Ubuntu日本語フォーラム

oryaaaaa · 2022-11-28 14:10:43

ES38 はとても結果として、おりゃさんの職業名は「グランドマスター」でいいんじゃね？
とされてしまい、with に紹介用のプロフィールを書いておけーって、裏司令が飛んできた。
ジェダイの騎士「グランドマスター」という地上最強を意味するが、なにぶん1人活動なので
ファースト・オーダーに潰されるのは時間の問題というジレンマを抱える。

ES38のうち、どういう方法を用いたか、それを抜粋で解説したいと思います。

コード:

  ; / ES38 Special Tuning Step
  ALL_MMX_CLEAR_SHIFTWORD_INC_CL
  BeforeProcedureRegisters_255MEGA
  ; / ES38 Special Tuning End
  ; EMMS

Macro BeforeProcedureRegisters_255MEGA
  MOV_Rax_Rax_Up_Down
  MOVQ mm0, Rax
  XOR_Rax_Rax_255
  MOVQ Rax, mm0
  MOV_Rax_Rax_Up_Down
EndMacro

Macro ALL_MMX_CLEAR_SHIFTWORD_INC_CL
  XOR_Rcx_Rcx
  INC cl
  ; cx = 1
  MOVZX_Rcx
  MOVQ mm1, Rcx
  PSLLW mm0, mm1 ;1  Left 1bit shift x16
  ;
  PSLLW mm1, mm0 ;1  Left 1bit shift x16
  PSLLW mm2, mm0 ;1  Left 1bit shift x16
  PSLLW mm3, mm0 ;1  Left 1bit shift x16
  PSLLW mm4, mm0 ;1  Left 1bit shift x16
  PSLLW mm5, mm0 ;1  Left 1bit shift x16
  PSLLW mm6, mm0 ;1  Left 1bit shift x16
  PSLLW mm7, mm0 ;1  Left 1bit shift x16
 ; MMレジスタのクリアです。最後に EMMS が必要です。
 ; PXOR ではジッターレスにできない。
EndMacro

Macro MOV_Rax_Rax_Up_Down
  MOV al, al
  MOV ah, ah
  MOV ax, ax ; UP
  MOV Rax, Rax
  MOV ax, ax ; DOWN
  MOV ah, ah
  MOV al, al
 ; CPUレジスタは論理的に書かれており、RISCで実行される時、
 ; 物理レジスタは al ah ax Eax Rax と５つ存在すると仮定して
 ; CALL引数で指定する前に、論理レジスタ状態を物理へ更新
EndMacro

Macro XOR_Rcx_Rcx
  SHL cl, 1
  SHL cl, 1
  SHL cl, 1
  SHL cl, 1
  SHL cl, 1
  SHL cl, 1
  SHL cl, 1
  SHL cl, 1
 ; cl を初期化する
  INC cl
  INC cl
  INC cl
  DEC cl
  DEC cl
  DEC cl
 ; cl を INC DEC で増減して最高255 FF 1111 1111 を作る
  SHL ch, 1
  SHL ch, 1
  SHL ch, 1
  SHL ch, 1
  SHL ch, 1
  SHL ch, 1
  SHL ch, 1
  SHL ch, 1
 ; 同様に 上位の ch に対して
  INC ch
  INC ch
  INC ch
  DEC ch
  DEC ch
  DEC ch
 ; MOVZX はゼロ拡張になるけれど、低ジッターを実現
  MOVZX cx, cl
  MOVZX Rcx, cl
  MOVZX cx, cl
  ;
  MOV cl, ch
  INC cl
  INC cl
  INC cl
  DEC cl
  DEC cl
  DEC cl
  MOVZX cx, cl
  MOVZX Rcx, cl
  MOVZX cx, cl
  ;
  NOP [Rip]
  NOP [Rip]
  BSWAP Rcx
  NOP [Rip]
  NOP [Rip]
  ; [Rip] は次の命令アドレスを示す。次の実行命令アドレスをキャッシュする
  ; 正しくは NOP QWORD [Rip] となる。メモリ空間が QWORD より大きいなら変更
  INC cl
  INC cl
  INC cl
  DEC cl
  DEC cl
  DEC cl
  MOVZX cx, cl
  MOVZX Rcx, cl
  MOVZX cx, cl
EndMacro

Macro MOVZX_Rcx
  MOVZX cx, cl
  MOVZX Rcx, cl
  MOVZX cx, cl
EndMacro

これをどこへ配置するとよいか？
レジスタの内容を書き換えない仕様になっていますので、
Functions の最初と最後にセットしておくと信頼性の改善になる
これを冗長で書くと、コード行数は2000万行ぐらいになるけれど
Intel Core では100万行の実行に 0.01 秒未満になってしまうので、
あまり短くする必要はない。短くするなら CALL RET で最適化

コード:

AsioProc dac_buffer, length

  ; / ES38 Special Tuning Step
  ALL_MMX_CLEAR_SHIFTWORD_INC_CL
  BeforeProcedureRegisters_255MEGA
  ; / ES38 Special Tuning End
  EMMS

  CopyMemory(MusicBuffer, dac_buffer, length)

  ; / ES38 Special Tuning Step
  ALL_MMX_CLEAR_SHIFTWORD_INC_CL
  BeforeProcedureRegisters_255MEGA
  ; / ES38 Special Tuning End
  EMMS

return length

こんな感じで書いてみたら、Bug head Nontallion 13.90 は強烈な音へ
この処理コードは Intel CPU なら全般的に、どのOSでも実行可能

推測で言うと、Intel CPU は命令解読処理の特殊なケースである、
ARM CPU とも言えてしまうので、この命令処理を ARM CPU に置換すると
同様に良くなる可能性はあります。

根拠として数値計算処理の多くは、左シフト命令を使って
デジタル出力データを作って計測を繰り返した可能性を考えており
そういう計算処理に最適化したので、XOR ではジッター傾向になる。

oryaaaaa · 2022-11-29 07:43:00

前の投稿について、簡単な説明を求められました。

今まではレジスタの初期化をしなくても、画質や音質に影響する劣化は起きない、
とされてきました。それはWINAMPなどを聞く時に本格的なオーディオで聞いて
いれば、Intel Pentium 2 3 までは「確かにその通り」
でも、CISC設計を止めて、RISC設計にシフトしていくと、常識は通用しない。

例えば、音の悪いという条件は、地上最強の音質を達成した研究成果として言えば、

１．円周率精度を産業界が基準を決めていない
教科書は PI = 3.14159 までしか書いていない。高学歴という人たちは、
どうしてなのか、精度を上げろという仕事の時、PI はそのまま、演算精度を上げた？
それが ADコンバーターや DAコンバーターの設計へ影響するだけでなく、
音楽コンクールの審査にも影響して、世界中で決まらない音の基準により、
ピアノの調律基準もバラバラになっている状況。
Bug head では円周率精度を倍精度で定数セットしていると宣言してやっていたが、
演算結果は追試をした人達によって「ごまかしている」とされて、倍精度ではない！
倍精度の定数セット、レジスタを調べてみると、定数の倍精度セットは単精度になってる。
数字のセットは、R8 の 64ビットレジスタに対して INC SHL によって円周率をセット
それをSSE2 xmmレジスタへコピーして取り扱える倍精度の変数へ円周率をセット
演算してみた後、４倍精度演算 BINARY-128 の件を確かめるために、
２倍精度演算で仮数１００ビット演算すると、音へ大きく影響した。

Bug head では円周率精度 49ビットとしているけれど、正しくは 52ビットあり、
仮数 53ビット目について正しくセットしておらず、フリーソフトの領分を守っている。
しかし、リサンプル処理の演算テーブル計算では、104ビットの円周率精度で処理、
本格的なプロ用の波形編集ソフトを超えるリサンプル処理を実現している。
多くのレーザー加工システムでは Z80 プロセッサーを使用しており、
それを考えてみると、単精度の円周率精度でやっている可能性はあって、
この円周率精度を仮数100ビットの基準でレーザー制御を行えば、加工トラブルは改善

この件は、以下に示すリサンプル処理のタップ数が多めになっていても、
円周率精度のビット数が不足していれば、結果としてタップ数の不足と同じ結果を招く。

２．波形のリサンプル処理は、タップ数で高域通過フィルターになる

PCMの場合、10Hzを再現する場合、44100Hz PCM ならば、
少なくとも 4410 samples の波形データがなければ再現できない。
それなのに、、、
オーディオメーカーって、リサンプル 16 samples で、
30Hz の音を再現できます！

どうやれば、それができる？

簡単に言えば、リサンプル処理という方法は、音の波形を「みじん切り」
44.1kHz PCM で 16 samples なら、1379Hz 以上は正しいけれど、
1379Hz 未満は「みじん切り」状態になっている。

これの復元には「オーディオのバッファ回路」が必要になるけれど、
どれぐらいが必要なのか？
世界中で、基準がバラバラで、技術者の世代交代するほど、
最終的な結末として「オーディオのバッファ回路は、不要です！」
それで起きたのは？

日本のアニソン、
テレビは 1379Hz 未満の音を鳴らせないから、これでいいよ。
その結果、
スマホでも「オーディオのバッファ回路、不要」
低音ブースト機能を使って、聞いたりすれば、音圧は鼓膜破壊レベル
「スマホ難聴になる」

しかし、これは音量制限すればいいんじゃねと WHO は言う。
なぜなら、WHOの検討委員の国では「アニソンを聞いていない」かな？
KORG NAUTILUS 最新のシンセサイザーで音を作って確認すると、
リサンプル録音では 512点リサンプルにより、録音されていた。
これは当然、最も低い音は「みじん切り」になっている。

「みじん切り」を解決する方法として、
1024点リサンプル処理を行うと、復元できる。
これが Bug head の研究成果ですが、色々な方法で、方法はある。

DACチップ・バッファ回路などで、並列処理をして実質的な低音復元
AKM AK4497EQ などでは、フィルター改善により低音復元
独自のFPGAフィルターによって、低音復元
円周率精度を改善するフェムトクロックによって、低音復元

このように低音復元はできているけれど、本来の音は再現できない。

よくレコードが最近になって流行っているというけれど、
「アナログっぽい音がいい」・・・激安のレコード環境のおと
高級のレコード環境になると、「CDと変わらないおと」
これも、Bug head では、アナログとは？
円周率精度を１秒間に数回の周期で劣化させたら、レコードかな？
それで、
Bug head Elementary [Kogane] というモード、
プロフェッショナル用途に、Bug head Re-sampler [0 skip Junk PI]
音楽ファイルを [0 skip Junk PI] 128 samples , 200Hz未満は断片化
CD-R へ焼いて、カーオーディオで鳴らすと「ハイエンドオーディオ」

３．パソコンのどこに劣化原因があるか？

書きたくない。書くと、日本海から弾道ミサイルの発射実験を繰り返される。
国民全体が「だれだ、ばかやろう」という状況になる。

ES38の科学的根拠、書こうとするとパソコンは動かない状態になる。
オフラインの iMac は WIFI も LAN も未使用でも、「やめろ」と聞こえた瞬間に、
ポーン、と再起動、しかも起動処理でフリーズ
Apple Japan へ修理に出すと、「異常ありませんよ」といわれ、帰ってくる。
それでしばらく使えるけれど、科学的根拠を書き始めると、
iMac が発熱暴走して、使用不能へ
Apple Japan へ修理に出すと、「電源ユニット以外、すべて故障してますよ」

ほとんどの技術者は書ける話でも、この圧力に対抗するには、どうすればいいか？
匿名掲示板では、「ガクガクブルブル」という状態になるけれど、それ以上にひどい。

無理して解説しようとすれば、ウソのフェイクニュースをテレビを通じて
放送されたり、めちゃくちゃな状況に陥る。

解説したいなら、１００分割して、１００話を見て考えたら理解できる内容へ

oryaaaaa · 2022-12-03 19:15:09

ES38=ES39 と思っていいです。少し違うところは CALL DWORD ではなく
CALL QWORD にしたこと。これはやっていいのか、分からない。
それでも品質の改善にはなったと思います。

Linuxでの効果はどうか？
実機のハードウェアとして、候補になったPCは売り切れている。

CPUのある製品があるほど、テクノロジー犯罪は当たりやすくなるので、
あまり増やしたくない。

よくニオイが気になる場合、Panasonicエオリアのエアコンについて、
電源ブレーカーを落とすと、急に臭わない。外国製造のモデルは注意みたい。
最近は低濃度オゾンという原理よりも、超音波式加湿器で、水道水をタンクに入れ、
数時間の塩素臭を抜いたものを、加湿に使っている方が様々な症状は治りやすい。
同様に加湿器にもCPUが使われており、激安品でも用心して電源の根本を遮断。

他にも SONY Bravia では NHK データ通信が改ざんされており要注意、
天気予報が最初は狙われて、台風通過で大雨に注意という警報が出ていると、
他の民放では快晴になっており、外に出ると快晴で何も起きない。
次はNHKデータ通信のニュースで改ざんされていて、指摘しないでいると、
放送データに介入されており、「要は見るな」って事かな。
どうしても見たければ、カーナビのワンセグで見れば、NHKの放送は？なぞなぞ？

民放では思考追従型の放送が行われて、興味があると分析されると、
そのニュースを深堀りして取り上げていくけれど、ニュースキャスターの女性は、
なぜか原稿を見ている片目と、真っ直ぐを見ている片目の、同時スキルが気持ち悪い。
なんですか、これ。
Andoroidは完成しているということでしょうか。

それでも、もう少し改善していきたい。それで ES39 を試みています。

コード:

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xyvP0gAAAAAAABdNQK78As4DAAHFlgGAtPMCAAAA9744/RQXOzADAAAAAARZWg==

脅迫されている状況は、小学生の頃から続いており、
緑化委員をクラスでやるときも、「無理やりに挙手した感覚」があって、
サマージャンボリーの平湯温泉に行った時にも、
閉会式の直前になって「小学生代表で閉会式の代表スピーチをやってほしい」
・・・え・・・
そんなことを言われても・・・
引率の先生に「それぐらい小学4年ならできて当たり前だぞ！」と叱られる。
なんで？

小学校で何も訓練しないで、いきなりできるの？
そういうこともあり、
BLOGやREVIEWで自己主張する訓練をひたすら続けてきた。
それをやっていると、
映画やアニメで「エンドロールが流れるとき」、その名前の陰に「300時間の仕事」がある。
ようやく大変さが理解できれば、
BLOGで「定額制のネット動画配信サービスは実現できないの？」と言えば、
コンテンツ料金の未払い状態は解消されてきた。

これが偉そうと言われてもな。
学校のせいではない。

oryaaaaa · 2023-06-30 14:48:37

AlderLake optimized MajiorityCleanES78
MCES78Ubuntu2204.tar.gz.003

コード:

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AA==

oryaaaaa · 2023-06-30 14:52:00

AlderLake optimized MajiorityCleanES78
MCES78Ubuntu2204.tar.gz.001

コード:

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pUXJVR9SCxQQm3rAX4vV4+G9tHC56kNq

oryaaaaa · 2023-06-30 14:56:30

AlderLake optimized MajiorityCleanES78
MCES78Ubuntu2204.tar.gz.002

コード:

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oryaaaaa · 2023-06-30 21:31:25

こんにちは、Ubuntu forum の皆様。

久しぶりにMajiorityCleanESの新バージョンを公開しました。
いま、音楽再生ソフトの研究開発では、業界混乱の状況故に、
しばらくの終了を実施中です。

主に混乱している件
スマホ難聴問題、ＣＤ製造方法、マイクの仕様表の不正、

スマホ難聴の原因としては「密閉型」「BASSポートなし」の
条件で起きやすい。まれに「ＤＳＰの円周率精度の問題」

ＣＤ製造方法としては「レーザー加工の出力調整演算精度」
「円周率の計算方法が、製造装置の設計に合致していない」
「メディアのエラー計測時、円周率の精度が 3 になっていた」
「３」とは「3.14... ではなく整数 3 で処理していた」

マイクの仕様表の不正
「周波数特性を計測しておらず、400Hz未満は録音できない」
「周波数特性を計測できる機材は、まだ製造されてない」
「製造されてない」とは「試作機の段階」

