Apple-2-SW/emailler
1
0
Fork 0
mirror of https://github.com/bobbimanners/emailler.git synced 2024-11-11 08:04:46 +00:00
Code Issues Projects Releases Wiki Activity
2119b2c267
emailler/drivers/Makefile

142 lines
3.0 KiB
Makefile
Raw Normal View History

Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
# For assembler programs
# ----------------------
Introduced IP65 "combo" libraries. Up to now every IP65 library contained exactly one Ethernet driver. In scenarios without strict memory limitations I might however be benefitial to have an IP65 library containing all Ethernet drivers available for a given target. The Ethernet hardware detection that was already present before is used in this scenario to try to initialize one Ethernet driver after the other until one succeeds. If all drivers fail to initialize the user gets informed as usual. The WIZ811MJ driver was primarily introduced for orthogonality reasons. There are however at least two W5100-based prototypes for the C64 so it makes at least some sense. The name was chosen as sort of placeholder for "something containing a W5100 chip".
2015-07-07 17:43:32 +00:00
# c64rrnet.lib : C64 with RR-Net (or clone) (default base addr: $de0x)
1. Replaced IP65 Ethernet drivers with Contiki drivers. * CS8900A The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and removes received frames from the chip if there's no room to send frames. * LAN91C96 The Contiki driver was used by IP65 more or less unchanged in the first place. * W5100 The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and stays clear from the W5100 hybrid mode. It presumes a fully functional W5100 register auto-increment and pre-calculates necessary W5100 frame buffer wrap-arounds and thus achieves the maximal 6502 <-> W5100 transfer speed.
2014-06-12 22:00:53 +00:00
# c64eth64.lib : C64 with ETH64 (default base addr: $de0x)
Introduced IP65 "combo" libraries. Up to now every IP65 library contained exactly one Ethernet driver. In scenarios without strict memory limitations I might however be benefitial to have an IP65 library containing all Ethernet drivers available for a given target. The Ethernet hardware detection that was already present before is used in this scenario to try to initialize one Ethernet driver after the other until one succeeds. If all drivers fail to initialize the user gets informed as usual. The WIZ811MJ driver was primarily introduced for orthogonality reasons. There are however at least two W5100-based prototypes for the C64 so it makes at least some sense. The name was chosen as sort of placeholder for "something containing a W5100 chip".
2015-07-07 17:43:32 +00:00
# c64wiz811.lib : C64 with WIZ811MJ (default base addr: $de0x)
# c64combo.lib : C64 with RR-Net or ETH64 or WIZ811MJ (default base addr: $de0x)
1. Replaced IP65 Ethernet drivers with Contiki drivers. * CS8900A The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and removes received frames from the chip if there's no room to send frames. * LAN91C96 The Contiki driver was used by IP65 more or less unchanged in the first place. * W5100 The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and stays clear from the W5100 hybrid mode. It presumes a fully functional W5100 register auto-increment and pre-calculates necessary W5100 frame buffer wrap-arounds and thus achieves the maximal 6502 <-> W5100 transfer speed.
2014-06-12 22:00:53 +00:00
# a2uther.lib : Apple ][ with Uthernet (default slot: #3)
# a2lancegs.lib : Apple ][ with LANceGS (default slot: #3)
# a2uther2.lib : Apple ][ with Uthernet II (default slot: #3)
Introduced IP65 "combo" libraries. Up to now every IP65 library contained exactly one Ethernet driver. In scenarios without strict memory limitations I might however be benefitial to have an IP65 library containing all Ethernet drivers available for a given target. The Ethernet hardware detection that was already present before is used in this scenario to try to initialize one Ethernet driver after the other until one succeeds. If all drivers fail to initialize the user gets informed as usual. The WIZ811MJ driver was primarily introduced for orthogonality reasons. There are however at least two W5100-based prototypes for the C64 so it makes at least some sense. The name was chosen as sort of placeholder for "something containing a W5100 chip".
