def apiLoaded(self,apiDef):
# call the parent's apiLoaded function
dustFrame.dustFrame.apiLoaded(self,apiDef)
with self.guiLock:
self.commandToSend = Tkinter.StringVar()
self.commandToSend.trace_variable('w',self._handleCommandSelected)
self.subcommandToSend = Tkinter.StringVar()
self.subcommandToSend.trace_variable('w',self._handleSubCommandSelected)
self.commandDropDownOptions = self.apiDef.getNames(ApiDefinition.ApiDefinition.COMMAND)
self.commandDropDownOptions.sort()
# remove command we don't want to appear in drop-down menu
for itemToRemove in ['hello', 'hello_response','mux_hello']:
try:
self.commandDropDownOptions.remove(itemToRemove)
except ValueError:
# happens when item does not appear in list
pass
with self.guiLock:
self.commandDropDown = dustGuiLib.OptionMenu(
self.container,
self.commandToSend,
*self.commandDropDownOptions
)
self._add(self.commandDropDown,0,0)
def __init__(self,
parentElem,
guiLock,
cbApiLoaded,
frameName="api",
row=0,
column=0,
deviceType=None):
# store params
self.cbApiLoaded = cbApiLoaded
self.deviceType = deviceType
# init parent
dustFrame.dustFrame.__init__(self, parentElem, guiLock, frameName, row,
column)
temp = dustGuiLib.Label(self.container, text="network type:")
self._add(temp, 0, 0)
self.networkTypeString = Tkinter.StringVar(self.container)
self.networkTypeString.set(self.WHART)
self.networkTypeMenu = dustGuiLib.OptionMenu(self.container,
self.networkTypeString,
self.WHART, self.IP)
self._add(self.networkTypeMenu, 0, 1)
temp = dustGuiLib.Label(self.container, text="device type:")
self._add(temp, 0, 2)
self.deviceTypeString = Tkinter.StringVar(self)
if deviceType:
self.deviceTypeString.set(deviceType)
else:
self.deviceTypeString.set(self.MANAGER)
self.deviceTypeMenu = dustGuiLib.OptionMenu(self.container,
self.deviceTypeString,
self.MANAGER, self.MOTE)
self._add(self.deviceTypeMenu, 0, 3)
if self.deviceType:
self.deviceTypeMenu.config(state=Tkinter.DISABLED)
self.loadButton = dustGuiLib.Button(self.container,
text="load",
command=self._loadApi)
self._add(self.loadButton, 0, 4)
def _handleCommand(self,level):
'''
\brief Generic handler when item is selected from drop-down list of (sub)commands.
\param level 0 indicates a command was selected. 1 indicates a subcommand was selected.
'''
# clear the old guiElems
self._clearGuiElems(level)
if self.fieldsFrame:
self.fieldsFrame.grid_forget()
self.fieldsFrame = None
c = {
'commandName' : None,
'fieldNames' : [],
'fieldNamesGui' : [],
'fieldFormats' : [],
'fieldFormatsGui' : [],
'fieldLengths' : [],
'fieldOptions' : [],
'fieldValuesGui' : [],
'fieldValuesString' : [],
'fieldValuesRaw' : [],
'fieldValues' : [],
'commandORbuttonGui' : None,
}
# read the command name just selected
with self.guiLock:
if level==0:
c['commandName'] = self.commandToSend.get()
elif level==1:
c['commandName'] = self.subcommandToSend.get()
fullCmd = [elem['commandName'] for elem in self.guiElems]
fullCmd.append(c['commandName'])
# call the selected callback
self.selectedCb(fullCmd)
# add elements for fields
try:
c['fieldNames'] = self.apiDef.getRequestFieldNames(fullCmd)
c['fieldFormats'] = [
self.apiDef.getRequestFieldFormat(fullCmd,fieldName)
for fieldName in c['fieldNames']
]
c['fieldLengths'] = [
self.apiDef.getRequestFieldLength(fullCmd,fieldName)
for fieldName in c['fieldNames']
]
c['fieldOptions'] = [
self.apiDef.getRequestFieldOptions(fullCmd,fieldName)
for fieldName in c['fieldNames']
]
except CommandError as err:
traceback.print_exc()
