mirror of
https://github.com/bobbimanners/emailler.git
synced 2024-05-28 20:41:33 +00:00
4577c2ab19
So far the base address of the Ethernet chip was a general property of all Ethernet drivers. It served two purposes: 1. Allowing to use a single Ethernet driver for a certain Ethernet chip, no matter what machine was connected to the chip. 2. Allowing use an Ethernet card in all Apple II slots. However, we now use customized Ethernet drivers for the individual machines so 1.) isn't relevant anymore. In fact one wants to omit the overhead of a runtime-adjustable base address where it isn't needed. So only the Apple II slots are left. But this should rather be a driver-internal approach then. We should just hand the driver the slot number the user wants to use and have the driver do its thing. Independently from the aspect if the driver parameter is a base address or a slot number the parameter handling was changed too. For asm programs there was so far a specific init function to be called prior to the main init function if it was desired to chnage the parameter default. This was done to keep the main init function backward compatible. But now that the parameter (now the slot number) is only used on the Apple II anyhow it seems reasonable to drop the specific init function again and just provide the parameter to the main init function. All C64-only user code can stay as-is. Only Apple II user code needs to by adjusted. Please note that this change only affects asm programs, C programs always used a single init function with the Apple II slot number as parameter.
394 lines
7.3 KiB
PHP
394 lines
7.3 KiB
PHP
.ifndef SCREEN_WIDTH
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SCREEN_WIDTH = 40
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.endif
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.include "zeropage.inc"
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.export print_hex
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.export print_ip_config
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.export dhcp_msg
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.export ok_msg
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.export failed_msg
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.export init_msg
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.export print
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.export print_ascii_as_native
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.export print_integer
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.export print_dotted_quad
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.export mac_address_msg
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.export ip_address_msg
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.export netmask_msg
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.export gateway_msg
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.export dns_server_msg
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.export tftp_server_msg
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.import ip65_error
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.export print_errorcode
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.export press_a_key_to_continue
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.import ascii_to_native
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.import eth_name
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.importzp copy_src
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.import cfg_mac
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.import cfg_ip
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.import cfg_netmask
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.import cfg_gateway
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.import cfg_dns
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.import dhcp_server
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.import cfg_tftp_server
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pptr = ptr1
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.bss
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temp_bin: .res 2
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temp_bcd: .res 3
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temp_ptr: .res 2
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.code
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.macro print_hex_double arg
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lda #>(.right (.tcount (arg)-1, arg))
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jsr print_hex
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lda #<(.right (.tcount (arg)-1, arg))
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jsr print_hex
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.endmacro
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.macro print_driver_init
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ldax #eth_name
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jsr print_ascii_as_native
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ldax #init_msg
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jsr print_ascii_as_native
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.endmacro
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.macro print_dhcp_init
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ldax #dhcp_msg
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jsr print_ascii_as_native
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ldax #init_msg
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jsr print_ascii_as_native
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.endmacro
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.macro print_failed
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ldax #failed_msg
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jsr print_ascii_as_native
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jsr print_cr
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.endmacro
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.macro print_ok
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ldax #ok_msg
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jsr print_ascii_as_native
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jsr print_cr
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.endmacro
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.code
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.import print_a
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.import print_cr
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.import eth_name
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print_ip_config:
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ldax #interface_type
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jsr print_ascii_as_native
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ldax #eth_name
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jsr print_ascii_as_native
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jsr print_cr
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ldax #mac_address_msg
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jsr print_ascii_as_native
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ldax #cfg_mac
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jsr print_mac
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jsr print_cr
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ldax #ip_address_msg
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jsr print_ascii_as_native
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ldax #cfg_ip
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jsr print_dotted_quad
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jsr print_cr
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ldax #netmask_msg
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jsr print_ascii_as_native
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ldax #cfg_netmask
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jsr print_dotted_quad
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jsr print_cr
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ldax #gateway_msg
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jsr print_ascii_as_native
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ldax #cfg_gateway
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jsr print_dotted_quad
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jsr print_cr
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ldax #dns_server_msg
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jsr print_ascii_as_native
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ldax #cfg_dns
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jsr print_dotted_quad
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jsr print_cr
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ldax #tftp_server_msg
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jsr print_ascii_as_native
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ldax #cfg_tftp_server
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jsr print_dotted_quad
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jsr print_cr
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ldax #dhcp_server_msg
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jsr print_ascii_as_native
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ldax #dhcp_server
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jsr print_dotted_quad
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jsr print_cr
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rts
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print:
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sta pptr
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stx pptr + 1
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@print_loop:
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ldy #0
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lda (pptr),y
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beq @done_print
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jsr print_a
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inc pptr
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bne @print_loop
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inc pptr+1
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bne @print_loop ; if we ever get to $ffff, we've probably gone far enough ;-)
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@done_print:
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rts
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print_ascii_as_native:
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sta pptr
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stx pptr + 1
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@print_loop:
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ldy #0
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lda (pptr),y
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beq @done_print
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jsr ascii_to_native
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jsr print_a
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inc pptr
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bne @print_loop
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inc pptr+1
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bne @print_loop ; if we ever get to $ffff, we've probably gone far enough ;-)
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@done_print:
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rts
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; print the 4 bytes pointed at by AX as dotted decimals
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print_dotted_quad:
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sta pptr
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stx pptr + 1
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lda #0
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@print_one_byte:
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pha
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tay
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lda (pptr),y
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ldx #0
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jsr print_integer
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pla
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cmp #3
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beq @done
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clc
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adc #1
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pha
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lda #'.'
