iperf3.manifest.template

loader.entrypoint = "file:{{ gramine.libos }}"
libos.entrypoint = "/iperf3"
loader.log_level = "{{ log_level }}"

loader.env.LD_LIBRARY_PATH = "/lib"

loader.insecure__use_cmdline_argv = true

fs.mounts = [
  { path = "/lib", uri = "file:{{ gramine.runtimedir() }}" },
  { path = "/iperf3", uri = "file:iperf3" },
  { type = "tmpfs", path = "/tmp" },
]

sgx.debug = false
sgx.nonpie_binary = true
sgx.enclave_size = "1G"
sgx.max_threads = 5

sgx.trusted_files = [
  "file:{{ gramine.libos }}",
  "file:iperf3",
  "file:{{ gramine.runtimedir() }}/",
]

# rakis-specific config
# whether rakis is enabled or not
# right now, if rakis is compiled-in, it will be used!
# so this configuration option is phony for now for later
# incorporating into gramine.
rakis.enabled = true

# the number of threads for processing XDP incoming packets.
# usually set this number to the same number of queues you want
# to connect to XDP. 
rakis.net_threads_num = 1

# interface info for XDP socket (network stack configuration)
# interface_name: name of the interface XDP program is loaded to.
# ip_addr: IP address for the interface.
# gw_add:  IP address for the interface gateway.
# netmask: network mask.
# mac_addr: MAC address for the interface.
# xsks: XSK configuration for each interface queue we are attaching to.
# qid: the interface queue id for this xsk.
# ctrl_prcs_path: the path for the unix socket where we can claim the xsk socket fd.
rakis.netifs = [ { interface_name = "ens1f0", ip_addr = "10.50.0.1", gw_addr = "10.50.0.1", netmask = "255.255.0.0", mac_addr = "40:a6:b7:40:37:f8", xsks = [ { qid = 0, ctrl_prcs_path = "/tmp/rakis-xdp-def-ctrl" }] } ]

# number of pre-created io_urings
# usually set this number to same as sgx.max_threads
# basically, at startup we create this number of io_urings,
# and then we assign them to threads as they are created.
# if a thread is destroyed, we release the io_uring for reusing
# by newer threads.
rakis.io_uring.io_urings_num = 5

# static arp table for use by rakis
rakis.arp_table = [ { ip_addr = "10.50.0.2", mac_addr = "40:a6:b7:40:37:f9" } ]