diff --git a/example/TimerDummyDevice.cc b/example/TimerDummyDevice.cc
index 8163cd5441068564bea3fe486665e829f841c7f3..0bd8d0136d127f94493d4744566d833a521a1b15 100644
--- a/example/TimerDummyDevice.cc
+++ b/example/TimerDummyDevice.cc
@@ -1,12 +1,15 @@
// SPDX-FileCopyrightText: Deutsches Elektronen-Synchrotron DESY, MSK, ChimeraTK Project <chimeratk-support@desy.de>
// SPDX-License-Identifier: LGPL-3.0-or-later
#include <ChimeraTK/BackendFactory.h>
+#include <ChimeraTK/BackendRegisterCatalogue.h>
#include <ChimeraTK/DeviceAccessVersion.h>
#include <ChimeraTK/DeviceBackendImpl.h>
+#include <ChimeraTK/LNMBackendRegisterInfo.h>
#include <ChimeraTK/NDRegisterAccessor.h>
template<typename UserType>
class TimerDummyRegisterAccessor;
+namespace ctk = ChimeraTK;
class TimerDummy : public ChimeraTK::DeviceBackendImpl {
public:
@@ -32,6 +35,11 @@ class TimerDummy : public ChimeraTK::DeviceBackendImpl {
std::string readDeviceInfo() override { return std::string("Dummy timing device "); }
+ // return just an empty Catalogue for interface compability
+ ctk::RegisterCatalogue getRegisterCatalogue() const override {
+ return ctk::RegisterCatalogue(std::make_unique<ctk::BackendRegisterCatalogue<ctk::LNMBackendRegisterInfo>>());
+ }
+
/** Class to register the backend type with the factory. */
class BackendRegisterer {
public:
diff --git a/example/config/dummy.dmap b/example/config/dummy.dmap
index bd8fc658c0d98038f2d3cce410c21c62dd91f2d5..a9dfd880465e68ce936026dd2d5c71da6757c5a6 100644
--- a/example/config/dummy.dmap
+++ b/example/config/dummy.dmap
@@ -1,2 +1,4 @@
Device sdm://./DemoDummy:0=DemoDummy.map DemoDummy.map
Timer sdm://./TimerDummy:0=TimerDummy.map TimerDummy.map
+
+#Timer (TimerDummy?map=TimerDummy.map)
diff --git a/example/demoApp.cc b/example/demoApp.cc
index 8868f94c00436b7bca7ca313306dbe911dfd6bb0..facd512d6bef0e0d9dca10f9fb40582aaaf2815c 100644
--- a/example/demoApp.cc
+++ b/example/demoApp.cc
@@ -64,37 +64,46 @@ struct TableGeneration : public ctk::ApplicationModule {
};
struct ExampleApp : public ctk::Application {
- ExampleApp() : Application("exampleApp") {}
+ ExampleApp() : Application("exampleApp") {
+ dumpConnections();
+ // dumpConnectionGraph();
+ dumpGraph();
+ dumpModuleGraph("module-graph.dot");
+ }
~ExampleApp() { shutdown(); }
+ ctk::SetDMapFilePath dmapPath{"dummy.dmap"};
+
Automation automation{this, "automation", "..."};
TableGeneration tableGeneration{this, "tableGeneration", "..."};
+ // ctk::DeviceModule dev{this, "Device"};
ctk::DeviceModule dev{this, "Device"};
+ // ctk::DeviceModule timer{this, "Timer"};
ctk::DeviceModule timer{this, "Timer"};
- ctk::ControlSystemModule cs;
- void defineConnections();
+ // ctk::ControlSystemModule cs; // -> not needed anymore as all is connected to cs automatically
+ // void defineConnections(); // -> not needed anymore as all is connected to cs automatically
};
ExampleApp theExampleApp;
-void ExampleApp::defineConnections() {
- ChimeraTK::setDMapFilePath("dummy.dmap");
+// void ExampleApp::defineConnections() {
+// ChimeraTK::setDMapFilePath("dummy.dmap");
- cs("setpoint") >> automation.opSP;
- automation.curSP >> tableGeneration.tableParameters.setpoint >> cs("currentSetpoint");
+// cs("setpoint") >> automation.opSP;
+// automation.curSP >> tableGeneration.tableParameters.setpoint >> cs("currentSetpoint");
- auto macropulseNr = timer("macropulseNr", typeid(int), 1, ctk::UpdateMode::push);
- macropulseNr >> automation.trigger;
