diff --git a/assets/boot-mods.png b/assets/boot-mods.png index 1df5d6a..5c0a851 100644 Binary files a/assets/boot-mods.png and b/assets/boot-mods.png differ diff --git a/assets/card-boot.png b/assets/card-boot.png index 8ae0aa1..2424e13 100644 Binary files a/assets/card-boot.png and b/assets/card-boot.png differ diff --git a/assets/mods-full.png b/assets/mods-full.png index 48467ae..74f1bb4 100644 Binary files a/assets/mods-full.png and b/assets/mods-full.png differ diff --git a/assets/versions.js b/assets/versions.js index 27eadf4..f950bfb 100644 --- a/assets/versions.js +++ b/assets/versions.js @@ -1,8 +1,15 @@ // Generated by tools/make_builder_data.py from tools/changelog.json and the mods' versions. window.CDJ_VERSIONS = { - "site": "1.9.3", - "date": "2026-10-21", + "site": "1.9.4", + "date": "2026-10-26", "log": [ + { + "version": "1.9.4", + "date": "2026-10-26", + "changes": [ + "Advanced waveforms 1.4.0: the overview matches the big waveform in every WAVEFORM mode, also on a player that loads over LINK; RGB colours the overview from the track's colours." + ] + }, { "version": "1.9.3", "date": "2026-10-21", @@ -209,7 +216,7 @@ window.CDJ_VERSIONS = { "mods": { "extended_bpm": "1.0.0", "phasemeter": "1.0.1", - "advanced_waveforms": "1.3.0", + "advanced_waveforms": "1.4.0", "beatjump": "1.0.1", "cuecolours": "1.0.1", "hotcuekeys": "1.3.0", @@ -302,6 +309,16 @@ window.CDJ_VERSIONS = { } ], "advanced_waveforms": [ + { + "version": "1.4.0", + "date": "2026-10-26", + "changes": [ + "3BAND: the overview showed the first 80 % of the track over its whole width (it took the firmware's own 400-entry counter for its 500 columns), so it did not line up with the big waveform; now it does.", + "3BAND over LINK: a track loaded from another player's USB now gets its 3 bands too (they were fetched but never used, the track's device differs by its LINK byte).", + "3BAND: the 3-band data is asked for again when the answer comes empty, as it did now and then while two players loaded from the same USB at once (the big waveform then fell back to the estimate, the overview to the plain colours).", + "RGB: the overview takes the colours of the track's colour waveform, column by column, instead of a fixed red-to-white gradient, so both waveforms show the same colours." + ] + }, { "version": "1.3.0", "date": "2026-10-21", diff --git a/builder.html b/builder.html index f052951..1e8ab07 100644 --- a/builder.html +++ b/builder.html @@ -6,12 +6,12 @@ Pionaarr Mods Builder - - - - - - + + + + + + diff --git a/builder/py/bundle.json b/builder/py/bundle.json index 43a5ee4..84ddff8 100644 --- a/builder/py/bundle.json +++ b/builder/py/bundle.json @@ -1 +1 @@ -{"mods/patch_cdj900nxs.py":"#!/usr/bin/env python3\n# SPDX-License-Identifier: GPL-2.0-or-later\n\"\"\"Apply arnoldasr's CDJ-900NXS 1.31 mods to the unpacked MAIN image.\n\n usage: patch_cdj900nxs.py [,...]\n patch_cdj900nxs.py --list\n\nThe mods come from https://github.com/arnoldasr/cdj900nxs, read as data from a\ncheckout of it (CDJ900NXS_MODS_SRC, default mods/cdj900nxs/upstream, which is\nnot committed: that repository carries no licence). Nothing of its Python is\nimported; what its build_firmware.py does is redone here:\n\n extended_bpm the BPM with hundredths: the stock tenths moved into a new\n small digit above, the lower one showing hundredths.\n phasemeter the two-line phase meter (orange master, blue this deck, a\n marker each) in place of the four boxes, chosen in UTILITY >\n PHASE METER (SLIP FLASHING relabelled; mods/phase-meter-\n utility.cdjmod.json).\n advanced_waveforms (was rgb_waveform; based on arnoldasr's, updated and\n maintained by us) the big waveform in rekordbox's RGB colours\n (1.0.1: also when its colour detail is a little short,\n cdj900nxs/wavefix.py), and the overview's colour table as a red-to-white\n gradient (mods/waveform-colour.cdjmod.json); with our\n UTILITY > WAVEFORM: BLUE / RGB / 3BAND (cdj900nxs/wavemodes.py,\n left out with public=True).\n\n The three are arnoldasr's code mod (patches/mods.json): hooks\n in the application redirected to SH-4 code appended after it\n (0x08FC1000), plus an asset blob at 0x08FC2D00 generated from\n the stock image (the resource table extended by four phase-meter\n images, then the RGB waveform palette and LUT). Upstream tested\n it as one build, and as one without the RGB waveform\n (patches/bpm-phase-meter.json); one of those two is built and\n checked against its hash first, then the hooks of a feature not\n chosen get their original bytes back. Their shared startup hook\n (0x08C071FC) installs the BPM digits and the phase markers: the\n call of the one not chosen is taken out there.\n beatjump ours, not arnoldasr's (cdj900nxs/beatjump.py): TRACK SEARCH\n jumps 1/2/4/8 beats along the grid, chosen in UTILITY > BEAT JUMP,\n made at once in the DSP's decoded audio (cdj900nxs/dspjump.py, a\n patch of the audio DSP's code),\n which replaces SCREEN SAVER. hotcuekeys' engine makes the jumps,\n so it needs hotcuekeys and cuecolours. Needs no upstream checkout.\n cuecolours ours (cdj900nxs/cuecolours.py): memory cues drawn in their\n rekordbox colour on the overview and the detail waveform, the\n rekordbox hot cues shown as lettered boxes.\n Needs no upstream checkout.\n hotcuekeys ours (cdj900nxs/hotcuekeys.py): UTILITY > HOT CUE KEYS (a new,\n 18th item); with it ON, QUANTIZE briefly pressed switches a hot\n cue key mode shown in a HOT KEYS box, held it is QUANTIZE. In\n the mode the top three BEAT DIVIDE keys play hot cues A-C (held: a\n gate), set one (empty key held while paused) or delete one\n (DELETE held). The hot cues come from cuecolours.\n ledsaver ours (cdj900nxs/ledsaver.py): UTILITY > LED ANIMATION (one more\n item, after the others); with it ON, while the screen saver dims\n the display the button LEDs and the jog's rings play a loop.\n keynotation ours (cdj900nxs/keynotation.py): UTILITY > KEY NOTATION (one\n more item): every track's key in Camelot, Open Key or classic\n notation, whatever rekordbox exported.\n usbautoload ours (cdj900nxs/usbautoload.py): UTILITY > USB AUTO LOAD (one\n more item): a stick's MY SETTINGS are loaded when the player finds\n them, without waiting for MENU.\n quicksearch ours (cdj900nxs/quicksearch.py): BROWSE held opens SEARCH,\n BROWSE twice the list the playing track came from.\n (phasemeter, in unreleased builds, also gets ours from cdj900nxs/phasereverse.py:\n UTILITY > PHASE METER OFF / ON / REVERSE, and the beat countdown\n moved clear of the line meter; `phasereverse` is an old name for it.)\n wide_waveform ours (cdj900nxs/widewave.py): the big waveform runs on to the\n right edge (624 columns, the extra ones ahead of the position); the\n ZOOM/GRID wheel gives way to a small grey ZOOM / GRID box.\n credit ours (cdj900nxs/credit.py): the boot screen says \"Pionaarr Mods\n 1.0\" where it said \"Ver 1.31\".\n\nEvery patch is applied only where the image holds the expected original\nbytes, and arnoldasr's code is first built as one of the builds he tested\nand checked against its hash.\n\nOur lzss_decode.py runs 54 bytes past the end of the packed stream, so\nmain_unpacked.bin is the 1.31 application plus a tail the firmware never\nreads; the application is cut back to its own length first.