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This aligns the behavior of command line option --io to
add new "auto" value and modify the behavior of "generic"
value:
*auto* - Use first available controller: via MGMT interface
if kernel supports it, otherwise, via raw HCI socket (i.e.,
default to *generic*).
*generic:[hci]<index>* - Use generic HCI io on interface hci<index>
The default value is now *auto*, whereas *generic* is used
only if the specific HCI controller is explicitly specified.
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This fixes the out-of-bounds array access in mesh-io-mgmt.c caught
by address sanitizer. Similar fixes were applied earlier to
generic and unit IOs. With this patch, the common code is factored
into a centralized location.
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Because the daemon explicitly supports multiple nodes, we need
local Config Clients to be able to see local unprovisioned devices.
This loops the unprovisioned beacon, so that local Provisioning servers
can see it.
Fixes Issue: https://github.com/bluez/bluez/issues/341
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This fixes mesh io flow for MESH_IO_TYPE_UNIT_TEST which
got broken after:
commit 9966cb8b6999a5f54fc13acbd7e1526512a84342
("mesh: Add new kernel MGMT based IO transport")
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1. Re-structures MGMT handling such that it is used to detect kernel
support of the mesh MGMT opcodes and events before selecting between
using MGMT or the legacy raw HCI socket method.
2. Re-structures main() to allow command line to prefer MGMT over HCI or
visa versa, plus optionally pass an explicte controller.
3. Adds mesh-io-mgmt as a transport.
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This adds a new type of mesh IO that is used for non-interactive testing.
The new io option can be specified on command line as:
--io unit:<socket_name>
When the bluetooth-meshd daemon starts with the "unit" IO type,
the daemon opens a socket (fd to open is provided after "unit:"
in <socket_name>). The communication with the daemon is done either
through the loop-back using mesh DBus-based APIs or the specified
named socket.
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This patch adds SPDX License Identifier and removes the license text.
-------------------------------------
License COUNT
-------------------------------------
LGPL-2.1-or-later : 48
License: LGPL-2.1-or-later
mesh/mesh-mgmt.h
mesh/mesh-mgmt.c
mesh/net-keys.c
mesh/mesh-io-api.h
mesh/mesh.h
mesh/net-keys.h
mesh/model.h
mesh/util.h
mesh/appkey.c
mesh/cfgmod.h
mesh/appkey.h
mesh/prov.h
mesh/prov-acceptor.c
mesh/net.c
mesh/dbus.h
mesh/friend.h
mesh/mesh-io-generic.c
mesh/main.c
mesh/util.c
mesh/dbus.c
mesh/error.h
mesh/mesh-config-json.c
mesh/agent.h
mesh/pb-adv.c
mesh/crypto.c
mesh/crypto.h
mesh/friend.c
mesh/pb-adv.h
mesh/provision.h
mesh/mesh-config.h
mesh/mesh-io-generic.h
mesh/agent.c
mesh/cfgmod-server.c
mesh/mesh-io.h
mesh/keyring.h
mesh/net.h
mesh/keyring.c
mesh/mesh-defs.h
mesh/mesh.c
mesh/rpl.c
mesh/manager.c
mesh/model.c
mesh/mesh-io.c
mesh/node.c
mesh/prov-initiator.c
mesh/rpl.h
mesh/node.h
mesh/manager.h
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Future versions of Mesh will introduce new advertising packets, which
do not fit in the limited and rigid filtering currently used. This minor
rewrite allows registering and receiving of *any* AD types, including
the filtering on multiple octets of the incoming AD parts.
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The daemon handles multiple nodes, that may or may not be on the same
mesh network. While each node my be seperately configured to beacon or
not beacon, there is nothing gained (except redundent traffic) for each
node to beacon seperately. Beaconing is therefore centralized with the
Network Key the SNB represents, with each *received* beacon delivered
to each node. But for SNBs generated, we keep a count of how many nodes
want beacons sent for a specific key. If 1 or more, we beacon, if 0
nodes want the beacon sent, then we do not beacon.
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This introduces a chain of callbacks to indicate whether mesh io
is initialized and mesh network is ready to use.
This fixes the reported situation when the receive callbacks
were setup before the HCI was fully initialized. In other words,
BT_HCI_CMD_LE_SET_SCAN_PARAMETERS was called before BT_HCI_CMD_RESET
and, as the result, the callback issueing BT_HCI_CMD_LE_SET_SCAN_ENABLE
command was not called.
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Provisioning uses the same AD type for Provisioning that
is also used by the Secure Network Beacon, but their
usage is distinct from each other. This change allows
us to enable/disable Unprovisioned Device Beacon capture
without disrupting SNB handling.
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This patch separates 'mesh' module from 'mesh_io', particularly
regarding configuration and initialization.
Main code is no longer aware of MGMT and HCI usage - querying available
HCI interfaces now happens in mesh-io-generic.
MGMT code is now extracted into mesh-mgmt module, which mesh-io-generic
uses to query interfaces.
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Restructured access to Bluetooth Controllers to allow the usage of
multiple controllers, and potentially functionality tailored to Mesh
specific features.
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