2015-07-07 17:43:32 +00:00
# a2combo.lib : Apple ][ with Uthernet or LANceGS or Uthernet II (default slot: #3)
Added support for the ATARI 8-bit with Dragon Cart. The actual ATARI-specific code is "inspired" by the IP65 variant published in http://atariage.com/forums/topic/211161-dragoncart-software/?p=2734494. The timer routines are modeled after the ones for the VIC20.
2015-08-28 13:19:52 +00:00
# atrdragon.lib : ATARI 8-bit with Dragon Cart (default base addr: $d500)
1. Replaced IP65 Ethernet drivers with Contiki drivers. * CS8900A The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and removes received frames from the chip if there's no room to send frames. * LAN91C96 The Contiki driver was used by IP65 more or less unchanged in the first place. * W5100 The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and stays clear from the W5100 hybrid mode. It presumes a fully functional W5100 register auto-increment and pre-calculates necessary W5100 frame buffer wrap-arounds and thus achieves the maximal 6502 <-> W5100 transfer speed.
2014-06-12 22:00:53 +00:00
# vic20rrnet.lib : VIC20 with RR-Net or clone (default base addr: $980x)
moved cs8900a code from core to driver git-svn-id: http://svn.code.sf.net/p/netboot65/code@288 93682198-c243-4bdb-bd91-e943c89aac3b
2010-12-09 10:12:40 +00:00
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
# For C programs
# --------------
# ip65_c64.lib : C64 with RR-Net or ETH64 or WIZ811MJ (default base addr: $de0x)
# ip65_apple2.lib : Apple ][ with Uthernet or LANceGS or Uthernet II (default slot: #3)
# ip65_atari.lib : ATARI 8-bit with Dragon Cart (default base addr: $d500)
moved cs8900a code from core to driver git-svn-id: http://svn.code.sf.net/p/netboot65/code@288 93682198-c243-4bdb-bd91-e943c89aac3b
2010-12-09 10:12:40 +00:00
DRIVERS=\
more refactoring to accomodate w5100 driver git-svn-id: http://svn.code.sf.net/p/netboot65/code@289 93682198-c243-4bdb-bd91-e943c89aac3b
2010-12-10 13:12:18 +00:00
c64rrnet.lib \
1. Replaced IP65 Ethernet drivers with Contiki drivers. * CS8900A The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and removes received frames from the chip if there's no room to send frames. * LAN91C96 The Contiki driver was used by IP65 more or less unchanged in the first place. * W5100 The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and stays clear from the W5100 hybrid mode. It presumes a fully functional W5100 register auto-increment and pre-calculates necessary W5100 frame buffer wrap-arounds and thus achieves the maximal 6502 <-> W5100 transfer speed.
2014-06-12 22:00:53 +00:00
c64eth64.lib \
Introduced IP65 "combo" libraries. Up to now every IP65 library contained exactly one Ethernet driver. In scenarios without strict memory limitations I might however be benefitial to have an IP65 library containing all Ethernet drivers available for a given target. The Ethernet hardware detection that was already present before is used in this scenario to try to initialize one Ethernet driver after the other until one succeeds. If all drivers fail to initialize the user gets informed as usual. The WIZ811MJ driver was primarily introduced for orthogonality reasons. There are however at least two W5100-based prototypes for the C64 so it makes at least some sense. The name was chosen as sort of placeholder for "something containing a W5100 chip".
2015-07-07 17:43:32 +00:00
c64wiz811.lib \
c64combo.lib \
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
ip65_c64.lib \
Allow all test programs to run on the VIC20: - Added exit_to_basic symbol. - Aligned linker config with C64 linker config. - Made switch to lower charset compatible. Allow all test programs to run with LANceGS card. Aligned C64 input file name.