+// auto macropulseNr = timer("macropulseNr", typeid(int), 1, ctk::UpdateMode::push);
+// macropulseNr >> automation.trigger;
- cs("pulseLength") >> tableGeneration.tableParameters.pulseLength;
+// cs("pulseLength") >> tableGeneration.tableParameters.pulseLength;
- tableGeneration.setpointTable >> dev("setpointTable");
- tableGeneration.feedforwardTable >> dev("feedforwardTable");
+// tableGeneration.setpointTable >> dev("setpointTable");
+// tableGeneration.feedforwardTable >> dev("feedforwardTable");
- dev("probeSignal", typeid(int), tableLength)[macropulseNr] >> cs("probeSignal");
+// dev("probeSignal", typeid(int), tableLength)[macropulseNr] >> cs("probeSignal");
- dumpConnections();
- dumpConnectionGraph();
- dumpGraph();
- dumpModuleGraph("module-graph.dot");
-}
+// dumpConnections();
+// dumpConnectionGraph();
+// dumpGraph();
+// dumpModuleGraph("module-graph.dot");
+//}
diff --git a/example2/demoApp2.cc b/example2/demoApp2.cc
index 35fe6ef3a9632cb55e053ec28480e29a102da7bf..512e908882595ba56f257f2fc8977230aadcd13b 100644
--- a/example2/demoApp2.cc
+++ b/example2/demoApp2.cc
@@ -24,14 +24,14 @@ struct Controller : public ctk::ApplicationModule {
};
struct ExampleApp : public ctk::Application {
- ExampleApp() : Application("demoApp2") { ChimeraTK::setDMapFilePath("example2.dmap"); }
+ ExampleApp() : Application("demoApp2") {}
~ExampleApp() { shutdown(); }
- ctk::PeriodicTrigger timer{this, "Timer", "Periodic timer for the controller", 1000};
+ ctk::SetDMapFilePath dmapPath{"example2.dmap"};
+ ctk::PeriodicTrigger timer{this, "Timer", "Periodic timer for the controller", 1000};
// Look at the map file: This device provides "Heater/temperatureReadback" and "Heater/heatingCurrent".
- ctk::ConnectingDeviceModule oven{this, "oven", "/Timer/tick"};
-
+ ctk::DeviceModule oven{this, "oven", "/Timer/tick"};
// Pick the name "Heater" for the controller module. Now the variable "Heater/temperatureReadback" and
// "Heater/heatingCurrent" are automatically connected to the matching variables on the device.
Controller controller{this, "Heater", "A controller for the heater of the oven."};
diff --git a/example2a/demoApp2a.cc b/example2a/demoApp2a.cc
index f95783f54076e9cffec291ef2cdf6542f4bfd87d..c695d6b08a101364b80f83a99312907223379466 100644
--- a/example2a/demoApp2a.cc
+++ b/example2a/demoApp2a.cc
@@ -28,7 +28,7 @@ struct Automation : public ctk::ApplicationModule {
using ctk::ApplicationModule::ApplicationModule;
ctk::ScalarPollInput<double> opSp{this, "operatorSetpoint", "degC", "...", {"CS"}};
ctk::ScalarOutput<double> actSp{this, "temperatureSetpoint", "degC", "...", {"Controller"}};
- ctk::ScalarPushInput<uint64_t> trigger{this, "trigger", "", "..."};
+ ctk::ScalarPushInput<uint64_t> trigger{this, "/Timer/tick", "", "..."};
void mainLoop() {
const double maxStep = 0.1;
@@ -41,23 +41,34 @@ struct Automation : public ctk::ApplicationModule {
};
struct ExampleApp : public ctk::Application {
- ExampleApp() : Application("exampleApp2a") {}
+ ExampleApp() : Application("exampleApp2a") {
+ if(config.get<int>("enableAutomation")) {
+ automation = Automation(this, "Automation", "Slow setpoint ramping algorithm");
+ // automation.findTag("Controller").connectTo(controller);
+ // timer.tick >> automation.trigger;
+ }
+ }
~ExampleApp() { shutdown(); }
+ ctk::SetDMapFilePath dmapPath{"example2.dmap"};
+
ctk::ConfigReader config{this, "config", "demoApp2a.xml"};
Controller controller{this, "Controller", "The Controller"};
- Automation automation;
