"""
Updates all sources and destinations to new values defined
in self by mapping
source -> target_source
destination -> target_destination
source_section -> target_source_section
destination_section -> target_destination_section
"""
for p in ('source', 'destination'):
for q in ('source', 'destination'):
if simulation_movement.getProperty(p) == getattr(self, q):
self.setProperty(p, getattr(self, 'target_%s' % q))
break
for p in ('source_section', 'destination_section'):
for q in ('source_section', 'destination_section'):
if simulation_movement.getProperty(p) == getattr(self, q):
self.setProperty(p, getattr(self, 'target_%s' % q))
break
delivery_value = simulation_movement.getDeliveryValue(
) # Get delivery movement
if delivery_value is not None:
delivery_value = delivery_value.getDeliveryValue(
) # Get root delivery
if delivery_value is not None:
delivery_value.activate(
after_method_id='propagateResourceToSimulation'
).updateFromSimulation()
registerTargetSolver(Redirect)
Redirects all simulation movements to new target
"""
def solve(self, simulation_movement, new_target):
"""
Updates all sources and destinations to new values defined
in self by mapping
source -> target_source
destination -> target_destination
source_section -> target_source_section
destination_section -> target_destination_section
"""
for p in ("source", "destination"):
for q in ("source", "destination"):
if simulation_movement.getProperty(p) == getattr(self, q):
self.setProperty(p, getattr(self, "target_%s" % q))
break
for p in ("source_section", "destination_section"):
for q in ("source_section", "destination_section"):
if simulation_movement.getProperty(p) == getattr(self, q):
self.setProperty(p, getattr(self, "target_%s" % q))
break
delivery_value = simulation_movement.getDeliveryValue() # Get delivery movement
if delivery_value is not None:
delivery_value = delivery_value.getDeliveryValue() # Get root delivery
if delivery_value is not None:
delivery_value.activate(after_method_id="propagateResourceToSimulation").updateFromSimulation()
registerTargetSolver(Redirect)
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
#
##############################################################################
from Products.ERP5.Tool.SimulationTool import registerTargetSolver
from TargetSolver import TargetSolver
class Defer(TargetSolver):
"""
Split and defer simulation movement.
Many 'deliverable movements' are created in the Simulation and
may need to be delivered later. Solver accumulates such movements
in the solving process and creates a new delivery
"""
def solve(self, movement):
"""
Split a movement and accumulate
"""
def close(self):
"""
After resolution has taken place, create a new delivery
with deliverable split movements.
"""
registerTargetSolver(Defer)
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
#
##############################################################################
from Products.ERP5.Tool.SimulationTool import registerTargetSolver
from TargetSolver import TargetSolver
class Defer(TargetSolver):
"""
Split and defer simulation movement.
Many 'deliverable movements' are created in the Simulation and
may need to be delivered later. Solver accumulates such movements
in the solving process and creates a new delivery
"""
def solve(self, movement):
"""
Split a movement and accumulate
"""
def close(self):
"""
After resolution has taken place, create a new delivery
with deliverable split movements.
"""
registerTargetSolver(Defer)