2013-12-29 22:39:35 +00:00
a2uther.lib \
a2lancegs.lib \
1. Replaced IP65 Ethernet drivers with Contiki drivers. * CS8900A The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and removes received frames from the chip if there's no room to send frames. * LAN91C96 The Contiki driver was used by IP65 more or less unchanged in the first place. * W5100 The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and stays clear from the W5100 hybrid mode. It presumes a fully functional W5100 register auto-increment and pre-calculates necessary W5100 frame buffer wrap-arounds and thus achieves the maximal 6502 <-> W5100 transfer speed.
2014-06-12 22:00:53 +00:00
a2uther2.lib \
Introduced IP65 "combo" libraries. Up to now every IP65 library contained exactly one Ethernet driver. In scenarios without strict memory limitations I might however be benefitial to have an IP65 library containing all Ethernet drivers available for a given target. The Ethernet hardware detection that was already present before is used in this scenario to try to initialize one Ethernet driver after the other until one succeeds. If all drivers fail to initialize the user gets informed as usual. The WIZ811MJ driver was primarily introduced for orthogonality reasons. There are however at least two W5100-based prototypes for the C64 so it makes at least some sense. The name was chosen as sort of placeholder for "something containing a W5100 chip".
2015-07-07 17:43:32 +00:00
a2combo.lib \
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
ip65_apple2.lib \
Added support for the ATARI 8-bit with Dragon Cart. The actual ATARI-specific code is "inspired" by the IP65 variant published in http://atariage.com/forums/topic/211161-dragoncart-software/?p=2734494. The timer routines are modeled after the ones for the VIC20.
2015-08-28 13:19:52 +00:00
atrdragon.lib \
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
ip65_atari.lib \
Some test program cleanup. - Simplify Makefile by allowing to use suffix '_tcp' to denote the requirement to link against TCP-capable IP65 lib. - Remove 'test' or 'test_' prefix from test program names - every program in 'test' is a test program. - Have some more test programs switch to lower case charset on the C64. - I'm no Ruby guy so don't rely on Ruby for building disk images.
2013-12-15 21:50:01 +00:00
vic20rrnet.lib
git-svn-id: http://svn.code.sf.net/p/netboot65/code@305 93682198-c243-4bdb-bd91-e943c89aac3b
2011-01-08 14:03:52 +00:00
git-svn-id: http://svn.code.sf.net/p/netboot65/code@15 93682198-c243-4bdb-bd91-e943c89aac3b
2009-01-22 01:27:03 +00:00
all: $(DRIVERS)
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
$(DRIVERS):
ar65 a $@ $^
1. Replaced IP65 Ethernet drivers with Contiki drivers. * CS8900A The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and removes received frames from the chip if there's no room to send frames. * LAN91C96 The Contiki driver was used by IP65 more or less unchanged in the first place. * W5100 The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and stays clear from the W5100 hybrid mode. It presumes a fully functional W5100 register auto-increment and pre-calculates necessary W5100 frame buffer wrap-arounds and thus achieves the maximal 6502 <-> W5100 transfer speed.
2014-06-12 22:00:53 +00:00
%.o: %.s
ca65 -D DYN_DRV=0 $<
C64OBJS=\
c64print.o \
c64timer.o \
c64kernal.o \
c64input.o \
Reduced size of typical binary. The pretty small check_for_abort_key is used by DHCP and DNS which means it is used by about every IP65 program. The pretty large get_filtered_input on the other hand is very seldom used so it makes sense to put the latter in a separate module to keep it from ending up in binaries unused.