ctk::PeriodicTrigger timer{this, "Timer", "Periodic timer for the controller", 1000};
- ctk::DeviceModule oven{this, "oven"};
- ctk::ControlSystemModule cs;
+ // ctk::DeviceModule oven{this, "oven"};
+ ctk::DeviceModule oven{this, "oven", "/Timer/tick"};
+
+ Automation automation;
- void defineConnections();
+ // ctk::ControlSystemModule cs;
+ // void defineConnections();
};
static ExampleApp theExampleApp;
+/*
void ExampleApp::defineConnections() {
ChimeraTK::setDMapFilePath("example2.dmap");
@@ -71,3 +82,4 @@ void ExampleApp::defineConnections() {
controller.findTag("DEV").connectTo(oven["heater"], timer.tick);
findTag("CS").connectTo(cs);
}
+*/
diff --git a/example2c/demoApp2c.cc b/example2c/demoApp2c.cc
index 9b052f93d6ec0076b4d4462a668f90c0b63351b5..fba6329319c3bf7f85c27b15921113ff05f79a3b 100644
--- a/example2c/demoApp2c.cc
+++ b/example2c/demoApp2c.cc
@@ -1,6 +1,7 @@
// SPDX-FileCopyrightText: Deutsches Elektronen-Synchrotron DESY, MSK, ChimeraTK Project <chimeratk-support@desy.de>
// SPDX-License-Identifier: LGPL-3.0-or-later
#include <ChimeraTK/ApplicationCore/ApplicationCore.h>
+#include <ChimeraTK/ApplicationCore/DeviceManager.h>
#include <ChimeraTK/ApplicationCore/EnableXMLGenerator.h>
#include <ChimeraTK/ApplicationCore/PeriodicTrigger.h>
@@ -24,32 +25,41 @@ struct Controller : public ctk::ApplicationModule {
};
struct ExampleApp : public ctk::Application {
- ExampleApp() : Application("demoApp2") {}
+ ExampleApp() : Application("demoApp2") {
+ // ChimeraTK::setDMapFilePath("example2.dmap");
+ // ovenManger.addInitialisationHandler(&initialiseOven);
+ }
~ExampleApp() { shutdown(); }
+ ctk::SetDMapFilePath dmapPath{"example2.dmap"};
+
// We can pick any name for the module. "Oven" is what we want to see in the CS
Controller controller{this, "Oven", "The controller of the oven"};
ctk::PeriodicTrigger timer{this, "Timer", "Periodic timer for the controller", 1000};
- ctk::DeviceModule oven{this, "oven", &initialiseOven};
- ctk::ControlSystemModule cs;
+ // ctk::DeviceManager ovenManger{this, "oven"};
- void defineConnections();
- static void initialiseOven(ChimeraTK::DeviceModule* oven);
+ // ctk::DeviceModule oven{this, "oven", &initialiseOven}; -> replaced with ConnectingDeviceModule
+ ctk::DeviceModule oven{this, "oven", "/Timer/tick", &initialiseOven};
+ // ctk::ControlSystemModule cs; -> not needed anymore as all is connected to cs automatically
+
+ // void defineConnections(); -> not needed anymore as all is connected to cs automatically
+ static void initialiseOven(ChimeraTK::DeviceManager* oven);
};
static ExampleApp theExampleApp;
-void ExampleApp::defineConnections() {
- ChimeraTK::setDMapFilePath("example2.dmap");
-
- // Connect everything to the CS (except for the device, which is special)
- findTag(".*").connectTo(cs);
- // Connect device's "heater" to "Oven" in the CS, and use timer.tick as trigger
- oven["heater"].connectTo(cs["Oven"], timer.tick);
-}
-
-void ExampleApp::initialiseOven(ChimeraTK::DeviceModule* oven) {
+void ExampleApp::initialiseOven(ChimeraTK::DeviceManager* ovenManager) {
// set the gain factors for the voltage monitoring ADCs
- oven->device.write<uint32_t>("/settings/supplyVoltageAdcGains", {20, 1, 1, 1});
+ // ovenManager->device.write<uint32_t>("/settings/supplyVoltageAdcGains", {20, 1, 1, 1});
+ ovenManager->getDevice().write<uint32_t>("/settings/supplyVoltageAdcGains", {20, 1, 1, 1});
}
+
+// void ExampleApp::defineConnections() {
+// ChimeraTK::setDMapFilePath("example2.dmap");
+