さて、Linux の方は、Ubuntu 22.04 LTS なら公開していい。
ThinkPad Yoga 260 [Core i5-6200U] [Skylake mobile]
こちらへ最小限の内容でインストールしました。

PureBasic 6.02 LTS を使いました。
このバージョンから /REASM を Linux で使用可能になり、
高度な低ジッター処理を実現できるようになっています。

コード:

;// ES76 Tuning
;   !NOP QWORD [START+0]
;   !NOP QWORD [START+16]
;   !NOP QWORD [START+32]
;   !NOP QWORD [START+48]
;   !NOP QWORD [Rip]
;   !NOP QWORD [Rip]
; NOPMemoryQ_S_1
; !START:
; @ Process Optimize generated code
; @ This enables the C code optimizer. 
; NOPMemoryQ_E_1
;//1
;   Debug "; "+Str(?NOPMemoryQ_E_1-?NOPMemoryQ_S_1) + " @@"
;   For I=0 To ?NOPMemoryQ_E_1-?NOPMemoryQ_S_1 Step 16
;     Debug "  !NOP QWORD [Func_+"+Str(I)+"]"
;   Next
;   Debug "  !NOP QWORD [Rip]"
;   Debug "  !NOP QWORD [Rip]"
;   Debug "  !Func_:"
;   CallDebugger
;//

これは・・・・ん！！！！ん！！！・・・
超危険産廃機密＆超危険産業機密

こういう処理に変更して、AlderLake最適化を実施しています。
この最後の [Rip][Rip] は・・・んん！ん！んん！！・・・。
超危険老廃機密＆超危険仙人機密

この処理は PureBasic が FASM をコンパイラーとして設計された、
開発環境になっており、ソースコードへ 64bit Inline asm を記述。
これは・・・んんんん！・・・・

MajiorityCleanESを公開する理由について
日本のアニメを高画質・高音質・高解像で閲覧したい目的、
ソースコードを記述する仕事で、医療用モニターみたいに低雑音表示
プログラマー職をしていれば、どれほど眼精疲労が消えたか？

復元方法について
各テキストをテキストエディタで Copy & Paste して保存します。
> base64 -d テキストファイル > MajiorityCleanES.tar.gz.001
それを連結して、通常解凍すれば、復元できると思います。

分からないなら、ポーランドで利用者の多い PeaZip を使用して。
よろしくお願いします。

oryaaaaa · 2023-07-04 23:28:55

Linux 用の音楽再生ソフトウェアを「Nontallion 2023」として作ろうとしましたが、
「WindowsOS用に作っている開発者は、LinuxOS用に作ることは許されない」と、
声が聞こえて、「LinuxOS用に作るなら、WindowsOSでは作ってはならない」

断念しました件を報告いたします。

いま、声の練習ソフトを作ろうとしましたが、下記の条件が付帯していました。
１．過去に付き合った彼女や、女優や声優「すれ違いでいいから会いなさい」
２．テレビを含め、開発環境では「スピーカーを使用禁止、ヘッドホンを使用」
３．アニメなど、放送などはすべて無音声にすること。演技を聞いてはならない。
４．声の練習ソフト開発は「シンセサイザーの音を入力して、いかなる声も発声禁止」
５．すべてのネット動画の契約を解約し、無料動画やAnimeHP閲覧も自主的に閲覧禁止
「声優関係のソフトウェアの開発を日本でやるなら、この基準を求める」

これを守れないなら、信用できない。・・・と裏から通知されて、
半年以上かかって、ようやく達成しました。

シンセサイザー KORG NAUTILUS-88 は「弾く練習」をしようとすると「弾くな」
声の代わりに使う音源ということで、安い電子ピアノでは練習ソフトを作れない。

oryaaaaa · 2023-10-04 17:01:18

Windows環境では
MajiorityCleanES と Art photo print と Magiclobe viwer を作り、
カラーマネージメントソフトウェアなしで、カラーマッチングできる段階
推奨環境として、
ThinkPad T16 Core i7 / 45%NTSC Display / Intel UHD
EPSON SC-PX5V2 / EPSON 写真用紙光沢
印刷した色合いと、画面の色合いは、デルタＥ＜２という感じ

当然に Ubuntu で、それは可能か？
確かめてみました。
MajiorityCleanES 88 を使ってみて、MajiorityCleanES 78 のほうがいい。
Magiclobe viewer は動くけれど、表示されない不具合頻度多く、公開困難。
「不具合あるまま出せば、眠れない、死にそうな夢を繰り返す」攻撃がある。

写真の印刷を考えるなら、
ThinkPad Intel Core AlderLake / 45%NTSC / Intel UHD / Win11
+
MajiorityCleanES 88 と Art photo print rev77 と Magiclobe viwer rev29
EPSON PX-S730 顔料４色 / EPSON 写真用紙絹目調（これしか推薦できない）
設定ふちなし自動拡大標準 / 色補正 ICM / 印刷濃度 +8％ / はがきサイズ
+
Rewrite data 5.10 / 必ず PCIe-NVMe SSD でなければ効果なし
Software と Photo image files を Rewrite してから、印刷します。

今日時点、やすく買えるモデル
ThinkPad E シリーズ> E14 Gen 5 (14″ Intel)> ThinkPad E14 Gen 5
ThinkPad E14 Gen 5 Core i5-1335U P2E8 45%NTSC IrisXE AX211 2x2
512 GB SSD, M.2 PCIe-NVMe / 16 GB DDR4-3200MHz / HDMI / RJ-45

写真関係は妥協して下さい。
これなら、Win11 終了後、Ubuntu へ転用できると思います。

印刷に関しては、2000年頃の大手印刷会社カラープルーフよりも、
高画質・高品質・高演色を実現できており、なにも「おとがめない」状態です。
ただし、現在の配布サイトで書いているように「裏システムの監視つき」です。
EPSONなら純正用紙と純正インクを使っているなら何もトラブルなし。
でも、少しでも安くしようとすると「無線ＬＡＮが停止」「あたりや出現」
しかし「あたりや」は監視カメラやドライブレコーダーには「記録されてない」
さいあくすぎる・・・。

なにはともあれ、これを作ったことによって、高精度の測色機について、
明るいレンズではない、標準の既製品を使用した原因によって、測色は暗い。
測色機に使うレンズを「明るいレンズ」にしていれば、アニメは色で混乱しなかった。
Hisense 24A40H では、映像設定を初期化したあと、自動色の濃さ +2

mics_halt-and-halt_VoiceBlog による投稿:
映像メニュー：自動、画面の明るさ：０、お好み調整：黒レベル０、色の濃さ＋２、色あい０
音声メニュー：スタンダード、リマスター：オフ、低音強調：オフ、サラウンド：オフ
省エネ：節電１、HDMIケーブル：8K 48Gbps "Ultra High Speed HDMI Cable" 認証取得
映像メニューの初期化後、色の濃さ＋２、で良いと思う。大前提として、省エネ：節電１
省エネ「標準」「節電２」では「調整不足」に見える。

Hisense 24A40H 推薦できる HDMI ケーブル
HiFind 8K認証 HDMI 2.1 cable 48Gbps 販売: LongLan Store

Hisense 24A40H をソースコードの編集、開発環境で使用していますが、
左右にスタンドの足があるので、左右に揺れず、見やすい。

oryaaaaa · 2023-10-05 10:58:23

あー、つかれた・・・。
MajiorityCleanES 89 for Ubuntu 22.04
完成しました。テキストは base64 コマンドで復元して es89.tar.xz
展開すれば使用可能です。

想定するマザーボード
GIGABYTE AORUS や Lenovo ThinkPad という高級グレード品
特に「ファンが高回転で維持される」場合、非対応と思ってください。

Skylake CPU Design 2016 - RapterLake CPU Design 2024
snowrapter@snowrapter:$ ./ExtremeStabilizer89

CPU Core Registers Stabilizer
ExtremeStabilizer 89 Ubuntu 22.04
for Intel CPU Design 2016-2024
Thanks for reviews at JPLAY forum
Compiler :: PureBasic 6.02 (FASM 1.71.39)
This program control the CPU register
to the electronic reference
inside the CPU embeded cache memory
to made lost the digital jitter in PC.

depend CPU instructions
x64 Rax-R8-Rsp, MMX, SSE2, RDRAND, SMSW

"ExtremeStabilizer89"
SIZE 2,002,680.00 bytes
MD5 c7d081d6a5de4d043c9bdd599087aba5

コード:

/Td6WFoAAATm1rRGAgAhARYAAAB0L+Wj/pv/TwFdACKeCodGYmkr1ewpEDc1Eh9Pvk5GdHQcnb8m
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oryaaaaa · 2023-10-10 05:55:51

今日はMajiorityCleanES92を公開します。
最近やっている AlderLake 対応ですけれど、簡単に PureBasic で適用する方法を見つけました。

コード:

; デバッグ実行時に、関数処理の最初へ記述しておきます。

Debug "; "+Str(?NOPMemoryQ_E_1-?NOPMemoryQ_S_1-15) + " @@"
For I=0 To ?NOPMemoryQ_E_1-?NOPMemoryQ_S_1-15 Step 16
  Debug "  !NOP QWORD [Rip+"+Str(Int(Round((?NOPMemoryQ_E_1-?NOPMemoryQ_S_1)/16, #PB_Round_Up))*8+I)+"]"
Next
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
CallDebugger

NOPMemoryQ_S_1:
Bass_ChannelGetData(chan, *bufferDecode, Bass_flags_FFFFFFF|BASS_DATA_FLOAT )
NOPMemoryQ_E_1:

適用後、このように書きます。

コード:

; 56 @@
!NOP QWORD [Rip+40]
!NOP QWORD [Rip+56]
!NOP QWORD [Rip+72]
!NOP QWORD [Rip+88]
!NOP QWORD [Rip]
!NOP QWORD [Rip]
Bass_ChannelGetData(chan, *bufferDecode, Bass_flags_FFFFFFF|BASS_DATA_FLOAT )
; 56 @@ End

このように、外部DLLに対して、命令キャッシュを指定します。
これだけで音質が急激に良くなる現象を確認しています。
PureBasic の命令では CopyMemory() や SetWindowColor() で改善しています。
プログラムが使えるメモリ空間であれば DWORD が適切でしょうけれど、
実際にはアドレス変換後に QWORD の状態で実行されるので、この方法が適切です。

ループ処理では
for-next の前から指定すると良くなくて、下記のほうが速い。
だいたい [Rip+500] 、約500bytes を超えないように注意していれば有効

コード:

    For nx=0 To nw-1
      For ny=0 To nh-1
        ; 190 @@
        !NOP QWORD [Rip+104]
        !NOP QWORD [Rip+120]
        !NOP QWORD [Rip+136]
        !NOP QWORD [Rip+152]
        !NOP QWORD [Rip+168]
        !NOP QWORD [Rip+184]
        !NOP QWORD [Rip+200]
        !NOP QWORD [Rip+216]
        !NOP QWORD [Rip+232]
        !NOP QWORD [Rip+248]
        !NOP QWORD [Rip+264]
        !NOP QWORD [Rip+280]
        !NOP QWORD [Rip]
        !NOP QWORD [Rip]
        Origin = (ny * nw + nx) << 2
        If PeekL(*MemoryCopy + Origin)=1
          zx1 = nx : zy1 =ny
          Break 2
        EndIf
        ; 190 @@ End
      Next
    Next

これを書いた本当の理由ですか、、
半導体露光装置など、マルチパターン露光問題の改善に役立てばいいかな？

base64 -d this.txt > ES92.tar.xz

コード:

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owGAuHofA9L+scRn+wIAAAAABFla

oryaaaaa · 2023-11-03 05:18:03

完成かなと思っていますと「ソースコードをみせろ！」と来て、
ライセンスは未定義、あぶなくてきめられん！

MajioritySolution download | SourceForge.net
https://sourceforge.net/projects/majioritysolution/

こちらへ Windows のソースコードのうち、許可されたものを公開

もっと簡単にしたソースコード、具体的な成果

コード:

; RDRAND SMSW CPU reg. Stabilizer
; from ExtremeStabilizer 99 (2023 10 22) (2023 10 23)
; from Lemonade Elitest 64 SSE2
; Copyright (c) 2020-2023 Hiroyuki Yokota (oryaaaaa)
; Design based by Military LAB-AI designed (Customized  Hiroyuki Yokota)

Macro XOR_Rax_Rax_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV Rax, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro XOR_Rbx_Rbx_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV Rbx, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro XOR_Rcx_Rcx_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV Rcx, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro XOR_Rdx_Rdx_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV Rdx, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro XOR_Rsp_Rsp_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV Rsp, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro XOR_Rbp_Rbp_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV Rbp, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro XOR_Rsi_Rsi_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV Rsi, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro XOR_Rdi_Rdi_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV Rdi, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro XOR_R8_R8_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV R8, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro XOR_R9_R9_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV R9, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro XOR_R10_R10_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV R10, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro XOR_R11_R11_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV R11, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro XOR_R12_R12_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV R12, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro XOR_R13_R13_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV R13, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro XOR_R14_R14_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV R14, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro XOR_R15_R15_255
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV R15, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro MOV_Rax_Rax_Up_Down
  !MOV al, al
  !MOV ah, ah
  !MOV ax, ax
  !MOV Rax, Rax
  !MOV ax, ax
  !MOV ah, ah
  !MOV al, al
EndMacro

Macro MOV_Rbx_Rbx_Up_Down
  !MOV bl, bl
  !MOV bh, bh
  !MOV bx, bx
  !MOV Rbx, Rbx
  !MOV bx, bx
  !MOV bh, bh
  !MOV bl, bl
EndMacro

Macro MOV_Rcx_Rcx_Up_Down
  !MOV cl, cl
  !MOV ch, ch
  !MOV cx, cx
  !MOV Rcx, Rcx
  !MOV cx, cx
  !MOV ch, ch
  !MOV cl, cl
EndMacro

Macro MOV_Rdx_Rdx_Up_Down
  !MOV dl, dl
  !MOV dh, dh
  !MOV dx, dx
  !MOV Rdx, Rdx
  !MOV dx, dx
  !MOV dh, dh
  !MOV dl, dl
EndMacro

Macro MOV_R8_R8_Up_Down
  !MOV R8b, R8b
  !MOV R8w, R8w
  !MOV R8, R8
  !MOV R8w, R8w
  !MOV R8b, R8b
EndMacro

Macro MOV_R9_R9_Up_Down
  !MOV R9b, R9b
  !MOV R9w, R9w
  !MOV R9, R9
  !MOV R9w, R9w
  !MOV R9b, R9b
EndMacro

Macro MOV_R10_R10_Up_Down
  !MOV R10b, R10b
  !MOV R10w, R10w
  !MOV R10, R10
  !MOV R10w, R10w
  !MOV R10b, R10b
EndMacro

Macro MOV_R11_R11_Up_Down
  !MOV R11b, R11b
  !MOV R11w, R11w
  !MOV R11, R11
  !MOV R11w, R11w
  !MOV R11b, R11b
EndMacro

Macro MOV_R12_R12_Up_Down
  !MOV R12b, R12b
  !MOV R12w, R12w
  !MOV R12, R12
  !MOV R12w, R12w
  !MOV R12b, R12b
EndMacro

Macro MOV_R13_R13_Up_Down
  !MOV R13b, R13b
  !MOV R13w, R13w
  !MOV R13, R13
  !MOV R13w, R13w
  !MOV R13b, R13b
EndMacro

Macro MOV_R14_R14_Up_Down
  !MOV R14b, R14b
  !MOV R14w, R14w
  !MOV R14, R14
  !MOV R14w, R14w
  !MOV R14b, R14b
EndMacro

Macro MOV_R15_R15_Up_Down
  !MOV R15b, R15b
  !MOV R15w, R15w
  !MOV R15, R15
  !MOV R15w, R15w
  !MOV R15b, R15b
EndMacro

Macro MOV_Rsp_Rsp_Up_Down
  !MOV spl, spl
  !MOV sp, sp
  !MOV Rsp, Rsp
  !MOV sp, sp
  !MOV spl, spl
EndMacro