2015-02-16 21:29:22 +00:00
c64filteredinput.o \
Added Telnet65 app. The file telnet.s in the 'ip65' directory for sure wasn't belonging into a library as it contained a main loop. So I introduced an 'apps' directory for actual apps coming with IP65. The file telnet.s was moved to apps, renamed telnet65.s and heavily modified. The file c64vt100.s was made up from several files taken from CaTer (www.opppf.de/Cater) and adjusted for the new use case. The was done before for KIPPERTERM. However this time I deliberately avoided unnecessary code reformatting to allow for as easy as possible integration of potential upcoming changes in CaTer. The file a2vt100.s was copied from c64vt100.s and adjusted to the monochrome 80 column screen of the Apple //e. Again unnecessary code changes were avoided to allow to easily merge upcoming changes from c64vt100.s. The files atrvt100.s and vic20vt100.s are for now just dummies to allow to successfully link Telnet65. Work for an actually functional Telnet65 would start with a copy of c64vt100.s (as it was done with a2vt100.s).
2017-05-18 22:12:42 +00:00
c64vt100.o \
1. Replaced IP65 Ethernet drivers with Contiki drivers. * CS8900A The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and removes received frames from the chip if there's no room to send frames. * LAN91C96 The Contiki driver was used by IP65 more or less unchanged in the first place. * W5100 The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and stays clear from the W5100 hybrid mode. It presumes a fully functional W5100 register auto-increment and pre-calculates necessary W5100 frame buffer wrap-arounds and thus achieves the maximal 6502 <-> W5100 transfer speed.
2014-06-12 22:00:53 +00:00
cbmcharconv.o
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
C64_OBJS=\
c64timer.o \
c64_input.o
1. Replaced IP65 Ethernet drivers with Contiki drivers. * CS8900A The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and removes received frames from the chip if there's no room to send frames. * LAN91C96 The Contiki driver was used by IP65 more or less unchanged in the first place. * W5100 The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and stays clear from the W5100 hybrid mode. It presumes a fully functional W5100 register auto-increment and pre-calculates necessary W5100 frame buffer wrap-arounds and thus achieves the maximal 6502 <-> W5100 transfer speed.
2014-06-12 22:00:53 +00:00
A2OBJS=\
a2print.o \
a2timer.o \
a2kernal.o \
a2input.o \
Reduced size of typical binary. The pretty small check_for_abort_key is used by DHCP and DNS which means it is used by about every IP65 program. The pretty large get_filtered_input on the other hand is very seldom used so it makes sense to put the latter in a separate module to keep it from ending up in binaries unused.
2015-02-16 21:29:22 +00:00
a2filteredinput.o \
Added Telnet65 app. The file telnet.s in the 'ip65' directory for sure wasn't belonging into a library as it contained a main loop. So I introduced an 'apps' directory for actual apps coming with IP65. The file telnet.s was moved to apps, renamed telnet65.s and heavily modified. The file c64vt100.s was made up from several files taken from CaTer (www.opppf.de/Cater) and adjusted for the new use case. The was done before for KIPPERTERM. However this time I deliberately avoided unnecessary code reformatting to allow for as easy as possible integration of potential upcoming changes in CaTer. The file a2vt100.s was copied from c64vt100.s and adjusted to the monochrome 80 column screen of the Apple //e. Again unnecessary code changes were avoided to allow to easily merge upcoming changes from c64vt100.s. The files atrvt100.s and vic20vt100.s are for now just dummies to allow to successfully link Telnet65. Work for an actually functional Telnet65 would start with a copy of c64vt100.s (as it was done with a2vt100.s).
2017-05-18 22:12:42 +00:00
a2vt100.o \
1. Replaced IP65 Ethernet drivers with Contiki drivers. * CS8900A The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and removes received frames from the chip if there's no room to send frames. * LAN91C96 The Contiki driver was used by IP65 more or less unchanged in the first place. * W5100 The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and stays clear from the W5100 hybrid mode. It presumes a fully functional W5100 register auto-increment and pre-calculates necessary W5100 frame buffer wrap-arounds and thus achieves the maximal 6502 <-> W5100 transfer speed.