\n\"\"\"\nimport hashlib\nimport json\nimport os\nimport struct\nimport sys\n\nHERE = os.path.dirname(os.path.abspath(__file__))\nsys.path.insert(0, os.path.join(HERE, 'cdj900nxs'))\nimport beatjump # noqa: E402\nimport credit # noqa: E402\nimport dspjump # noqa: E402\nimport cuecolours # noqa: E402\nimport hotcuekeys # noqa: E402\nimport keynotation # noqa: E402\nimport ledsaver # noqa: E402\nimport usbautoload # noqa: E402\nimport quicksearch # noqa: E402\nimport phasereverse # noqa: E402\nimport wavemodes # noqa: E402\nimport wavefix # noqa: E402\nimport cuenames # noqa: E402\nimport endwarn # noqa: E402\nimport played # noqa: E402\nimport widewave # noqa: E402\n\nBASE = 0x08000000\nAPP_SIZE = 16519056\nAPP_SHA256 = '1ac3e30cde292865413950fe159663b3958e85939ed0a5d0122f796809a5f8ef'\n\nMODS = {\n 'extended_bpm': 'BPM with hundredths: tenths as a small digit above (arnoldasr)',\n 'phasemeter': 'two-line phase meter, UTILITY > PHASE METER (SLIP FLASHING) chooses it (arnoldasr); '\n 'OFF / ON / REVERSE and the beat countdown moved clear of it (ours: cdj900nxs/phasereverse.py)',\n 'advanced_waveforms': 'big waveform in RGB colours, overview as a red-to-white gradient (arnoldasr); '\n 'UTILITY > WAVEFORM: BLUE / RGB / 3BAND (ours: cdj900nxs/wavemodes.py)',\n 'beatjump': 'TRACK SEARCH jumps 1/2/4/8 beats, UTILITY > BEAT JUMP (ours: cdj900nxs/beatjump.py)',\n 'cuecolours': 'memory cues in their rekordbox colours, hot cues shown (ours: cdj900nxs/cuecolours.py)',\n 'hotcuekeys': 'hot cues A-C on the BEAT DIVIDE keys: play, gate, set, delete; UTILITY > HOT CUE KEYS, '\n 'QUANTIZE short = hot key mode (ours: cdj900nxs/hotcuekeys.py)',\n 'ledsaver': 'the button and jog LEDs play an animation while the screen saver dims the display; '\n 'UTILITY > LED ANIMATION (ours: cdj900nxs/ledsaver.py)',\n 'keynotation': 'every key in one notation (Camelot / Open Key / classic), UTILITY > KEY NOTATION '\n '(ours: cdj900nxs/keynotation.py)',\n 'usbautoload': 'MY SETTINGS on a USB stick loaded at once, UTILITY > USB AUTO LOAD '\n '(ours: cdj900nxs/usbautoload.py)',\n 'quicksearch': 'BROWSE held: SEARCH; BROWSE twice: the playing track in its list '\n '(ours: cdj900nxs/quicksearch.py)',\n 'cuenames': 'the rekordbox comment of the next cue (\"Drop\") in the title bar, in its colour '\n '(ours: cdj900nxs/cuenames.py, needs cuecolours)',\n 'endwarn': 'the playing-address bar blinks red in the last 30 seconds (ours: cdj900nxs/endwarn.py)',\n 'played': 'BROWSE ticks the tracks loaded on this player since it was switched on (ours: cdj900nxs/played.py)',\n 'wide_waveform': 'the big waveform to the right edge, the ZOOM/GRID wheel replaced by a small ZOOM / GRID box '\n '(ours: cdj900nxs/widewave.py)',\n 'credit': 'boot screen says \"Pionaarr Mods 1.0\" instead of \"Ver 1.31\" (ours: cdj900nxs/credit.py)',\n}\n# every mod's version (Semantic Versioning); ours from their modules, arnoldasr's\n# split-up mods as packaged here\nVERSIONS = {\n 'extended_bpm': '1.0.0', 'phasemeter': '1.0.1', 'advanced_waveforms': wavemodes.VERSION, # with its WAVEFORM modes (wavefix: wavefix.VERSION)\n 'beatjump': beatjump.VERSION, 'cuecolours': cuecolours.VERSION, 'hotcuekeys': hotcuekeys.VERSION,\n 'ledsaver': ledsaver.VERSION, 'keynotation': keynotation.VERSION, 'usbautoload': usbautoload.VERSION,\n 'quicksearch': quicksearch.VERSION,\n 'cuenames': cuenames.VERSION, 'endwarn': endwarn.VERSION, 'played': played.VERSION,\n 'wide_waveform': widewave.VERSION, 'credit': credit.VERSION,\n}\nMANIFESTS = {\n 'phasemeter': 'mods/phase-meter-utility.cdjmod.json',\n 'advanced_waveforms': 'mods/waveform-colour.cdjmod.json',\n}\n# arnoldasr's code mod split up: each feature's hooks in the application\nUPSTREAM = ('extended_bpm', 'phasemeter', 'advanced_waveforms')\nHOOKS = {\n 'extended_bpm': (0x08BD3E50, 0x08BD3ED8, 0x08BD3A48, 0x08BCBA60, 0x08BCBCFC),\n 'phasemeter': (0x08B2E2EE, 0x08C6A6CC, 0x08C6CCD0),\n 'advanced_waveforms': (0x089A061C, 0x08BC6830, 0x08BC6A7C, 0x08BCFD72, 0x08BCFF50),\n}\nSHARED_HOOKS = (0x08C071FC, 0x08B27BC8) # startup binding, arena reset: BPM and phase\nBPM_INSTALL_CALL = 0x08FC2444 # startup_bind's jsr of the BPM digits' installer\nPHASE_MARKERS_CALL = 0x08FC2450 # ... and of the phase markers' (startup_markers)\n\n\ndef source_dir():\n return os.environ.get('CDJ900NXS_MODS_SRC') or os.path.join(HERE, 'cdj900nxs', 'upstream')\n\n\ndef read_json(rel):\n path = os.path.join(source_dir(), rel)\n if not os.path.isfile(path):\n raise SystemExit('patch_cdj900nxs: %s missing -- check out '\n 'https://github.com/arnoldasr/cdj900nxs into %s'\n % (path, source_dir()))\n with open(path, encoding='utf-8') as f:\n return json.load(f)\n\n\ndef sha(data):\n return hashlib.sha256(data).hexdigest()\n\n\n# The asset blob, as tools/phase_assets.py builds it (same constants).\nTABLE, DESCRIPTOR, ORIGINAL_COUNT, TEMPLATE = 0x08100000, 0x2C, 0x2A1, 0x1C8\nDATA_BASE = 0x08FC2D00\nWIDTH, HEIGHT, MARKER_WIDTH, BAR = 200, 24, 8, 5\nKEY = 0xF81F\nORANGE_LINE, ORANGE_MARK = (120, 65, 20), (255, 140, 0)\nBLUE_LINE, BLUE_MARK = (40, 90, 120), (60, 170, 255)\nWAVE_COLOURS = [\n 448, 457, 47, 458, 449, 111, 495, 466, 175, 467, 487, 239, 303, 479, 367, 459, 456, 431,\n 468, 465, 475, 476, 474, 39, 477, 31, 471, 46, 469, 45, 23, 460, 109, 484, 110, 485, 103,\n 478, 483, 493, 494, 486, 95, 15, 450, 167, 492, 173, 174, 231, 115, 470, 238, 44, 237, 159,\n 295, 87, 108, 302, 51, 301, 491, 482, 359, 223, 366, 365, 236, 300, 179, 423, 461, 287, 430,\n 429, 172, 364, 473, 428, 351, 114, 151, 463, 299, 363, 415, 215, 427, 178, 490, 50, 279, 235,\n 79, 462, 451, 343, 511, 298, 362, 400, 52, 116, 426, 234, 407, 7, 143, 180, 207, 113, 233,\n 243, 481, 57, 271, 452, 417, 177]\nWHITENESS_COLOURS = [(150, 20, 20), (220, 40, 30), (255, 110, 20), (255, 190, 30), (170, 230, 60),\n (40, 210, 170), (60, 160, 255), (225, 240, 255)]\n\n\ndef rgb565(rgb):\n r, g, b = rgb\n return ((r >> 3) << 11) | ((g >> 2) << 5) | (b >> 3)\n\n\ndef line_image(colour):\n px = [KEY] * (WIDTH * HEIGHT)\n for x in range(2, WIDTH - 2):\n px[12 * WIDTH + x] = rgb565(colour)\n for i in range(5):\n x = 2 + i * (WIDTH - 5) // 4\n for y in range(7, 18):\n px[y * WIDTH + x] = rgb565(colour)\n return px\n\n\ndef marker_image(colour):\n return [rgb565(colour) if 3 <= y <= 21 and x < BAR else KEY\n for y in range(HEIGHT) for x in range(MARKER_WIDTH)]\n\n\ndef rgb9(code):\n return tuple(((code >> shift) & 7) * 255 // 7 for shift in (6, 3, 0))\n\n\ndef wave_palette():\n colours = WHITENESS_COLOURS + [rgb9(c) for c in WAVE_COLOURS]\n return struct.pack('<128H', *[rgb565(c) for c in colours])\n\n\ndef wave_lut():\n def nearest(code):\n r, g, b = (code >> 6) & 7, (code >> 3) & 7, code & 7\n return min(range(len(WAVE_COLOURS)), key=lambda i: (\n (((WAVE_COLOURS[i] >> 6) & 7) - r) ** 2 + (((WAVE_COLOURS[i] >> 3) & 7) - g) ** 2\n + ((WAVE_COLOURS[i] & 7) - b) ** 2, i))\n return bytes(8 + nearest(code) for code in range(512))\n\n\ndef assets(app):\n images = [(WIDTH, line_image(ORANGE_LINE)), (WIDTH, line_image(BLUE_LINE)),\n (MARKER_WIDTH, marker_image(ORANGE_MARK)), (MARKER_WIDTH, marker_image(BLUE_MARK))]\n original = app[TABLE - BASE:TABLE - BASE + ORIGINAL_COUNT * DESCRIPTOR]\n template = original[TEMPLATE * DESCRIPTOR:(TEMPLATE + 1) * DESCRIPTOR]\n count = ORIGINAL_COUNT + len(images)\n table_bytes = count * DESCRIPTOR\n pixels_base = DATA_BASE + ((table_bytes + 31) & ~31)\n table, pixels = bytearray(original), bytearray()\n for i, (width, data) in enumerate(images):\n entry = bytearray(template)\n struct.pack_into(' mov #0,r0 (not installed)\n if 'phasemeter' not in names:\n call(PHASE_MARKERS_CALL, 0x410B, 0x0009) # jsr @r1 -> nop\n return bytes(out)\n\n\ndef apply_manifest(app, stock, name):\n doc = read_json(MANIFESTS[name])\n if doc['target']['application_sha256'] != APP_SHA256:\n raise SystemExit('patch_cdj900nxs: %s targets another application' % name)\n out = bytearray(app)\n for p in doc['patches']:\n off = int(p['offset'], 16) if isinstance(p['offset'], str) else p['offset']\n before, after = bytes.fromhex(p['expect']), bytes.fromhex(p['replace'])\n if len(before) != len(after) or off + len(before) > APP_SIZE:\n raise SystemExit('patch_cdj900nxs: %s: bad patch at 0x%x' % (name, off))\n if stock[off:off + len(before)] != before or app[off:off + len(before)] != before:\n raise SystemExit('patch_cdj900nxs: %s: bytes at 0x%x are not the expected original'\n % (name, off))\n out[off:off + len(before)] = after\n return bytes(out)\n\n\n# old names still taken\nALIASES = {'rgb_waveform': 'advanced_waveforms', 'waveform3band': 'advanced_waveforms',\n 'phasereverse': 'phasemeter'}\n\n\ndef check_names(names):\n \"\"\"The names with old ones taken, every mod known and what each needs.