+// // Connect everything to the CS (except for the device, which is special)
+// findTag(".*").connectTo(cs);
+// // Connect device's "heater" to "Oven" in the CS, and use timer.tick as trigger
+// oven["heater"].connectTo(cs["Oven"], timer.tick);
+//}
diff --git a/example3/demoApp3.cc b/example3/demoApp3.cc
index 1823c5b90877ff6919663302db7b171008bfef73..e3f8cb7ed555c29346cd5f51c22ed4731fa55fb0 100644
--- a/example3/demoApp3.cc
+++ b/example3/demoApp3.cc
@@ -7,19 +7,21 @@
namespace ctk = ChimeraTK;
struct ExampleApp : public ctk::Application {
- ExampleApp() : Application("exampleApp3") {}
+ ExampleApp() : Application("exampleApp3") { debugMakeConnections(); }
~ExampleApp() { shutdown(); }
- ctk::PeriodicTrigger timer{this, "Timer", "Periodic timer for the controller", 1000};
+ ctk::SetDMapFilePath dmapPath{"example2.dmap"};
- ctk::DeviceModule dev{this, "oven"};
- ctk::ControlSystemModule cs;
+ ctk::PeriodicTrigger timer{this, "Timer", "Periodic timer for the controller", 1000};
- void defineConnections();
+ // ctk::DeviceModule dev{this, "oven"};
+ ctk::DeviceModule dev{this, "oven", "/Timer/tick"};
+ // ctk::ControlSystemModule cs;
+ // void defineConnections();
};
static ExampleApp theExampleApp;
-void ExampleApp::defineConnections() {
- ChimeraTK::setDMapFilePath("example2.dmap");
- dev.connectTo(cs, timer.tick);
-}
+// void ExampleApp::defineConnections() {
+// ChimeraTK::setDMapFilePath("example2.dmap");
+// dev.connectTo(cs, timer.tick);
+// }
diff --git a/example_status_monitor/demoStatusMonitor.cc b/example_status_monitor/demoStatusMonitor.cc
index ab86a7f70d3b9d0c2146970541e5dbb80ddd0286..2e81b027d18f39d7075bb7e0882d1071b5b3e909 100644
--- a/example_status_monitor/demoStatusMonitor.cc
+++ b/example_status_monitor/demoStatusMonitor.cc
@@ -48,7 +48,16 @@ struct SimulationModule : public ctk::ApplicationModule {
};
struct ExampleApp : public ctk::Application {
- ExampleApp() : Application("exampleApp") {}
+ ExampleApp() : Application("exampleApp") {
+ // show how it looks in the application (C++ hierarchy)
+ dump();
+
+ // show how it looks on the cs side (virtual hierarchy)
+ // cs.dump();
+
+ // show how it is connected
+ dumpConnections();
+ }
~ExampleApp() { shutdown(); }
// Create an instance of the simulation module. We name it "Simulation".
@@ -73,44 +82,43 @@ struct ExampleApp : public ctk::Application {
} simulationGroup{this, "Simulation", ""};
ctk::ConfigReader config{this, "Config", "demoStatusMonitor_config.xml"};
- ctk::ControlSystemModule cs;
-
- void defineConnections();
+ // ctk::ControlSystemModule cs;
+ // void defineConnections();
};
ExampleApp theExampleApp;
-void ExampleApp::defineConnections() {
- // Usually you set the dmap file here. This example does not have one.
+// void ExampleApp::defineConnections() {
+// // Usually you set the dmap file here. This example does not have one.
- // Connect everything in the app to the cs. This makes the connection of temperature from Simulation to the input of
- // the monitor because they are the same variable in the CS module. Also the disable variable if the monitor is
- // connected to the CS. Try what happens if you disable the monitor.
- findTag(".*").connectTo(cs);
+// // Connect everything in the app to the cs. This makes the connection of temperature from Simulation to the input of
+// // the monitor because they are the same variable in the CS module. Also the disable variable if the monitor is
+// // connected to the CS. Try what happens if you disable the monitor.