2014-06-12 22:00:53 +00:00
a2charconv.o
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
A2_OBJS=\
a2_timer.o \
a2_input.o
Added support for the ATARI 8-bit with Dragon Cart. The actual ATARI-specific code is "inspired" by the IP65 variant published in http://atariage.com/forums/topic/211161-dragoncart-software/?p=2734494. The timer routines are modeled after the ones for the VIC20.
2015-08-28 13:19:52 +00:00
ATROBJS=\
atrprint.o \
atrtimer.o \
atrkernal.o \
atrinput.o \
Added get_filtered_input for the ATARI. The code is totally(!) untested but added for now to just make programs link that refer to it.
2017-05-18 21:48:15 +00:00
atrfilteredinput.o \
Added Telnet65 app. The file telnet.s in the 'ip65' directory for sure wasn't belonging into a library as it contained a main loop. So I introduced an 'apps' directory for actual apps coming with IP65. The file telnet.s was moved to apps, renamed telnet65.s and heavily modified. The file c64vt100.s was made up from several files taken from CaTer (www.opppf.de/Cater) and adjusted for the new use case. The was done before for KIPPERTERM. However this time I deliberately avoided unnecessary code reformatting to allow for as easy as possible integration of potential upcoming changes in CaTer. The file a2vt100.s was copied from c64vt100.s and adjusted to the monochrome 80 column screen of the Apple //e. Again unnecessary code changes were avoided to allow to easily merge upcoming changes from c64vt100.s. The files atrvt100.s and vic20vt100.s are for now just dummies to allow to successfully link Telnet65. Work for an actually functional Telnet65 would start with a copy of c64vt100.s (as it was done with a2vt100.s).
2017-05-18 22:12:42 +00:00
atrvt100.o \
Add custom font for the Atari version, fix Atari keyboard input handling.
2017-09-01 20:33:39 +00:00
atrvt100font.o \
Added support for the ATARI 8-bit with Dragon Cart. The actual ATARI-specific code is "inspired" by the IP65 variant published in http://atariage.com/forums/topic/211161-dragoncart-software/?p=2734494. The timer routines are modeled after the ones for the VIC20.
2015-08-28 13:19:52 +00:00
atrcharconv.o
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
ATR_OBJS=\
atrtimer.o \
atr_input.o
1. Replaced IP65 Ethernet drivers with Contiki drivers. * CS8900A The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and removes received frames from the chip if there's no room to send frames. * LAN91C96 The Contiki driver was used by IP65 more or less unchanged in the first place. * W5100 The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and stays clear from the W5100 hybrid mode. It presumes a fully functional W5100 register auto-increment and pre-calculates necessary W5100 frame buffer wrap-arounds and thus achieves the maximal 6502 <-> W5100 transfer speed.
2014-06-12 22:00:53 +00:00
VIC20OBJS=\
vic20print.o \
vic20timer.o \
vic20kernal.o \
vic20input.o \
Reduced size of typical binary. The pretty small check_for_abort_key is used by DHCP and DNS which means it is used by about every IP65 program. The pretty large get_filtered_input on the other hand is very seldom used so it makes sense to put the latter in a separate module to keep it from ending up in binaries unused.
2015-02-16 21:29:22 +00:00
vic20filteredinput.o \
Added Telnet65 app. The file telnet.s in the 'ip65' directory for sure wasn't belonging into a library as it contained a main loop. So I introduced an 'apps' directory for actual apps coming with IP65. The file telnet.s was moved to apps, renamed telnet65.s and heavily modified. The file c64vt100.s was made up from several files taken from CaTer (www.opppf.de/Cater) and adjusted for the new use case. The was done before for KIPPERTERM. However this time I deliberately avoided unnecessary code reformatting to allow for as easy as possible integration of potential upcoming changes in CaTer. The file a2vt100.s was copied from c64vt100.s and adjusted to the monochrome 80 column screen of the Apple //e. Again unnecessary code changes were avoided to allow to easily merge upcoming changes from c64vt100.s. The files atrvt100.s and vic20vt100.s are for now just dummies to allow to successfully link Telnet65. Work for an actually functional Telnet65 would start with a copy of c64vt100.s (as it was done with a2vt100.s).
