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annotate clojure/com/aurellem/gb/util.clj @ 230:fe26776e1a58

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working on map memory, modified view-memory to output hex and decimal as well as binary
author Robert McIntyre <rlm@mit.edu>
date Sat, 24 Mar 2012 14:42:34 -0500
parents c9a855de1d07
children 22f58fa47c3c
rev   line source
rlm@145 1 (ns com.aurellem.gb.util
rlm@222 2 (:use (com.aurellem.gb gb-driver vbm constants))
rlm@222 3 (:import java.io.File)
rlm@145 4 (:import [com.aurellem.gb.gb_driver SaveState]))
rlm@145 5
rlm@145 6 (defn A [state]
rlm@145 7 (bit-shift-right (bit-and 0x0000FF00 (AF state)) 8))
rlm@145 8
rlm@145 9 (defn B [state]
rlm@145 10 (bit-shift-right (bit-and 0x0000FF00 (BC state)) 8))
rlm@145 11
rlm@145 12 (defn D [state]
rlm@145 13 (bit-shift-right (bit-and 0x0000FF00 (DE state)) 8))
rlm@145 14
rlm@145 15 (defn H [state]
rlm@145 16 (bit-shift-right (bit-and 0x0000FF00 (HL state)) 8))
rlm@145 17
rlm@145 18 (defn C [state]
rlm@145 19 (bit-and 0xFF (BC state)))
rlm@145 20 (defn F [state]
rlm@145 21 (bit-and 0xFF (AF state)))
rlm@145 22 (defn E [state]
rlm@145 23 (bit-and 0xFF (DE state)))
rlm@145 24 (defn L [state]
rlm@145 25 (bit-and 0xFF (HL state)))
rlm@145 26
rlm@145 27 (defn binary-str [num]
rlm@145 28 (format "%08d"
rlm@145 29 (Integer/parseInt
rlm@145 30 (Integer/toBinaryString num) 10)))
rlm@145 31
rlm@145 32 (defn view-register [state name reg-fn]
rlm@145 33 (println (format "%s: %s" name
rlm@145 34 (binary-str (reg-fn state))))
rlm@145 35 state)
rlm@145 36
rlm@174 37 (defn view-memory
rlm@174 38 ([^SaveState state mem]
rlm@230 39 (let [val (aget (memory state) mem)]
rlm@230 40 (println (format "0x%04X = %s 0x%02X %d" mem
rlm@230 41 (binary-str val) val val)))
rlm@174 42 state)
rlm@174 43 ([mem]
rlm@174 44 (view-memory @current-state mem)))
rlm@145 45
rlm@176 46 (defn print-listing
rlm@176 47 ([^SaveState state begin end]
rlm@176 48 (dorun (map
rlm@176 49 (fn [opcode line]
rlm@176 50 (println (format "0x%04X: 0x%02X" line opcode)))
rlm@176 51 (subvec (vec (memory state)) begin end)
rlm@176 52 (range begin end)))
rlm@176 53 state)
rlm@176 54 ([begin end]
rlm@176 55 (print-listing @current-state begin end)))
rlm@145 56
rlm@174 57 (defn print-pc
rlm@174 58 ([^SaveState state]
rlm@174 59 (println (format "PC: 0x%04X" (PC state)))
rlm@174 60 state)
rlm@174 61 ([] (print-pc @current-state)))
rlm@145 62
rlm@174 63 (defn print-op
rlm@174 64 ([^SaveState state]
rlm@174 65 (println (format "OP: 0x%02X" (aget (memory state) (PC state))))
rlm@174 66 state)
rlm@174 67 ([] (print-op @current-state)))
rlm@145 68
rlm@145 69 (defn d-tick
rlm@145 70 ([state]
rlm@145 71 (-> state print-pc print-op tick)))
rlm@145 72
rlm@145 73 (defn print-interrupt
rlm@145 74 [^SaveState state]
rlm@145 75 (println (format "IE: %d" (IE state)))
rlm@145 76 state)
rlm@145 77
rlm@145 78 (defn set-memory
rlm@145 79 ([state location value]
rlm@145 80 (set-state! state)
rlm@145 81 (let [mem (memory state)]