+// findTag(".*").connectTo(cs);
- /* The trick of connecting the temperature automatically only worked because we put the temperatureMonitor into the
- * correct place in the hierarchy by putting it into the variable group "Simulation". However, the threshold
- * parameters inside the monitor are not connected yet.
- *
- * When connecting the app, the config created the following variables:
- * /Config/TemperatureMonitor/lowerWarningThreshold
- * /Config/TemperatureMonitor/upperWarningThreshold
- * /Config/TemperatureMonitor/lowerFaultThreshold
- * /Config/TemperatureMonitor/upperFaultThreshold
- */
+// /* The trick of connecting the temperature automatically only worked because we put the temperatureMonitor into the
+// * correct place in the hierarchy by putting it into the variable group "Simulation". However, the threshold
+// * parameters inside the monitor are not connected yet.
+// *
+// * When connecting the app, the config created the following variables:
+// * /Config/TemperatureMonitor/lowerWarningThreshold
+// * /Config/TemperatureMonitor/upperWarningThreshold
+// * /Config/TemperatureMonitor/lowerFaultThreshold
+// * /Config/TemperatureMonitor/upperFaultThreshold
+// */
- // Now we connect the parameters of the temperature monitor to the control system, right into the Config directory so
- // the variable names match. Like this the parameters are connected to the values coming from the configuration.
- findTag("CONFIG").flatten().connectTo(cs["Config"]["TemperatureMonitor"]);
+// // Now we connect the parameters of the temperature monitor to the control system, right into the Config directory so
+// // the variable names match. Like this the parameters are connected to the values coming from the configuration.
+// findTag("CONFIG").flatten().connectTo(cs["Config"]["TemperatureMonitor"]);
- // FIXME: At this point a status aggregator would connect everything with tag STATUS
+// // FIXME: At this point a status aggregator would connect everything with tag STATUS
- // show how it looks in the application (C++ hierarchy)
- dump();
+// // show how it looks in the application (C++ hierarchy)
+// dump();
- // show how it looks on the cs side (virtual hierarchy)
- cs.dump();
+// // show how it looks on the cs side (virtual hierarchy)
+// cs.dump();
- // show how it is connected
- dumpConnections();
-}
+// // show how it is connected
+// dumpConnections();
+//}
diff --git a/example_template/include/Server.h b/example_template/include/Server.h
index dcc4dac624b796b5ec3fa5466f1e7f9b264c3606..1b56165133aa3547eb0477aa242cc0429ebd74e5 100644
--- a/example_template/include/Server.h
+++ b/example_template/include/Server.h
@@ -25,11 +25,8 @@ namespace ctk = ChimeraTK;
struct Server : public ctk::Application {
Server(std::string appName = "TemplateServer");
~Server() override;
-
+ ctk::SetDMapFilePath dmapPath;
ctk::ConfigReader config;
- ctk::ConnectingDeviceModule device;
+ ctk::DeviceModule device;
TemplateModule templateModule;
};
-
-
-
diff --git a/example_template/src/Server.cc b/example_template/src/Server.cc
index 765c3776b905ab3dd4bc8e344a4d060a265cf26a..b81bb579648bf5a8c3da21ed9a19e2b32bf68254 100644
--- a/example_template/src/Server.cc
+++ b/example_template/src/Server.cc
@@ -6,12 +6,12 @@
#include "version.h"
Server::Server(std::string appName)
-: ctk::Application(appName), config{this, "Configuration", getName() + "-Config.xml"}, device{this,
- "MappedDummyDevice"},
+: ctk::Application(appName),
+ dmapPath(appName + ".dmap"), config{this, "Configuration", getName() + "-Config.xml"}, device{this,
+ "MappedDummyDevice"},
templateModule{this, "TemplateModule", "This is a template module, adapt as needed!"} {
std::cout << "*** Construction of " << appName << " in version " << AppVersion::major << "." << AppVersion::minor
<< "." << AppVersion::patch << " starts. ***" << std::endl;
- ctk::setDMapFilePath(getName() + ".dmap");
std::cout << "*** Construction of " << appName << " in version " << AppVersion::major << "." << AppVersion::minor
<< "." << AppVersion::patch << " done. ***" << std::endl;
}