2017-05-18 22:12:42 +00:00
vic20vt100.o \
1. Replaced IP65 Ethernet drivers with Contiki drivers. * CS8900A The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and removes received frames from the chip if there's no room to send frames. * LAN91C96 The Contiki driver was used by IP65 more or less unchanged in the first place. * W5100 The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and stays clear from the W5100 hybrid mode. It presumes a fully functional W5100 register auto-increment and pre-calculates necessary W5100 frame buffer wrap-arounds and thus achieves the maximal 6502 <-> W5100 transfer speed.
2014-06-12 22:00:53 +00:00
cbmcharconv.o
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
CS8900AOBJS=\
cs8900a.o \
cs8900adriver.o \
ethernet.o
git-svn-id: http://svn.code.sf.net/p/netboot65/code@15 93682198-c243-4bdb-bd91-e943c89aac3b
2009-01-22 01:27:03 +00:00
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
LAN91C96OBJS=\
lan91c96.o \
lan91c96driver.o \
ethernet.o
git-svn-id: http://svn.code.sf.net/p/netboot65/code@15 93682198-c243-4bdb-bd91-e943c89aac3b
2009-01-22 01:27:03 +00:00
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
W5100OBJS=\
w5100.o \
w5100driver.o \
ethernet.o
moved cs8900a code from core to driver git-svn-id: http://svn.code.sf.net/p/netboot65/code@288 93682198-c243-4bdb-bd91-e943c89aac3b
2010-12-09 10:12:40 +00:00
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
COMBOOBJS=\
cs8900a.o \
lan91c96.o \
w5100.o \
ethernetcombo.o
git-svn-id: http://svn.code.sf.net/p/netboot65/code@305 93682198-c243-4bdb-bd91-e943c89aac3b
2011-01-08 14:03:52 +00:00
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
c64rrnet.lib: c64init.o rr-net.o $(CS8900AOBJS) $(C64OBJS)
1. Replaced IP65 Ethernet drivers with Contiki drivers. * CS8900A The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and removes received frames from the chip if there's no room to send frames. * LAN91C96 The Contiki driver was used by IP65 more or less unchanged in the first place. * W5100 The Contiki driver allows to adjust the chip base addr at runtime (which allows to support different slots in the Apple II) and stays clear from the W5100 hybrid mode. It presumes a fully functional W5100 register auto-increment and pre-calculates necessary W5100 frame buffer wrap-arounds and thus achieves the maximal 6502 <-> W5100 transfer speed.
2014-06-12 22:00:53 +00:00
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
c64eth64.lib: c64init.o eth64.o $(LAN91C96OBJS) $(C64OBJS)
Introduced IP65 "combo" libraries. Up to now every IP65 library contained exactly one Ethernet driver. In scenarios without strict memory limitations I might however be benefitial to have an IP65 library containing all Ethernet drivers available for a given target. The Ethernet hardware detection that was already present before is used in this scenario to try to initialize one Ethernet driver after the other until one succeeds. If all drivers fail to initialize the user gets informed as usual. The WIZ811MJ driver was primarily introduced for orthogonality reasons. There are however at least two W5100-based prototypes for the C64 so it makes at least some sense. The name was chosen as sort of placeholder for "something containing a W5100 chip".
2015-07-07 17:43:32 +00:00
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
c64wiz811.lib: c64init.o wiz811mj.o $(W5100OBJS) $(C64OBJS)
Introduced IP65 "combo" libraries. Up to now every IP65 library contained exactly one Ethernet driver. In scenarios without strict memory limitations I might however be benefitial to have an IP65 library containing all Ethernet drivers available for a given target. The Ethernet hardware detection that was already present before is used in this scenario to try to initialize one Ethernet driver after the other until one succeeds. If all drivers fail to initialize the user gets informed as usual. The WIZ811MJ driver was primarily introduced for orthogonality reasons. There are however at least two W5100-based prototypes for the C64 so it makes at least some sense. The name was chosen as sort of placeholder for "something containing a W5100 chip".
