def _dorefresh(self):
# request node state, and subscribe to it via the curried callback
# the curry() is handy because it will automatically disconnect the
# subscription when deleted
self._callback = curry(self._update_state)
self._node.subscribe_state(self._callback)
meqds.request_node_state(self._node)
def _update_solverlist(self, node, state, event=None):
names = {}
for i in state.solvable['command_by_list']:
if 'state' in i and i['state']['solvable'] and 'name' in i:
nameslist = i['name']
if isinstance(nameslist, str):
names[nameslist] = 1
else:
for name in nameslist:
names[name] = 1
try:
nodegroups = state.parm_group
except AttributeError:
return
# get solver from dictionary
if self._solverdict[node.name]['group'] == nodegroups:
return
else:
self._solverdict[node.name]['group'] = nodegroups
self._solverdict[node.name]['parms'] = names
for parm in list(self._parmdict.keys()):
parmnode = self._parmdict[parm]['node']
# update parmtable if needed
meqds.request_node_state(parmnode)
self.putcheckboxes()
def _dorefresh(self):
# request node state, and subscribe to it via the curried callback
# the curry() is handy because it will automatically disconnect the
# subscription when deleted
self._callback = curry(self._update_state)
self._node.subscribe_state(self._callback)
meqds.request_node_state(self._node)
def _update_solverlist(self, node, state, event=None):
names = {}
for i in state.solvable["command_by_list"]:
if i.has_key("state") and i["state"]["solvable"] and i.has_key("name"):
nameslist = i["name"]
if isinstance(nameslist, str):
names[nameslist] = 1
else:
for name in nameslist:
names[name] = 1
try:
nodegroups = state.parm_group
except AttributeError:
return
# get solver from dictionary
if self._solverdict[node.name]["group"] == nodegroups:
return
else:
self._solverdict[node.name]["group"] = nodegroups
self._solverdict[node.name]["parms"] = names
for parm in self._parmdict.keys():
parmnode = self._parmdict[parm]["node"]
# update parmtable if needed
meqds.request_node_state(parmnode)
self.putcheckboxes()
def set_data(self, dataitem, **opts):
request = getattr(dataitem.data, 'request', None)
if self._request and request:
self._request = request
if not self._has_data:
self._has_data = True
state = dataitem.data
if not request:
QMessageBox.warning(
self.wtop(), "Warning",
"No request found in Node, Please specify request first via Reexecute"
)
self.enable_exec.setOn(False)
self.enable_exec.setEnabled(False)
self.buttonOk.setEnabled(False)
else:
#
# #print self._node;
self.enable_exec.setOn(True)
self.enable_exec.setEnabled(True)
self.buttonOk.setEnabled(True)
self._request = request
self.unsubscribe_all()
#parmlist is sorted by name.
