Source code for pacman.model.resources.resource_container

# Copyright (c) 2017-2019 The University of Manchester
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# GNU General Public License for more details.
# You should have received a copy of the GNU General Public License
# along with this program.  If not, see <>.

from .constant_sdram import ConstantSDRAM
from .cpu_cycles_per_tick_resource import CPUCyclesPerTickResource
from .dtcm_resource import DTCMResource

class ResourceContainer(object):
    """ Container for the types of resources so that ordering is not\
        a problem.

    __slots__ = [

        # a DTCMResource object that reflects the amount of DTCM (in bytes)
        # used by a machine vertex on the SpiNNaker machine

        # a SDRAMResource object that reflects the amount of SDRAM (in bytes)
        # used by a machine vertex on the SpiNNaker machine

        # a CPUCyclesPerTickResource object that reflects the number of
        # CPU cycles the machine vertex is expected to use on a SpiNNaker
        # machine

        # An iterable of IPtagResource objects that reflect the number of IP
        # tags a machine vertex is going to use on a SpiNNaker machine, as well
        # as the configuration data of said IP tags.

        # A iterable of ReverseIPtagResource objects that reflect the number of
        # Reverse IP tags a machine vertex is going to use on a SpiNNaker
        # machine, as well as the configuration data of said reverse IP tags.

    def __init__(
            self, dtcm=None, sdram=None, cpu_cycles=None, iptags=None,
        :param dtcm: the amount of dtcm used
        :type dtcm: None or DTCMResource
        :param sdram: the amount of SDRAM used
        :type sdram: None or AbstractSDRAM
        :param cpu_cycles: the amount of CPU used
        :type cpu_cycles: None or CPUCyclesPerTickResource
        :param iptags: the IP tags required
        :type iptags: None or list(IPtagResource)
        :param reverse_iptags: the reverse IP tags required
        :type reverse_iptags: None or
        # pylint: disable=too-many-arguments
        self._dtcm_usage = dtcm
        self._sdram_usage = sdram
        self._cpu_cycles = cpu_cycles
        self._iptags = iptags
        self._reverse_iptags = reverse_iptags

        # check for none resources
        if self._dtcm_usage is None:
            self._dtcm_usage = DTCMResource(0)
        if self._sdram_usage is None:
            self._sdram_usage = ConstantSDRAM(0)
        if self._cpu_cycles is None:
            self._cpu_cycles = CPUCyclesPerTickResource(0)
        if self._reverse_iptags is None:
            self._reverse_iptags = []
        if self._iptags is None:
            self._iptags = []

    def dtcm(self):
        return self._dtcm_usage

    def cpu_cycles(self):
        return self._cpu_cycles

    def sdram(self):
        return self._sdram_usage

    def iptags(self):
        return self._iptags

    def reverse_iptags(self):
        return self._reverse_iptags

[docs] def extend(self, other): """ :param ResourceContainer other: """ # added CPU stuff self._cpu_cycles = CPUCyclesPerTickResource( self._cpu_cycles.get_value() + other.cpu_cycles.get_value()) # added dtcm self._dtcm_usage = DTCMResource( self._dtcm_usage.get_value() + other.dtcm.get_value()) # add SDRAM usage self._sdram_usage = self._sdram_usage + other.sdram # add IPtags self._iptags.extend(other.iptags) # add reverse IPtags self._reverse_iptags.extend(other.reverse_iptags)
def __eq__(self, other): if self._dtcm_usage.get_value() != other.dtcm.get_value(): return False if self._sdram_usage.fixed != other._sdram_usage.fixed: return False if self._sdram_usage.per_timestep != other._sdram_usage.per_timestep: return False if self._cpu_cycles.get_value() != other.cpu_cycles.get_value(): return False if self._iptags != other._iptags: return False return self._reverse_iptags == other._reverse_iptags def __hash__(self): return hash((self._dtcm_usage.get_value(), self._sdram_usage.fixed, self._sdram_usage.per_timestep, self._cpu_cycles.get_value(), self._iptags, self._reverse_iptags)) def __ne__(self, other): return not self.__eq__(other)