\"\"\"\n names = list(dict.fromkeys(ALIASES.get(n, n) for n in names))\n unknown = [n for n in names if n not in MODS]\n if unknown:\n raise SystemExit('patch_cdj900nxs: unknown mod(s) %s; known: %s'\n % (', '.join(unknown), ', '.join(MODS)))\n if 'cuenames' in names and 'cuecolours' not in names:\n raise SystemExit('patch_cdj900nxs: cuenames needs cuecolours (its cue reader brings the comments)')\n if 'beatjump' in names and not {'cuecolours', 'hotcuekeys'} <= set(names):\n raise SystemExit('patch_cdj900nxs: beatjump needs cuecolours and hotcuekeys '\n '(the jumps are made by hotcuekeys)')\n return names\n\n\ndef patch_upstream(stock, names):\n \"\"\"Stage 1: arnoldasr's mods (his code and assets, his manifests, and\n advanced_waveforms' fix that sits on his code). The website's builder\n has this stage as data (tools/make_builder_data.py).\"\"\"\n upstream = [n for n in UPSTREAM if n in names]\n app = apply_code(stock, upstream) if upstream else stock\n for name in ('phasemeter', 'advanced_waveforms'):\n if name in names:\n app = apply_manifest(app, stock, name)\n if 'advanced_waveforms' in names:\n app = wavefix.patch(app, stock) # 1.0.1: a slightly short PWV5 is taken too\n return app\n\n\ndef patch_ours(app, stock, names):\n \"\"\"Stage 2: our mods, on the application stage 1 made (the website's\n builder runs this function itself, in the browser).\"\"\"\n if 'beatjump' in names:\n app = beatjump.patch(app, stock)\n app = dspjump.patch(app, stock) # the jumps in the DSP's decoded audio\n if 'cuecolours' in names:\n app = cuecolours.patch(app, stock)\n if 'hotcuekeys' in names:\n app = hotcuekeys.patch(app, stock)\n if 'ledsaver' in names:\n app = ledsaver.patch(app, stock)\n if 'keynotation' in names:\n app = keynotation.patch(app, stock)\n if 'cuenames' in names:\n app = cuenames.patch(app, stock) # after keynotation: chains its text draw\n if 'played' in names:\n app = played.patch(app, stock) # after keynotation and cuenames: chains their text draw\n if 'endwarn' in names:\n app = endwarn.patch(app, stock)\n if 'usbautoload' in names:\n app = usbautoload.patch(app, stock)\n if 'quicksearch' in names:\n app = quicksearch.patch(app, stock)\n if 'phasemeter' in names:\n app = phasereverse.patch(app, stock) # PHASE METER: OFF / ON / REVERSE\n app = phasereverse.shift_bars(app, stock) # the beat countdown clear of the line meter\n if 'advanced_waveforms' in names:\n app = wavemodes.patch(app, stock) # UTILITY > WAVEFORM: BLUE / RGB / 3BAND\n if 'wide_waveform' in names:\n app = widewave.patch(app, stock) # after advanced_waveforms (its centre-row literal) and hotcuekeys (the draw method)\n if 'credit' in names:\n app = credit.patch(app, stock)\n return app\n\n\ndef patch(data, names, public=False):\n \"\"\"The patched application for the mods named, in a fixed order: stage 1\n (arnoldasr's) and stage 2 (ours). Everything is released now; `public`\n is still taken and changes nothing.\"\"\"\n names = check_names(names)\n stock = data[:APP_SIZE]\n if sha(stock) != APP_SHA256:\n raise SystemExit('patch_cdj900nxs: not the CDJ-900NXS 1.31 application')\n return patch_ours(patch_upstream(stock, names), stock, names)\n\n\ndef main():\n args = sys.argv[1:]\n if args == ['--list']:\n for name, what in MODS.items():\n print('%-13s %-6s %s' % (name, VERSIONS[name], what))\n return\n if len(args) != 3:\n raise SystemExit(__doc__)\n names = [n for n in args[2].replace(' ', ',').split(',') if n]\n with open(args[0], 'rb') as f:\n out = patch(f.read(), names)\n with open(args[1], 'wb') as f:\n f.write(out)\n print('patch_cdj900nxs: %s (%s), %d bytes, sha256 %s'\n % (args[1], ','.join(names), len(out), sha(out)))\n\n\nif __name__ == '__main__':\n main()\n","mods/cdj900nxs/beatjump.py":"# SPDX-License-Identifier: GPL-2.0-or-later\n\"\"\"BEAT JUMP for the CDJ-900NXS 1.31: TRACK SEARCH jumps N beats along the\ntrack's beat grid, N set in UTILITY > BEAT JUMP (OFF/1/2/4/8, default 4).\n\nOur own mod, not arnoldasr's; mods/patch_cdj900nxs.py applies it as `beatjump`.\nEverything here was found by tracing the firmware in the emulator:\n\n * The UI's poller calls the panel decoder 0x08B63278 (through its literal\n at 0x08B622A8), which turns report byte 0x12 bits 0x04 / 0x08 of the\n frame at 0x0B2E8280 into the key bits TRACK - (0x0B2E82C6 bit 0x01) and\n TRACK + (0x0B2E82C5 bit 0x80); later readers (0x08B630D0) turn those\n into the track search. The literal now points at bj_poll, which runs the\n decoder and then, with BEAT JUMP on and a beat grid loaded, takes both\n key bits out again: the track search never starts, so neither the UI nor\n the player changes track, and a press is a jump instead. (Clearing the\n report byte before the decoder instead lost a race with the panel task\n refilling the frame.)\n * The jump is made by hotcuekeys' engine (hk_engine's he_bj, which is\n why beatjump needs hotcuekeys and cuecolours): bj_poll writes the\n target in 1/150 s with bit 31 set to hotcuekeys.BJ_REQ, the tick of\n the press to BJ_TICK and the jump's length in ms to BJ_DELTA, unless a\n jump is still waiting. The engine has the DSP move its playing head by\n that many 1/75 s slots inside the audio it has already decoded\n (dspjump.py, a patch of the audio DSP): at once, gapless, the CUE point\n stays, playing, paused or at cue standby (standing, the UI is left\n paused, so PLAY plays on from there). Only where the DSP has not that\n much audio decoded does it refuse: playing, the engine then loads the\n target into the beat jumps' own DSP cue slot (hotcuekeys.BJ_SLOT) the\n old way, moved on by the time such a load takes so the deck comes back\n in phase; standing, the press is dropped (the old way there, a memory\n CALL, left the UI waiting for good after the third or fourth).\n [Since: no fallback at all; the slot load left the deck standing. A\n press the DSP cannot jump now (it keeps dspjump.MARGIN decoded ahead, so\n the time needed grows with the setting) or made while a jump still\n waits is ignored: nothing is put off, the next press counts again.]\n * The setting is kept in the player's settings journal (hotcuekeys'\n hk_save2/hk_load2 through HK_API, id SAVE_ID): the first poll takes the\n last saved value (else DEFAULT, 4 beats) into the setting's word, a\n change is written back. The firmware itself kept SCREEN SAVER's ON/OFF\n only, so BEAT JUMP came back as 1 after a restart.\n * The grid is read as arnoldasr's phase meter reads it, from the player\n context 0x099445DC: track *(ctx+0x20), X = *(track+0xC4), grid\n *(X+0x104), timestamp adjustment *(X+0x10C); 0x08A27D4C(grid, adj,\n pos_ms) gives 1 + the index of the beat at or before pos_ms, 0x08A0EFB6\n (record, adj) a beat's time in ms. The position in ms is ctx+0x2CC.\n * A jump keeps the position's offset within its beat: target = pos +\n t[i +/- N] - t[i]. Before the first beat (a track just loaded stands at\n its CUE, often a hair before beat 1) i is beat 0. A press whose target\n would leave the grid does nothing. With the setting OFF, or no grid, TRACK SEARCH is untouched.\n\nUTILITY > SCREEN SAVER (item 14, a word at 0x0A4DD270 + 0x1760, values\nOFF/ON, factory default ON = 1) becomes BEAT JUMP: its label in all 19\nlanguages, five values OFF/1/2/4/8 (the existing \"OFF\" and MIDI CHANNEL's digit\nstrings), so the old ON is now \"1\". The screen saver itself no longer reads\nthe setting: its getter literal (0x08BB7E60) points at a firmware tail that\nreturns 1, so it stays on as it was by default.