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jsr print_a
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pla
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bne @print_one_byte
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@done:
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rts
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; print 6 bytes printed at by AX as a MAC address
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print_mac:
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stax pptr
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ldy #0
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@one_mac_digit:
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tya ; just to set the Z flag
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pha
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beq @dont_print_colon
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lda #':'
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jsr print_a
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@dont_print_colon:
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pla
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tay
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lda (pptr),y
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jsr print_hex
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iny
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cpy #06
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bne @one_mac_digit
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rts
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print_integer: ; print 16 bit number in AX as a decimal number
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; hex to bcd routine taken from Andrew Jacob's code at http://www.6502.org/source/integers/hex2dec-more.htm
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stax temp_bin
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sed ; Switch to decimal mode
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lda #0 ; Ensure the result is clear
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sta temp_bcd
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sta temp_bcd+1
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sta temp_bcd+2
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ldx #16 ; The number of source bits
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: asl temp_bin+0 ; Shift out one bit
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rol temp_bin+1
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lda temp_bcd+0 ; And add into result
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adc temp_bcd+0
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sta temp_bcd+0
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lda temp_bcd+1 ; propagating any carry
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adc temp_bcd+1
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sta temp_bcd+1
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lda temp_bcd+2 ; ... thru whole result
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adc temp_bcd+2
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sta temp_bcd+2
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dex ; And repeat for next bit
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bne :-
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stx temp_bin+1 ; x is now zero - reuse temp_bin as a count of non-zero digits
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cld ; back to binary
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ldx #2
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stx temp_bin+1 ; reuse temp_bin+1 as loop counter
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@print_one_byte:
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ldx temp_bin+1
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lda temp_bcd,x
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pha
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lsr
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lsr
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lsr
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lsr
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jsr @print_one_digit
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pla
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and #$0f
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jsr @print_one_digit
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dec temp_bin+1
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bpl @print_one_byte
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rts
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@print_one_digit:
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cmp #0
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beq @this_digit_is_zero
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inc temp_bin ; increment count of non-zero digits
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@ok_to_print:
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clc
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adc #'0'
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jsr print_a
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rts
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@this_digit_is_zero:
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ldx temp_bin ; how many non-zero digits have we printed?
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bne @ok_to_print
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ldx temp_bin+1 ; how many digits are left to print?
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bne @this_is_not_last_digit
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inc temp_bin ; to get to this point, this must be the high nibble of the last byte.
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; by making 'count of non-zero digits' to be >0, we force printing of the last digit
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@this_is_not_last_digit:
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rts
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print_hex:
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pha
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pha
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lsr
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lsr
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lsr
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lsr
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tax
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lda hexdigits,x
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jsr print_a
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pla
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and #$0F
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tax
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lda hexdigits,x
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jsr print_a
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pla
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rts
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print_errorcode:
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ldax #error_code
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jsr print_ascii_as_native
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lda ip65_error
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jsr print_hex
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jmp print_cr
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.rodata
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hexdigits:
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.byte "0123456789ABCDEF"
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.if SCREEN_WIDTH >= 30
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interface_type:
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.byte "Interface : ",0
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mac_address_msg:
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.byte "MAC Address : ",0
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ip_address_msg:
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.byte "IP Address : ",0
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netmask_msg:
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.byte "Netmask : ",0
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gateway_msg:
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.byte "Gateway : ",0
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dns_server_msg:
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.byte "DNS Server : ",0
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dhcp_server_msg:
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.byte "DHCP Server : ",0
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tftp_server_msg:
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.byte "TFTP Server : ",0
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.else ; for small width screens e.g. VIC 20
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interface_type:
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.byte "Interface", 10,0
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mac_address_msg:
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.byte "MAC Address",10,0
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ip_address_msg:
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.byte "IP Address", 10,0
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netmask_msg:
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.byte "Netmask", 10,0
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gateway_msg:
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.byte "Gateway", 10,0
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dns_server_msg:
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.byte "DNS Server", 10,0
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dhcp_server_msg:
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.byte "DHCP Server",10,0
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tftp_server_msg:
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.byte "TFTP Server",10,0
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.endif
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dhcp_msg:
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.byte "DHCP",0
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init_msg:
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.byte 10,"Initializing ",0
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failed_msg:
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.byte "failed",0
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ok_msg:
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.byte "OK",0
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dns_lookup_failed_msg:
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.byte "DNS LOOKUP FAILED",0
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error_code:
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.asciiz "error code: "
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press_a_key_to_continue:
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.byte "Press a key to continue",10,0
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; -- LICENSE FOR commonprint.inc --
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; The contents of this file are subject to the Mozilla Public License
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; Version 1.1 (the "License"); you may not use this file except in
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; compliance with the License. You may obtain a copy of the License at
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; http://www.mozilla.org/MPL/
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;
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; Software distributed under the License is distributed on an "AS IS"
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; basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the
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; License for the specific language governing rights and limitations
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; under the License.
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;
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; The Original Code is ip65.
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;
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; The Initial Developer of the Original Code is Jonno Downes,
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; jonno@jamtronix.com.
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; Portions created by the Initial Developer are Copyright (C) 2009
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; Jonno Downes. All Rights Reserved.
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; -- LICENSE END --
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