self._parmlist = []
self._solverdict = {}
self._parmdict = {}
#all names off the nodes except parms
self._nodedict = {}
# recursively get all parms and solvers behind this node
if self._node:
self.getnodelist(meqds.nodelist[self._node])
else:
self.getnodelist(meqds.nodelist[self._name])
#subscribe to solvers
for solverkey in list(self._solverdict.keys()):
solver = self._solverdict[solverkey]['node']
# subscribe
solver.subscribe_state(self._callbacksolver)
meqds.request_node_state(solver)
# fill listbox with MeqParm names
self.parmtable.setNumCols(
len(list(self._solverdict.keys())) + solverstart)
self.parmtable.setNumRows(len(self._parmlist))
self.parmtable.setReadOnly(True)
self.parmtable.horizontalHeader().setLabel(0, "name")
self.parmtable.horizontalHeader().setLabel(1, "c00")
self.parmtable.horizontalHeader().setLabel(2, "shape")
self.parmtable.horizontalHeader().setLabel(
3, pixmaps.publish.iconset(), "")
self.parmtable.horizontalHeader().setLabel(4, "0")
self.parmtable.setColumnWidth(0, 100)
self.parmtable.setColumnWidth(1, 200)
self.parmtable.setColumnWidth(2, 60)
self.parmtable.setColumnWidth(3, 25)
self.parmtable.setColumnWidth(4, 25)
# self.parmtable.horizontalHeader () .setLabel(3,"i");
tooltip = "click to sort"
QToolTip.add(self.parmtable.horizontalHeader(), tooltip)
QObject.connect(self.parmtable.horizontalHeader(),
SIGNAL("released(int)"), self.sortColumn)
if self._currentparm:
self._currentparm.reject()
self._currentparm = None
self._parmindex = -1
self.updateTable()
for parmkey in self._parmlist:
parm = self._parmdict[parmkey]['node']
parm.subscribe_state(self._callbackparm)
meqds.request_node_state(parm)
self.buttonReset.setEnabled(False)
if not self._parmlist:
QMessageBox.warning(self.wtop(), "Warning",
"No parameters found")
self.buttonReset.setEnabled(False)
self.enable()
self.flash_refresh()
def set_data(self, dataitem, **opts):
request = getattr(dataitem.data, "request", None)
if self._request and request:
self._request = request
if not self._has_data:
self._has_data = True
state = dataitem.data
if not request:
QMessageBox.warning(
self.wtop(), "Warning", "No request found in Node, Please specify request first via Reexecute"
)
self.enable_exec.setOn(False)
self.enable_exec.setEnabled(False)
self.buttonOk.setEnabled(False)
else:
#
# #print self._node;
self.enable_exec.setOn(True)
self.enable_exec.setEnabled(True)
self.buttonOk.setEnabled(True)
self._request = request
self.unsubscribe_all()
# parmlist is sorted by name.
self._parmlist = []
self._solverdict = {}
self._parmdict = {}
# all names off the nodes except parms
self._nodedict = {}
# recursively get all parms and solvers behind this node
if self._node:
self.getnodelist(meqds.nodelist[self._node])
else:
self.getnodelist(meqds.nodelist[self._name])
# subscribe to solvers
for solverkey in self._solverdict.keys():
solver = self._solverdict[solverkey]["node"]
# subscribe
solver.subscribe_state(self._callbacksolver)
meqds.request_node_state(solver)
# fill listbox with MeqParm names
self.parmtable.setNumCols(len(self._solverdict.keys()) + solverstart)
self.parmtable.setNumRows(len(self._parmlist))
self.parmtable.setReadOnly(True)
self.parmtable.horizontalHeader().setLabel(0, "name")
self.parmtable.horizontalHeader().setLabel(1, "c00")
self.parmtable.horizontalHeader().setLabel(2, "shape")
self.parmtable.horizontalHeader().setLabel(3, pixmaps.publish.iconset(), "")
self.parmtable.horizontalHeader().setLabel(4, "0")
self.parmtable.setColumnWidth(0, 100)
self.parmtable.setColumnWidth(1, 200)
self.parmtable.setColumnWidth(2, 60)
self.parmtable.setColumnWidth(3, 25)
self.parmtable.setColumnWidth(4, 25)
# self.parmtable.horizontalHeader () .setLabel(3,"i");
tooltip = "click to sort"
QToolTip.add(self.parmtable.horizontalHeader(), tooltip)
QObject.connect(self.parmtable.horizontalHeader(), SIGNAL("released(int)"), self.sortColumn)
if self._currentparm:
self._currentparm.reject()
self._currentparm = None
self._parmindex = -1
self.updateTable()
for parmkey in self._parmlist:
parm = self._parmdict[parmkey]["node"]
parm.subscribe_state(self._callbackparm)
meqds.request_node_state(parm)
self.buttonReset.setEnabled(False)
if not self._parmlist:
QMessageBox.warning(self.wtop(), "Warning", "No parameters found")
self.buttonReset.setEnabled(False)
self.enable()
self.flash_refresh()