\n\"\"\"\nimport os\nimport struct\nimport sys\n\nsys.path.insert(0, os.path.dirname(os.path.abspath(__file__)))\nimport hotcuekeys # noqa: E402\n\nVERSION = '1.0.1' # Semantic Versioning: MAJOR.MINOR.PATCH\n\nBASE = 0x08000000\nBJ_BASE = 0x08FCF400 # after arnoldasr's code mod (ends 0x08FCF260)\n\nPLAYER_CTX = 0x099445DC\nDECODER_LIT = 0x08B622A8 # the UI poller's literal of the panel decoder\nDECODER = 0x08B63278\nKEYS_TRACK = 0x0B2E82C5 # decoded keys: TRACK + is bit 0x80 here, TRACK - 0x01 of the next byte\nSEND = 0x08B3B666 # the UI's player-message builder\nGET_SETTING = 0x08AFD9E0 # SCREEN SAVER getter: *(0x0A4DD270 + 0x1760)\nGRID_LOOKUP = 0x08A27D4C\nGRID_TIME = 0x08A0EFB6\nFPSCR_MASK = 0xFFE7FFFF # what the firmware does to fpscr after every call\n\nSAVER_ITEM = 0x08C6CBB4 # UTILITY item 14 (copied to RAM at start-up)\nSAVER_CONSUMER_LIT = 0x08BB7E60 # the screen saver's literal of the getter\nRETURN_ONE = 0x08BDA1B0 # 'rts; mov #1,r0' at the end of a firmware function\nVALUE_STRINGS = [0xA80D013C, 0xA80D0144, 0xA80D0148, 0xA80D0150, 0xA80D0160] # OFF 1 2 4 8\nLABEL_OLD = 'SCREEN SAVER\\0'.encode('utf-16-le')\nLABEL_NEW = 'BEAT JUMP'.encode('utf-16-le').ljust(len(LABEL_OLD), b'\\0')\nLABEL_COPIES = 19\n\nVALUE_LIST = BJ_BASE + 0x400 # the five value-string pointers, after the code\nPREV_BITS = BJ_BASE + 0x3FC # last frame's TRACK bits, for press edges\nLAST_SET = BJ_BASE + 0x3F8 # word: the setting last seen (-1 at start: taken from the journal then)\nSETTING = 0x0A4DD270 + 0x1760 # the setting's word (the SCREEN SAVER's)\nSAVE_ID = 0x83E2 # ours in the settings journal (hotcuekeys' is 0x83E1)\nDEFAULT = 3 # 4 beats\nBJ_DELTA = 0x08FCF818 # word: the last jump's length in ms (signed), for hotcuekeys' DSP jump\nBJ_POSV = hotcuekeys.BJ_POSV # word: the position (ms) to reckon from, if not 0\nBJ_PEND = hotcuekeys.BJ_PEND # word: presses counted while hotcuekeys' CALL had no grid\n\n\nclass Asm:\n \"\"\"Just enough SH-4 to write bj_poll: two passes over a list of\n instructions, labels, and a literal pool of .long/.word constants.\"\"\"\n\n def __init__(self, base):\n self.base, self.items, self.labels = base, [], {}\n\n def label(self, name):\n self.items.append(('label', name))\n\n def op(self, fn):\n self.items.append(('op', fn))\n\n def long(self, name, value):\n self.items.append(('align4', None))\n self.label(name)\n self.items.append(('long', value))\n\n def word(self, name, value):\n self.label(name)\n self.items.append(('word', value))\n\n def assemble(self):\n for final in (False, True):\n pc, out = self.base, bytearray()\n for kind, arg in self.items:\n if kind == 'label':\n self.labels[arg] = pc\n continue\n if kind == 'align4':\n while pc % 4:\n out += struct.pack('> 36 = q / 20\n a.long('L_req', hotcuekeys.BJ_REQ)\n a.long('L_tick', hotcuekeys.TICK)\n a.long('L_bit31', 0x80000000)\n a.long('L_delta', BJ_DELTA)\n a.long('L_posv', BJ_POSV)\n a.long('L_pend', BJ_PEND)\n a.long('L_third', 0xAAAAAAAB) # q * this >> 33 = q / 3\n a.long('L_last', LAST_SET)\n a.long('L_setting', SETTING)\n a.long('L_bjid', SAVE_ID)\n a.long('L_bjid16', SAVE_ID << 16)\n a.long('L_api', hotcuekeys.HK_API)\n code = a.assemble()\n return code, None\n\n\ndef patch(app, stock):\n \"\"\"The application with BEAT JUMP added; `stock` is the unmodified 1.31\n application, which every replaced byte is checked against.\"\"\"\n code, _ = routine()\n assert len(code) <= LAST_SET - BJ_BASE\n out = bytearray(app)\n end = VALUE_LIST + 4 * len(VALUE_STRINGS) - BASE\n if len(out) < end:\n out += bytes(end - len(out))\n if any(out[BJ_BASE - BASE:end]):\n raise SystemExit('patch_cdj900nxs: beatjump: its area 0x%08x.. is not free' % BJ_BASE)\n\n def put(addr, before, after):\n off = addr - BASE\n if stock[off:off + len(before)] != before or out[off:off + len(before)] != before:\n raise SystemExit('patch_cdj900nxs: beatjump: bytes at 0x%08x are not the expected original'\n % addr)\n out[off:off + len(after)] = after\n\n out[BJ_BASE - BASE:BJ_BASE - BASE + len(code)] = code\n out[LAST_SET - BASE:LAST_SET - BASE + 4] = b'\\xff\\xff\\xff\\xff'\n out[VALUE_LIST - BASE:end] = b''.join(struct.pack('= 0:\n put(BASE + at, LABEL_OLD, LABEL_NEW)\n found += 1\n at = stock.find(LABEL_OLD, at + 2)\n if found != LABEL_COPIES:\n raise SystemExit('patch_cdj900nxs: beatjump: %d SCREEN SAVER labels, expected %d'\n % (found, LABEL_COPIES))\n return bytes(out)\n","mods/cdj900nxs/c6asm.py":"#!/usr/bin/env python3\n\"\"\"casm.py: a minimal TI C674x assembler for our DSP patches (32-bit, serial\ninstructions only: every p bit 0, no compact forms). Every encoding below is\nchecked against words of the CDJ-900NXS DSP image (selftest()).\n\nRegisters: 'a0'..'a31', 'b0'..'b31'. Predicates: '[b0]', '[!a1]' prefix\n(A1, A2, B0, B1, B2 only). Delay slots are the caller's business: loads need\n4 slots before their result is used, branches 5.\n\n asm = Asm(base)\n asm.label('x'); asm.op('mvk', 0x1234, 'a3'); asm.op('b', 'x') ...\n words = asm.assemble()\n\"\"\"\nimport struct\n\nCREG = {'b0': 1, 'b1': 2, 'b2': 3, 'a1': 4, 'a2': 5, 'a0': 6}\n\n\ndef reg(r):\n side = 1 if r[0] == 'b' else 0\n return side, int(r[1:])\n\n\ndef pred(p):\n if not p:\n return 0\n neg = p.startswith('!')\n return CREG[p.lstrip('!')] << 29 | (1 << 28 if neg else 0)\n\n\n# .L unit 3-operand ops (op field bits 11-5): (si,xsi) form and (s5,xsi) form\nL_OPS = {\n 'add': (0x03, 0x02), 'sub': (0x07, 0x06), 'cmpeq': (0x53, 0x52),\n 'cmpgt': (0x47, 0x46), 'cmplt': (0x57, 0x56), 'cmpgtu': (0x4F, 0x4E),\n 'cmpltu': (0x5F, 0x5E), 'or': (0x7F, 0x7E), 'and': (0x7B, 0x7A),\n}\n# .D load/store op field (bits 6-4)\nD_OPS = {'ldhu': 0, 'ldbu': 1, 'ldb': 2, 'stb': 3, 'ldh': 4, 'sth': 5, 'ldw': 6, 'stw': 7}\nD_SCALE = {'ldhu': 2, 'ldbu': 1, 'ldb': 1, 'stb': 1, 'ldh': 2, 'sth': 2, 'ldw': 4, 'stw': 4}\n\n\ndef enc_l(op, src1, src2, dst, p=''):\n \"\"\"op src1,src2,dst on .L (unit side = dst side; src2 may cross).\"\"\"\n ds, dn = reg(dst)\n s2s, s2n = reg(src2)\n x = 1 if s2s != ds else 0\n if isinstance(src1, int):\n assert -16 <= src1 < 16\n code = L_OPS[op][1]\n s1 = src1 & 31\n else:\n s1s, s1 = reg(src1)\n assert s1s == ds, 'src1 must be on the unit side'\n code = L_OPS[op][0]\n return pred(p) | dn << 23 | s2n << 18 | s1 << 13 | x << 12 | code << 5 | 0b110 << 2 | ds << 1\n\n\ndef enc_mvk(hi, val, dst, p=''):\n ds, dn = reg(dst)\n cst = (val >> 16 if hi else val) & 0xFFFF\n return pred(p) | dn << 23 | cst << 7 | (0b11010 if hi else 0b01010) << 2 | ds << 1\n\n\ndef enc_d(op, data, base, off, p=''):\n \"\"\"ld/st *+base(off) (byte offset, scaled by the access size).\"\"\"\n ss, sn = reg(data)\n bs, bn = reg(base)\n sc = D_SCALE[op]\n assert off % sc == 0 and 0 <= off // sc < 32, (op, off)\n return pred(p) | sn << 23 | bn << 18 | (off // sc) << 13 | 0b0001 << 9 | bs << 7 | D_OPS[op] << 4 | 0b01 << 2 | ss << 1\n\n\ndef enc_b_imm(at, target, side=0, p=''):\n disp = (target - (at & ~31)) // 4\n assert -(1 << 20) <= disp < (1 << 20)\n return pred(p) | (disp & 0x1FFFFF) << 7 | 0b00100 << 2 | side << 1\n\n\ndef enc_b_reg(r, p=''):\n rs, rn = reg(r)\n return pred(p) | rn << 18 | (1 if rs == 0 else 0) << 12 | 0x362 # .S2 (X for an A register)\n\n\ndef enc_nop(n):\n assert 1 <= n <= 9\n return (n - 1) << 13\n\n\nDINT, RINT = 0x10004000, 0x10006000\n\n\ndef enc_shl(src, cst, dst, p=''):\n \"\"\"shl .S src,ucst5,dst\"\"\"\n ds, dn = reg(dst)\n ss, sn = reg(src)\n assert ss == ds and 0 <= cst < 32\n return pred(p) | dn << 23 | sn << 18 | cst << 13 | 0x32 << 6 | 0b1000 << 2 | ds << 1\n\n\ndef enc_dp(op, data, off, p=''):\n \"\"\"ld/st *+b14(ucst15) (byte offset, scaled), .D2\"\"\"\n ds, dn = reg(data)\n sc = D_SCALE[op]\n assert off % sc == 0 and 0 <= off // sc < 32768\n return pred(p) | dn << 23 | (off // sc) << 8 | 0 << 7 | D_OPS[op] << 4 | 0b11 << 2 | ds << 1\n\n\ndef enc_extu(src, csta, cstb, dst, p=''):\n \"\"\"extu .S src,csta,cstb,dst (field form, bits 7-6 = 00).\"\"\"\n ds, dn = reg(dst)\n ss, sn = reg(src)\n assert ss == ds\n return pred(p) | dn << 23 | sn << 18 | csta << 13 | cstb << 8 | 0b00 << 6 | 0b0010 << 2 | ds << 1\n\n\ndef enc_addaw(src2, src1, dst, p=''):\n \"\"\"addaw .D dst = src2 + src1*4 (src1 register or ucst5).