In order to support, some core modules are modified as follows:
core/sys/dsc.h
- If CTK_CONF_ICONS is diabled, the whole icon-related code is disabled.
- DSC_HEADER is changed to remove extra semicolon.
core/sys/process.h
- process_data_t is expressed by void* in signatures (known bug on sdcc).
core/sys/autostart.h
- autostart_processes is changed to remove extra semicolon.
core/sys/cc.h
- CC_CONF_ASSIGN_AGGREGATE is introduced.
- CC_CONF_INC_CAST_POINTER is introduced, a workaround of a kind
of sdcc bug for an increment.
core/net/hc.c
core/net/uip_arp.c
core/net/uaodv.c
- Aggregation assignments are changed to uip_ipaddr_copy.
core/net/psock.c
core/net/uipbuf.c
core/net/dhcpc.c
apps/shell/shell.c
core/ctk/vnc-server.c
core/ctk/vnc-out.c
- "register" keyword in a signature cannot be used in sdcc,
CC_REGISTER_ARG is used instead.
core/net/uip-over-mesh.c
- An extra semicolon is removed.
apps/dhcp/dhcp-dsc.c
apps/shell/shell-dsc.
apps/ftp/ftp-dsc.c
apps/process-list/process-list-dsc.c
apps/email/email-dsc.c
apps/webserver/webserver-dsc.c
apps/vnc/vnc-dsc.c
apps/vnc/vnc-viewer.h
apps/webbrowser/www-dsc.c
apps/about/about-dsc.c
apps/irc/irc-dsc.c
apps/telnet/telnet-dsc.c
apps/telnetd/telnetd-dsc.c
apps/netconf/netconf-dsc.c
apps/directory/directory-dsc.c
pps/calc/calc-dsc.c
- Modify an extern type to a real declaration, which is static
to prevent a compile error.
core/net/mac/xmac.c
- Variables cannot be defined in a head of block on sdcc.
core/ctk/ctk.h
core/ctk/ctk.c
apps/program-handler/program-handler.c
- If CTK_CONF_ICONS is diabled, the whole icon-related code is disabled.
Makefile.include
- Add a set of configuration for an assembler.
- $(CLEAN) variable is introduced for customized cleanup.
apps/process-list/process-list.c
- PROCESSLIST_CONF_HEIGHT is introduced to address smaller screen size.
core/lib/ctk-filedialog.c
- FILES_CONF_HEIGHT is introduced to address smaller screen size.
- "register" keyword in a signature cannot be used in sdcc,
CC_REGISTER_ARG is used instead.
apps/vnc/vnc-viewer.c
- A cast is added to prevent a compile error.
- "register" keyword in a signature cannot be used in sdcc,
CC_REGISTER_ARG is used instead.
apps/webbrowser/webclient.c
- CC_CONF_INC_CAST_POINTER is introduced, a workaround of a kind
of sdcc bug for an increment.
core/loader/elfloader.c
- A cast is added to prevent a compile error.
core/net/rime/rimeaddr.c
- An initialization is added to prevent a compile error.
core/net/rime/rudolph0.c
- NULL is changed to 0, because NULL causes a compile error.
core/net/rime/route-discovery.c
- Add an argument to match the definition of nf_callbacks.
cpu/z80/strcasecmp.h
cpu/z80/strcasecmp.c
cpu/z80/contiki-sdcc-conf.h
cpu/z80/mtarch.c
cpu/z80/mtarch.h
cpu/z80/Makefile.z80
- New files to make compilation availble on sdcc.
- Added support for multithreading.
* Honor ip::ttl when processing and forwarding RREQs.
* Fix obob for when to jump my_hseqno after a reboot.
* No longer send fake RREPs in response to HELLO messages.
* If we received a RERR message with flag UAODV_RERR_UNKNOWN set then
clear flag and set bad routes seqno from our route.
Now tcpip_output() is a function pointer that is supposed to be set via the macro tcpip_set_outputfunc(). Packet drivers do so on process startup.
Thus if there are several packet drivers in a Contiki system the one started last is the one actually used. This behaviour is especially useful for the 'IP forwarding' "meta" packet driver.
* Revamp forwarding to deal with bad routes or request new routes as
appropriate.
* Mark bad routes (rather than tossing them) as we are informed by
other hosts.
* No longer wait two ticks before making route request.
* If we have rebooted, bump seqno (gleaned from RREQs).
* Reworked filtering of RREQs.
* Use last known seqno check before responding to RREQ that we have a
route for. Never graft onto an existing but old route.
* Rename aodvconn to bcastconn for clarity and uniformity.
* Use uip_udp_packet_send where possible.
* Change a lot of debug printfs.
* Moved call to fwc_add.
* Set ttl to sensible value if AODV_COMPLIANCE.
using 2's complement arithmetic. Unfortunately C only defines
unsigned arithmetic and consequently machines that don't use 2's
complement (i.e unknown arithmetic) will have to be dealt with on a
per machine basis.
