def generateMods(self):
'''
Generate module list.
This also injects dummy modules to visually separate racks. These modules are only
known to the display, and not the backend, so it's safe.
'''
sFit = service.Fit.getInstance()
fit = sFit.getFit(self.activeFitID)
slotOrder = [
Slot.SUBSYSTEM, Slot.HIGH, Slot.MED, Slot.LOW, Slot.RIG,
Slot.SERVICE
]
if fit is not None:
self.mods = fit.modules[:]
self.mods.sort(
key=lambda mod: (slotOrder.index(mod.slot), mod.position))
# Blanks is a list of indexes that mark non-module positions (such
# as Racks and tactical Modes. This allows us to skip over common
# module operations such as swapping, removing, copying, etc. that
# would otherwise cause complications
self.blanks = [
] # preliminary markers where blanks will be inserted
if sFit.serviceFittingOptions["rackSlots"]:
# flag to know when to add blanks, based on previous slot
slotDivider = None if sFit.serviceFittingOptions[
"rackLabels"] else self.mods[0].slot
# first loop finds where slot dividers must go before modifying self.mods
for i, mod in enumerate(self.mods):
if mod.slot != slotDivider:
slotDivider = mod.slot
self.blanks.append((i, slotDivider)) # where and what
# second loop modifies self.mods, rewrites self.blanks to represent actual index of blanks
for i, (x, slot) in enumerate(self.blanks):
self.blanks[i] = x + i # modify blanks with actual index
self.mods.insert(x + i, Rack.buildRack(slot))
if fit.mode:
# Modes are special snowflakes and need a little manual loving
# We basically append the Mode rack and Mode to the modules
# while also marking their positions in the Blanks list
if sFit.serviceFittingOptions["rackSlots"]:
self.blanks.append(len(self.mods))
self.mods.append(Rack.buildRack(Slot.MODE))
self.blanks.append(len(self.mods))
self.mods.append(fit.mode)
else:
self.mods = None
def generateMods(self):
'''
Generate module list.
This also injects dummy modules to visually separate racks. These modules are only
known to the display, and not the backend, so it's safe.
'''
sFit = service.Fit.getInstance()
fit = sFit.getFit(self.activeFitID)
slotOrder = [Slot.SUBSYSTEM, Slot.HIGH, Slot.MED, Slot.LOW, Slot.RIG]
if fit is not None:
self.mods = fit.modules[:]
self.mods.sort(key=lambda mod: (slotOrder.index(mod.slot), mod.position))
# Blanks is a list of indexes that mark non-module positions (such
# as Racks and tactical Modes. This allows us to skip over common
# module operations such as swapping, removing, copying, etc. that
# would otherwise cause complications
self.blanks = [] # preliminary markers where blanks will be inserted
if sFit.serviceFittingOptions["rackSlots"]:
# flag to know when to add blanks, based on previous slot
slotDivider = None if sFit.serviceFittingOptions["rackLabels"] else self.mods[0].slot
# first loop finds where slot dividers must go before modifying self.mods
for i, mod in enumerate(self.mods):
if mod.slot != slotDivider:
slotDivider = mod.slot
self.blanks.append((i, slotDivider)) # where and what
# second loop modifies self.mods, rewrites self.blanks to represent actual index of blanks
for i, (x, slot) in enumerate(self.blanks):
self.blanks[i] = x+i # modify blanks with actual index
self.mods.insert(x+i, Rack.buildRack(slot))
if fit.mode:
# Modes are special snowflakes and need a little manual loving
# We basically append the Mode rack and Mode to the modules
# while also marking their positions in the Blanks list
if sFit.serviceFittingOptions["rackSlots"]:
self.blanks.append(len(self.mods))
self.mods.append(Rack.buildRack(Slot.MODE))
self.blanks.append(len(self.mods))
self.mods.append(fit.mode)
else:
self.mods = None
def generateMods(self):
'''
Generate module list.
This also injects dummy modules to visually separate racks. These modules are only
known to the display, and not the backend, so it's safe.
'''
cFit = service.Fit.getInstance()
fit = cFit.getFit(self.activeFitID)
slotOrder = [Slot.SUBSYSTEM, Slot.HIGH, Slot.MED, Slot.LOW, Slot.RIG]
if fit is not None:
self.mods = fit.modules[:]
self.mods.sort(key=lambda mod: (slotOrder.index(mod.slot), mod.position))
self.blanks = [] # preliminary markers where blanks will be inserted
if cFit.serviceFittingOptions["rackSlots"]:
# flag to know when to add blanks, based on previous slot
slotDivider = None if cFit.serviceFittingOptions["rackLabels"] else self.mods[0].slot
# first loop finds where slot dividers must go before modifying self.mods
for i, mod in enumerate(self.mods):
if mod.slot != slotDivider:
slotDivider = mod.slot
self.blanks.append((i, slotDivider)) # where and what
# second loop modifies self.mods, rewrites self.blanks to represent actual index of blanks
for i, (x, slot) in enumerate(self.blanks):
self.blanks[i] = x+i # modify blanks with actual index
self.mods.insert(x+i, Rack.buildRack(slot))
else:
self.mods = None
def generateMods(self):
'''
Generate module list.
This also injects dummy modules to visually separate racks. These modules are only
known to the display, and not the backend, so it's safe.
'''
sFit = service.Fit.getInstance()
fit = sFit.getFit(self.activeFitID)
slotOrder = [Slot.SUBSYSTEM, Slot.HIGH, Slot.MED, Slot.LOW, Slot.RIG]
if fit is not None:
self.mods = fit.modules[:]
self.mods.sort(
key=lambda mod: (slotOrder.index(mod.slot), mod.position))
self.blanks = [
] # preliminary markers where blanks will be inserted
if sFit.serviceFittingOptions["rackSlots"]:
# flag to know when to add blanks, based on previous slot
slotDivider = None if sFit.serviceFittingOptions[
"rackLabels"] else self.mods[0].slot
# first loop finds where slot dividers must go before modifying self.mods
for i, mod in enumerate(self.mods):
if mod.slot != slotDivider:
slotDivider = mod.slot
self.blanks.append((i, slotDivider)) # where and what
# second loop modifies self.mods, rewrites self.blanks to represent actual index of blanks
for i, (x, slot) in enumerate(self.blanks):
self.blanks[i] = x + i # modify blanks with actual index
self.mods.insert(x + i, Rack.buildRack(slot))
else:
self.mods = None