Macro MOV_Rbp_Rbp_Up_Down
  !MOV bpl, bpl
  !MOV bp, bp
  !MOV Rbp, Rbp
  !MOV bp, bp
  !MOV bpl, bpl
EndMacro

Macro MOV_Rsi_Rsi_Up_Down
  !MOV sil, sil
  !MOV si, si
  !MOV Rsi, Rsi
  !MOV si, si
  !MOV sil, sil
EndMacro

Macro MOV_Rdi_Rdi_Up_Down
  !MOV dil, dil
  !MOV di, di
  !MOV Rdi, Rdi
  !MOV di, di
  !MOV dil, dil
EndMacro

Macro XOR_Rcx_Rcx_x2
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOV Rcx, QWORD 0
  !MOV Rcx, QWORD 0
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
EndMacro

Macro MOVZX_Rcx
  !MOVZX cx, cl
  !MOVZX Rcx, cl
  !MOVZX cx, cl
EndMacro

Macro MOVZX_Rdi
  !MOVZX di, dil
  !MOVZX Rdi, dil
  !MOVZX di, dil
EndMacro

Macro Set_CL1
  XOR_Rcx_Rcx_255
  !INC cl
  ; cx = 1
EndMacro

Macro Set_CL64
  XOR_Rcx_Rcx_255
  !INC cl
  !INC cl
  !INC cl
  !INC cl
  !SHL cl, cl
  ; cx = 64
EndMacro

Macro ALL_MMX_CLEAR_SHIFTWORD_INC_CL
  XOR_Rcx_Rcx_x2
  Set_CL1
  MOVZX_Rcx
  !MOVQ mm1, Rcx
  !PSLLW mm0, mm1 ;1  Left 1bit shift
  !PSLLW mm0, mm1 ;2  Left 1bit shift
  !PSLLW mm0, mm1 ;3  Left 1bit shift
  !PSLLW mm0, mm1 ;4  Left 1bit shift
  !PSLLW mm0, mm1 ;5  Left 1bit shift
  !PSLLW mm0, mm1 ;6  Left 1bit shift
  !PSLLW mm0, mm1 ;7  Left 1bit shift
  !PSLLW mm0, mm1 ;8  Left 1bit shift
  !PSLLW mm0, mm1 ;9  Left 1bit shift
  !PSLLW mm0, mm1 ;A  Left 1bit shift
  !PSLLW mm0, mm1 ;B  Left 1bit shift
  !PSLLW mm0, mm1 ;C  Left 1bit shift
  !PSLLW mm0, mm1 ;D  Left 1bit shift
  !PSLLW mm0, mm1 ;E  Left 1bit shift
  !PSLLW mm0, mm1 ;F  Left 1bit shift
  !PSLLW mm0, mm1 ;0  Left 1bit shift
  !MOVQ mm0, mm1
  ;
  !PSLLW mm1, mm0 ;1  Left 1bit shift
  !PSLLW mm1, mm0 ;2  Left 1bit shift
  !PSLLW mm1, mm0 ;3  Left 1bit shift
  !PSLLW mm1, mm0 ;4  Left 1bit shift
  !PSLLW mm1, mm0 ;5  Left 1bit shift
  !PSLLW mm1, mm0 ;6  Left 1bit shift
  !PSLLW mm1, mm0 ;7  Left 1bit shift
  !PSLLW mm1, mm0 ;8  Left 1bit shift
  !PSLLW mm1, mm0 ;9  Left 1bit shift
  !PSLLW mm1, mm0 ;A  Left 1bit shift
  !PSLLW mm1, mm0 ;B  Left 1bit shift
  !PSLLW mm1, mm0 ;C  Left 1bit shift
  !PSLLW mm1, mm0 ;D  Left 1bit shift
  !PSLLW mm1, mm0 ;E  Left 1bit shift
  !PSLLW mm1, mm0 ;F  Left 1bit shift
  !PSLLW mm1, mm0 ;0  Left 1bit shift
  ;
  !PSLLW mm2, mm0 ;1  Left 1bit shift
  !PSLLW mm2, mm0 ;2  Left 1bit shift
  !PSLLW mm2, mm0 ;3  Left 1bit shift
  !PSLLW mm2, mm0 ;4  Left 1bit shift
  !PSLLW mm2, mm0 ;5  Left 1bit shift
  !PSLLW mm2, mm0 ;6  Left 1bit shift
  !PSLLW mm2, mm0 ;7  Left 1bit shift
  !PSLLW mm2, mm0 ;8  Left 1bit shift
  !PSLLW mm2, mm0 ;9  Left 1bit shift
  !PSLLW mm2, mm0 ;A  Left 1bit shift
  !PSLLW mm2, mm0 ;B  Left 1bit shift
  !PSLLW mm2, mm0 ;C  Left 1bit shift
  !PSLLW mm2, mm0 ;D  Left 1bit shift
  !PSLLW mm2, mm0 ;E  Left 1bit shift
  !PSLLW mm2, mm0 ;F  Left 1bit shift
  !PSLLW mm2, mm0 ;0  Left 1bit shift
  ;
  !PSLLW mm3, mm0 ;1  Left 1bit shift
  !PSLLW mm3, mm0 ;2  Left 1bit shift
  !PSLLW mm3, mm0 ;3  Left 1bit shift
  !PSLLW mm3, mm0 ;4  Left 1bit shift
  !PSLLW mm3, mm0 ;5  Left 1bit shift
  !PSLLW mm3, mm0 ;6  Left 1bit shift
  !PSLLW mm3, mm0 ;7  Left 1bit shift
  !PSLLW mm3, mm0 ;8  Left 1bit shift
  !PSLLW mm3, mm0 ;9  Left 1bit shift
  !PSLLW mm3, mm0 ;A  Left 1bit shift
  !PSLLW mm3, mm0 ;B  Left 1bit shift
  !PSLLW mm3, mm0 ;C  Left 1bit shift
  !PSLLW mm3, mm0 ;D  Left 1bit shift
  !PSLLW mm3, mm0 ;E  Left 1bit shift
  !PSLLW mm3, mm0 ;F  Left 1bit shift
  !PSLLW mm3, mm0 ;0  Left 1bit shift
  ;
  !PSLLW mm4, mm0 ;1  Left 1bit shift
  !PSLLW mm4, mm0 ;2  Left 1bit shift
  !PSLLW mm4, mm0 ;3  Left 1bit shift
  !PSLLW mm4, mm0 ;4  Left 1bit shift
  !PSLLW mm4, mm0 ;5  Left 1bit shift
  !PSLLW mm4, mm0 ;6  Left 1bit shift
  !PSLLW mm4, mm0 ;7  Left 1bit shift
  !PSLLW mm4, mm0 ;8  Left 1bit shift
  !PSLLW mm4, mm0 ;9  Left 1bit shift
  !PSLLW mm4, mm0 ;A  Left 1bit shift
  !PSLLW mm4, mm0 ;B  Left 1bit shift
  !PSLLW mm4, mm0 ;C  Left 1bit shift
  !PSLLW mm4, mm0 ;D  Left 1bit shift
  !PSLLW mm4, mm0 ;E  Left 1bit shift
  !PSLLW mm4, mm0 ;F  Left 1bit shift
  !PSLLW mm4, mm0 ;0  Left 1bit shift
  ;
  !PSLLW mm5, mm0 ;1  Left 1bit shift
  !PSLLW mm5, mm0 ;2  Left 1bit shift
  !PSLLW mm5, mm0 ;3  Left 1bit shift
  !PSLLW mm5, mm0 ;4  Left 1bit shift
  !PSLLW mm5, mm0 ;5  Left 1bit shift
  !PSLLW mm5, mm0 ;6  Left 1bit shift
  !PSLLW mm5, mm0 ;7  Left 1bit shift
  !PSLLW mm5, mm0 ;8  Left 1bit shift
  !PSLLW mm5, mm0 ;9  Left 1bit shift
  !PSLLW mm5, mm0 ;A  Left 1bit shift
  !PSLLW mm5, mm0 ;B  Left 1bit shift
  !PSLLW mm5, mm0 ;C  Left 1bit shift
  !PSLLW mm5, mm0 ;D  Left 1bit shift
  !PSLLW mm5, mm0 ;E  Left 1bit shift
  !PSLLW mm5, mm0 ;F  Left 1bit shift
  !PSLLW mm5, mm0 ;0  Left 1bit shift
  ;
  !PSLLW mm6, mm0 ;1  Left 1bit shift
  !PSLLW mm6, mm0 ;2  Left 1bit shift
  !PSLLW mm6, mm0 ;3  Left 1bit shift
  !PSLLW mm6, mm0 ;4  Left 1bit shift
  !PSLLW mm6, mm0 ;5  Left 1bit shift
  !PSLLW mm6, mm0 ;6  Left 1bit shift
  !PSLLW mm6, mm0 ;7  Left 1bit shift
  !PSLLW mm6, mm0 ;8  Left 1bit shift
  !PSLLW mm6, mm0 ;9  Left 1bit shift
  !PSLLW mm6, mm0 ;A  Left 1bit shift
  !PSLLW mm6, mm0 ;B  Left 1bit shift
  !PSLLW mm6, mm0 ;C  Left 1bit shift
  !PSLLW mm6, mm0 ;D  Left 1bit shift
  !PSLLW mm6, mm0 ;E  Left 1bit shift
  !PSLLW mm6, mm0 ;F  Left 1bit shift
  !PSLLW mm6, mm0 ;0  Left 1bit shift
  ;
  !PSLLW mm7, mm0 ;1  Left 1bit shift
  !PSLLW mm7, mm0 ;2  Left 1bit shift
  !PSLLW mm7, mm0 ;3  Left 1bit shift
  !PSLLW mm7, mm0 ;4  Left 1bit shift
  !PSLLW mm7, mm0 ;5  Left 1bit shift
  !PSLLW mm7, mm0 ;6  Left 1bit shift
  !PSLLW mm7, mm0 ;7  Left 1bit shift
  !PSLLW mm7, mm0 ;8  Left 1bit shift
  !PSLLW mm7, mm0 ;9  Left 1bit shift
  !PSLLW mm7, mm0 ;A  Left 1bit shift
  !PSLLW mm7, mm0 ;B  Left 1bit shift
  !PSLLW mm7, mm0 ;C  Left 1bit shift
  !PSLLW mm7, mm0 ;D  Left 1bit shift
  !PSLLW mm7, mm0 ;E  Left 1bit shift
  !PSLLW mm7, mm0 ;F  Left 1bit shift
  !PSLLW mm7, mm0 ;0  Left 1bit shift
EndMacro

Macro SIMPLE_MOVE_REGISTERS_Up_and_Down
  ; 249 @@
  !NOP QWORD [Rip+136]
  !NOP QWORD [Rip+152]
  !NOP QWORD [Rip+168]
  !NOP QWORD [Rip+184]
  !NOP QWORD [Rip+200]
  !NOP QWORD [Rip+216]
  !NOP QWORD [Rip+232]
  !NOP QWORD [Rip+248]
  !NOP QWORD [Rip+264]
  !NOP QWORD [Rip+280]
  !NOP QWORD [Rip+296]
  !NOP QWORD [Rip+312]
  !NOP QWORD [Rip+328]
  !NOP QWORD [Rip+344]
  !NOP QWORD [Rip+360]
  !NOP QWORD [Rip+376]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  MOV_Rax_Rax_Up_Down
  MOV_Rdx_Rdx_Up_Down
  MOV_Rsp_Rsp_Up_Down
  MOV_Rsi_Rsi_Up_Down
  MOV_R9_R9_Up_Down
  MOV_R11_R11_Up_Down
  MOV_R13_R13_Up_Down
  MOV_R15_R15_Up_Down
  MOV_Rcx_Rcx_Up_Down
  MOV_Rbx_Rbx_Up_Down
  MOV_Rbp_Rbp_Up_Down
  MOV_Rdi_Rdi_Up_Down
  MOV_R8_R8_Up_Down
  MOV_R10_R10_Up_Down
  MOV_R12_R12_Up_Down
  MOV_R14_R14_Up_Down
  ; 249 @@ End
EndMacro

Macro BeforeProcedureRegisters_RDRAND
  ALL_MMX_CLEAR_SHIFTWORD_INC_CL
  MOV_Rax_Rax_Up_Down
  MOV_Rdx_Rdx_Up_Down
  MOV_Rsp_Rsp_Up_Down
  MOV_Rsi_Rsi_Up_Down
  MOV_R9_R9_Up_Down
  MOV_R11_R11_Up_Down
  MOV_R13_R13_Up_Down
  MOV_R15_R15_Up_Down
  MOV_Rcx_Rcx_Up_Down
  MOV_Rbx_Rbx_Up_Down
  MOV_Rbp_Rbp_Up_Down
  MOV_Rdi_Rdi_Up_Down
  MOV_R8_R8_Up_Down
  MOV_R10_R10_Up_Down
  MOV_R12_R12_Up_Down
  MOV_R14_R14_Up_Down
  ; 17 @@
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip+32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOVQ mm0, Rax
  !MOVQ mm1, Rdx
  !MOVQ mm2, Rsp
  !MOVQ mm3, Rsi
  !MOVQ mm4, R9
  !MOVQ mm5, R11
  !MOVQ mm6, R13
  !MOVQ mm7, R15
  ; 17 @@ End
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND Rax
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND Rdx
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND Rsp
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND Rsi
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND R9
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND R11
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND R13
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND R15
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 49 @@
  !NOP QWORD [Rip+32]
  !NOP QWORD [Rip+48]
  !NOP QWORD [Rip+64]
  !NOP QWORD [Rip+80]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]  
  !MOVQ Rax, mm0
  !MOVQ Rdx, mm1
  !MOVQ Rsp, mm2
  !MOVQ Rsi, mm3
  !MOVQ R9, mm4
  !MOVQ R11, mm5
  !MOVQ R13, mm6
  !MOVQ R15, mm7
  !MOVQ mm0, Rcx
  !MOVQ mm1, Rbx
  !MOVQ mm2, Rbp
  !MOVQ mm3, Rdi
  !MOVQ mm4, R8
  !MOVQ mm5, R10
  !MOVQ mm6, R12
  !MOVQ mm7, R14
  ; 49 @@ End
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND Rcx
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND Rbx
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND Rbp
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND Rdi
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND R8
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND R10
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND R12
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !RDRAND R14
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 19 @@
  !NOP QWORD [Rip+24]
  !NOP QWORD [Rip+40]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOVQ Rcx, mm0
  !MOVQ Rbx, mm1
  !MOVQ Rbp, mm2
  !MOVQ Rdi, mm3
  !MOVQ R8, mm4
  !MOVQ R10, mm5
  !MOVQ R12, mm6
  !MOVQ R14, mm7
  !EMMS
  ; 19 @@ End
  MOV_Rax_Rax_Up_Down
  MOV_Rdx_Rdx_Up_Down
  MOV_Rsp_Rsp_Up_Down
  MOV_Rsi_Rsi_Up_Down
  MOV_R9_R9_Up_Down
  MOV_R11_R11_Up_Down
  MOV_R13_R13_Up_Down
  MOV_R15_R15_Up_Down
  MOV_Rcx_Rcx_Up_Down
  MOV_Rbx_Rbx_Up_Down
  MOV_Rbp_Rbp_Up_Down
  MOV_Rdi_Rdi_Up_Down
  MOV_R8_R8_Up_Down
  MOV_R10_R10_Up_Down
  MOV_R12_R12_Up_Down
  MOV_R14_R14_Up_Down
EndMacro

