally generated TTC signal in the AMC13 with boolean `b`
`void AMC13::genInternalL1AsEnable(bool b)`	Enable/disable locally generated L1As in the AMC13 with boolean `b`
`void AMC13::ttcRxEnable(bool b)`	Enable/disable the TTC Rx module on the AMC13 with boolean `b`
`void AMC13::monBufBackPressEnable(bool b)`	Enable/disable SDRAM backpressure on the AMC13 with boolean `b`
`void AMC13::genInternalPeriodicL1As(bool b)`	Start/stop the sending of locally generated periodic triggers on the AMC13 with boolean `b`
`void AMC13::megaMonitorScale(bool b)`	Enable/disable event-number masked prescaling boolean `b`
`void AMC13::setPreScaleFactor(uint32_t noZos)`	Sets the number of lower bits set to zero in the prescale factor with argument `noZos`
`void AMC13::genInternalSingleL1A(uint32_t n)`	Generate a burst of `n` internally generated L1As on the AMC13
`void AMC13::setTrigType(uint32_t type)`	Set the type of periodic trigger to be generated on the AMC13 with argument `type`
`void AMC13::setLocalL1APeriod(uint32_t n)`	Set the local L1A period to `n` for internally generated L1As on the AMC13
`void AMC13::sendLocalEvnOrnReset(uint32_t a, uint32_t b)`	Send a local EvN reset if `a` and OrN reset if `b`
`void AMC13::setFEDid(uint32_t id)`	Set the AMC13 FED ID to `id`
`void AMC13::sfpOutputEnable(uint32_t mask)`	Enable SFPs using 3-bit `mask`, mask enables SFPs 2,1,0
`void AMC13::startRun()`	Put the AMC13 into run mode
`void AMC13::endRun()`	Take the AMC13 out of run mode