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Background
==========
- Priority scale: High, Medium and Low
- Complexity scale: C1, C2, C4 and C8.
The complexity scale is exponential, with complexity 1 being the
lowest complexity. Complexity is a function of both task 'complexity'
and task 'scope'.
Core
====
- connman_element removal
Priority: Low
Complexity: C8
- DHCP lib server
Priority: High
Complexity: C4
Owner: Martin Xu <martin.xu@intel.com>
- On demand connection
Priority: Medium
Complexity: C4
Owner: Samuel Ortiz <sameo@linux.intel.com>
With on demand connection applications get connectivity access
simply by trying to reach the network. They don't need to
specifically request for a service connection, but ConnMan
establishes it on their behalf.
This feature counter part is idle disconnect. ConnMan needs to be
able to close the on demand established connections by monitoring
the link activity. This requires kernel support with e.g. the
netfilter IDLETIMER target.
- Avahi-zeroconf
Priority: Medium
Complexity: C4
The IPv4 Link Local part should be integrated into DHCP-lib.
- OpenVPN
Priority: Low
Complexity: C2
- VPNc
Priority: Low
Complexity: C2
- iptables wrapper
Priority: High
Complexity: C4
Owner: Samuel Ortiz <sameo@linux.intel.com>
ConnMan needs to be able to set iptables rules and tables for both
tethering and on demand connection.
The main idea is to define an internal API for talking to the
netfilter socket in order to set our tables and rules. Being in
sync with the actual iptables library might be problematic.
A less elegant solution would be a process based one, that would
simply call the iptables executable.
- Tethering
Priority: Medium
Complexity: C8
Owner: Marcel Holtmann <marcel@holtmann.org>
Dependencies: Core:iptables wrapper
Dependencies: Core:DHCP lib server
Bluetooth, USB and WiFi tethering.
The tethering framework would typically allow sharing the 3G data
link between WiFi, Bluetooth or USB clients.
A bridge needs to be setup and all tethering connections are added
to it. A DHCP server and a DNS proxy will be running on the bridge.
Then IP forwarding and masquerading will be set between the default
service and the bridge interface.
- Agent callbacks
Priority: Medium
Complexity: C2
- pacrunner
Priority: High
Complexity: C4
Owner: Mohamed Abbas <mohamed.abbas@intel.com>
pacrunner is a standalone daemon that downloads and interpret PAC
files through a JavaScript interpreter. Once the interpretation is
done, pacrunner is able to associate a proxy with an URL.
pacrunner D-Bus interface exports a configuration API for passing
it the PAC URLs. It also provide a FindProxyForURL() API for
application to know which proxies to use.
ConnMan will use pacrunner for both auto and manual proxy
configurations. Then applications should talk to pacrunner (through
libproxy for example) to find the right proxies.
ConnMan will also use the FindProxyForURL() pacruner API for a more
stable and accurate online detection code.
- Moving DNS proxy code to ConnMan core
Priority: Medium
Complexity: C2
Supporting DNS proxy or resolv.conf direct editing seems more than
plenty as far as resolving is concerned. So the idea is to move the
dnsproxy plugin code to ConnMan core and have an additional command
line option in case one would like to stick with the current
resolver.c code for editing resolv.conf.
WiFi
====
- WPS
Priority: Low
Complexity: C2
Dependencies: Core:Agent callbacks
- Ad-Hoc support
Priority: Medium
Complexity: C2
Dependencies: Core:Avahi-zeroconf
- Fast Connect
Priority: Low
Complexity: C4
Dependencies: WiFi:libsupplicant
Owner: Samuel Ortiz <sameo@linux.intel.com>
- EAP-AKA/SIM
Priority: Medium
Complexity: C2
Owner: Samuel Ortiz <sameo@linux.intel.com>
This EAP is needed for SIM card based network authentication.
ConnMan here plays a minor role: Once wpa_supplicant is set up for
starting and EAP-AKA/SIM authentication, it will talk to a SIM card
through its pcsc-lite API.
- WiFi p2p
Priority: Medium
Complexity: C2
Bluetooth
=========
- DUN client
Priority: Low
Complexity: C4
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