Macro BeforeProcedureRegisters_SMSW
  ALL_MMX_CLEAR_SHIFTWORD_INC_CL
  MOV_Rax_Rax_Up_Down
  MOV_Rdx_Rdx_Up_Down
  MOV_Rsp_Rsp_Up_Down
  MOV_Rsi_Rsi_Up_Down
  MOV_R9_R9_Up_Down
  MOV_R11_R11_Up_Down
  MOV_R13_R13_Up_Down
  MOV_R15_R15_Up_Down
  MOV_Rcx_Rcx_Up_Down
  MOV_Rbx_Rbx_Up_Down
  MOV_Rbp_Rbp_Up_Down
  MOV_Rdi_Rdi_Up_Down
  MOV_R8_R8_Up_Down
  MOV_R10_R10_Up_Down
  MOV_R12_R12_Up_Down
  MOV_R14_R14_Up_Down
  ; 17 @@
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip+32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOVQ mm0, Rax
  !MOVQ mm1, Rdx
  !MOVQ mm2, Rsp
  !MOVQ mm3, Rsi
  !MOVQ mm4, R9
  !MOVQ mm5, R11
  !MOVQ mm6, R13
  !MOVQ mm7, R15
  ; 17 @@ End
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW Rax
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW Rdx
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW Rsp
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW Rsi
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW R9
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW R11
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW R13
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW R15
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 49 @@
  !NOP QWORD [Rip+32]
  !NOP QWORD [Rip+48]
  !NOP QWORD [Rip+64]
  !NOP QWORD [Rip+80]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]  
  !MOVQ Rax, mm0
  !MOVQ Rdx, mm1
  !MOVQ Rsp, mm2
  !MOVQ Rsi, mm3
  !MOVQ R9, mm4
  !MOVQ R11, mm5
  !MOVQ R13, mm6
  !MOVQ R15, mm7
  !MOVQ mm0, Rcx
  !MOVQ mm1, Rbx
  !MOVQ mm2, Rbp
  !MOVQ mm3, Rdi
  !MOVQ mm4, R8
  !MOVQ mm5, R10
  !MOVQ mm6, R12
  !MOVQ mm7, R14
  ; 49 @@ End
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW Rcx
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW Rbx
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW Rbp
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW Rdi
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW R8
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW R10
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW R12
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !SMSW R14
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 19 @@
  !NOP QWORD [Rip+24]
  !NOP QWORD [Rip+40]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !MOVQ Rcx, mm0
  !MOVQ Rbx, mm1
  !MOVQ Rbp, mm2
  !MOVQ Rdi, mm3
  !MOVQ R8, mm4
  !MOVQ R10, mm5
  !MOVQ R12, mm6
  !MOVQ R14, mm7
  !EMMS
  ; 19 @@ End
  MOV_Rax_Rax_Up_Down
  MOV_Rdx_Rdx_Up_Down
  MOV_Rsp_Rsp_Up_Down
  MOV_Rsi_Rsi_Up_Down
  MOV_R9_R9_Up_Down
  MOV_R11_R11_Up_Down
  MOV_R13_R13_Up_Down
  MOV_R15_R15_Up_Down
  MOV_Rcx_Rcx_Up_Down
  MOV_Rbx_Rbx_Up_Down
  MOV_Rbp_Rbp_Up_Down
  MOV_Rdi_Rdi_Up_Down
  MOV_R8_R8_Up_Down
  MOV_R10_R10_Up_Down
  MOV_R12_R12_Up_Down
  MOV_R14_R14_Up_Down
EndMacro
  
;- PureBasicStart
If OpenConsole("RDRAND SMSW CPU reg. Stabilizer")
  PrintN("Setup ... RDRAND SMSW CPU reg. Stabilizer")
  ; 1 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 2 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 3 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 4 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 5 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 6 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 7 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 8 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 9 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 10 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 11 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 12 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 13 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 14 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 15 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 16 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 17 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 18 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 19 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 20 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 21 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 22 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 23 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 24 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 25 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 26 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 27 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 28 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 29 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 30 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 31 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 32 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 33 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 34 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 35 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 36 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 37 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 38 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 39 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 40 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 41 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 42 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 43 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 44 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 45 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 46 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 47 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 48 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 49 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 50 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 51 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 52 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 53 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 54 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 55 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 56 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 57 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 58 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 59 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 60 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 61 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 62 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 63 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; 64 Setup
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  XOR_Rcx_Rcx_x2
  Set_CL64
  !XCHG dil, cl
  MOVZX_Rdi
  !NOP QWORD [Rip+16]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  !CALL QWORD PB_Delay
  !NOP QWORD [Rip-32]
  !NOP QWORD [Rip]
  !NOP QWORD [Rip]
  ; EndMacro
  BeforeProcedureRegisters_SMSW
  BeforeProcedureRegisters_RDRAND
  PrintN("Finished")
  CloseConsole()
EndIf

Delay(800)
End

; IDE Options = PureBasic 6.02 LTS (Linux - x64)
; ExecutableFormat = Console
; CursorPosition = 1838
; FirstLine = 1815
; Folding = -------
; Optimizer
; EnableXP
; UseIcon = NR5_ES.ico
; Executable = ../../Documents/CPUsetupRDRAND
; CPU = 2
; Compiler = PureBasic 6.02 LTS (Linux - x64)

oryaaaaa · 2023-11-03 05:50:45

上記のビルド版
$ base64 -d text > CPUsetupRDRAND.tar.xz

text

コード:

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Kj4AAZsmgIATANAE9pexxGf7AgAAAAAEWVo=

Ubuntu では「自動起動するアプリ」という設定で、こちらの CPUsetupRDRAND を指定すれば、
ログイン後、2秒間のキュアプログラムで「RDRAND基準のCPU状態をセットアップ」
解析していないけど、動画配信などは RDRAND を使った暗号化をしているので、画質と音質は大きく改善

でも、これを Windows で作って配布すると「とろい！」と判定されて動かない。
RDRAND のない CPU では RDRANDマクロ行を削除、SMSW だけにすると、動作する。

このソースコードをみて、簡単じゃん？
そう思うやつは「デスマーチ」のはじまり、はじまり

何が危ないか？
NOP QWORD [Rip]
NOP QWORD [Rip]
で終わっている部分がある。これを消すと、CPU内部でクロック制御が無効化される。
クロック制御なく、１ステップの「オーバークロック状態で実行」になり、
環境条件によっては、オーバークロックした条件になって壊れる。
修理に出しても「オーバークロックした痕跡から、規約違反で修理不可、保証対象外」です。
その場合、
自分の給料から「損害賠償を支払う」というデスマーチが始まります。

これは脆弱性ではなく、軍事攻撃として用意された命令になるので、
本気の攻撃では「セキュリティソフトは機能せず、貫通して、ぶっ壊れる」
そして厄介なのは、クレームをＯＳ設計者へ言っても「無視！」される。
軍事攻撃できる CPU OS RAM SSD という条件で、パソコン販売は許可されてる。

NOP QWORD [Rip]
NOP QWORD [Rip]

CPU キャッシュを「カレントラインへ戻す」という内容になり、正常動作の復帰方法
NOP 行の削除でなく、この２行を NOP行の最後へ、追加すればいい。
それでも CPU の内部において、マイクロコードへ変換する部分に対策されると、
この方法では対策できない。
そこから、デスマーチのはじまり、はじまり。

そもそも、インターネット経由ではない、オフラインの攻撃手段があるので、
ひどいことのラッシュが起きる。

MajiorityCleanES99 の開発環境は、Hisence 24A40H 1366x768 に対して、
東芝映像エンジンと Intel UHD770 色差出力による 1080p 入力によって、
むりやり 720p を 1080p で表示して「テキスト誤認攻撃」を阻止している。

こういう対策をやらないと「ソースコードは正しく認識できない」
デスマーチのはじまり、はじまり

Lenovo ThinkPad にそういう機能を作れないのかな、、

oryaaaaa · 2023-11-08 15:01:57

今週、SourceForge から「AWARD」のお知らせが届きました。
SourceForge Favorite（月間2,000ダウンロード）

この受賞って、普通はどうなんですか？日本での就職に役立つの？
いちおう、あれこれに使っていいよ！
とありますので、ホームページに使ってみましたけれど、いいのかな。

ライセンスは「未定義」のまま、です。

SoftwareDesign の個人開発の記事を読んでいますと、
誰かわからない匿名で

Voice:
産業界が無償提供を希望する間はライセンス未定義がベスト
儲ける状態にするには「対価を誰かに支払う代行費」が必要

ということで、
自分ひとりで完結している状態では「支払い代行費」の名目は作れない

個人開発について、ひとことありますか？
そうですね、
大企業は「基礎研究」だけでも「投資家へ説明義務」が生じる。
中小企業では「投資家＝経営者」ですけど「銀行へ説明義務」が生じる。
個人は「説明義務」は求められないが「国民の模範」を求められる。
これだけを気にしていれば、いいよ。

oryaaaaa · 2023-12-08 06:55:55

MajiorityCleanES 101 について
RDRAND 命令から RDSEED 命令へ、MajiorityCleanES 99 から変更
それだけで「最高品質の限界突破」となります

RDSEED は CometLake から「結果はキャッシュされ、同値を返す」
この処理を悪用して電子ビット基準を正確に整えることができた

問題点は、USB-DAC の多くが未対応で、AKM ESS DAC と相性最悪
CS43131 とは相性良好、S.M.S.L M300SE が現在の Best USB-DAC

RDSEEDの設計を変更されたら、効果は無くなる
それで公開すると AKM ESS など多くのメーカーへ影響するおそれ
DAC 製造メーカーに留まらず、電子基板を使用した世界の全製品へ影響

現状の AlderLake RapterLake から設計変更された段階で、
研究開発のリファレンスとならない、そのため RDSEED 依存ではなく
同じ結果をもたらす処理にしなくてはならない

RDSEED は「既存のCPU命令から作られた処理」ではなく、
「独自の乱数生成ハードウェアから得る乱数値」との説明で、
これをどのように再現するのか、とても難しい

MajiorityCleanES 99 から RDRAND を RDSEED にしたもの

REX.W + 0F C7 /6
RDRAND r64
Read a 64-bit random number and store in the destination register

REX.W + 0F C7 /7
RDSEED r64
Read a 64-bit NIST SP800-90B & C compliant random value and store in the destination register

Executable から該当コードを見つけ、+1 すると RDSEED に変わる

CPUは「アナログ回路から、"1" を電圧７０％以上、"0" を電圧３０％以下、デジタル基準を定義して作られた」ものと考えている技術者なら、この問題点は理解できるだろう。しかし、電子工学を深く勉強していないソフトウェア工学の専門家は「あり得ない」と断言しやすいが、こういう論者は大学教授には不適切です。常にソフトウェアのバグのうち、再現不能という場合、アナログ回路であるので、電源や雑音の影響を調査しなければならないと説明できる大学教授ならば、日本の将来に不安はない

ここの部分について無理解であったり、日本政府指定の特定機密になったりすれば、日本の大企業によって作られた人工知能の暴走によって、日本の領地は「人工知能による戦争に使われて来た実験場」という運命になりやすい。世界を破滅させた国として、いつでも消滅できる場所へ移動した可能性から「この歴史では最も東に位置しており、海底火山の噴火によって消滅できる」、そう考えると責任とは？日本に住むすべての人に影響する。おかしい技術根拠を言っている場合、何も言わなければ世界の破滅は避けられない

oryaaaaa · 2024-04-05 09:55:14

いまなお電子ビット基準のＣＰＵレジスタ・スタビライザーの研究開発は続行しており、様々な妨害あっても、それが日本の国益になると理解されたら続行できるようになる。それをどのように示すか、いつも悩みを抱えている。

いま、写真印刷ソフト Art photo print という名称を使用していたけれど、誤解を招くとされて、JK print 女史後世という名称へ変更している。アイドルの推し活や、コスプレイヤーの写真を印刷してフォトアルバムを作りたい用途が多いということにした。しかし、元々は「大企業の印刷機材メーカーから提供できる印刷品質は平均クラス」ということであり、「左８人、王様、右２人」という王様カレンダーの印刷には「Art photo print」で対応できるというもの。許可されているというのは「カレンダー」「大企業の宣伝用途」に限られていると思っている。

こうした写真印刷ソフトを作れば、EPSON CANON のカメラやプリンターの改善が行われ、ファッション雑誌やコミック雑誌の印刷品質は改善されてきた経緯がある。これ以上に良くならないとされても、限界突破できる根拠があれば、闇の権力強硬派という印刷会社から印刷機材メーカーへ「もっとよくできるだろ！」と言えるので、それを知っていれば維新の関係先は十分に貢献していると言える。普通のソフトウェア開発者は怖がって作れない。

あまりにも関係性を証明できないけれど、印刷品質の改善は「レーザー加工技術の改善」でもあって、デジタルで記録された設計図からレーザーで半導体製造装置の露光処理など、具体的な設計は分からないけれど、役に立っている可能性はある。日本では各種権利関係が複雑で、中国や台湾のメーカーへ後れを取るだろうけれど、根本的な先進技術では相変わらず日本の技術へ依存しており、半導体技術の限界に達すると「おまえ、これ以上になんとかならね？」と日本の技術会社へ無理難題を吹っ掛けられている。

デジタルジッターの起きやすいＣＰＵは作ろうとして製造しているのではなく、できれば起きない方が安全である。人工知能の暴走は「製造品質の悪化によって起きるデジタルジッター原因説」が有力とされる。裏のシステムでも人工知能を使用していると「オフェンスとディフェンスを間違える」、offense defense 言葉のスペルを暗記して間違えない人は少ない。ofense deffense と覚えている人工知能があると、世界の全体で大混乱を引き起こす。これはどうして起きたのか？いま、作っているMajiorityCleanESを使用すると問題が起きなかったという。それで現在のＣＰＵは、外側のＣＰＵ、内側のＣＰＵ、そういう２重シールド・３重シールドという構造を考えれば、「作り続けてくれ」と言われ、収入になる仕事にならないのだろうか？と思っても、権利構造の都合から「我慢しろ」という状況である。

要人護衛の問題について、ひとこと

英語の勉強をするとき、桐原書店の「コウビルド英語語法辞典改訂第４版 2020年」ぐらいは買って勉強できないか？と思う。3000円ぐらいだけれど、間違えやすい英語の意味について解説してあって、これぐらいは理解できていないと、いくら英語の成績が良くても実用性のあるスキルにならない。人工知能の ChatGPT にしても、曖昧な意味の違いによっておかしい命令を発行してしまう。日本語で「英語語法辞典」を書くと、曖昧な言葉表現として勉強した日本語で理解していると、意味の分からない英語を多用しやすい。日本語に「論理表現」の言語ルールを新たに作らないと、日本の技術専門書は意味不明に陥りやすい。

オフェンス is offense as 攻撃
ディフェンス is defense as 防御
ターゲット is target as 対象

攻撃対象 is offense target as アタック
防御対象 is defense target as 守れ

これらの意味が理解されていない英語の ChatGPT で操作する人工知能は極めて危険である。

fense target body guard

と聞こえたら、なにをするべきか？最初の３文字が伝わっていないのに、勝手に判断して、off とするか、de とするか、英語の問題はここにある。日本語は最後まで聞かないと「アタック」「守れ」の役割が分からない。

簡単な英語だから「わかるだろ？」といって、私の護衛は始まったけれど、ほとんど全員が「攻撃」「防御」を間違えており、この簡単そうな研究開発は「日本最強権力」の家系しか出来ないという危険な状態である。これを対策してくれないと、いつまで経過しても、私は給料の支払われる仕事へ就職できない。

oryaaaaa · 2024-04-06 07:48:28

技術知識の鍛え方、参考になるかな？

UNIX を使い始めた時期とは、大学生になりサン・マイクロシステムズのSunOSでSVR4を学び始め、それで基本操作を覚えたあと、岐阜の悶絶美少女昇天ネットワークという草の根ＢＢＳで、京都大学マイコン部が作成した 386BSD 0.1 for PC-98 で応用分野を独学していきました。カーネル再構築によって「ハードウェアドライバー」を選別して起動カーネルを生成すれば、高速動作になるほか、メモリ使用量を抑制して動作できた。春日井の草の根ＢＢＳでは、信じられない能力者に出会い、中学生にしてオライリーの全書籍を部屋に置き、すべて勉強していると言い切った。その話を大学の情報処理センターのアドミニストレーターへ相談して、学術インターネットの使用承諾を得て、東京大学のメーリングリストで配信していた Linux 日本語FAQ を読んで勉強していきました。そういう知識が前提にあって、MajiorityCleanESは時分割タイムスケジュール処理によって、Ubuntu の安定性改善に役立つと考えている。

