/usr/share/z88dk/lib/flashepr.def is in z88dk-data 1.8.ds1-10.
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;*** FLASHEP.DEF
;*** Flash Eprom system constant definitions
;
;*** (C) Zlab 1995-97.
;*** Original concept from Thierry Peycru
;
;*** Update of the 08.19.97
;
;*** Only working on Zlab 1M Flash Eprom Cards
;*** Only for Intel i28F008 chips (ETOX III technologies)
;*** Learn first, INTEL QuickPulse and QuickErase algorithms
;*** Available in the 28F008 datasheet.
;
;*** PLEASE, DO RESPECT these new standard notations.
;
;*** Description :
;(1) Flash Eprom Command codes
;
; fe_rst = reset chip in read array mode
; fe_iid = get INTELligent identification code (manufacturer and device)
; fe_int = INTEL manufacturer code
; fe_i008= i28F008SA device code (1024K)
; fe_i004= i28F004S5 device code (512K)
; fe_i8s5= i28F008S5 device code (1024K)
; fe_i016= i28F016S5 device code (2048K)
; fe_i020= i28F020 device code (256K)
; fe_rsr = read status register
; fe_csr = clear status register
; fe_era = erase block command
; fe_con = confirm erasure
; fe_sus = suspend erasure
; fe_res = resume erasure
; fe_wri = byte write command
; fe_alw = alternate byte write command
;
;(2) Flash Eprom Error Return codes
; rc_vpl = Vpp Low error
; rc_bwr = byte write error
; rc_ber = block erasure error
; rc_bes = block erasure suspended
; rc_nfe = not a flash eprom
; rc_noz = not an oz formatted eprom
;
DEFC FE_RST = $FF, FE_IID = $90, FE_RSR = $70, FE_CSR = $50
DEFC FE_ERA = $20, FE_CON = $D0, FE_SUS = $B0, FE_RES = $D0
DEFC FE_WRI = $40, FE_ALW = $10
DEFC FE_INT = $89, FE_I004= $A7, FE_I008= $A2, FE_I020= $BD, FE_I8S5= $A6
DEFC FE_I016 = $AA
DEFC RC_VPL = $70, RC_BWR = $71, RC_BER = $72, RC_BES = $73
DEFC RC_NFE = $80, RC_NOZ = $81
;
lston
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