def fission_test_job():
_job = ReduceJob(inputs=[ReducePipe(9001)], outputs=[PicklePipe(9002)])
yield _job
# This will also remove the buffered job, pipes, groups and nodes which resulted from loading the config.
# They are still accessible from the config or via the cfg_job fixture.
reset()
def fission_test_job(start, step):
_job = SourceJob(
start=start,
step=step,
delay=0,
outputs=[
PicklePipe(9001),
]
)
return _job
def fission_test_job(pipe_id_offset):
# initiates a new job
_job = JoinJob(
inputs=[
PicklePipe(pipe_id_offset + 1), # this is the operator
PicklePipe(pipe_id_offset + 2),
PicklePipe(pipe_id_offset + 3),
PicklePipe(pipe_id_offset + 4),
],
outputs=[
PicklePipe(pipe_id_offset + 101),
PicklePipe(pipe_id_offset + 102),
PicklePipe(pipe_id_offset + 103), # This is the operator output
])
yield _job
REMOTE_ROOT = f"/home/{USER}/fission/"
XML_FILE = None
# Logging
LOG_LEVEL = "DEBUG"
LOG_FILE = "FISSION.log"
DEBUG_WINDOW = True
CLIENT_IP = "192.168.4.1"
# a list of jobs (instance of BaseJob or subclass or path of csv file)
JOBS = [
SourceJob(start_value=1, outputs=[
PicklePipe(1),
]),
SourceJob(start_value=15, outputs=[
PicklePipe(2),
]),
SourceJob(start_value=219, outputs=[
PicklePipe(3),
]),
CSVSinkJob(path="test.csv",
inputs=[
PicklePipe(1),
PicklePipe(2),
PicklePipe(3),
])
]
# Logging
LOG_LEVEL = "INFO"
LOG_FILE = "FISSION.log"
# Enter the clients ip within the network, must be visible for nodes
CLIENT_IP = "192.168.4.1"
# Debug window
# Redirects stdout to console
DEBUG_WINDOW = True
# A list of jobs to be executed within the network.
# This can be an instance of BaseJob or any of its subclasses.
JOBS = [
SourceJob(outputs=[
PicklePipe(101),
]),
SourceJob(outputs=[
PicklePipe(102),
]),
SourceJob(outputs=[
PicklePipe(103),
]),
JoinJob(inputs=[
PicklePipe(101),
PicklePipe(102),
PicklePipe(103),
],
outputs=[
ReducePipe(105),
]),
# Enter the clients ip within the network, must be visible for nodes
CLIENT_IP = "192.168.4.1"
# Debug window
# Redirects stdout to console
DEBUG_WINDOW = True
# A list of jobs to be executed within the network.
# This can be an instance of BaseJob or any of its subclasses.
JOBS = [
InteractiveJob(outputs=[
OperatorPipe(104),
]),
SourceJob(outputs=[
PicklePipe(101),
PicklePipe(201),
]),
SourceJob(start=20, step=2, outputs=[
PicklePipe(102),
PicklePipe(202),
]),
SourceJob(step=-1, outputs=[
PicklePipe(103),
PicklePipe(203),
]),
JoinJob(inputs=[
OperatorPipe(104),
PicklePipe(101),
PicklePipe(102),
PicklePipe(103),
PULSE_INTERVAL = 0.5
# Enter the clients ip within the network, must be visible for nodes
CLIENT_IP = "192.168.0.31"
# Debug window
# Redirects stdout to console
DEBUG_WINDOW = True
# A list of jobs to be executed within the network.
# This can be an instance of BaseJob or any of its subclasses
# or a path to csv file defining jobs (see documentation).
JOBS = [
ClockJob(outputs=[
PicklePipe(91),
PicklePipe(92),
]),
ica_readModule("/home/pi/afdwc/examples/source_separation/mix1.wav",
inputs=[PicklePipe(91)],
outputs=[
PicklePipe(1),
PicklePipe(11),
]),
ica_readModule("/home/pi/afdwc/examples/source_separation/mix2.wav",
inputs=[PicklePipe(92)],
outputs=[
PicklePipe(2),
PicklePipe(12),
]),
cov1svd_sqrtfn(
# Enter the clients ip within the network, must be visible for nodes CLIENT_IP = "192.168.0.31" # Debug window # Redirects stdout to console DEBUG_WINDOW = True # A list of jobs to be executed within the network. # This can be an instance of BaseJob or any of its subclasses # or a path to csv file defining jobs (see documentation). JOBS = [ ica_readModule( "/home/pi/afdwc/examples/source_separation/mix1.wav", outputs=[ PicklePipe(1), ] ), ica_readModule( "/home/pi/afdwc/examples/source_separation/mix2.wav", outputs=[ PicklePipe(2), ] ), cov1svd( inputs=[ PicklePipe(1), PicklePipe(2), ], outputs=[ PicklePipe(3),
# Logging
LOG_LEVEL = "INFO"
LOG_FILE = "FISSION.log"
# Enter the clients ip within the network, must be visible for nodes
CLIENT_IP = "192.168.4.1"