Ubuntu PC を子供に与える。それだけでは何も身につかない。オライリーの関連書籍をすべて買って、本棚は「大学図書館より充実」の状態が望まれる。市民図書館へ行き、「プログラミングの勉強」という本を読んでいると、ダーク・スレイブ・アッセンジャーという連中に絡まれる原因になって、小学生の段階で就職先が確定してしまう。それなら書店なら良いか？ダメ。プログラミングのコーナーで中学生女子が立ち読みしていると、先輩から好感されるかもしれないが、不審人物に狙われて就職できなくなる。行き着く先は夜の酒場しか働けなかった・・・。個人技は「プログラミングしりとり」とか、Ascii？Image？Elements？Scroll？Load？Dialog？、面白すぎて人気者になっていた・・・。

MajiorityCamisole 161 for Windows x64
留意点、Windows API 引数レジスタを Linux API 引数レジスタへ変更

コード:

Debug "; MajiorityCamisole 161 (2023 04 03)"
Debug "; RDSEED CRC32 BLSRx64 BZHI CPU reg. Stabilizer from JAPAN"
Debug "; Copyright (c) 2020-2024 Hiroyuki Yokota (oryaaaaa)"
Debug "; Design based by Military LAB-AI designed (Customized  Hiroyuki Yokota)"
Debug ""
Debug "MessageRequester("+Chr(34)+"END"+Chr(34)+","+Chr(34)+"Compiler options Executable Format Console And CPU With MMX"+Chr(34)+") : End"
Debug ""
!extrn PB_RandomSeed

Global NewList Reg64.s()
AddElement(Reg64()) : Reg64() ="Rax" : AddElement(Reg64()) : Reg64() ="Rbx"
AddElement(Reg64()) : Reg64() ="Rcx" : AddElement(Reg64()) : Reg64() ="Rdx"
AddElement(Reg64()) : Reg64() ="Rsp" : AddElement(Reg64()) : Reg64() ="Rsi"
AddElement(Reg64()) : Reg64() ="Rbp" : AddElement(Reg64()) : Reg64() ="Rdi"
AddElement(Reg64()) : Reg64() ="R8" : AddElement(Reg64()) : Reg64() ="R9"
AddElement(Reg64()) : Reg64() ="R10" : AddElement(Reg64()) : Reg64() ="R11"
AddElement(Reg64()) : Reg64() ="R12" : AddElement(Reg64()) : Reg64() ="R13"
AddElement(Reg64()) : Reg64() ="R14" : AddElement(Reg64()) : Reg64() ="R15"

Global NewList Reg64A.s()
AddElement(Reg64A()) : Reg64A() ="Rax" : AddElement(Reg64A()) : Reg64A() ="Rdx"
AddElement(Reg64A()) : Reg64A() ="Rsp" : AddElement(Reg64A()) : Reg64A() ="Rsi"
AddElement(Reg64A()) : Reg64A() ="R9" : AddElement(Reg64A()) : Reg64A() ="R11"
AddElement(Reg64A()) : Reg64A() ="R13" : AddElement(Reg64A()) : Reg64A() ="R15"

Global NewList Reg64B.s()
AddElement(Reg64B()) : Reg64B() ="Rbx" : AddElement(Reg64B()) : Reg64B() ="Rcx"
AddElement(Reg64B()) : Reg64B() ="Rbp" : AddElement(Reg64B()) : Reg64B() ="Rdi"
AddElement(Reg64B()) : Reg64B() ="R8" : AddElement(Reg64B()) : Reg64B() ="R10"
AddElement(Reg64B()) : Reg64B() ="R12" : AddElement(Reg64B()) : Reg64B() ="R14"

!RDRAND Rcx
!CALL QWORD PB_RandomSeed
RandomizeList(Reg64()) : RandomizeList(Reg64A()) : RandomizeList(Reg64B())

NewMap Reg16.s()
Reg16("Rax")="ax" : Reg16("Rbx")="bx" : Reg16("Rcx")="cx" : Reg16("Rdx")="dx"
Reg16("Rsp")="sp" : Reg16("Rsi")="si" : Reg16("Rbp")="bp" : Reg16("Rdi")="di"
Reg16("R8")="R8w" : Reg16("R9")="R9w" : Reg16("R10")="R10w" : Reg16("R11")="R11w"
Reg16("R12")="R12w" : Reg16("R13")="R13w" : Reg16("R14")="R14w" : Reg16("R15")="R15w"

NewMap Reg8.s()
Reg8("Rax")="al" : Reg8("Rbx")="bl" : Reg8("Rcx")="cl" : Reg8("Rdx")="dl"
Reg8("Rsp")="spl" : Reg8("Rsi")="sil" : Reg8("Rbp")="bpl" : Reg8("Rdi")="dil"
Reg8("R8")="R8b" : Reg8("R9")="R9b" : Reg8("R10")="R10b" : Reg8("R11")="R11b"
Reg8("R12")="R12b" : Reg8("R13")="R13b" : Reg8("R14")="R14b" : Reg8("R15")="R15b"

ForEach Reg64()
  Debug "Macro BLSR_"+Reg64()+"_x64"
  For Loop=1 To 64
    Debug "  !BLSR "+Reg64()+", "+Reg64()
  Next
  Debug "  !BZHI "+Reg64()+", "+Reg64()+", "+Reg64()
  Debug "EndMacro"
  Debug ""
Next

ForEach Reg64()
  Debug "Macro SHR_"+Reg64()+"_x64"
  For Loop=1 To 64
    Debug "  !SHR "+Reg64()+", 1"
  Next
  Debug "  !BZHI "+Reg64()+", "+Reg64()+", "+Reg64()
  Debug "EndMacro"
  Debug ""
Next

ForEach Reg64()
  Debug "Macro MOV_"+Reg64()+"_Up_Down"
  Debug "  !MOV "+Reg8(Reg64())+", "+Reg8(Reg64())
  If Len(Reg8(Reg64()))=2
    Debug "  !MOV "+ReplaceString(Reg8(Reg64()), "l", "h")+", "+ReplaceString(Reg8(Reg64()), "l", "h")
  EndIf
  Debug "  !MOV "+Reg16(Reg64())+", "+Reg16(Reg64())
  Debug "  !MOV "+Reg64()+", "+Reg64()
  Debug "  !MOV "+Reg16(Reg64())+", "+Reg16(Reg64())
  If Len(Reg8(Reg64()))=2
    Debug "  !MOV "+ReplaceString(Reg8(Reg64()), "l", "h")+", "+ReplaceString(Reg8(Reg64()), "l", "h")
  EndIf
  Debug "  !MOV "+Reg8(Reg64())+", "+Reg8(Reg64())
  Debug "EndMacro"
  Debug ""
Next

Debug "Macro Set_CL1"
Debug "  BLSR_Rcx_x64"
Debug "  !INC cl"
Debug "  ; cx = 1"
Debug "EndMacro"
Debug ""
Debug "Macro Set_CL8"
Debug "  BLSR_Rcx_x64"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !SHL cl, cl"
Debug "  ; cx = 8"
Debug "EndMacro"
Debug ""
Debug "Macro Set_CL64"
Debug "  BLSR_Rcx_x64"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !SHL cl, cl"
Debug "  ; cx = 64"
Debug "EndMacro"
Debug ""
Debug "Macro ALL_MMX_CLEAR_SHIFTWORD_INC_CL"
Debug "  BLSR_Rcx_x64"
Debug "  Set_CL1"
Debug "  MOVZX_Rcx"
Debug "  !MOVQ mm1, Rcx"
For Loop=1 To 16
  Debug "  !PSLLW mm0, mm1 ;"+Str(Loop)+" Left 1bit shift"
Next
Debug "  !MOVQ mm0, mm1"
For Roop=1 To 7
  For Loop=1 To 16
    Debug "  !PSLLW mm"+Str(Roop)+", mm0 ;"+Str(Loop)+" Left 1bit shift"
  Next
Next
Debug "EndMacro"
Debug ""

Macro SIMPLE_MOVE_REGISTERS_Up_and_Down
ForEach Reg64A() : Debug "  MOV_"+Reg64A()+"_Up_Down" : Next
ForEach Reg64B() : Debug "  MOV_"+Reg64B()+"_Up_Down" : Next
EndMacro

Debug "Macro MOVZX_Rcx"
Debug "  !MOVZX cx, cl"
Debug "  !MOVZX Rcx, cl"
Debug "  !MOVZX cx, cl"
Debug "EndMacro"
Debug ""

Macro BeforeProcedureRegisters_1st
  Debug "  ALL_MMX_CLEAR_SHIFTWORD_INC_CL"
  ForEach Reg64A() : Debug "  MOV_"+Reg64A()+"_Up_Down" : Next
  Loop=0
  ForEach Reg64A() : Debug "  !MOVQ mm"+Str(Loop)+", "+Reg64A() : Loop + 1 : Next
 EndMacro
 
Macro BeforeProcedureRegisters_2nd
  Loop=0
  ForEach Reg64A() : Debug "  !MOVQ "+Reg64A()+", mm"+Str(Loop) : Loop + 1 : Next
  ForEach Reg64A() : Debug "  MOV_"+Reg64A()+"_Up_Down" : Next
  Debug "  ;"
  ForEach Reg64B() : Debug "  MOV_"+Reg64B()+"_Up_Down" : Next
  Loop=0
  ForEach Reg64B() : Debug "  !MOVQ mm"+Str(Loop)+", "+Reg64B() : Loop + 1 : Next
EndMacro

Macro BeforeProcedureRegisters_3rd
  Loop=0
  ForEach Reg64B() : Debug "  !MOVQ "+Reg64B()+", mm"+Str(Loop) : Loop + 1 : Next
  ForEach Reg64B() : Debug "  MOV_"+Reg64B()+"_Up_Down" : Next
  Debug "  !EMMS"
EndMacro
  
Macro BeforeProcedureRegisters_RDSEED_BLSR
  BeforeProcedureRegisters_1st
  ForEach Reg64A()
    Debug "  !NOP QWORD [Rip+16]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !RDSEED "+Reg64A()
    Debug "  !NOP QWORD [Rip-36]"
    Debug "  BLSR_"+Reg64A()+"_x64"
  Next
  BeforeProcedureRegisters_2nd
  ForEach Reg64B()
    Debug "  !NOP QWORD [Rip+16]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !RDSEED "+Reg64B()
    Debug "  !NOP QWORD [Rip-36]"
    Debug "  BLSR_"+Reg64B()+"_x64"
  Next
  BeforeProcedureRegisters_3rd
EndMacro

Macro BeforeProcedureRegisters_CRC32_BLSR
  BeforeProcedureRegisters_1st
  ForEach Reg64A()
    Debug "  !NOP QWORD [Rip+16]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !CRC32 "+Reg64A()+", QWORD [Rip]"
    Debug "  !NOP QWORD [Rip-36]"
    Debug "  BLSR_"+Reg64A()+"_x64"
  Next
  BeforeProcedureRegisters_2nd
  ForEach Reg64B()
    Debug "  !NOP QWORD [Rip+16]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !CRC32 "+Reg64B()+", QWORD [Rip]"
    Debug "  !NOP QWORD [Rip-36]"
    Debug "  BLSR_"+Reg64B()+"_x64"
  Next
  BeforeProcedureRegisters_3rd
EndMacro

Macro BeforeProcedureRegisters_RDSEED_SHR
  BeforeProcedureRegisters_1st
  ForEach Reg64A()
    Debug "  !NOP QWORD [Rip+16]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !RDSEED "+Reg64A()
    Debug "  !NOP QWORD [Rip-36]"
    Debug "  SHR_"+Reg64A()+"_x64"
  Next
  BeforeProcedureRegisters_2nd
  ForEach Reg64B()
    Debug "  !NOP QWORD [Rip+16]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !RDSEED "+Reg64B()
    Debug "  !NOP QWORD [Rip-36]"
    Debug "  SHR_"+Reg64B()+"_x64"
  Next
  BeforeProcedureRegisters_3rd
EndMacro
  
;- Start
Debug ";- PureBasicStart"
BeforeProcedureRegisters_RDSEED_SHR
Debug "If OpenConsole("+Chr(34)+"MajiorityCamisole 161 setup To General-purpose 64-bit registers."+Chr(34)+")"
Debug "  PrintN("+Chr(34)+"Copyright (c) 2020-2024 Hiroyuki Yokota (oryaaaaa)"+Chr(34)+")"
Debug "  PrintN("+Chr(34)+"-"+Chr(34)+")"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !StartStabilizer:"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  PrintN("+Chr(34)+"Setup 1... CRC32 BLSRx64 BZHI CPU reg. Stabilizer"+Chr(34)+")"
Debug "  PrintN("+Chr(34)+"Setup 2... RDSEED BLSRx64 BZHI CPU reg. Stabilizer"+Chr(34)+")"
Debug "  PrintN("+Chr(34)+"Setup 3... Logical to Physical CPU reg. Balancer"+Chr(34)+")"
SIMPLE_MOVE_REGISTERS_Up_and_Down
Global SineWave.i, SineBits.i, SineAngels.i, CountBits.i, CountChk.i
; totalWave = 114581
For SineAngels=1 To 178
  CountChk = 0
  Debug "  ; "+Str(SineAngels)+" Setup"
  BeforeProcedureRegisters_CRC32_BLSR
  BeforeProcedureRegisters_RDSEED_BLSR
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  Debug "  BLSR_Rcx_x64"
  Debug "  BLSR_R8_x64"
  SineWave = Abs(Round(Sin(Radian(SineAngels))*1000, #PB_Round_Nearest))
  !MOV Rax, [v_SineWave]
  !MOV R8, Rax
  !MOV [v_SineBits], R8
  Debug "; "+Str(SineWave)
  totalWave.i + SineWave
  Debug  "  !INC cl"
  For CountBits=63 To 1 Step -1
    If SineBits&(2<<CountBits)
      CountChk+1
      Debug  "  !INC R8b"
      Debug  "  !SHL R8, cl"
    ElseIf CountChk
      Debug  "  !SHL R8, cl"
    EndIf  
  Next
  If SineBits&2
    Debug  "  !INC R8b"
    Debug  "  !SHL R8, cl"
  Else
    Debug  "  !SHL R8, cl"
  EndIf  
  If SineBits&1
    Debug  "  !INC R8b"
  EndIf
  Debug "  !XCHG Rcx, R8"
  Debug "  !NOP QWORD [Rip+16]"
  Debug "  !NOP QWORD [Rip]"
  Debug "  !NOP QWORD [Rip]"
  Debug "  !CALL QWORD Sleep"
  Debug "  !NOP QWORD [Rip-32]"
  Debug "  !NOP QWORD [Rip]"
  Debug "  !NOP QWORD [Rip]"
  !RDRAND Rcx
  !CALL QWORD PB_RandomSeed
  RandomizeList(Reg64()) : RandomizeList(Reg64A()) : RandomizeList(Reg64B())
Next
SortList(Reg64(), #PB_Sort_Ascending)
SortList(Reg64A(), #PB_Sort_Ascending)
SortList(Reg64B(), #PB_Sort_Ascending)
BeforeProcedureRegisters_CRC32_BLSR
BeforeProcedureRegisters_RDSEED_BLSR
SIMPLE_MOVE_REGISTERS_Up_and_Down
Debug "  PrintN("+Chr(34)+"Finished"+Chr(34)+")"
SIMPLE_MOVE_REGISTERS_Up_and_Down
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !JMP QWORD StartStabilizer"
Debug "  CloseConsole()"
Debug "EndIf"
Debug "Sleep_(0)"
Debug "End"
CallDebugger
End

コード:

Macro MajiorityBuild_Tunes_2

ForEach Buffer()
  If FindString(Buffer(), "PureBasicStart:")
    ; 1
    BeforeProcedureRegisters_CRC32_BLSR
    BeforeProcedureRegisters_RDSEED_BLSR
    ; 2
    BeforeProcedureRegisters_CRC32_BLSR
    BeforeProcedureRegisters_RDSEED_BLSR
    ; 3
    BeforeProcedureRegisters_CRC32_BLSR
    BeforeProcedureRegisters_RDSEED_BLSR
    ;
    