rlm@145 82 (aset mem location value)
rlm@145 83 (write-memory! mem)
rlm@145 84 (update-state)))
rlm@145 85 ([location value]
rlm@145 86 (set-memory @current-state location value)))
rlm@145 87
rlm@145 88 (defn set-memory-range
rlm@145 89 ([state start values]
rlm@145 90 (set-state! state)
rlm@145 91 (let [mem (memory state)]
rlm@145 92
rlm@145 93 (dorun (map (fn [index val]
rlm@145 94 (aset mem index val))
rlm@145 95 (range start
rlm@145 96 (+ start (count values))) values))
rlm@145 97 (write-memory! mem)
rlm@145 98 (update-state)))
rlm@145 99 ([start values]
rlm@145 100 (set-memory-range
rlm@145 101 @current-state start values)))
rlm@145 102
rlm@145 103 (defn common-differences [& seqs]
rlm@145 104 (let [backbone (range (count (first seqs)))]
rlm@145 105 (filter
rlm@145 106 (comp (partial apply distinct?) second)
rlm@145 107 (zipmap backbone
rlm@145 108 (apply (partial map list) seqs)))))
rlm@145 109
rlm@212 110 (defn temporal-compare [& states]
rlm@212 111 (apply common-differences
rlm@212 112 (map (comp vec memory)
rlm@212 113 states)))
rlm@212 114
rlm@145 115 (defn mid-game []
rlm@145 116 (read-state "mid-game"))
rlm@154 117
rlm@154 118
rlm@192 119
rlm@192 120 (defn disect-bytes-2
rlm@192 121 "return a vector consiting of the last 16 bytes of the
rlm@192 122 integer expressed as two 8 bit nimbers (inside an integer)
rlm@192 123 in the form [high-bits low-bits."
rlm@192 124 [num]
rlm@192 125 [(bit-shift-right
rlm@192 126 (bit-and num 0xFF00) 8)
rlm@192 127 (bit-and num 0xFF)])
rlm@192 128
rlm@192 129 (defn disect-bytes-3
rlm@192 130 "same as disect-bytes-2 except that it assumes the input is a
rlm@192 131 24 bit number and returns [high-bits medium-bits low-bits]"
rlm@192 132 [num]
rlm@192 133 (vec
rlm@192 134 (concat
rlm@192 135 [(bit-shift-right (bit-and num 0xFF0000) 16)]
rlm@192 136 (disect-bytes-2 num))))
rlm@192 137
rlm@192 138 (defn glue-bytes
rlm@192 139 "Given two or three 8-bit numbers inside 32-bit integers,
rlm@192 140 combine them into the integer number that they together
rlm@192 141 represent."
rlm@192 142 ([h l]
rlm@192 143 (+ l (bit-shift-left h 8)))
rlm@192 144
rlm@192 145 ([h m l]
rlm@192 146 (+ (glue-bytes m l)
rlm@192 147 (bit-shift-left h 16))))
rlm@192 148
rlm@222 149 (def cartography
rlm@222 150 (File. user-home
rlm@222 151 "proj/vba-clojure/clojure/com/aurellem/exp/cartography"))
rlm@192 152
rlm@222 153
rlm@222 154
rlm@222 155 (defn print-D-memory
rlm@222 156 ([^SaveState state]
rlm@222 157
rlm@222 158 (let [descriptions
rlm@222 159 (clojure.string/split-lines
rlm@222 160 (slurp cartography))]
rlm@222 161 (dorun
rlm@222 162 (map
rlm@222 163 (fn [line data desc]
rlm@222 164 (printf "%04X %02X%s\n"
rlm@222 165 line data (apply str
rlm@222 166 (drop 20 desc))))
rlm@222 167 (range pokemon-record-begin
rlm@222 168 (inc D-memory-end))
rlm@222 169
rlm@222 170 (subvec (vec (memory state))
rlm@222 171 pokemon-record-begin
rlm@222 172 (inc D-memory-end))
rlm@222 173 descriptions))))
rlm@222 174 ([] (print-D-memory @current-state)))
rlm@222 175