\"\"\"\n ds, dn = reg(dst)\n s2s, s2n = reg(src2)\n assert s2s == ds\n if isinstance(src1, int):\n return pred(p) | dn << 23 | s2n << 18 | (src1 & 31) << 13 | 0x3A << 7 | 0b10000 << 2 | ds << 1\n s1s, s1n = reg(src1)\n return pred(p) | dn << 23 | s2n << 18 | s1n << 13 | 0x38 << 7 | 0b10000 << 2 | ds << 1\n\n\nclass Asm:\n def __init__(self, base):\n self.base, self.items, self.labels = base, [], {}\n\n def label(self, name):\n self.items.append(('label', name))\n\n def org(self, addr):\n \"\"\"continue at addr (a new block; the caller branches there)\"\"\"\n self.items.append(('org', addr))\n\n def op(self, mn, *a, p=''):\n self.items.append(('op', (mn, a, p)))\n\n def word(self, w):\n self.items.append(('word', w))\n\n def _enc(self, at, mn, a, p):\n if mn == 'mvk':\n return enc_mvk(0, a[0], a[1], p)\n if mn == 'mvkh':\n return enc_mvk(1, a[0], a[1], p)\n if mn == 'mvkl32': # helper: emitted as two words by assemble()\n raise AssertionError\n if mn in L_OPS:\n return enc_l(mn, a[0], a[1], a[2], p)\n if mn in D_OPS:\n return enc_d(mn, a[0], a[1], a[2], p)\n if mn == 'b':\n t = a[0]\n if isinstance(t, str) and t[0] in 'ab' and t[1:].isdigit():\n return enc_b_reg(t, p)\n t = self.labels[t] if isinstance(t, str) else t\n return enc_b_imm(at, t, a[1] if len(a) > 1 else 0, p)\n if mn == 'nop':\n return enc_nop(a[0] if a else 1)\n if mn == 'dint':\n return DINT\n if mn == 'rint':\n return RINT\n if mn == 'extu':\n return enc_extu(a[0], a[1], a[2], a[3], p)\n if mn == 'addaw':\n return enc_addaw(a[0], a[1], a[2], p)\n if mn == 'shl':\n return enc_shl(a[0], a[1], a[2], p)\n if mn == 'lddp': # ldbu/ldw/... *+b14(off)\n return enc_dp(a[0], a[1], a[2], p)\n if mn == 'mv':\n return enc_l('add', 0, a[0], a[1], p)\n raise KeyError(mn)\n\n def assemble(self):\n \"\"\"-> [(addr, word)]\"\"\"\n out = []\n for final in (False, True):\n pc, out = self.base, []\n for kind, arg in self.items:\n if kind == 'label':\n self.labels[arg] = pc\n continue\n if kind == 'org':\n pc = arg\n continue\n if kind == 'word':\n out.append((pc, arg))\n pc += 4\n continue\n mn, a, p = arg\n if mn == 'const': # mvk + mvkh of a 32-bit value\n v = self.labels.get(a[0], a[0]) if isinstance(a[0], str) else a[0]\n out.append((pc, enc_mvk(0, v if final or not isinstance(a[0], str) else 0, a[1], p)))\n out.append((pc + 4, enc_mvk(1, v if final or not isinstance(a[0], str) else 0, a[1], p)))\n pc += 8\n continue\n try:\n w = self._enc(pc, mn, a, p)\n except KeyError:\n if final:\n raise\n w = 0\n out.append((pc, w))\n pc += 4\n return out\n\n\ndef selftest():\n ref = [\n (enc_d('ldw', 'a4', 'a3', 0), 0x020c0264),\n (enc_d('stw', 'a3', 'a5', 0), 0x01940274),\n (enc_d('sth', 'a4', 'a3', 2), 0x020c2254),\n (enc_d('ldh', 'a4', 'a3', 6), 0x020c6244),\n (enc_d('ldhu', 'a4', 'a3', 0), 0x020c0204),\n (enc_l('cmpeq', 1, 'a4', 'a0'), 0x00102a58),\n (enc_l('or', 0, 'a4', 'a0'), 0x00100fd8),\n (enc_l('add', 'b10', 'b4', 'b6'), 0x0311407b & ~1),\n (enc_l('cmplt', 0, 'b4', 'b0'), 0x00100adb & ~1),\n (enc_l('cmpgt', 'a3', 'a10', 'a0'), 0x002868f8),\n (enc_l('sub', 'a3', 'a4', 'a10'), 0x051060f8),\n (enc_l('add', 'a4', 'a3', 'a3'), 0x018c8078),\n (enc_mvk(0, -7576, 'b4'), 0x0271342a),\n (enc_mvk(1, 0x1182e268, 'b4'), 0x0208c16a),\n (enc_b_reg('b4'), 0x00100362),\n (enc_addaw('a4', 'a6', 'a3'), 0x0190dc41 & ~1),\n (enc_nop(5), 0x00008000),\n (enc_shl('a14', 3, 'a8'), 0x04386ca1 & ~1),\n (enc_dp('ldbu', 'b6', 969), 0x0303c91e),\n ]\n bad = [(hex(a), hex(b)) for a, b in ref if a != b]\n assert not bad, bad\n return True\n\n\nif __name__ == '__main__':\n print('selftest', selftest())\n","mods/cdj900nxs/credit.py":"# SPDX-License-Identifier: GPL-2.0-or-later\n\"\"\"The mods' credit on the CDJ-900NXS 1.31 boot screen: \"Pionaarr Mods\"\nand the release (RELEASE, e.g. \"Pionaarr Mods 1.8.1\") where the splash\nshows \"Ver 1.31\". Our own; mods/patch_cdj900nxs.py\napplies it as `credit` (the patcher ticks it at the start).\n\nThe splash's text is made by 0x08BDCC14: a 50-byte buffer gets strcpy\n(0x08C28460) of the string the .data word at RAM 0x1110766C points to\n(image 0x08C6D22C, \"Ver \" at 0xA80D12BC), then strcat (the same function)\nof the version the getter 0x08BE9A8C returns (\"1.31\" at 0xA8000740), and is\nshown. The .data word now points at our text, and the function's own\nliteral of the getter (0x08BDCD8C, read only at 0x08BDCC34) at a stub that\nreturns an empty string, so nothing is added to it. The text's box (.data\n0x08C841E0: 139,363 - 619,385, right-aligned) is 8 lines taller, so the\ndescenders of p and y show. The getter itself and\neverything else that shows the version (the LINK screen's \"Ver %s\",\nUTILITY, the updater, the boot loader) are untouched.\"\"\"\nimport struct\n\nVERSION = '1.1.0' # Semantic Versioning: MAJOR.MINOR.PATCH\nRELEASE = '1.9.3' # the Pionaarr Mods release, ALWAYS the latest: the website's generator\n # (tools/make_builder_data.py) writes its version here\n\nBASE = 0x08000000\nDATA_WORD = 0x08C6D22C # .data: the splash's \"Ver \" pointer (RAM 0x1110766C)\nDATA_VER = 0xA80D12BC # \"Ver \"\nGETTER_LIT = 0x08BDCD8C # the splash function's literal of the version getter\nGETTER = 0x08BE9A8C\nTEXT = 'Pionaarr Mods ' + RELEASE\nCREDIT = 0x08FCF900 # between beatjump's 0x08FCF400..0x08FCF814 and cuecolours' 0x08FCFA00\nCREDIT_LEN = 0x40\nSTUB = CREDIT + 0x20 # mov.l @(4,pc),r0; rts; nop; nop; .long the text's final NUL\nBOX = 0x08C841E0 # .data: the splash text's box, x1 y1 x2 y2 (16 bits each)\nBOX_STOCK = (139, 363, 619, 385)\nBOX_NEW = (139, 363, 619, 393) # \"Ver 1.31\" has no descender; p and y need 8 more lines\n\n\ndef area():\n \"\"\"The credit area's bytes: the text, then the stub returning \"\".\"\"\"\n text = TEXT.encode('ascii') + b'\\0' # the splash takes bytes as Latin-1: no UTF-8\n # the splash's buffer is 50 bytes, its UTF-16 copy 100\n assert len(text) <= STUB - CREDIT and len(text) <= 50\n empty = CREDIT + len(text) - 1\n stub = struct.pack('<4HI', 0xD001, 0x000B, 0x0009, 0x0009, empty | 0xA0000000)\n return text.ljust(STUB - CREDIT, b'\\0') + stub\n\n\ndef patch(app, stock):\n \"\"\"The application with the credit; `stock` is the unmodified 1.31\n application, which every replaced byte is checked against.\"\"\"\n out = bytearray(app)\n end = CREDIT + CREDIT_LEN - BASE\n if len(out) < end:\n out += bytes(end - len(out))\n if any(out[CREDIT - BASE:end]):\n raise SystemExit('patch_cdj900nxs: credit: its area 0x%08x.. is not free' % CREDIT)\n\n def put(addr, before, after):\n off = addr - BASE\n if stock[off:off + 4] != struct.pack(' the 44-byte resource records\nTRI_ID = 0xC5 # the red memory-cue triangle, 16 x 5, RGB565\nTRI_PIXELS = 0x0815A1B0 # its pixels in the image\nTRI_RED = 0xF800\nMEMLIST = 0x0B7BE8D4 # the UI's memory list, 10 x 0x24\nOV_RECS = 0x0B800D9C # the overview's marker records, 12 bytes\nMK_RECS = 0x0B801258 # the marker records they come from, 16 bytes\nMK_RECORDS = 101\nMKCOPY_LIT = 0x08BC6BF8 # the waveform preparer's literal for memcpy, which fills MK_RECS\nMEMCPY = 0x08C279C4\nHOT_DEFAULT = 0x07E0 # a hot cue without a colour: green, as rekordbox's default\n\n# rekordbox's eight memory-cue colours (ids 1-8), as the player itself draws\n# them: the track-colour dots of the browser, resources 0x14, 0x16, 0x13,\n# 0x18, 0x12, 0x0F, 0x11 and 0x15 (RGB565 there).\nMEMORY_RGB565 = [\n 0xFA55, # 1 pink\n 0xF800, # 2 red\n 0xFC20, # 3 orange\n 0xFFE0, # 4 yellow\n 0x07E0, # 5 green\n 0x079F, # 6 aqua\n 0x22FF, # 7 blue\n 0x881F, # 8 purple\n]\n\n# hot cue letters A-H, 5 x 7, for the overview's bigger marker (bit 7 = left)\nLETTERS5 = [\n ['01110', '10001', '10001', '11111', '10001', '10001', '10001'],\n ['11110', '10001', '10001', '11110', '10001', '10001', '11110'],\n ['01110', '10001', '10000', '10000', '10000', '10001', '01110'],\n ['11110', '10001', '10001', '10001', '10001', '10001', '11110'],\n ['11111', '10000', '10000', '11110', '10000', '10000', '11111'],\n ['11111', '10000', '10000', '11110', '10000', '10000', '10000'],\n ['01110', '10001', '10000', '10111', '10001', '10001', '01111'],\n ['10001', '10001', '10001', '11111', '10001', '10001', '10001'],\n]\n\n# hot cue letters A-H, 3 x 5, rows top down: drawn black into a 9 x 5 marker\nLETTERS = ['010101111101101', '110101110101110', '011100100100011', '110101101101110',\n '111100110100111', '111100110100100', '011100101101011', '101101111101101']\n\n# data after the code (zero in the image)\nDATA = 0x08FD0000 # after the code (checked in patch())\nHOT_TABLE = DATA # 8 x 8: +0 time 1/150 s (-1 none), +4 RGB565, +6 hot cue number;\n # entry 0's +7 counts the loads (cue_get)\nSLOTS = 18 # triangles: memory list index 0-9, hot cues 10-17\nTRI_BUF = DATA + 0x40 # SLOTS