def create_rpc_component(remote=True):
return RPCComponent(
cli_secret_filepath='{datadir}/crossbar/secrets/golemcli.tck'.format(
datadir=datadir),
rpc_cert_filepath='{datadir}/crossbar/rpc_cert.pem'.format(
datadir=datadir),
remote=remote)
# 1. Returning a serializable object that will be written
# to result.json in form:
# {
# 'result': serialized_object
# }
if args and 'prefix' in args:
return args['prefix'] + content
else:
return 'default prefix ' + content
# 2. Writing files to '/golem/output' directory.
# Create an RPC component connected to our AWS hosted Golem.
rpc = RPCComponent(
host='35.158.100.160',
cli_secret_filepath='golemcli_aws.tck',
rpc_cert_filepath='rpc_cert_aws.pem'
)
# Here a separate thread for RPC is created.
# Now user can send messages to the RPC Component to interact with
# remote Golem node.
rpc.start()
rpc.post({
'type': 'CreateTask',
'task': {
'type': 'GLambda',
'options': {
'method': my_task,
'args': {'prefix': 'myprefix_string '},
# For presentation purpose pick only arandom pair of files
filtered_files = cif_files[18:20]
# Load them into memory
files_content_arr = [
open(f, 'r').read() for f in filtered_files
]
# Golem default installation directory is where we obtain cli_secret_filepath and rpc_cert_filepath
# required for establishing connection with remote Golem.
datadir = '{home}/.local/share/golem/default/rinkeby'.format(home=Path.home())
# cli_secret_filepath and rpc_cert_filepath paths specified below are default for typical Golem installation.
rpc = RPCComponent(
cli_secret_filepath='{datadir}/crossbar/secrets/golemcli.tck'.format(
datadir=datadir),
rpc_cert_filepath='{datadir}/crossbar/rpc_cert.pem'.format(datadir=datadir)
)
rpc.start()
tasks = [
{
'type': 'GLambda',
'options': {
'method': raspa_task,
'args': {'mol': mol}
},
'timeout': '00:10:00'
}
for mol in files_content_arr
def user_task(args):
'''Dummy task to compute provider side
'''
return EXPECTED_TASK_RESULT
# Golem default installation directory is where we obtain cli_secret_filepath and rpc_cert_filepath
# required for establishing connection with remote Golem.
datadir = '{home}/.local/share/golem/default/rinkeby'.format(home=Path.home())
# cli_secret_filepath and rpc_cert_filepath paths specified below are default for typical Golem installation.
rpc = RPCComponent(
cli_secret_filepath='{datadir}/crossbar/secrets/golemcli.tck'.format(
datadir=datadir),
rpc_cert_filepath='{datadir}/crossbar/rpc_cert.pem'.format(
datadir=datadir))
rpc.start()
# 1. User creates a task with verification of type EXTERNALLY_VERFIED
# 2. User acquires `task_id` from TaskCreatedEvent to later track
# the results of his task
# 3. User verifies the results and responds with 'VerifyResults' message
# with appropriate `verdict` set.
# 4. User receives `TaskResults` message
response = rpc.post_wait({
'type': 'CreateTask',
'task': {
# }
if args and 'prefix' in args:
return args['prefix'] + content
else:
return 'default prefix ' + content
# 2. Writing files to '/golem/output' directory.
# Golem default installation directory is where we obtain cli_secret_filepath and rpc_cert_filepath
# required for establishing connection with remote Golem.
datadir = '{home}/.local/share/golem/default/rinkeby'.format(home=Path.home())
# cli_secret_filepath and rpc_cert_filepath paths specified below are default for typical Golem installation.
rpc = RPCComponent(
cli_secret_filepath='{datadir}/crossbar/secrets/golemcli.tck'.format(
datadir=datadir),
rpc_cert_filepath='{datadir}/crossbar/rpc_cert.pem'.format(
datadir=datadir))
# Here a separate thread for RPC is created.
# Now user can send messages to the RPC Component to interact with
# remote Golem node.
rpc.start()
rpc.post({
'type': 'CreateTask',
'task': {
'type': 'GLambda',
'options': {
'method': my_task,
'args': {
"output_path": Path.home().as_posix(),
"format": "PNG",
"resolution": [400, 300]
}
}
# Golem default installation directory is where we obtain cli_secret_filepath and rpc_cert_filepath
datadir = '{home}/.local/share/golem/default/rinkeby'.format(home=Path.home())
# Authenticate with localhost:61000 (default) golem node using cli_secret_filepath
# and rpc_cert_filepath specified
rpc = RPCComponent(
cli_secret_filepath='{datadir}/crossbar/secrets/golemcli.tck'.format(
datadir=datadir),
rpc_cert_filepath='{datadir}/crossbar/rpc_cert.pem'.format(
datadir=datadir),
# Inform RPCComponent that Golem node is local to the application.
# Resources will not be unnecessarily uploaded.
# Field `resources_mapped` in `CreateTask` message will be ignored
remote=False)
# Here a separate thread for RPC is created.
# Now user can send messages to this the RPC Component to interact with
# remote Golem node.
rpc.start()
# Ignore TaskCreatedEvent
_ = rpc.post_wait({'type': 'CreateTask', 'task': blender_dict})
response = rpc.poll(timeout=None)
print(response['results'])
# List all files from ./raspa_data
cif_files = [
filepath.absolute() for filepath in Path('./raspa_data').glob('*.cif')
]
assert cif_files, 'please run this example from a directory where raspa_data/ exist (examples?)'
# For presentation purpose pick only arandom pair of files
filtered_files = cif_files[18:20]
# Load them into memory
files_content_arr = [open(f, 'r').read() for f in filtered_files]
# Create an RPC component connected to our AWS hosted Golem.
rpc = RPCComponent(host='35.158.100.160',
cli_secret_filepath='golemcli_aws.tck',
rpc_cert_filepath='rpc_cert_aws.pem')
# Here a separate thread for RPC is created.
# Now user can send messages to this the RPC Component to interact with
# remote Golem node.
rpc.start()
tasks = [{
'type': 'GLambda',
'options': {
'method': raspa_task,
'args': {
'mol': mol
}
},