2015-07-07 17:43:32 +00:00
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
c64combo.lib: c64init.o rr-net.o eth64.o wiz811mj.o $(COMBOOBJS) $(C64OBJS)
Introduced IP65 "combo" libraries. Up to now every IP65 library contained exactly one Ethernet driver. In scenarios without strict memory limitations I might however be benefitial to have an IP65 library containing all Ethernet drivers available for a given target. The Ethernet hardware detection that was already present before is used in this scenario to try to initialize one Ethernet driver after the other until one succeeds. If all drivers fail to initialize the user gets informed as usual. The WIZ811MJ driver was primarily introduced for orthogonality reasons. There are however at least two W5100-based prototypes for the C64 so it makes at least some sense. The name was chosen as sort of placeholder for "something containing a W5100 chip".
2015-07-07 17:43:32 +00:00
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
ip65_c64.lib: c64init.o rr-net.o eth64.o wiz811mj.o $(COMBOOBJS) $(C64_OBJS)
Added support for the ATARI 8-bit with Dragon Cart. The actual ATARI-specific code is "inspired" by the IP65 variant published in http://atariage.com/forums/topic/211161-dragoncart-software/?p=2734494. The timer routines are modeled after the ones for the VIC20.
2015-08-28 13:19:52 +00:00
Introduced C interface to IP65. The IP5 usage of ld65 segments and zeropage variables was made compatible with cc65 C programs already a while ago. This commit is the next logical step which is to introduce the actual C interface to IP65. IP65 for C programs shares the the ip65.lib / ip65_tcp.lib with IP65 for assembler programs. However the various libraries from the 'drivers' are not reused. Instead there's exactly one library for every target named ip65_<target>.lib. Those libraries contain only functions used by ip65.lib / ip65_tcp.lib. TODOs: - Introduce c64_timer.s and atr_timer.s. - Add a C interface to the rest of the IP65 functionality (especially TCP).
2017-11-05 13:28:49 +00:00
a2uther.lib: a2init.o uthernet.o $(CS8900AOBJS) $(A2OBJS)
a2lancegs.lib: a2init.o lancegs.o $(LAN91C96OBJS) $(A2OBJS)
a2uther2.lib: a2init.o uthernet2.o $(W5100OBJS) $(A2OBJS)
a2combo.lib: a2initcombo.o uthernet.o lancegs.o uthernet2.o $(COMBOOBJS) $(A2OBJS)
ip65_apple2.lib: a2initcombo.o uthernet.o lancegs.o uthernet2.o $(COMBOOBJS) $(A2_OBJS)
atrdragon.lib: atrinit.o dragoncart.o $(CS8900AOBJS) $(ATROBJS)
ip65_atari.lib: atrinit.o dragoncart.o $(CS8900AOBJS) $(ATR_OBJS)
vic20rrnet.lib: vic20init.o vic20-rr-net.o $(CS8900AOBJS) $(VIC20OBJS)
git-svn-id: http://svn.code.sf.net/p/netboot65/code@305 93682198-c243-4bdb-bd91-e943c89aac3b
2011-01-08 14:03:52 +00:00
git-svn-id: http://svn.code.sf.net/p/netboot65/code@15 93682198-c243-4bdb-bd91-e943c89aac3b
2009-01-22 01:27:03 +00:00
clean:
Some more cleanup. - Removed VT100 font belonging to NETBOOT65. - Removed machine / cart specific tests. - Have Makefiles ignore errors on the clean goal.
2013-12-27 13:48:16 +00:00
-rm -f *.o
-rm -f *.lib
Reference in New Issue Copy Permalink