From actual monitor code, sequence used to read drum: EOD* 10000B Alert Interlace GDAC3: EOD 14202 I/O control mode EOD (mode 1) A=0 High order memory address bits Hicount=2 (Word count=04000=2KW) POT GDBCL+2 Low-order memory address bits. RRF (EOD 2226) Read RAD file (mode 0) Problem is that RRF is clearing the interlace information saved by the previous POT and sets up for a new POT. That is, in sds_io.c, mod 0 of op_eomd always assumes that a POT will follow if the channel is C or greater. Have to add tests of chan_flag. If interlace is active, do not capture new information from this EOM/EOD. Also removed superfluous trailing blanks from lines in file. |
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.. | ||
sds_cpu.c | ||
sds_defs.h | ||
sds_diag.txt | ||
sds_drm.c | ||
sds_dsk.c | ||
sds_io.c | ||
sds_lp.c | ||
sds_mt.c | ||
sds_mux.c | ||
sds_rad.c | ||
sds_stddev.c | ||
sds_sys.c |