x 160 bytes\nHOTBOX_W, HOTBOX_H = 16, 9 # the overview's hot cue marker: 11 x 9, then transparent; the\nHOTBOX_SIZE = 288 # blitter wants lines of a multiple of 16 bytes, as all the firmware's\nHOTBOX = (TRI_BUF + SLOTS * 160 + 31) & ~31 # 8 x HOTBOX_SIZE\nFAKE_RECS = HOTBOX + 8 * HOTBOX_SIZE # one 44-byte record, the detail waveform's\nDATA_END = FAKE_RECS + 44\nassert DATA_END <= CC_END\n\n\ndef rgb565(r, g, b):\n return (r & 0xF8) << 8 | (g & 0xFC) << 3 | b >> 3\n\n\nSOURCE = r'''\n; ---- cue_get: dbcl_GetUsbSdCueInfo(r4 connection, r5 track, r6 reply) plus colours\ncue_get:\n mov.l r8,@-r15\n mov.l r9,@-r15\n mov.l r10,@-r15\n mov.l r11,@-r15\n mov.l r12,@-r15\n mov.l r13,@-r15\n mov.l r14,@-r15\n sts.l pr,@-r15\n add #-20,r15 ; +0 wait's slot, +4/+8 message, +12 block, +16 size\n mov r4,r8\n mov r5,r9\n mov r6,r10\n mov.l K_cueinfo,r1\n jsr @r1\n nop\n mov r0,r12 ; the stock result, returned as it is\n mov.l K_hot,r1 ; no hot cues known\n mov #8,r2\n mov #-1,r3\ncg_clear:\n mov.l r3,@r1\n dt r2\n bf/s cg_clear\n add #8,r1\n mov.l K_hot,r1 ; one more load: entry 0's spare byte counts\n mov.b @(7,r1),r0 ; them (hotcuekeys reloads its slots on it)\n add #1,r0\n mov.b r0,@(7,r1)\n cmp/pl r12\n bf cg_early\n mov.l @r8,r11 ; the connection's socket side\n tst r11,r11\n bt cg_early\n mov.l K_check,r1\n jsr @r1\n mov r11,r4\n tst r0,r0\n bt cg_early\n mov.l K_alloc,r1\n jsr @r1\n mov #72,r4\n tst r0,r0\n bt cg_early\n mov.l r0,@(4,r15)\n mov.l r0,@(8,r15)\n mov #0,r1\n mov.l r1,@r15\n mov.l r1,@(12,r15)\n mov.l r1,@(16,r15)\n mov r8,r4\n mov r0,r5\n mov.l K_type,r6\n mov.l K_init,r1\n jsr @r1\n mov #8,r7 ; as dbcl_GetUsbSdCueInfo\n mov.l @(4,r15),r2\n mov.l r9,@(24,r2) ; the track\n mov #0,r1\n mov.l r1,@(28,r2)\n mov r11,r4\n mov.l @(8,r15),r5\n mov.l K_send,r1\n jsr @r1\n nop\n tst r0,r0\n bf cg_early\n mov r15,r1\n add #12,r1\n mov.l r1,@-r15 ; &block\n mov.l @(12,r15),r4 ; the message\n mov.l K_reply,r5\n mov r15,r6\n add #4,r6\n mov r15,r7\n mov.l K_wait,r1\n jsr @r1\n add #20,r7 ; &size\n add #4,r15\n mov.l @(12,r15),r13 ; the reply's entries\n tst r13,r13\n bt cg_early\n cmp/pz r0\n bf cg_free\n mov.l @(16,r15),r14\n add r13,r14 ; their end\n bra cg_entry\n nop\ncg_early:\n bra cg_out\n nop\ncg_entry:\n mov r13,r1\n add #16,r1\n cmp/hi r14,r1\n bt cg_free ; not even a header left\n mov.l @r13,r11 ; length\n mov #64,r1\n cmp/hs r1,r11\n bf cg_free\n mov r13,r1\n add r11,r1\n cmp/hi r14,r1\n bt cg_free ; runs past the end\n mov.l @(12,r13),r1 ; ms -> 1/150 s: ms * 3 / 20\n mov r1,r2\n add r1,r2\n add r1,r2\n mov.l K_div20,r1\n dmulu.l r1,r2\n sts mach,r9\n shlr2 r9\n shlr2 r9 ; r9 = time\n mov.b @(4,r13),r0\n extu.b r0,r6 ; r6 = hot cue number, 0 = memory cue\n tst r6,r6\n bf cg_hot\n mov #58,r0\n mov.b @(r0,r13),r0 ; colour id\n extu.b r0,r0\n tst r0,r0\n bt cg_next\n mov #8,r1\n cmp/hi r1,r0\n bt cg_next\n add r0,r0\n mov.l K_pal,r1\n add r1,r0\n mov.w @r0,r7\n bra cg_match\n extu.w r7,r7\ncg_hot:\n mov.l K_green,r7 ; no colour: rekordbox's default\n mov #82,r1 ; colour code, R, G, B, 2 bytes: 0x52 at least\n cmp/hs r1,r11\n bf cg_hstore\n mov #72,r0 ; the comment: its length in bytes at +0x48, text from +0x4A,\n mov.w @(r0,r13),r2 ; then 4 bytes, then colour code, R, G, B\n extu.w r2,r2 ; (the server's own entries: not checked against the length)\n add r13,r2\n add #78,r2\n mov.b @r2,r0 ; colour code; 0 = none\n tst r0,r0\n bt cg_hstore\n mov.b @(1,r2),r0 ; R\n extu.b r0,r7\n mov #-8,r0\n and r0,r7\n shll8 r7\n mov.b @(2,r2),r0 ; G\n extu.b r0,r0\n shlr2 r0\n shll2 r0\n shll r0\n shll2 r0\n or r0,r7\n mov.b @(3,r2),r0 ; B\n extu.b r0,r0\n shlr2 r0\n shlr r0\n or r0,r7\ncg_hstore:\n mov #9,r1 ; hot cues 1-8 into our table\n cmp/hs r1,r6\n bt cg_match\n mov r6,r1\n add #-1,r1\n shll2 r1\n shll r1\n mov.l K_hot,r2\n add r1,r2\n mov.l r9,@r2\n mov r7,r0\n mov.w r0,@(4,r2)\n mov r6,r0\n mov.b r0,@(6,r2)\ncg_match:\n ; mark the stock reply's entry with the same hot cue number and time\n mov.l @(24,r10),r1 ; entries\n tst r1,r1\n bt cg_next\n mov.l @(16,r10),r2\n mov.l @(20,r10),r3\n add r3,r2 ; memory + hot cue entries\n mov #16,r3\n cmp/hi r3,r2\n bf cg_m_ok\n mov r3,r2\ncg_m_ok:\n tst r2,r2\n bt cg_next\ncg_m:\n mov.b @(2,r1),r0\n extu.b r0,r0\n cmp/eq r6,r0\n bf cg_m_next\n mov.l @(12,r1),r0\n sub r9,r0 ; time difference, within one unit\n add #1,r0\n mov #2,r3\n cmp/hi r3,r0\n bt cg_m_next\n mov r7,r0\n mov.w r0,@(16,r1)\n mov r1,r3\n add #18,r3\n mov #1,r0\n mov.b r0,@r3\ncg_m_next:\n dt r2\n bf/s cg_m\n add #36,r1\ncg_next:\n bra cg_entry\n add r11,r13\ncg_free:\n mov.l @(12,r15),r4\n tst r4,r4\n bt cg_out\n mov.l K_free,r1\n jsr @r1\n nop\ncg_out:\n mov r12,r0\n add #20,r15\n lds.l @r15+,pr\n mov.l @r15+,r14\n mov.l @r15+,r13\n mov.l @r15+,r12\n mov.l @r15+,r11\n mov.l @r15+,r10\n mov.l @r15+,r9\n rts\n mov.l @r15+,r8\n\n .align 4\nK_alloc: .long 0x089A791E\nK_check: .long 0x089736F2\nK_cueinfo: .long CUEINFO\nK_div20: .long 0xCCCCCCCD\nK_free: .long 0x08A5EBC2\nK_green: .long HOT_DEFAULT\nK_hot: .long HOT_TABLE\nK_init: .long 0x08973C50\nK_pal: .long PALETTE\nK_reply: .long 0x00004E02\nK_send: .long 0x089738F0\nK_type: .long 0x00002B04\nK_wait: .long 0x08974198\n\n; ---- colour_for: r4 time (1/150 s), r5 tolerance -> r0 RGB565 or -1, r1 slot\ncolour_for:\n mov.l L_memlist,r1\n mov #0,r2 ; slot\ncf_loop:\n mov.l @r1,r0\n cmp/eq #-1,r0\n bt cf_hot\n mov #18,r0\n mov.b @(r0,r1),r0\n cmp/eq #1,r0\n bf cf_skip\n mov.l @(12,r1),r0\n sub r4,r0\n add r5,r0\n mov r5,r3\n add r5,r3\n cmp/hi r3,r0\n bt cf_skip\n mov.w @(16,r1),r0\n extu.w r0,r0\n rts\n mov r2,r1\ncf_skip:\n add #1,r2\n mov #10,r0\n cmp/hs r0,r2\n bf/s cf_loop\n add #36,r1\ncf_hot:\n mov.l L_hot,r1 ; then the hot cues: slots 10-17\n mov #10,r2\ncf_hloop:\n mov.l @r1,r0\n cmp/eq #-1,r0\n bt cf_hskip\n sub r4,r0\n add r5,r0\n mov r5,r3\n add r5,r3\n cmp/hi r3,r0\n bt cf_hskip\n mov.w @(4,r1),r0\n extu.w r0,r0\n rts\n mov r2,r1\ncf_hskip:\n add #1,r2\n mov #18,r0\n cmp/hs r0,r2\n bf/s cf_hloop\n add #8,r1\n rts\n mov #-1,r0\n\n; ---- make_tri: r4 slot, r5 RGB565 -> r0 its triangle (uncached address)\nmake_tri:\n mov r4,r0\n shll2 r0\n add r4,r0\n shll2 r0\n shll2 r0\n shll r0 ; slot * 160\n mov.l L_tribuf,r1\n add r0,r1 ; destination, through P2\n mov r1,r6\n mov #10,r0\n cmp/hs r0,r4\n bt mt_box\n mov.l L_tripix,r2\n mov.l L_red,r3\n mov #80,r7\nmt_loop:\n mov.w @r2+,r0\n extu.w r0,r0\n cmp/eq r3,r0\n bf mt_keep\n mov r5,r0\nmt_keep:\n mov.w r0,@r1\n dt r7\n bf/s mt_loop\n add #2,r1\n rts\n mov r6,r0\nmt_box:\n mov r4,r0 ; the letter, left-aligned in a word\n add #-10,r0\n shll2 r0\n mov.l L_font,r2\n mov.l @(r0,r2),r3\n mov.l L_key,r2 ; transparent\n mov #5,r7\nmb_row:\n mov #0,r4\nmb_col:\n mov #9,r0\n cmp/hs r0,r4\n bt mb_t ; past the marker\n mov #3,r0\n cmp/hs r0,r4\n bf mb_c\n mov #6,r0\n cmp/hs r0,r4\n bt mb_c\n shll r3 ; the letter's next pixel into T\n bf mb_c\n bra mb_st\n mov #0,r0 ; black\nmb_c:\n bra mb_st\n mov r5,r0\nmb_t:\n mov r2,r0\nmb_st:\n mov.w r0,@r1\n add #2,r1\n add #1,r4\n mov #16,r0\n cmp/hs r0,r4\n bf mb_col\n dt r7\n bf mb_row\n rts\n mov r6,r0\n\n; ---- mk_copy: memcpy(r4, r5, r6) for the waveform preparer; filling the\n; marker records, it adds the hot cues to them as memory-cue markers.\nmk_copy:\n mov.l r8,@-r15\n sts.l pr,@-r15\n mov r4,r8\n mov.l L_memcpy,r1\n jsr @r1\n nop\n mov.l L_mkrecs,r1\n cmp/eq r1,r8\n bf mk_out\n mov.l r0,@-r15 ; memcpy's result\n mov r8,r1\n mov #101,r2\n mov #-1,r3\n extu.b r3,r3 ; 0xff ends the list\nmk_find:\n mov.l @r1,r0\n cmp/eq r3,r0\n bt mk_add\n dt r2\n bf/s mk_find\n add #16,r1\n bra mk_done\n nop\nmk_add:\n mov.l L_hot,r3\n mov #8,r7\nmk_h:\n mov.l @r3,r0 ; time\n cmp/eq #-1,r0\n bt mk_hn\n tst r2,r2\n bt mk_done ; the list is full\n mov.l r0,@(8,r1)\n mov #0,r0\n mov.l r0,@r1 ; a memory cue\n mov.l r0,@(4,r1)\n mov #-1,r0\n mov.l r0,@(12,r1)\n add #16,r1\n add #-1,r2\nmk_hn:\n dt r7\n bf/s mk_h\n add #8,r3\nmk_done:\n mov.l @r15+,r0\nmk_out:\n lds.l @r15+,pr\n rts\n mov.l @r15+,r8\n\n; ---- det_res: the resource resolver, for the detail waveform (r9 = its column).