    Break
  EndIf
Next
EndMacro

Macro MajiorityBuild_Tunes_6
  ForEach Buffer()
    If FindString(Buffer(), " SUB    rsp,") And Val(StringField(Buffer(), 2, ","))>0
      Sub_pos = 0 : Sub_max =0
      Sub_max = Val(StringField(Buffer(), 2, ","))
      Buffer() = ""
      MOV_Rsp_Up_Down
      For Sub_pos=1 To Sub_max
        AddElement(Buffer()) : Buffer() = "DEC rsp" ; Sub
      Next
      MOV_Rsp_Up_Down
    EndIf
  Next
  ForEach Buffer()
    If FindString(Buffer(), " ADD    rsp,") And Val(StringField(Buffer(), 2, ","))>0
      Add_max = 0 : Add_pos = 0
      Add_max = Val(StringField(Buffer(), 2, ","))
      Buffer() = ""
      MOV_Rsp_Up_Down
      For Add_pos=1 To Add_max
        AddElement(Buffer()) : Buffer() = "INC rsp" ; Add
      Next
      MOV_Rsp_Up_Down
    EndIf
  Next
  ForEach Buffer()
    If FindString(Buffer(), "PUSH ")
      If FindString(Buffer(), "rax")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        MOV_Rax_Up_Down
      ElseIf  FindString(Buffer(), "rbx")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        MOV_Rbp_Up_Down
      ElseIf  FindString(Buffer(), "rcx")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        MOV_Rcx_Up_Down
      ElseIf  FindString(Buffer(), "rdx")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        MOV_Rdx_Up_Down
      ElseIf  FindString(Buffer(), "rsi")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        MOV_Rsi_Up_Down
      ElseIf  FindString(Buffer(), "rbp")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        MOV_Rbp_Up_Down
        ;     ElseIf  FindString(Buffer(), "rsp")
        ;       MOV_Rsp_Rsp_Up_Down
      ElseIf  FindString(Buffer(), "rdi")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        MOV_Rdi_Up_Down
      ElseIf  FindString(Buffer(), "r8")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        MOV_R8_Up_Down
      ElseIf  FindString(Buffer(), "r9")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        MOV_R9_Up_Down
      ElseIf  FindString(Buffer(), "r10")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        MOV_R10_Up_Down
      ElseIf  FindString(Buffer(), "r11")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        MOV_R11_Up_Down
      ElseIf  FindString(Buffer(), "r12")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        MOV_R12_Up_Down
      ElseIf  FindString(Buffer(), "r13")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        MOV_R13_Up_Down
      ElseIf  FindString(Buffer(), "r14")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        MOV_R14_Up_Down
      ElseIf  FindString(Buffer(), "r15")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        MOV_R15_Up_Down
      Else
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
      EndIf
      NextElement(Buffer())
      MOV_Rsp_Up_Down
    EndIf
  Next
  ForEach Buffer()
    If FindString(Buffer(), "POP ")
      If FindString(Buffer(), "rax")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
        MOV_Rax_Up_Down
      ElseIf  FindString(Buffer(), "rbx")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
        MOV_Rbp_Up_Down
      ElseIf  FindString(Buffer(), "rcx")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
        MOV_Rcx_Up_Down
      ElseIf  FindString(Buffer(), "rdx")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
        MOV_Rdx_Up_Down
      ElseIf  FindString(Buffer(), "rsi")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
        MOV_Rsi_Up_Down
      ElseIf  FindString(Buffer(), "rbp")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
        MOV_Rbp_Up_Down
        ;     ElseIf  FindString(Buffer(), "rsp")
        ;       MOV_Rsp_Rsp_Up_Down
      ElseIf  FindString(Buffer(), "rdi")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
        MOV_Rdi_Up_Down
      ElseIf  FindString(Buffer(), "r8")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
        MOV_R8_Up_Down
      ElseIf  FindString(Buffer(), "r9")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
        MOV_R9_Up_Down
      ElseIf  FindString(Buffer(), "r10")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
        MOV_R10_Up_Down
      ElseIf  FindString(Buffer(), "r11")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
        MOV_R11_Up_Down
      ElseIf  FindString(Buffer(), "r12")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
        MOV_R12_Up_Down
      ElseIf  FindString(Buffer(), "r13")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
        MOV_R13_Up_Down
      ElseIf  FindString(Buffer(), "r14")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
        MOV_R14_Up_Down
      ElseIf  FindString(Buffer(), "r15")
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
        MOV_R15_Up_Down
      Else
        PreviousElement(Buffer())
        MOV_Rsp_Up_Down
        NextElement(Buffer())
      EndIf
      MOV_Rsp_Up_Down
    EndIf
  Next
EndMacro

;- MC build
; MajiorityBuild_Tunes_Open
If ReadFile(2, #SourcePath1+"PureBasic.asm")
  While Eof(2)=0
    AddElement(Buffer())
    Buffer() = ReadString(2)
  Wend
  CloseFile(2)
EndIf
CallDebugger
; _Tunes_Open
MajiorityBuild_Tunes_2
MajiorityBuild_Tunes_6
; MajiorityBuild_Tunes_Write
If CreateFile(2, #SourcePath1+"PureBasic.asm")
  ForEach Buffer()
    WriteStringN(2, Buffer())
  Next
  FlushFileBuffers(2)
  CloseFile(2)
EndIf
; CallDebugger
DeleteFile(#SourcePath1+"PureBasic.asm")
DeleteFile(#SourcePath1+"PureBasic.exe")

Linux のカーネル起動処理において、MajiorityBuild_Tunes_2 を実行すると、それだけで高級仕様のワークステーションに迫る性能になると思っている。今回は CRC32 Rax, QWORD [Rip] とある内容は、次の命令アドレスにあるプログラムのメモリーを参照して Rax へCRC32演算後にセット、この問題点は SSD や RAM の性能が悪いと、意図した結果は出ないと思う。

oryaaaaa · 2024-04-06 08:43:58

上記の内容を投稿後、３０分ぐらいか「おい、それ全書籍を買うといくらか、書いとけ」と声がする。

オライリー BOOK について、エリアを選択して MIFES へコピペします。
MIFES では空白を TAB へ置換します。それをコピーします。
表計算プログラムで「コピペ」して、列が乱れた行だけ TAB を空白へ変更

表計算でセル選択後、合計金額を計算すれば、
オライリー全書籍 ALL BOOKS、1,445,950円になりました。

「いいよ、悟空ゴー！」と覚えておけばいいらしい。

oryaaaaa · 2024-04-11 14:13:39

MajiorityCamisole 168 のソースコードを下記に示す。
Linux API で使用される引数レジスタへ変更、Rcx → Rdi だったかな
WindowsAPI Sleep_ ではなく、PureBasic PB_Delay へ変更したら動作すると思う。

168 と 169 の差は、長周期か短周期か、それで異なっており、短周期はアニメ用、
長周期はオーディオ用、複数起動の場合は高級環境では良くなる傾向があるという。
通常は MajiorityCamisole 168 で十分と判断していますが、音の比較では 169 で行う。

*FXSAVE *FXSAVE2 のバッファ初期化は「ループしない処理」へ意図的に書いた。
「ループする処理」にすると品質悪化するので注意しなければならない。

ジャンプして命令アドレスが変更されるとマイクロコード変換の再確認が行われる。
再確認のＣＰＵ処理は「オーバークロック」で行われる。ＣＰＵ電圧は上昇する。
ＣＰＵ電圧は上昇と下降を繰り返すと、それでデジタルジッターとなる。

もっと高品質に動作させたいなら、「ループしない処理」にすれば解決する。
音楽再生ソフトの Nontallion でも「ループしない処理」にすれば音質改善する。
要求されるバッファLengthに応じて Galaxy100 のような処理で良くなるけど・・・
ASIOproc() のスレッド処理が想定外に巨大化すると負荷制御できない環境で困る。

100万行の計算プログラムを「下記のような手法」で作成して実行したら、
0.001 秒未満しか掛からない。マイクロコード変換する時に計算されてしまい、
実行時間は不明という状態になるので、100万行ぐらいなら気にしなくていい。

コード:

Debug "; MajiorityCamisole 168 (2023 04 11)"
Debug "; RDSEED CRC32 BLSRx64 BZHI CPU reg. Stabilizer from JAPAN"
Debug "; Copyright (c) 2020-2024 Hiroyuki Yokota (oryaaaaa)"
Debug "; Design based by Military LAB-AI designed (Customized  Hiroyuki Yokota)"
Debug ""
Debug "MessageRequester("+Chr(34)+"END"+Chr(34)+","+Chr(34)+"Compiler options Executable Format Console And CPU With MMX"+Chr(34)+") : End"
Debug ""
!extrn PB_RandomSeed

Global NewList Reg64.s()
AddElement(Reg64()) : Reg64() ="Rax" : AddElement(Reg64()) : Reg64() ="Rbx"
AddElement(Reg64()) : Reg64() ="Rcx" : AddElement(Reg64()) : Reg64() ="Rdx"
AddElement(Reg64()) : Reg64() ="Rsp" : AddElement(Reg64()) : Reg64() ="Rsi"
AddElement(Reg64()) : Reg64() ="Rbp" : AddElement(Reg64()) : Reg64() ="Rdi"
AddElement(Reg64()) : Reg64() ="R8" : AddElement(Reg64()) : Reg64() ="R9"
AddElement(Reg64()) : Reg64() ="R10" : AddElement(Reg64()) : Reg64() ="R11"
AddElement(Reg64()) : Reg64() ="R12" : AddElement(Reg64()) : Reg64() ="R13"
AddElement(Reg64()) : Reg64() ="R14" : AddElement(Reg64()) : Reg64() ="R15"

Global NewList Reg64A.s()
AddElement(Reg64A()) : Reg64A() ="Rax" : AddElement(Reg64A()) : Reg64A() ="Rdx"
AddElement(Reg64A()) : Reg64A() ="Rsp" : AddElement(Reg64A()) : Reg64A() ="Rsi"
AddElement(Reg64A()) : Reg64A() ="R9" : AddElement(Reg64A()) : Reg64A() ="R11"
AddElement(Reg64A()) : Reg64A() ="R13" : AddElement(Reg64A()) : Reg64A() ="R15"

Global NewList Reg64B.s()
AddElement(Reg64B()) : Reg64B() ="Rbx" : AddElement(Reg64B()) : Reg64B() ="Rcx"
AddElement(Reg64B()) : Reg64B() ="Rbp" : AddElement(Reg64B()) : Reg64B() ="Rdi"
AddElement(Reg64B()) : Reg64B() ="R8" : AddElement(Reg64B()) : Reg64B() ="R10"
AddElement(Reg64B()) : Reg64B() ="R12" : AddElement(Reg64B()) : Reg64B() ="R14"

!RDRAND Rcx
!CALL QWORD PB_RandomSeed
RandomizeList(Reg64()) : RandomizeList(Reg64A()) : RandomizeList(Reg64B())

NewMap Reg16.s()
Reg16("Rax")="ax" : Reg16("Rbx")="bx" : Reg16("Rcx")="cx" : Reg16("Rdx")="dx"
Reg16("Rsp")="sp" : Reg16("Rsi")="si" : Reg16("Rbp")="bp" : Reg16("Rdi")="di"
Reg16("R8")="R8w" : Reg16("R9")="R9w" : Reg16("R10")="R10w" : Reg16("R11")="R11w"
Reg16("R12")="R12w" : Reg16("R13")="R13w" : Reg16("R14")="R14w" : Reg16("R15")="R15w"

NewMap Reg8.s()
Reg8("Rax")="al" : Reg8("Rbx")="bl" : Reg8("Rcx")="cl" : Reg8("Rdx")="dl"
Reg8("Rsp")="spl" : Reg8("Rsi")="sil" : Reg8("Rbp")="bpl" : Reg8("Rdi")="dil"
Reg8("R8")="R8b" : Reg8("R9")="R9b" : Reg8("R10")="R10b" : Reg8("R11")="R11b"
Reg8("R12")="R12b" : Reg8("R13")="R13b" : Reg8("R14")="R14b" : Reg8("R15")="R15b"

ForEach Reg64()
  Debug "Macro BLSR_"+Reg64()+"_x64"
  For Loop=1 To 64
    Debug "  !BLSR "+Reg64()+", "+Reg64()
  Next
  Debug "  !BZHI "+Reg64()+", "+Reg64()+", "+Reg64()
  Debug "EndMacro"
  Debug ""
Next

ForEach Reg64()
  Debug "Macro SHR_"+Reg64()+"_x64"
  For Loop=1 To 64
    Debug "  !SHR "+Reg64()+", 1"
  Next
  Debug "  !BZHI "+Reg64()+", "+Reg64()+", "+Reg64()
  Debug "EndMacro"
  Debug ""
Next

ForEach Reg64()
  Debug "Macro MOV_"+Reg64()+"_Up_Down"
  Debug "  !MOV "+Reg8(Reg64())+", "+Reg8(Reg64())
  If Len(Reg8(Reg64()))=2
    Debug "  !MOV "+ReplaceString(Reg8(Reg64()), "l", "h")+", "+ReplaceString(Reg8(Reg64()), "l", "h")
  EndIf
  Debug "  !MOV "+Reg16(Reg64())+", "+Reg16(Reg64())
  Debug "  !MOV "+Reg64()+", "+Reg64()
  Debug "  !MOV "+Reg16(Reg64())+", "+Reg16(Reg64())
  If Len(Reg8(Reg64()))=2
    Debug "  !MOV "+ReplaceString(Reg8(Reg64()), "l", "h")+", "+ReplaceString(Reg8(Reg64()), "l", "h")
  EndIf
  Debug "  !MOV "+Reg8(Reg64())+", "+Reg8(Reg64())
  Debug "EndMacro"
  Debug ""
Next

Debug "Macro Set_CL1"
Debug "  BLSR_Rcx_x64"
Debug "  !INC cl"
Debug "  ; cx = 1"
Debug "EndMacro"
Debug ""
Debug "Macro Set_CL8"
Debug "  BLSR_Rcx_x64"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !SHL cl, cl"
Debug "  ; cx = 8"
Debug "EndMacro"
Debug ""
Debug "Macro Set_CL64"
Debug "  BLSR_Rcx_x64"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !SHL cl, cl"
Debug "  ; cx = 64"
Debug "EndMacro"
Debug ""
Debug "Macro ALL_MMX_CLEAR_SHIFTWORD_INC_CL"
Debug "  BLSR_Rcx_x64"
Debug "  Set_CL1"
Debug "  MOVZX_Rcx"
Debug "  !MOVQ mm1, Rcx"
For Loop=1 To 16
  Debug "  !PSLLW mm0, mm1 ;"+Str(Loop)+" Left 1bit shift"
Next
Debug "  !MOVQ mm0, mm1"
For Roop=1 To 7
  For Loop=1 To 16
    Debug "  !PSLLW mm"+Str(Roop)+", mm0 ;"+Str(Loop)+" Left 1bit shift"
  Next
Next
Debug "EndMacro"
Debug ""

Macro SIMPLE_MOVE_REGISTERS_Up_and_Down
ForEach Reg64A() : Debug "  MOV_"+Reg64A()+"_Up_Down" : Next
ForEach Reg64B() : Debug "  MOV_"+Reg64B()+"_Up_Down" : Next
EndMacro

Debug "Macro MOVZX_Rcx"
Debug "  !MOVZX cx, cl"
Debug "  !MOVZX Rcx, cl"
Debug "  !MOVZX cx, cl"
Debug "EndMacro"
Debug ""

Macro BeforeProcedureRegisters_1st
  Debug "  ALL_MMX_CLEAR_SHIFTWORD_INC_CL"
  ForEach Reg64A() : Debug "  MOV_"+Reg64A()+"_Up_Down" : Next
  Loop=0
  ForEach Reg64A() : Debug "  !MOVQ mm"+Str(Loop)+", "+Reg64A() : Loop + 1 : Next
 EndMacro
 