# Debug window
# Redirects stdout to console
DEBUG_WINDOW = True
# A list of jobs to be executed within the network.
# This can be an instance of BaseJob or any of its subclasses.
JOBS = [
InteractiveJob(outputs=[PicklePipe(1)]),
InteractiveJob(outputs=[PicklePipe(2)]),
MiddleJob(inputs=[
PicklePipe(1),
PicklePipe(2),
], outputs=[PicklePipe(3)]),
HeadJob(inputs=[PicklePipe(3)], outputs=[PicklePipe(4)]),
CSVSinkJob(path='test.csv', inputs=[PicklePipe(4)])
]
# A list of nodes to be included in the network
# This can be an instance of BaseNode or Multinode
# or a path to csv file defining nodes (see documentation)
NODES = [
BaseNode("192.168.4.3"),
BaseNode("192.168.4.2"),
PULSE_INTERVAL = 0.5
# Enter the clients ip within the network, must be visible for nodes
CLIENT_IP = "192.168.0.31"
# Debug window
# Redirects stdout to console
DEBUG_WINDOW = True
# A list of jobs to be executed within the network.
# This can be an instance of BaseJob or any of its subclasses
# or a path to csv file defining jobs (see documentation).
JOBS = [
read_data(samples_per_packet=[32, 64, 128, 256, 512, 1024, 2048],
outputs=[
PicklePipe(1),
PicklePipe(2),
PicklePipe(11),
]),
dxcp_phat(
inputs=[
PicklePipe(1),
PicklePipe(2),
],
outputs=[
PicklePipe(3),
PicklePipe(4),
PicklePipe(5),
PicklePipe(12),
],
),
PULSE_INTERVAL = 0.5
# Enter the clients ip within the network, must be visible for nodes
CLIENT_IP = "192.168.0.31"
# Debug window
# Redirects stdout to console
DEBUG_WINDOW = True
# A list of jobs to be executed within the network.
# This can be an instance of BaseJob or any of its subclasses
# or a path to csv file defining jobs (see documentation).
JOBS = [
ClockJob(
outputs=[
PicklePipe(91),
PicklePipe(92),
]
),
read_data(
channel=0,
inputs=[
PicklePipe(91),
],
outputs=[
PicklePipe(1),
PicklePipe(11),
]
),
read_data(
channel=1,
# Logging
LOG_LEVEL = "INFO"
LOG_FILE = "FISSION.log"
# Enter the clients ip within the network, must be visible for nodes
CLIENT_IP = "192.168.4.1"
# Debug window
# Redirects stdout to console
DEBUG_WINDOW = True
# A list of jobs to be executed within the network.
# This can be an instance of BaseJob or any of its subclasses
# or a path to csv file defining jobs (see documentation).
JOBS = [
SourceJob(outputs=[PicklePipe(1)]),
SourceJob(outputs=[PicklePipe(2)]),
InteractiveJob(outputs=[InteractivePipe(3)]),
MiddleJob(inputs=[PicklePipe(1),
PicklePipe(2),
InteractivePipe(3)],
outputs=[PicklePipe(4)]),
CSVSinkJob(inputs=[PicklePipe(4)], path="test.csv")
]
# A list of nodes to be included in the network
# This can be an instance of BaseNode or Multinode
# or a path to csv file defining nodes (see documentation)
NODES = []
# Optional XML file defining the whole network or a part of it
PULSE_INTERVAL = 0.5
# Enter the clients ip within the network, must be visible for nodes
CLIENT_IP = "192.168.0.31"
# Debug window
# Redirects stdout to console
DEBUG_WINDOW = True
# A list of jobs to be executed within the network.
# This can be an instance of BaseJob or any of its subclasses
# or a path to csv file defining jobs (see documentation).
JOBS = [
ica_readModule("/home/pi/afdwc/examples/source_separation/mix1.wav",
outputs=[
PicklePipe(1),
PicklePipe(11),
]),
ica_readModule("/home/pi/afdwc/examples/source_separation/mix2.wav",
outputs=[
PicklePipe(2),
PicklePipe(12),
]),
# ForwardingJob(
# inputs=[
# PicklePipe(1),
# PicklePipe(2)
# ],
# outputs=[
# PicklePipe(21),
# PicklePipe(22),
PULSE_INTERVAL = 0.5
# Enter the clients ip within the network, must be visible for nodes
CLIENT_IP = "192.168.0.31"
# Debug window
# Redirects stdout to console
DEBUG_WINDOW = True
# A list of jobs to be executed within the network.
# This can be an instance of BaseJob or any of its subclasses
# or a path to csv file defining jobs (see documentation).
JOBS = [
read_data(channel=0, outputs=[
PicklePipe(1),
PicklePipe(11),
]),
read_data(channel=1, outputs=[
PicklePipe(2),
PicklePipe(12),
]),
# ForwardingJob(
# inputs=[
# PicklePipe(1),
# PicklePipe(2)
# ],
# outputs=[
# PicklePipe(21),
# PicklePipe(22),
# ]
# Enter the clients ip within the network, must be visible for nodes
CLIENT_IP = "192.168.0.31"
# Debug window
# Redirects stdout to console
DEBUG_WINDOW = True
# A list of jobs to be executed within the network.
# This can be an instance of BaseJob or any of its subclasses
# or a path to csv file defining jobs (see documentation).
JOBS = [
read_data(samples_per_packet=2048,
soundfile_path=
"/home/konrad/marvelo-demo/examples/demo_DXCP/signal_file.wav",
outputs=[
PicklePipe(1),
PicklePipe(2),
],
logging_output=PicklePipe(11),
name="read_data"),
dxcp_phat(inputs=[
PicklePipe(1),
PicklePipe(2),
],
outputs=[
PicklePipe(3),
PicklePipe(4),
],
logging_output=PicklePipe(12),
name="dxcp_phat"),
print_results(inputs=[