\n; Every 0xC5 it is asked for becomes a 16 x 8 marker of ours, as the renderer\n; (patched) copies 11 x 8: a memory cue's triangle in rows 3-7 (coloured, or\n; the stock red one), a hot cue's box with its letter in rows 0-7.\ndet_res:\n mov.l L_resolve,r1\n mov.l L_triid,r0\n cmp/eq r0,r4\n bt dr_mine\n jmp @r1\n nop\ndr_mine:\n mov.l r8,@-r15\n mov.l r9,@-r15\n mov.l r10,@-r15\n mov.l r11,@-r15\n sts.l pr,@-r15\n mov r9,r8\n jsr @r1\n nop\n mov r0,r10 ; the record\n tst r10,r10\n bt dr_out\n mov r8,r4\n bsr colour_for\n mov #16,r5 ; zoomed out, a column stands for up to 16\n mov r1,r9 ; slot\n cmp/eq #-1,r0\n bt dr_plain\n mov r0,r5\n mov r9,r4\n mov #10,r2\n cmp/hs r2,r4\n bt dr_hot\n bsr make_tri\n nop\n mov #3,r11 ; triangle: rows 3-7\n bra dr_copy\n mov #5,r6\ndr_hot:\n bsr make_hotbox\n nop\n mov #0,r11 ; box: rows 0-7\n bra dr_copy\n mov #8,r6\ndr_plain:\n mov #18,r9 ; no colour: the stock triangle\n mov.l L_tripix,r0\n mov #3,r11\n mov #5,r6\ndr_copy:\n mov r0,r3 ; source, 16 pixels a line\n mov.l L_detbuf,r2\n mov r9,r0\n shll8 r0\n add r0,r2\n mov r2,r8 ; this slot's 16 x 8\n mov.l L_key,r0\n mov #64,r7\n shll r7\n mov r2,r1\ndr_fill:\n mov.w r0,@r1\n dt r7\n bf/s dr_fill\n add #2,r1\n mov r11,r0\n shll2 r0\n shll2 r0\n shll r0\n add r0,r2\ndr_row:\n mov #16,r7\ndr_px:\n mov.w @r3+,r0\n mov.w r0,@r2\n dt r7\n bf/s dr_px\n add #2,r2\n dt r6\n bf dr_row\n mov.l L_fake,r2 ; the record, with our size and pixels\n mov r10,r3\n mov #11,r4\ndr_rec:\n mov.l @r3+,r1\n mov.l r1,@r2\n dt r4\n bf/s dr_rec\n add #4,r2\n add #-44,r2\n mov.l L_detsize,r1\n mov.l r1,@(4,r2)\n mov.l r8,@(12,r2)\n mov r2,r10\ndr_out:\n mov r10,r0\n lds.l @r15+,pr\n mov.l @r15+,r11\n mov.l @r15+,r10\n mov.l @r15+,r9\n rts\n mov.l @r15+,r8\n\n; ---- ov_draw: draw_bitmap(r4, r5 x, r6 y, r7 resource) for the overview (r13 = its record)\nov_draw:\n mov.l L_draw,r1\n mov.l L_triid,r0\n cmp/eq r0,r7\n bt od_mine\n jmp @r1\n nop\nod_mine:\n mov.l r13,@-r15\n mov.l r8,@-r15\n mov.l r9,@-r15\n mov.l r10,@-r15\n mov.l r11,@-r15\n mov.l r12,@-r15\n mov.l r14,@-r15\n sts.l pr,@-r15\n mov r4,r8\n mov r5,r9\n mov r6,r10\n mov r7,r11\n mov.l L_ovrecs,r1 ; which record: 12 bytes each, 16 in the other list\n mov r13,r2\n sub r1,r2\n mov #0,r3\n mov #101,r4\nod_idx:\n cmp/pl r2\n bf od_found\n add #-12,r2\n dt r4\n bf/s od_idx\n add #16,r3\n bra od_plain\n nop\nod_found:\n tst r2,r2\n bf od_plain ; not on a record\n mov.l L_mkrecs,r1\n add r3,r1\n mov.l @(8,r1),r4\n bsr colour_for\n mov #0,r5\n cmp/eq #-1,r0\n bt od_plain\n mov r1,r4\n mov #10,r2\n cmp/hs r2,r4\n bt od_hot\n bsr make_tri\n mov r0,r5\n mov.l L_trisize,r13 ; 16 x 5, the triangle's own size\n bra od_pix\n nop\nod_hot:\n bsr make_hotbox ; a hot cue: the bigger box\n mov r0,r5\n mov.l L_boxsize,r13\nod_pix:\n mov.l L_restab,r1 ; the triangle's record\n mov.l @r1,r12\n mov.l L_trirec,r1\n add r1,r12\n mov.l @(32,r12),r14 ; its pixel offset and size, put back below\n mov.l @(4,r12),r1\n mov.l r13,@(4,r12)\n mov r1,r13\n mov.l L_p0mask,r1 ; the blitter gets the plain address\n and r1,r0\n mov.l L_imgbase,r1\n sub r1,r0\n mov.l r0,@(32,r12)\n mov r8,r4\n mov r9,r5\n mov r10,r6\n mov.l L_draw,r1\n jsr @r1\n mov r11,r7\n mov.l r13,@(4,r12)\n bra od_out\n mov.l r14,@(32,r12)\nod_plain:\n mov r8,r4\n mov r9,r5\n mov r10,r6\n mov.l L_draw,r1\n jsr @r1\n mov r11,r7\nod_out:\n lds.l @r15+,pr\n mov.l @r15+,r14\n mov.l @r15+,r12\n mov.l @r15+,r11\n mov.l @r15+,r10\n mov.l @r15+,r9\n mov.l @r15+,r8\n rts\n mov.l @r15+,r13\n\n .align 4\nL_cueinfo: .long CUEINFO\nL_check: .long 0x089736F2\nL_alloc: .long 0x089A791E\nL_init: .long 0x08973C50\nL_send: .long 0x089738F0\nL_wait: .long 0x08974198\nL_free: .long 0x08A5EBC2\nL_type: .long 0x00002B04\nL_reply: .long 0x00004E02\nL_div20: .long 0xCCCCCCCD\nL_hot: .long HOT_TABLE\nL_memlist: .long MEMLIST\nL_tribuf: .long TRI_BUF_P2\nL_tripix: .long TRI_PIXELS\nL_red: .long TRI_RED\nL_resolve: .long RESOLVE\nL_draw: .long DRAW\nL_triid: .long TRI_ID\nL_fake: .long FAKE_RECS\nL_detbuf: .long DET_BUF\nL_detsize: .long 0x00080010\nL_ovrecs: .long OV_RECS\nL_mkrecs: .long MK_RECS\nL_restab: .long RES_TABLE_PTR\nL_trirec: .long TRI_REC_OFF\nL_imgbase: .long 0x08100000\nL_p0mask: .long 0x1FFFFFFF\nL_pal: .long PALETTE\nL_green: .long HOT_DEFAULT\nL_font: .long FONT\nL_key: .long 0xF81F\nL_memcpy: .long MEMCPY\nL_trisize: .long 0x00050010\nL_boxsize: .long BOXSIZE\n\n; ---- make_hotbox: r4 slot (10-17), r5 RGB565 -> r0 the overview's hot cue\n; marker, 11 x 9 in its colour with the letter in black (uncached address)\nmake_hotbox:\n mov.l r8,@-r15\n mov.l r9,@-r15\n mov r4,r6\n add #-10,r6 ; 0 = A\n mov r6,r1 ; HOTBOX_SIZE (288) * index\n shll8 r1\n mov r6,r2\n shll2 r2\n shll2 r2\n shll r2\n add r2,r1\n mov.l M_hotbox,r2\n add r2,r1\n mov r1,r9 ; returned\n mov r6,r2 ; its letter: 7 bytes from FONT5 + 7 * index\n shll2 r2\n shll r2\n sub r6,r2\n mov.l M_font5,r3\n add r2,r3\n mov.l M_key,r2\n mov #0,r6 ; row\nhb_row:\n mov #0,r4 ; the letter's bits in this row\n mov r6,r0\n cmp/eq #0,r0\n bt hb_cols\n cmp/eq #8,r0\n bt hb_cols\n add #-1,r0\n mov.b @(r0,r3),r4\n extu.b r4,r4\nhb_cols:\n mov #0,r8 ; column\nhb_col:\n mov #11,r0\n cmp/hs r0,r8\n bt hb_t\n mov #3,r0\n cmp/hs r0,r8\n bf hb_c\n mov #8,r0\n cmp/hs r0,r8\n bt hb_c\n mov r4,r0\n tst #128,r0\n bt/s hb_c\n shll r4\n bra hb_st\n mov #0,r0 ; black\nhb_c:\n bra hb_st\n mov r5,r0\nhb_t:\n mov r2,r0\nhb_st:\n mov.w r0,@r1\n add #2,r1\n add #1,r8\n mov #16,r0\n cmp/hs r0,r8\n bf hb_col\n add #1,r6\n mov #9,r0\n cmp/hs r0,r6\n bf hb_row\n mov r9,r0\n mov.l @r15+,r9\n rts\n mov.l @r15+,r8\n\n .align 4\nM_hotbox: .long HOTBOX_P2\nM_font5: .long FONT5\nM_key: .long 0xF81F\nFONT:\n'''\n\n\ndef routine():\n \"\"\"The code at CC_BASE, the memory-cue palette after it, and the labels.\"\"\"\n syms = {\n 'CUEINFO': CUEINFO, 'RESOLVE': RESOLVE, 'DRAW': DRAW, 'HOT_TABLE': HOT_TABLE,\n 'MEMLIST': MEMLIST, 'TRI_BUF_P2': TRI_BUF | 0xA0000000, 'TRI_PIXELS': TRI_PIXELS,\n 'TRI_RED': TRI_RED, 'TRI_ID': TRI_ID, 'FAKE_RECS': FAKE_RECS, 'OV_RECS': OV_RECS,\n 'MK_RECS': MK_RECS, 'RES_TABLE_PTR': RES_TABLE_PTR, 'TRI_REC_OFF': TRI_ID * 44,\n 'HOT_DEFAULT': HOT_DEFAULT, 'MEMCPY': MEMCPY, 'HOTBOX_P2': HOTBOX | 0xA0000000,\n 'BOXSIZE': HOTBOX_W | HOTBOX_H << 16, 'DET_BUF': DET_BUF,\n }\n font = b''.join(struct.pack(' r0 the named cue to show (CN_TABLE entry) or 0; r1-r7 used\ncn_pick:\n mov.l P_hot,r6\n mov.b @(7,r6),r0 ; the table is this load's?\n mov.l P_load,r1\n mov.b @r1,r1\n cmp/eq r1,r0\n bf pk_none\n mov.l P_count,r1\n mov.l @r1,r3\n tst r3,r3\n bt pk_none\n mov.l P_pos,r1\n mov.l @r1,r4\n mov.l P_behind,r1\n sub r1,r4 ; from a second behind\n mov.l P_table,r2\n mov #0,r0 ; best so far\npk_loop:\n mov.l @r2,r1 ; ms\n cmp/ge r4,r1\n bf pk_next ; behind\n mov.l @(8,r2),r5 ; a hot cue still where it was?\n tst r5,r5\n bt pk_ok\n mov #9,r7\n cmp/hs r7,r5\n bt pk_next\n add #-1,r5\n shll2 r5\n shll r5\n add r6,r5\n mov.l @r5,r5 ; HOT_TABLE's time, 1/150 s\n mov.l @(4,r2),r7\n sub r7,r5\n add #1,r5\n mov #2,r7\n cmp/hi r7,r5\n bt pk_next\npk_ok:\n tst r0,r0\n bt pk_take\n mov.l @r0,r7\n cmp/ge r7,r1\n bt pk_next ; not nearer\npk_take:\n mov r2,r0\npk_next:\n dt r3\n bf/s pk_loop\n add #64,r2\n rts\n nop\npk_none:\n rts\n mov #0,r0\n\n; ---- cn_draw: the text widget's draw method (r4 renderer, r5 widget)\ncn_draw:\n mov.l r8,@-r15\n mov.l r9,@-r15\n mov.l r10,@-r15\n mov.l r11,@-r15\n sts.l pr,@-r15\n mov r4,r8\n mov r5,r9\n mov.l @(4,r5),r1 ; the title?\n mov.l D_title,r2\n cmp/eq r2,r1\n bf dr_plain\n mov.l D_depth,r1 ; BROWSE closed?