from pacman.model.graphs.machine import MachineEdge
from pkt_injector_vertex import Pkt_Injector_Vertex
from pkt_extractor_vertex import Pkt_Extractor_Vertex
NUM_INJECTORS = 9
gfe.setup(machine_time_step=1000000,
n_chips_required=1,
model_binary_folder=os.path.dirname(__file__))
# instantiate injector vertices
injectors = []
for i in range(NUM_INJECTORS):
iv = Pkt_Injector_Vertex(i)
gfe.add_machine_vertex_instance(iv)
injectors.append(iv)
# instantiate extractor vertices
ev = Pkt_Extractor_Vertex()
gfe.add_machine_vertex_instance(ev)
# create links from injectors to extractor
for iv in injectors:
gfe.add_machine_edge_instance(MachineEdge(iv, ev), iv.inj_lnk)
gfe.run(10000)
gfe.stop()
(xin, yin) = INSIDE_CHIPS[n]
# outside chip coordinates
(xout, yout) = OUTSIDE_CHIPS[n]
for i in range(NUM_INJECTORS_PER_CONNECTION):
if DO_INSIDE_OUT:
# instantiate inside-out injector vertex
iv = Pkt_Injector_Vertex(x_coord=xin,
y_coord=yin,
throttle=INSIDE_INJECTOR_THROTTLE[n],
use_payload=USE_PAYLOADS)
gfe.add_machine_vertex_instance(iv)
# instantiate inside-out extractor vertex
ev = Pkt_Extractor_Vertex(x_coord=xout, y_coord=yout)
gfe.add_machine_vertex_instance(ev)
# create link from injector to extractor
gfe.add_machine_edge_instance(MachineEdge(iv, ev), iv.inj_lnk)
if DO_OUTSIDE_IN:
# instantiate outside-in injector vertex
iv = Pkt_Injector_Vertex(x_coord=xout,
y_coord=yout,
throttle=OUTSIDE_INJECTOR_THROTTLE[n],
use_payload=USE_PAYLOADS)
gfe.add_machine_vertex_instance(iv)
# instantiate outside-in extractor vertex
ev = Pkt_Extractor_Vertex(x_coord=xin, y_coord=yin)
n_chips_required = len (EXTRACTORS) + 1,
model_binary_folder=os.path.dirname(__file__)
)
# compute total number of extractor vertices
NUM_EXTRACTORS = 0
for chip, ne in EXTRACTORS.items():
NUM_EXTRACTORS += ne
# instantiate injector vertex
iv = Pkt_Injector_Vertex(
x_coord = INJECTOR[X], y_coord = INJECTOR[Y],
nkeys = NUM_EXTRACTORS)
gfe.add_machine_vertex_instance(iv)
# instantiate extractor vertices
lnk = 0
for chip, ne in EXTRACTORS.items():
for e in range (ne):
ev = Pkt_Extractor_Vertex(iid = e, x_coord = chip[X], y_coord = chip[Y])
gfe.add_machine_vertex_instance(ev)
# create link from injector to extractor
gfe.add_machine_edge_instance (MachineEdge (iv, ev), iv.inj_lnk[lnk])
lnk += 1
gfe.run(10000)
gfe.stop()
model_binary_folder=os.path.dirname(__file__) + "/..")
# create connections along the border
for n in range(NUM_CHIPS):
# instantiate inside-out injector vertex
(xi, yi) = INSIDE_CHIPS[n]
iv = Pkt_Injector_Vertex(x_coord=xi,
y_coord=yi,
throttle=INJECTOR_THROTTLE)
gfe.add_machine_vertex_instance(iv)
# instantiate inside-out extractor vertex
(xe, ye) = OUTSIDE_CHIPS[n]
ev = Pkt_Extractor_Vertex(x_coord=xe, y_coord=ye)
gfe.add_machine_vertex_instance(ev)
# create link from injector to extractor
gfe.add_machine_edge_instance(MachineEdge(iv, ev), iv.inj_lnk)
# instantiate outside-in injector vertex
(xi, yi) = OUTSIDE_CHIPS[n]
iv = Pkt_Injector_Vertex(x_coord=xi,
y_coord=yi,
throttle=INJECTOR_THROTTLE)
gfe.add_machine_vertex_instance(iv)
# instantiate outside-in extractor vertex
import os
import spinnaker_graph_front_end as gfe
from pacman.model.graphs.machine import MachineEdge
from pkt_injector_vertex import Pkt_Injector_Vertex
from pkt_extractor_vertex import Pkt_Extractor_Vertex
gfe.setup(machine_time_step=1000000,
n_boards_required=3,
model_binary_folder=os.path.dirname(__file__) + "/..")