return
# create a frame for all fields and add GUI elements
with self.guiLock:
self.fieldsFrame = Tkinter.Frame(
self.container,
borderwidth=10,
bg=dustStyle.COLOR_BG,
)
self._add(
self.fieldsFrame,
level*2+2,
column=0,
)
headerColor = self._getHeaderColor()
with self.guiLock:
for i in range(len(c['fieldNames'])):
if c['fieldNames'][i] in ApiDefinition.ApiDefinition.RESERVED:
continue
# calculate width of text entry
if c['fieldLengths'][i]:
if c['fieldFormats'][i] in [ApiDefinition.FieldFormats.STRING]:
textEntryWidth = c['fieldLengths'][i]+2
elif c['fieldFormats'][i] in [ApiDefinition.FieldFormats.HEXDATA]:
textEntryWidth = c['fieldLengths'][i]*2+2
else:
textEntryWidth = dustStyle.TEXTFIELD_ENTRY_LENGTH_DEFAULT
autoResize = False
else:
textEntryWidth = dustStyle.TEXTFIELD_ENTRY_LENGTH_DEFAULT
autoResize = True
if textEntryWidth>dustStyle.TEXTFIELD_ENTRY_LENGTH_MAX:
textEntryWidth = dustStyle.TEXTFIELD_ENTRY_LENGTH_MAX
# display row 0: name
c['fieldNamesGui'] += [
dustGuiLib.Label(
self.fieldsFrame,
text = c['fieldNames'][i],
bg = dustStyle.COLOR_BG,
relief = Tkinter.RIDGE,
borderwidth = 1,
background = headerColor,
padx = 3,
pady = 3,
)
]
c['fieldNamesGui'][-1].grid(
row = 0,
column = i,
sticky = Tkinter.W+Tkinter.E,
)
# display row 1: value
if c['fieldOptions'][i].optionDescs or c['fieldFormats'][i]=='bool':
if c['fieldOptions'][i].optionDescs:
optionValues = c['fieldOptions'][i].optionDescs
else:
optionValues = ['True','False']
c['fieldValuesString'] += [Tkinter.StringVar()]
c['fieldValuesGui'] += [
dustGuiLib.OptionMenu(
self.fieldsFrame,
c['fieldValuesString'][-1],
*optionValues
)
]
else:
c['fieldValuesString'] += [None]
c['fieldValuesGui'] += [
dustGuiLib.Text(
self.fieldsFrame,
font = dustStyle.FONT_BODY,
width = textEntryWidth,
height = 1,
padx = 3,
pady = 3,
autoResize = autoResize,
)
]
c['fieldValuesGui'][-1].grid(
row = 1,
column = i,
sticky = Tkinter.W+Tkinter.E,
)
# display row 2: format and length
fieldFormatsString = ApiDefinition.ApiDefinition.fieldFormatToString(
c['fieldLengths'][i],
c['fieldFormats'][i]
)
c['fieldFormatsGui'] += [
dustGuiLib.Label(
self.fieldsFrame,
text = fieldFormatsString,
bg = dustStyle.COLOR_BG,
relief = Tkinter.RIDGE,
borderwidth = 1,
padx = 3,
pady = 3,
)
]
c['fieldFormatsGui'][-1].grid(
row = 2,
column = i,
sticky = Tkinter.W+Tkinter.E,
)
# subcommands
with self.guiLock:
tempOptions = None
if self.apiDef.hasSubcommands(ApiDefinition.ApiDefinition.COMMAND,
fullCmd)==True:
tempOptions = self.apiDef.getNames(ApiDefinition.ApiDefinition.COMMAND,
fullCmd)
tempOptions.sort()
c['commandORbuttonGui'] = dustGuiLib.OptionMenu(self.container,
self.subcommandToSend,
*tempOptions)
else:
c['commandORbuttonGui'] = dustGuiLib.Button(self.container,
command=self._handleSend,
text="send",)
self._add(c['commandORbuttonGui'],level*2+2+1,0)
# add to guiElems
self.guiElems.append(c)
# display the first alphabetical subcommand in subcommand option menu
if tempOptions:
self.subcommandToSend.set(tempOptions[0])
def __init__(self,
parentElem,
guiLock,
selectedMoteChangedCB,
displayMoteButtonCB,
refreshButtonCB,
clearMotesButtonCB,
frameName="Configuration",
row=0,
column=1):
# record params
self.selectedMoteChangedCB = selectedMoteChangedCB
self.displayMoteButtonCB = displayMoteButtonCB
self.refreshButtonCB = refreshButtonCB
self.clearMotesButtonCB = clearMotesButtonCB
# local variables
self.selectedMote = Tkinter.StringVar()
self.selectedMote.trace("w", self._selectedMoteChangedCB_internal)