\n mov.b @r1,r1\n tst r1,r1\n bf dr_plain\n mov.l @(40,r9),r1 ; the title white? (dimmed behind a popup, as MENU's: no name)\n mov #-1,r2\n cmp/eq r2,r1\n bf dr_plain\n bsr cn_pick\n nop\n tst r0,r0\n bt dr_plain\n mov r0,r10 ; the cue\n mov.l D_label,r2 ; the label: \"A \" for a hot cue, then the name\n mov.l @(8,r10),r1\n tst r1,r1\n bt dr_name\n add #64,r1 ; 'A' - 1 + number\n mov r1,r0\n mov.w r0,@r2\n mov #32,r0\n mov.w r0,@(2,r2)\n add #4,r2\ndr_name:\n mov r10,r1\n add #16,r1\ndr_ncopy:\n mov.w @r1+,r0\n mov.w r0,@r2\n tst r0,r0\n bf/s dr_ncopy\n add #2,r2\n mov.l @(28,r9),r11 ; the title, narrowed\n mov r11,r1\n mov.l D_hmask,r2\n and r2,r1\n mov.l D_tw,r2\n or r2,r1\n mov.l r1,@(28,r9)\n mov r8,r4\n mov r9,r5\n mov.l D_next,r1\n jsr @r1\n nop\n mov.l r11,@(28,r9)\n mov.l D_clone,r2 ; the copy: our place, text, colour\n mov r9,r1\n mov #24,r3\ndr_clone:\n mov.l @r1+,r0\n mov.l r0,@r2\n dt r3\n bf/s dr_clone\n add #4,r2\n mov.l D_clone,r5\n mov.l @(24,r9),r1 ; y stays, x ours\n mov.l D_hmask,r2\n and r2,r1\n mov.l D_lx,r2\n or r2,r1\n mov.l r1,@(24,r5)\n mov r11,r1\n mov.l D_hmask,r2\n and r2,r1\n mov.l D_lw,r2\n or r2,r1\n mov.l r1,@(28,r5)\n mov.l @(12,r10),r1\n mov.l r1,@(40,r5)\n mov.l D_label,r1\n mov.l r1,@(52,r5)\n mov r8,r4\n mov.l D_next,r1\n jsr @r1\n nop\n bra dr_out\n nop\ndr_plain:\n mov r8,r4\n mov r9,r5\n mov.l D_next,r1\n jsr @r1\n nop\ndr_out:\n lds.l @r15+,pr\n mov.l @r15+,r11\n mov.l @r15+,r10\n mov.l @r15+,r9\n rts\n mov.l @r15+,r8\n\n .align 4\nP_behind: .long BEHIND_MS\nP_count: .long CN_COUNT\nP_hot: .long HOT_TABLE\nP_load: .long CN_LOAD\nP_pos: .long POS_MS\nP_table: .long CN_TABLE\nD_clone: .long CN_CLONE\nD_depth: .long BROWSE_DEPTH\nD_hmask: .long 0xFFFF0000\nD_label: .long CN_LABEL\nD_lw: .long LABEL_W\nD_lx: .long LABEL_X\nD_next: .long NEXT_DRAW\nD_title: .long TITLE_ID\nD_tw: .long TITLE_W\nMEMORY_TAB:\n'''\n\n\ndef routine(next_draw):\n src = SOURCE + ''.join(' .long 0x%08X\\n' % c for c in MEMORY_ABGR)\n return sh4asm.assemble(src, CN_CODE, {\n 'CN_COUNT': CN_COUNT, 'CN_LOAD': CN_LOAD, 'CN_TABLE': CN_TABLE, 'CN_LABEL': CN_LABEL,\n 'CN_CLONE': CN_CLONE, 'CN_MAX': CN_MAX, 'CN_NAME': CN_NAME, 'FREE': FREE,\n 'HOT_TABLE': HOT_TABLE, 'POS_MS': POS_MS, 'BROWSE_DEPTH': BROWSE_DEPTH,\n 'TITLE_ID': TITLE_ID, 'TITLE_W': TITLE_W, 'LABEL_X': LABEL_X, 'LABEL_W': LABEL_W,\n 'BEHIND_MS': BEHIND_MS, 'NO_COLOUR': NO_COLOUR, 'NEXT_DRAW': next_draw})\n\n\ndef patch(app, stock):\n \"\"\"The application with CUE NAMES added (after cuecolours and, if chosen,\n keynotation); `stock` is the unmodified 1.31 application.\"\"\"\n out = bytearray(app)\n word = lambda a: struct.unpack_from(' 0xC00487A4)\nTRAMP_TARGET = 0xC00487A4\nMB = 0x1183E000\nDP = 0x11806900\nHEADS = 0x1182E0E0\nLINKS = 0xC1F38B90\nPLAY_HEAD_DP = 969 # byte: the playing head's index\nMARGIN = 750 # slots (10 s) a forward jump leaves decoded ahead (2 s: EMERGENCY LOOP\n # after rapid 8-beat jumps, emulator too; 5 s was fine there)\nBLOCKS = ((0xC0000040, 0xC0000080), (0xC00000A0, 0xC0000100), (0xC0000120, 0xC00001E0))\nFREE_PACKETS = (struct.pack('<8I', *([0x0c6e0c6e] * 7 + [0xefe00000])), # compact nops only\n struct.pack('<8I', *([0x0c6e0c6e] * 6 + [0, 0xe7e00000])))\n\n\ndef code():\n \"\"\"[(addr, word)] of dj_poll.\"\"\"\n a = c6asm.Asm(BLOCKS[0][0])\n o = a.op\n # block 1: the mailbox; e = heads + 30 * h\n o('const', MB, 'a3')\n o('ldw', 'a4', 'a3', 0)\n o('nop', 4)\n o('cmpeq', 1, 'a4', 'a1')\n o('b', 'tail', p='!a1')\n o('nop', 5)\n o('ldw', 'b4', 'a3', 4) # n\n o('lddp', 'ldbu', 'b5', PLAY_HEAD_DP) # h\n o('nop', 4)\n o('shl', 'b5', 5, 'b6')\n o('shl', 'b5', 1, 'b7')\n o('sub', 'b6', 'b7', 'b6') # 30 h\n o('b', 'blk2')\n o('nop', 5)\n # block 2: the head's fields, the direction\n a.org(BLOCKS[1][0])\n a.label('blk2')\n o('const', HEADS, 'b8')\n o('add', 'b8', 'b6', 'b6') # e\n o('ldhu', 'a5', 'b6', 2) # cur\n o('ldh', 'a6', 'b6', 6) # behind\n o('ldh', 'a7', 'b6', 8) # ahead\n o('nop', 4)\n o('stw', 'a5', 'a3', 16)\n o('stw', 'a6', 'a3', 24)\n o('stw', 'a7', 'a3', 28)\n o('mvk', 2, 'a9') # refused unless done\n o('const', LINKS, 'a4')\n o('cmplt', 0, 'b4', 'b0') # n > 0\n o('b', 'fwd', p='b0')\n o('nop', 5)\n o('cmpgt', 0, 'b4', 'b1') # n < 0\n o('b', 'ok', p='!b1') # n = 0\n o('nop', 5)\n o('sub', 0, 'b4', 'b2') # m = -n\n o('mv', 'b2', 'a8')\n o('sub', 'a6', 'a8', 'a8') # behind - m\n o('b', 'blk3')\n o('nop', 5)\n # block 3: the walk\n a.org(BLOCKS[2][0])\n a.label('blk3')\n o('cmplt', 0, 'a8', 'a1') # at least one slot left behind\n o('b', 'done', p='!a1')\n o('nop', 5)\n a.label('loopb')\n o('addaw', 'a4', 'a5', 'a2')\n o('ldhu', 'a5', 'a2', 0) # prev\n o('nop', 4)\n o('add', -1, 'b2', 'b2')\n o('b', 'loopb', p='b2')\n o('nop', 5)\n o('sub', 0, 'b4', 'b7')\n o('mv', 'b7', 'a8') # m\n o('sub', 'a6', 'a8', 'a6') # behind - m\n o('add', 'a8', 'a7', 'a7') # ahead + m\n o('b', 'store')\n o('nop', 5)\n a.label('fwd')\n o('mv', 'b4', 'a8')\n o('sub', 'a7', 'a8', 'a8') # ahead - n\n o('mvk', MARGIN, 'b7')\n o('cmplt', 'b7', 'a8', 'b1') # more than MARGIN left ahead\n o('b', 'done', p='!b1')\n o('nop', 5)\n o('mv', 'b4', 'b2')\n a.label('loopf')\n o('addaw', 'a4', 'a5', 'a2')\n o('ldhu', 'a5', 'a2', 2) # next\n o('nop', 4)\n o('add', -1, 'b2', 'b2')\n o('b', 'loopf', p='b2')\n o('nop', 5)\n o('mv', 'b4', 'a8')\n o('add', 'a8', 'a6', 'a6') # behind + n\n o('sub', 'a7', 'a8', 'a7') # ahead - n\n a.label('store')\n o('sth', 'a5', 'b6', 2)\n o('sth', 'a6', 'b6', 6)\n o('sth', 'a7', 'b6', 8)\n o('sth', 'a5', 'b6', 14) # the point the decoder fills from (set on a\n o('sth', 'a6', 'b6', 16) # pause): moved along, so standing it decodes\n o('sth', 'a7', 'b6', 18) # on from the new place\n o('stw', 'a5', 'a3', 20)\n a.label('ok')\n o('mvk', 1, 'a9')\n a.label('done')\n o('stw', 'a9', 'a3', 8)\n o('ldw', 'a8', 'a3', 12)\n o('nop', 4)\n o('add', 1, 'a8', 'a8')\n o('stw', 'a8', 'a3', 12)\n o('mvk', 0, 'a8')\n o('stw', 'a8', 'a3', 0)\n a.label('tail')\n o('b', TRAMP_TARGET)\n o('nop', 5)\n words = a.assemble()\n for at, _ in words:\n assert any(lo <= at < hi for lo, hi in BLOCKS), 'dspjump: 0x%08x is past its blocks' % at\n return words\n\n\ndef packets(words):\n \"\"\"{packet addr: 8 words}: our words, the rest of each packet nop.\"\"\"\n out = {}\n for at, w in words:\n fp = at & ~31\n out.setdefault(fp, [0] * 8)[(at - fp) // 4] = w\n return out\n\n\ndef set_cst16(word, value):\n return (word & ~(0xFFFF << 7)) | (value & 0xFFFF) << 7\n\n\ndef patch(app, stock):\n out = bytearray(app)\n for fp, ws in packets(code()).items():\n off = B_IMG - BASE + (fp - 0xC0000000)\n if stock[off:off + 32] not in FREE_PACKETS or out[off:off + 32] != stock[off:off + 32]:\n raise SystemExit('patch_cdj900nxs: dspjump: the vector packet 0x%08x is not the expected one' % fp)\n out[off:off + 32] = struct.pack('<8I', *ws)\n entry = BLOCKS[0][0]\n for at, want, value in ((TRAMP_MVK, 0x0543d22a, entry), (TRAMP_MVKH, 0x0560026a, entry >> 16)):\n off = A_IMG - BASE + (at - A_AT)\n w = struct.unpack_from(' red, grey -> dark red\n\nSOURCE = r'''\n; ---- ew_draw: draw_bitmap(r4, r5 x, r6 y, r7 resource) for the playing-address bar\new_draw:\n mov.l E_draw,r0\n mov.l E_res,r1\n cmp/eq r1,r7\n bt ew_bar\n jmp @r0\n nop\new_bar:\n mov.l E_len,r1 ; length in ms: 1/150 s * 20 / 3\n mov.l @r1,r1\n tst r1,r1\n bt ew_plain\n mov r1,r2\n shll2 r2\n shll2 r2\n shll2 r1\n add r2,r1 ; * 20\n mov.l E_div3,r2\n dmulu.l r2,r1\n sts mach,r1\n shlr r1 ; / 3\n mov.l E_pos,r2\n mov.l @r2,r2\n sub r2,r1 ; left\n cmp/pl r1\n bf ew_plain\n mov.l E_warn,r2\n cmp/hs r2,r1\n bt ew_plain\n mov.l r8,@-r15 ; red: the record pointed at RED_BAR for this call\n mov.l r9,@-r15\n sts.l pr,@-r15\n mov.l E_tab,r8\n mov.l @r8,r8\n mov.l E_recoff,r1\n add r1,r8\n mov.l @(32,r8),r9\n mov.l E_redoff,r1\n mov.l r1,@(32,r8)\n jsr @r0\n nop\n mov.l r9,@(32,r8)\n lds.l @r15+,pr\n mov.l @r15+,r9\n rts\n mov.l @r15+,r8\new_plain:\n jmp @r0\n nop\n\n .align 4\nE_div3: .long 0xAAAAAAAB\nE_draw: .long DRAW\nE_len: .long TRACK_LEN\nE_pos: .long POS_MS\nE_recoff: .long REC_OFF\nE_redoff: .long RED_OFF\nE_res: .long RES_BAR\nE_tab: .long RES_TABLE_PTR\nE_warn: .long WARN_MS\n'''\n\n\ndef routine():\n return sh4asm.assemble(SOURCE, EW_CODE, {\n 'DRAW': DRAW, 'TRACK_LEN': TRACK_LEN, 'POS_MS': POS_MS, 'REC_OFF': RES_BAR * 44,\n 'RED_OFF': RED_BAR - RES_BASE, 'RES_BAR': RES_BAR, 'RES_TABLE_PTR': RES_TABLE_PTR,\n 'WARN_MS': WARN_MS})\n\n\ndef patch(app, stock):\n \"\"\"The application with END WARNING added; `stock` is the unmodified 1.31\n application, which every replaced byte is checked against.\"\"\"\n out = bytearray(app)\n word = lambda buf, a: struct.unpack_from('