# instantiate injector vertex
iv = Pkt_Injector_Vertex(x_coord=7, y_coord=7)
gfe.add_machine_vertex_instance(iv)
# instantiate extractor vertex
ev = Pkt_Extractor_Vertex(x_coord=7, y_coord=8)
gfe.add_machine_vertex_instance(ev)
# create link from injector to extractor
gfe.add_machine_edge_instance(MachineEdge(iv, ev), iv.inj_lnk)
gfe.run(10000)
gfe.stop()
# populate a line of chips
CHIPS = [(0, 3), (1, 3), (2, 3), (3, 3),
(4, 3), (5, 3), (6, 3), (7, 3)]
# populate each chip with this number of packet injectors
NUM_INJECTORS = len (CHIPS)
gfe.setup(
machine_time_step = 1000000,
n_chips_required = len (CHIPS),
model_binary_folder=os.path.dirname(__file__)
)
for (x_coord, y_coord) in CHIPS:
# instantiate extractor vertex on chip
ev = Pkt_Extractor_Vertex(x_coord = x_coord, y_coord = y_coord)
gfe.add_machine_vertex_instance(ev)
# instantiate injector vertices on chip
for i in range (NUM_INJECTORS):
iv = Pkt_Injector_Vertex(i, x_coord = x_coord, y_coord = y_coord)
gfe.add_machine_vertex_instance(iv)
# create links from injectors to extractor on same chip
gfe.add_machine_edge_instance (MachineEdge (iv, ev), iv.inj_lnk)
gfe.run(10000)
gfe.stop()
# tuple indices for coordinates
X = 0
Y = 1
# populate this chip with a packet injector
INJECTORS = {(0, 0): 9}
# populate each chip with this number of packet extractors
EXTRACTOR = (1, 0)
gfe.setup(machine_time_step=1000000,
n_chips_required=len(INJECTORS) + 1,
model_binary_folder=os.path.dirname(__file__))
# instantiate extractor vertex
ev = Pkt_Extractor_Vertex(x_coord=EXTRACTOR[X], y_coord=EXTRACTOR[Y])
gfe.add_machine_vertex_instance(ev)
for chip, ni in INJECTORS.items():
for i in range(ni):
iv = Pkt_Injector_Vertex(iid=i, x_coord=chip[X], y_coord=chip[Y])
gfe.add_machine_vertex_instance(iv)
# create link from injector to extractor
gfe.add_machine_edge_instance(MachineEdge(iv, ev), iv.inj_lnk)
gfe.run(10000)
gfe.stop()
# FY chip coordinates
(xy, yy) = FY_CHIPS[n]
for i in range(NUM_INJECTORS_PER_CONNECTION):
# instantiate FX injector vertex
iv = Pkt_Injector_Vertex(
x_coord = xx,
y_coord = yx,
throttle = FX_INJECTOR_THROTTLE[n],
use_payload = USE_PAYLOADS
)
gfe.add_machine_vertex_instance(iv)
# instantiate FY extractor vertex
ev = Pkt_Extractor_Vertex(
x_coord = xy,
y_coord = yy
)
gfe.add_machine_vertex_instance(ev)
# create link from injector to extractor
gfe.add_machine_edge_instance(MachineEdge (iv, ev), iv.inj_lnk)
if BIDIRECTIONAL:
# instantiate FY injector vertex
iv = Pkt_Injector_Vertex(
x_coord = xy,
y_coord = yy,
throttle = FY_INJECTOR_THROTTLE[n],
use_payload = USE_PAYLOADS
)
gfe.add_machine_vertex_instance(iv)