# initialize parent
dustFrame.dustFrame.__init__(self, parentElem, guiLock, frameName, row,
column)
# motes
temp = dustGuiLib.Label(self.container,
anchor=Tkinter.NW,
justify=Tkinter.LEFT,
text='Select mote:')
self._add(temp, 0, 0)
self.motes = dustGuiLib.OptionMenu(self.container, self.selectedMote,
*[''])
self._add(self.motes, 0, 1)
# display mote button
self.displayMoteButton = dustGuiLib.Button(
self.container,
text='Display Mote',
command=self.displayMoteButtonCB,
)
self._add(self.displayMoteButton, 0, 2)
# refresh button
self.refreshButton = dustGuiLib.Button(self.container,
text='Update Mote List',
command=self.refreshButtonCB)
self._add(self.refreshButton, 1, 2)
#clear mote buttons
self.clearMotesButton = dustGuiLib.Button(
self.container,
text='Clear Motes',
command=self.clearMotesButtonCB,
)
self._add(self.clearMotesButton, 2, 2)
# action label
self.actionLabel = dustGuiLib.Label(
self.container,
anchor=Tkinter.CENTER,
justify=Tkinter.LEFT,
text='',
)
self._add(self.actionLabel, 1, 1)
def __init__(self,parentElem,guiLock,
selectedMoteChangedCB,
refreshButtonCB,
getConfigurationCB,
setConfigurationCB,
frameName="Configuration",row=0,column=1):
# record params
self.selectedMoteChangedCB = selectedMoteChangedCB
self.refreshButtonCB = refreshButtonCB
self.getConfigurationCB = getConfigurationCB
self.setConfigurationCB = setConfigurationCB
# local variables
self.selectedMote = Tkinter.StringVar()
self.selectedMote.trace("w",self._selectedMoteChangedCB_internal)
# initialize parent
dustFrame.dustFrame.__init__(self,
parentElem,
guiLock,
frameName,
row,column
)
# report period
temp = dustGuiLib.Label(self.container,
anchor = Tkinter.NW,
justify = Tkinter.LEFT,
text = 'Report Period (ms):',
)
self._add(temp,0,0)
self.reportPeriod = dustGuiLib.Text(self.container,
font = dustStyle.FONT_BODY,
width = 25,
height = 1,
)
self._add(self.reportPeriod,0,1)
# bridge settling time
temp = dustGuiLib.Label(self.container,
anchor = Tkinter.NW,
justify = Tkinter.LEFT,
text = 'Bridge Settling Time (ms):',
)
self._add(temp,1,0)
self.bridgeSettlingTime = dustGuiLib.Text(self.container,
font = dustStyle.FONT_BODY,
width = 25,
height = 1,
)
self._add(self.bridgeSettlingTime,1,1)
# LDO on time
temp = dustGuiLib.Label(self.container,
anchor = Tkinter.NW,
justify = Tkinter.LEFT,
text = 'LDO on time (ms):',
)
self._add(temp,2,0)
self.ldoOnTime = dustGuiLib.Text(
self.container,
font = dustStyle.FONT_BODY,
width = 25,
height = 1,
)
self._add(self.ldoOnTime,2,1)
# motes
temp = dustGuiLib.Label(self.container,
anchor = Tkinter.NW,
justify = Tkinter.LEFT,
text = 'Select mote:')
self._add(temp,3,0)
self.motes = dustGuiLib.OptionMenu(
self.container,
self.selectedMote,
*['']
)
self._add(self.motes,3,1)
# refresh button
self.refreshButton = dustGuiLib.Button(self.container,
text = 'refresh',
command = self.refreshButtonCB
)
self._add(self.refreshButton,3,2)
# action label
self.actionLabel = dustGuiLib.Label(self.container,
anchor = Tkinter.CENTER,
justify = Tkinter.LEFT,
text = '',
)
self._add(self.actionLabel,4,1)
# get configuration button
self.getConfigurationButton = dustGuiLib.Button(self.container,
text = 'get configuration',
command = self.getConfigurationCB,
)
self._add(self.getConfigurationButton,4,2)
# set configuration button
self.setConfigurationButton = dustGuiLib.Button(self.container,
text = 'set configuration',
command = self._setConfigurationCB_internal,
)
self._add(self.setConfigurationButton,5,2)