Macro BeforeProcedureRegisters_2nd
  Loop=0
  ForEach Reg64A() : Debug "  !MOVQ "+Reg64A()+", mm"+Str(Loop) : Loop + 1 : Next
  ForEach Reg64A() : Debug "  MOV_"+Reg64A()+"_Up_Down" : Next
  Debug "  ;"
  ForEach Reg64B() : Debug "  MOV_"+Reg64B()+"_Up_Down" : Next
  Loop=0
  ForEach Reg64B() : Debug "  !MOVQ mm"+Str(Loop)+", "+Reg64B() : Loop + 1 : Next
EndMacro

Macro BeforeProcedureRegisters_3rd
  Loop=0
  ForEach Reg64B() : Debug "  !MOVQ "+Reg64B()+", mm"+Str(Loop) : Loop + 1 : Next
  ForEach Reg64B() : Debug "  MOV_"+Reg64B()+"_Up_Down" : Next
  Debug "  !EMMS"
EndMacro
  
Macro BeforeProcedureRegisters_RDSEED_BLSR
  BeforeProcedureRegisters_1st
  ForEach Reg64A()
    Debug "  !NOP QWORD [Rip+16]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !RDSEED "+Reg64A()
    Debug "  !NOP QWORD [Rip-36]"
    Debug "  BLSR_"+Reg64A()+"_x64"
  Next
  BeforeProcedureRegisters_2nd
  ForEach Reg64B()
    Debug "  !NOP QWORD [Rip+16]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !RDSEED "+Reg64B()
    Debug "  !NOP QWORD [Rip-36]"
    Debug "  BLSR_"+Reg64B()+"_x64"
  Next
  BeforeProcedureRegisters_3rd
EndMacro

Macro BeforeProcedureRegisters_CRC32_BLSR
  BeforeProcedureRegisters_1st
  ForEach Reg64A()
    Debug "  !NOP QWORD [Rip+16]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !CRC32 "+Reg64A()+", QWORD [Rip]"
    Debug "  !NOP QWORD [Rip-36]"
    Debug "  BLSR_"+Reg64A()+"_x64"
  Next
  BeforeProcedureRegisters_2nd
  ForEach Reg64B()
    Debug "  !NOP QWORD [Rip+16]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !CRC32 "+Reg64B()+", QWORD [Rip]"
    Debug "  !NOP QWORD [Rip-36]"
    Debug "  BLSR_"+Reg64B()+"_x64"
  Next
  BeforeProcedureRegisters_3rd
EndMacro

Macro BeforeProcedureRegisters_RDSEED_SHR
  BeforeProcedureRegisters_1st
  ForEach Reg64A()
    Debug "  !NOP QWORD [Rip+16]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !RDSEED "+Reg64A()
    Debug "  !NOP QWORD [Rip-36]"
    Debug "  SHR_"+Reg64A()+"_x64"
  Next
  BeforeProcedureRegisters_2nd
  ForEach Reg64B()
    Debug "  !NOP QWORD [Rip+16]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !NOP QWORD [Rip]"
    Debug "  !RDSEED "+Reg64B()
    Debug "  !NOP QWORD [Rip-36]"
    Debug "  SHR_"+Reg64B()+"_x64"
  Next
  BeforeProcedureRegisters_3rd
EndMacro

Debug "  Global *FXSAVE, *FXSAVE2"
Debug "  BLSR_Rcx_x64"
Debug "  BLSR_Rdx_x64"
Debug "  BLSR_R8_x64"
Debug "  !INC cl"
Debug "  !INC R8b"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !XCHG Rcx, R8"
Debug "  !INC dl"
Debug "  !MOVZX Rdx, dl"
Debug "  !CALL PB_AllocateMemory2"
Debug "  !MOVNTI QWORD [p_FXSAVE], Rax"
Debug "  !NOP QWORD [p_FXSAVE]"
;  "*FXSAVE = AllocateMemory(512,1)"
Debug "  ALL_MMX_CLEAR_SHIFTWORD_INC_CL"
Debug "  !MOV R8, QWORD [p_FXSAVE]"
For Loop=0 To 512 Step 8
  Debug "  !MOVQ QWORD [R8+"+Str(Loop)+"], mm5"
Next
Debug "  !EMMS"
Debug "  BLSR_Rcx_x64"
Debug "  BLSR_Rdx_x64"
Debug "  BLSR_R8_x64"
Debug "  !INC cl"
Debug "  !INC R8b"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !SHL R8, cl"
Debug "  !XCHG Rcx, R8"
Debug "  !INC dl"
Debug "  !MOVZX Rdx, dl"
Debug "  !CALL PB_AllocateMemory2"
Debug "  !MOVNTI QWORD [p_FXSAVE2], Rax"
Debug "  !NOP QWORD [p_FXSAVE2]"
;  "*FXSAVE = AllocateMemory(512,1)"
Debug "  ALL_MMX_CLEAR_SHIFTWORD_INC_CL"
Debug "  !MOV R8, QWORD [p_FXSAVE2]"
For Loop=0 To 512 Step 8
  Debug "  !MOVQ QWORD [R8+"+Str(Loop)+"], mm5"
Next
Debug "  !EMMS"

Macro FXSAVE
  Debug "  !MOV R8, QWORD [p_FXSAVE]"
  Debug "  !FXSAVE64 [R8]"
EndMacro

Macro FXRSTOR
Debug "    !MOV R8, QWORD [p_FXSAVE] "
Debug "    !FXRSTOR64 [R8]"
EndMacro

;- Start
Debug ";- PureBasicStart"
BeforeProcedureRegisters_RDSEED_SHR
Debug "If OpenConsole("+Chr(34)+"MajiorityCamisole 168 setup To General-purpose 64-bit registers."+Chr(34)+")"
Debug "  PrintN("+Chr(34)+"Copyright (c) 2020-2024 Hiroyuki Yokota (oryaaaaa)"+Chr(34)+")"
Debug "  PrintN("+Chr(34)+"-"+Chr(34)+")"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !StartStabilizer:"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  PrintN("+Chr(34)+"Setup 1... CRC32 BLSRx64 BZHI CPU reg. Stabilizer"+Chr(34)+")"
Debug "  PrintN("+Chr(34)+"Setup 2... RDSEED BLSRx64 BZHI CPU reg. Stabilizer"+Chr(34)+")"
Debug "  PrintN("+Chr(34)+"Setup 3... Logical to Physical CPU reg. Balancer"+Chr(34)+")"
Debug "  PrintN("+Chr(34)+"[Loop 29 times] ... Setup + FXSAVE64 sleep_(sine wave) ...[End] FXRSTOR64"+Chr(34)+")"
SIMPLE_MOVE_REGISTERS_Up_and_Down
Global SineWave.i, SineBits.i, SineAngels.i, CountBits.i, CountChk.i
; totalWave = 19,356 ms
For SineAngels=1 To 178 Step 6
  CountChk = 0
  Debug "  ; "+Str(SineAngels)+" Setup"
  BeforeProcedureRegisters_CRC32_BLSR
  BeforeProcedureRegisters_RDSEED_BLSR
  SIMPLE_MOVE_REGISTERS_Up_and_Down
  FXSAVE
  Debug "  BLSR_Rcx_x64"
  Debug "  BLSR_R8_x64"
  SineWave = Abs(Round(Sin(Radian(SineAngels))*1000, #PB_Round_Nearest))
  !MOV Rax, [v_SineWave]
  !MOV R8, Rax
  !MOV [v_SineBits], R8
  Debug "; "+Str(SineWave)
  totalWave.i + SineWave
  Debug  "  !INC cl"
  For CountBits=63 To 1 Step -1
    If SineBits&(2<<CountBits)
      CountChk+1
      Debug  "  !INC R8b"
      Debug  "  !SHL R8, cl"
    ElseIf CountChk
      Debug  "  !SHL R8, cl"
    EndIf  
  Next
  If SineBits&2
    Debug  "  !INC R8b"
    Debug  "  !SHL R8, cl"
  Else
    Debug  "  !SHL R8, cl"
  EndIf  
  If SineBits&1
    Debug  "  !INC R8b"
  EndIf
  Debug "  !XCHG Rcx, R8"
  Debug "  !NOP QWORD [Rip+16]"
  Debug "  !NOP QWORD [Rip]"
  Debug "  !NOP QWORD [Rip]"
  Debug "  !CALL QWORD Sleep"
  Debug "  !NOP QWORD [Rip-32]"
  Debug "  !NOP QWORD [Rip]"
  Debug "  !NOP QWORD [Rip]"
  !RDRAND Rcx
  !CALL QWORD PB_RandomSeed
  RandomizeList(Reg64()) : RandomizeList(Reg64A()) : RandomizeList(Reg64B())
Next
SortList(Reg64(), #PB_Sort_Ascending)
SortList(Reg64A(), #PB_Sort_Ascending)
SortList(Reg64B(), #PB_Sort_Ascending)
BeforeProcedureRegisters_CRC32_BLSR
BeforeProcedureRegisters_RDSEED_BLSR
SIMPLE_MOVE_REGISTERS_Up_and_Down
FXRSTOR
Debug "  Swap *FXSAVE2, *FXSAVE"
Debug "  ALL_MMX_CLEAR_SHIFTWORD_INC_CL"
Debug "  !MOV R8, QWORD [p_FXSAVE]"
For Loop=0 To 512 Step 8
  Debug "  !MOVQ QWORD [R8+"+Str(Loop)+"], mm5"
Next
Debug "  !EMMS"
Debug "  PrintN("+Chr(34)+"Finished"+Chr(34)+")"
SIMPLE_MOVE_REGISTERS_Up_and_Down
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !JMP QWORD StartStabilizer"
Debug "  CloseConsole()"
Debug "EndIf"
Debug "Sleep_(0)"
Debug "AllocateMemory(0,0)"
Debug "End"
CallDebugger
End

FXSAVE FXRSTOR による方法は今では使われていないようで、CPUのバーンインが必要でした。
FXSAVE を試して良くなって、FXSAVE64 で悪くなって、FXSAVE へ戻すと悪くなった場合、
その部分だけ 32ビット状態のままでバーンインされていたと考えられ、FXSAVE64 で変化した。
168 使用後は FXSAVE64 FXRSTOR64 でなければ、ジッター現象になります。
厳密なジッターを測定している環境では、この件について注意してください。

oryaaaaa · 2024-04-11 17:07:48

AllocateMemory(512) では (R8+512) となれば、メモリエラー

コード:

; 間違えた処理
For Loop=0 To 512 Step 8
  Debug "  !MOVQ QWORD [R8+"+Str(Loop)+"], mm5"
Next

;正しい処理
For Loop=0 To 511 Step 8
  Debug "  !MOVQ QWORD [R8+"+Str(Loop)+"], mm5"
Next

oryaaaaa · 2024-08-17 10:24:16

こんにちは、アニメの表示について限界突破したので、手法を部分公開します。
32ビット esp の初期化について、「神社のおつげ」を聞いて対応、さらに工夫しています。
ありえないぐらい高画質のアニメ視聴を実現すれば、映画業界や放送業界は「書いて！」という状況へ

最近、このフォーラムへ情報共有を行うことに迷いがありました。けれど、隣町の豊田市へ行くと「明らかにおかしい街の様子」になっており、今までテレビなどで登場した最高幹部が子どもの姿で現れて、センチュリーの模範的説明をしている状況があったりして、ここまでするって、つまり「子どもの対応」を求められているのかな、と決断を迫られていた。それでも、十分に時間をかけて状況を見守っており、準備はできたのだろうか？と試しの目立つ行動をしてみて、突発的な判断ミスが起きないように迫った。

Ubuntuフォーラムに対しては、完全なソースコードの情報公開はできなくて、部分的に公開する Code snippets になります。この方法を誤った判断で「必要処理」を削除すると、パソコンを数秒で破壊する処理になると判明しており、今まで「大丈夫か？」と足踏みを繰り返して「業界ストップ」を期待していた。しかし、業界対応は「隠蔽」を選んでおり、いつでも「悪の勢力」を潰せる機能は残しておきたいのだろう、なんでか知らないけれど、ゲーム機において容認され、CPU設計は変更しない、その方針を確かめた。ゲーム機では PS4 Tower of Fantasy において、60 fps では従来の 120fps に感じるぐらいに反応速度の改善が行われており、使っているか分からないが、命令キャッシュの正しい使用法を理解していれば、使っていいみたいだ。

この活動を通して分かることは、短い処理コードにすると「強制マルウェア処理」になってしまい、実行できない状態になるということ。開発環境では動作しても、ユーザー環境では動作しない、または「ウイルスデータベースへ強制登録」になっている。短い処理コードは「軍事転用できる危険な処理」と判断して、できるだけ冗長化して記述しなければならない。それから、なぜCPUはクロック制御が必要なのか、それを考えていくと、表向きの処理と、監視する処理と、同時に実行されていないと不審な結果に対して、正しい判断を得られない。これはOSに依存しないで存在しており、WindowsからUbuntuへ変更しても、逃れる方法は無いと思う。それで Mach カーネルを用いた MacOSX などでは、複雑な処理から実行すると「プロフェッショナル用途に向く」と判断されていたけれど、裏のシステムが高度な人工知能解析を実現するようになれば、Macにする根拠は希薄になってくる。それで独自のCPUを作るようになったけれど、問題点は HDMI インターフェースなど、表示部分について、クラウドストリーミングゲームのように対応した仮想環境技術によって、正しい処理を実現していない可能性があり、私はMac環境やLinux環境への移行は許可されていない。

いま、すごく困っていることは「連絡できない状態」にあり、「最新情報を得られない状態」でもある。それでも、裏のシステムを通じて「最新の改善手法」を伝えられる状況も継続しており、今回は32ビットレジスタの対応について、新しい手法を試している。いま、Windowsでは MajiorityLabyrinth Solution と名称変更して、限界突破技術の無償公開を始めてみれば、PureBasic forum へ MajiorityLabyrinth 2 のソースコードを公開するように声がして、逆らうと困ることが多発するので、完全に公開している。なお、実際に公開しているものは、REASM を用いてビルドプログラムのチューンアップを行っており、これは命令キャッシュを含めるので、研究所の各種ソリューションで不具合を生じるかもしれない。

CPU 13th 14th keep codes some rules.
1. Don't remove "NOP QWORD [Rip] x2 lines" CPU power management brake down
2. Don't remove "XCHG al, ah ... dh, dl , XCHG spl, spl after NOP" same reason
If you can try crush CPU, You should hear CPU fan motor noise. boom ? RESET!
This troubles is not depend 13th 14th only, others Skylake CometLake any crushed

この内容を英語で説明すると責任を生じるので、日本語で説明する。どちらも、NOP とは no operation という説明ですが、主に CPU 命令キャッシュやマザーボードの設計用途に使われており、細かい仕様はネット検索しても見つけられない。上記のルールを無視すれば、処理の実行から「2秒でパソコンが燃える」という環境もあるぐらいで、何を監視しなければならないか、何を注意しないといけないか、細かく説明しておく。

CPU温度モニターは、平均温度を表示しており、急速な温度上昇には対応していない。温度表示を見てから、マザーボードの RESET を押しても、その時点で完全に破損している。CPU ファンクーラーについて、高回転になったか？、騒音を聞いたら RESET を押していないと、10万円以上するマザーボードやCPUは即座に壊れる。ファン設定について、急激な温度上昇に対応していないファン回転数の設定であれば、気付かないまま壊れていく。一般的には、CPU 温度は 80度を超えたら、使用不能になると考えていいので、すぐに RESET を押さない人は「オーバークロックの恐怖」を知らない人だろう。「オーバークロックの趣味」は、１分の挑戦で 20万円の部品を壊す、そういう経験がまったくない人は試したらダメだ。

レジスタのグループ分けについて、下記資料から判断した。高品質に動作させようと考える場合、RSPを含むグループをユーザー専用、CL を含むグループをシステム専用、このように設計を最適化すれば、産業用途では使いやすいCPUになると分かっている。定数のセットアップはシステム専用において、CL を使用するジェネレート式にすれば、低雑音処理になるだろう。

コード:

; ; ; ; ; ; ; ; IntelR 64 And IA-32 ArchitecturesSoftware Developer’s Manual
; ; ; ; ; ; ; ; Volume 2 (2A, 2B, 2C, & 2D):Instruction Set Reference, A-Z
; ; ; ; ; ; ; ; Opcode Column in the Instruction Summary Table (Instructions without VEX Prefix)
; ; ; ; ; ; ; ; 
; ; ; ; ; ; ; ; ALNone0AXNone0EAXNone0RAXNone0
; ; ; ; ; ; ; ; DLNone2DXNone2EDXNone2RDXNone2
; ; ; ; ; ; ; ; SPLYes 4SPNone4ESPNone4RSPNone4
; ; ; ; ; ; ; ; SILYes6SINone6ESINone6RSINone6
; ; ; ; ; ; ; ; R8BYes0R8WYes0R8DYes0R8Yes0
; ; ; ; ; ; ; ; R10BYes2R10WYes2R10DYes2R10Yes2
; ; ; ; ; ; ; ; R12BYes4R12WYes4R12DYes4R12Yes4
; ; ; ; ; ; ; ; R14BYes6R14WYes6R14DYes6R14Yes6
; ; ; ; ; ; ; ; 
; ; ; ; ; ; ; ; CLNone1CXNone1ECXNone1RCXNone1
; ; ; ; ; ; ; ; BLNone3BXNone3EBXNone3RBXNone3
; ; ; ; ; ; ; ; BPLYes5BPNone5EBPNone5RBPNone5
; ; ; ; ; ; ; ; DILYes7DINone7EDINone7RDINone7
; ; ; ; ; ; ; ; R9BYes1R9WYes1R9DYes1R9Yes1
; ; ; ; ; ; ; ; R11BYes3R11WYes3R11DYes3R11Yes3
; ; ; ; ; ; ; ; R13BYes5R13WYes5R13DYes5R13Yes5
; ; ; ; ; ; ; ; R15BYes7R15WYes7R15DYes7R15Yes7


Global NewList Reg64.s()
AddElement(Reg64()) : Reg64() ="Rax" : AddElement(Reg64()) : Reg64() ="Rbx"
AddElement(Reg64()) : Reg64() ="Rcx" : AddElement(Reg64()) : Reg64() ="Rdx"
AddElement(Reg64()) : Reg64() ="Rsp" : AddElement(Reg64()) : Reg64() ="Rsi"
AddElement(Reg64()) : Reg64() ="Rbp" : AddElement(Reg64()) : Reg64() ="Rdi"
AddElement(Reg64()) : Reg64() ="R8" : AddElement(Reg64()) : Reg64() ="R9"
AddElement(Reg64()) : Reg64() ="R10" : AddElement(Reg64()) : Reg64() ="R11"
AddElement(Reg64()) : Reg64() ="R12" : AddElement(Reg64()) : Reg64() ="R13"
AddElement(Reg64()) : Reg64() ="R14" : AddElement(Reg64()) : Reg64() ="R15"

Global NewList Reg64A.s()
AddElement(Reg64A()) : Reg64A() ="Rax" : AddElement(Reg64A()) : Reg64A() ="Rdx"
AddElement(Reg64A()) : Reg64A() ="Rsp" : AddElement(Reg64A()) : Reg64A() ="Rsi"
AddElement(Reg64A()) : Reg64A() ="R8" : AddElement(Reg64A()) : Reg64A() ="R10"
AddElement(Reg64A()) : Reg64A() ="R12" : AddElement(Reg64A()) : Reg64A() ="R14"

Global NewList Reg64B.s()
AddElement(Reg64B()) : Reg64B() ="Rbx" : AddElement(Reg64B()) : Reg64B() ="Rcx"
AddElement(Reg64B()) : Reg64B() ="Rbp" : AddElement(Reg64B()) : Reg64B() ="Rdi"
AddElement(Reg64B()) : Reg64B() ="R9" : AddElement(Reg64B()) : Reg64B() ="R11"
AddElement(Reg64B()) : Reg64B() ="R13" : AddElement(Reg64B()) : Reg64B() ="R15"

NewMap Reg16.s()
Reg16("Rax")="ax" : Reg16("Rbx")="bx" : Reg16("Rcx")="cx" : Reg16("Rdx")="dx"
Reg16("Rsp")="sp" : Reg16("Rsi")="si" : Reg16("Rbp")="bp" : Reg16("Rdi")="di"
Reg16("R8")="R8w" : Reg16("R9")="R9w" : Reg16("R10")="R10w" : Reg16("R11")="R11w"
Reg16("R12")="R12w" : Reg16("R13")="R13w" : Reg16("R14")="R14w" : Reg16("R15")="R15w"

NewMap Reg8.s()
Reg8("Rax")="al" : Reg8("Rbx")="bl" : Reg8("Rcx")="cl" : Reg8("Rdx")="dl"
Reg8("Rsp")="spl" : Reg8("Rsi")="sil" : Reg8("Rbp")="bpl" : Reg8("Rdi")="dil"
Reg8("R8")="R8b" : Reg8("R9")="R9b" : Reg8("R10")="R10b" : Reg8("R11")="R11b"
Reg8("R12")="R12b" : Reg8("R13")="R13b" : Reg8("R14")="R14b" : Reg8("R15")="R15b"

ForEach Reg64()
Debug "Macro BLSR_"+Reg64()+"_x64"
For Loop=1 To 64
Debug "  !BLSR "+Reg64()+", "+Reg64()
Next
Debug "  !BZHI "+Reg64()+", "+Reg64()+", "+Reg64()
Debug "EndMacro"
Debug ""
Next

ForEach Reg64()
Debug "Macro SHR_"+Reg64()+"_x64"
For Loop=1 To 64
Debug "  !SHR "+Reg64()+", 1"
Next
Debug "  !BZHI "+Reg64()+", "+Reg64()+", "+Reg64()
Debug "EndMacro"
Debug ""
Next

ForEach Reg64()
Debug "Macro MOV_"+Reg64()+"_Up_Down"
Debug "  !MOV "+Reg8(Reg64())+", "+Reg8(Reg64())
If Len(Reg8(Reg64()))=2
Debug "  !MOV "+ReplaceString(Reg8(Reg64()), "l", "h")+", "+ReplaceString(Reg8(Reg64()), "l", "h")
EndIf
Debug "  !MOV "+Reg16(Reg64())+", "+Reg16(Reg64())
Debug "  !MOV "+Reg64()+", "+Reg64()
Debug "  !MOV "+Reg16(Reg64())+", "+Reg16(Reg64())
If Len(Reg8(Reg64()))=2
Debug "  !MOV "+ReplaceString(Reg8(Reg64()), "l", "h")+", "+ReplaceString(Reg8(Reg64()), "l", "h")
EndIf
Debug "  !MOV "+Reg8(Reg64())+", "+Reg8(Reg64())
Debug "EndMacro"
Debug ""
Next

Debug "Macro Set_CL1"
Debug "  BLSR_Rcx_x64"
Debug "  !INC cl"
Debug "  ; cx = 1"
Debug "EndMacro"
Debug ""
Debug "Macro Set_CL8"
Debug "  BLSR_Rcx_x64"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !SHL cl, cl"
Debug "  ; cx = 8"
Debug "EndMacro"
Debug ""
Debug "Macro Set_CL64"
Debug "  BLSR_Rcx_x64"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !SHL cl, cl"
Debug "  ; cx = 64"
Debug "EndMacro"
Debug ""
Debug "Macro ALL_MMX_CLEAR_SHIFTWORD_INC_CL"
Debug "  BLSR_Rcx_x64"
Debug "  Set_CL1"
Debug "  MOVZX_Rcx"
Debug "  !MOVQ mm1, Rcx"
For Loop=1 To 16
Debug "  !PSLLW mm0, mm1 ;"+Str(Loop)+" Left 1bit shift"
Next
Debug "  !MOVQ mm0, mm1"
For Roop=1 To 7
For Loop=1 To 16
Debug "  !PSLLW mm"+Str(Roop)+", mm0 ;"+Str(Loop)+" Left 1bit shift"
Next
Next
Debug "EndMacro"
Debug ""

Macro SIMPLE_MOVE_REGISTERS_Up_and_Down
RandomizeList(Reg64()) : RandomizeList(Reg64A()) : RandomizeList(Reg64B())
ForEach Reg64A() : Debug "  MOV_"+Reg64A()+"_Up_Down" : Next
ForEach Reg64B() : Debug "  MOV_"+Reg64B()+"_Up_Down" : Next
EndMacro

Debug "Macro MOVZX_Rcx"
Debug "  !MOVZX cx, cl"
Debug "  !MOVZX Rcx, cl"
Debug "  !MOVZX cx, cl"
Debug "EndMacro"
Debug ""

Macro BeforeProcedureRegisters_1st
Debug "  ALL_MMX_CLEAR_SHIFTWORD_INC_CL"
RandomizeList(Reg64()) : RandomizeList(Reg64A()) : RandomizeList(Reg64B())
ForEach Reg64A() : Debug "  MOV_"+Reg64A()+"_Up_Down" : Next
Loop=0
ForEach Reg64A() : Debug "  !MOVQ mm"+Str(Loop)+", "+Reg64A() : Loop + 1 : Next
Debug "!MOVQ mm0, mm0"
Debug "!MOVQ mm1, mm1"
Debug "!MOVQ mm2, mm2"
Debug "!MOVQ mm3, mm3"
Debug "!MOVQ mm4, mm4"
Debug "!MOVQ mm5, mm5"
Debug "!MOVQ mm6, mm6"
Debug "!MOVQ mm7, mm7"
EndMacro

Macro BeforeProcedureRegisters_2nd
Loop=0
Debug "!MOVQ mm0, mm0"
Debug "!MOVQ mm1, mm1"
Debug "!MOVQ mm2, mm2"
Debug "!MOVQ mm3, mm3"
Debug "!MOVQ mm4, mm4"
Debug "!MOVQ mm5, mm5"
Debug "!MOVQ mm6, mm6"
Debug "!MOVQ mm7, mm7"
ForEach Reg64A() : Debug "  !MOVQ "+Reg64A()+", mm"+Str(Loop) : Loop + 1 : Next
RandomizeList(Reg64()) : RandomizeList(Reg64A()) : RandomizeList(Reg64B())
ForEach Reg64A() : Debug "  MOV_"+Reg64A()+"_Up_Down" : Next
Debug "  ;"
ForEach Reg64B() : Debug "  MOV_"+Reg64B()+"_Up_Down" : Next
Loop=0
ForEach Reg64B() : Debug "  !MOVQ mm"+Str(Loop)+", "+Reg64B() : Loop + 1 : Next
Debug "!MOVQ mm0, mm0"
Debug "!MOVQ mm1, mm1"
Debug "!MOVQ mm2, mm2"
Debug "!MOVQ mm3, mm3"
Debug "!MOVQ mm4, mm4"
Debug "!MOVQ mm5, mm5"
Debug "!MOVQ mm6, mm6"
Debug "!MOVQ mm7, mm7"
EndMacro

Macro BeforeProcedureRegisters_3rd
Loop=0
Debug "!MOVQ mm0, mm0"
Debug "!MOVQ mm1, mm1"
Debug "!MOVQ mm2, mm2"
Debug "!MOVQ mm3, mm3"
Debug "!MOVQ mm4, mm4"
Debug "!MOVQ mm5, mm5"
Debug "!MOVQ mm6, mm6"
Debug "!MOVQ mm7, mm7"
ForEach Reg64B() : Debug "  !MOVQ "+Reg64B()+", mm"+Str(Loop) : Loop + 1 : Next
RandomizeList(Reg64()) : RandomizeList(Reg64A()) : RandomizeList(Reg64B())
ForEach Reg64B() : Debug "  MOV_"+Reg64B()+"_Up_Down" : Next
Debug "  !EMMS"
EndMacro

Macro BeforeProcedureRegisters_RDSEED_BLSR
BeforeProcedureRegisters_1st
ForEach Reg64A()
Debug "  !NOP QWORD [Rip+16]"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !RDSEED "+Reg64A()
Debug "  !NOP QWORD [Rip-36]"
Debug "  BLSR_"+Reg64A()+"_x64"
Next
BeforeProcedureRegisters_2nd
ForEach Reg64B()
Debug "  !NOP QWORD [Rip+16]"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !RDSEED "+Reg64B()
Debug "  !NOP QWORD [Rip-36]"
Debug "  BLSR_"+Reg64B()+"_x64"
Next
BeforeProcedureRegisters_3rd
EndMacro

Macro BeforeProcedureRegisters_CRC32_BLSR
BeforeProcedureRegisters_1st
ForEach Reg64A()
Debug "  !NOP QWORD [Rip+16]"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !CRC32 "+Reg64A()+", QWORD [Rip]"
Debug "  !NOP QWORD [Rip-36]"
Debug "  BLSR_"+Reg64A()+"_x64"
Next
BeforeProcedureRegisters_2nd
ForEach Reg64B()
Debug "  !NOP QWORD [Rip+16]"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !CRC32 "+Reg64B()+", QWORD [Rip]"
Debug "  !NOP QWORD [Rip-36]"
Debug "  BLSR_"+Reg64B()+"_x64"
Next
BeforeProcedureRegisters_3rd
EndMacro

Macro BeforeProcedureRegisters_MOVBE_BLSR
BeforeProcedureRegisters_1st
ForEach Reg64A()
Debug "  !NOP QWORD [Rip+16]"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !MOVBE "+Reg64A()+", QWORD [Rip]"
Debug "  !NOP QWORD [Rip-36]"
Debug "  BLSR_"+Reg64A()+"_x64"
Next
BeforeProcedureRegisters_2nd
ForEach Reg64B()
Debug "  !NOP QWORD [Rip+16]"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !MOVBE "+Reg64B()+", QWORD [Rip]"
Debug "  !NOP QWORD [Rip-36]"
Debug "  BLSR_"+Reg64B()+"_x64"
Next
BeforeProcedureRegisters_3rd
EndMacro

Macro BeforeProcedureRegisters_RDSEED_SHR
BeforeProcedureRegisters_1st
ForEach Reg64A()
Debug "  !NOP QWORD [Rip+16]"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !RDSEED "+Reg64A()
Debug "  !NOP QWORD [Rip-36]"
Debug "  SHR_"+Reg64A()+"_x64"
Next
BeforeProcedureRegisters_2nd
ForEach Reg64B()
Debug "  !NOP QWORD [Rip+16]"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !RDSEED "+Reg64B()
Debug "  !NOP QWORD [Rip-36]"
Debug "  SHR_"+Reg64B()+"_x64"
Next
BeforeProcedureRegisters_3rd
EndMacro

Macro BeforeProcedureRegisters_NOP_EAX_BLSR
For Loop=1 To 32
Debug "  !BLSR Eax, Eax"
Next
Debug "  !BZHI Eax, Eax, Eax"
For Loop=1 To 64
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP ax"
Debug "  !NOP ax"
Next
For Loop=1 To 64
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP Eax"
Debug "  !NOP Eax"
Next
For Loop=1 To 32
Debug "  !BLSR Eax, Eax"
Next
Debug "  !BZHI Eax, Eax, Eax"
EndMacro

Macro BeforeProcedureRegisters_NOP_ESP_BLSR
Debug "  ALL_MMX_CLEAR_SHIFTWORD_INC_CL"
SIMPLE_MOVE_REGISTERS_Up_and_Down
;   RandomizeList(Reg64()) : RandomizeList(Reg64A()) : RandomizeList(Reg64B())
;   ForEach Reg64A() : Debug "  MOV_"+Reg64A()+"_Up_Down" : Next
Debug "!MOVQ mm5, Rsp"
Debug "!MOVQ mm5, mm5"
For Loop=1 To 32
Debug "  !BLSR Esp, Esp"
Next
Debug "  !BZHI Esp, Esp, Esp"
For Loop=1 To 64
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP sp"
Debug "  !NOP sp"
Next
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !XCHG bl, bh"
Debug "  !XCHG bh, bl"
Debug "  !XCHG cl, ch"
Debug "  !XCHG ch, cl"
Debug "  !XCHG al, ah"
Debug "  !XCHG ah, al"
Debug "  !XCHG dl, dh"
Debug "  !XCHG dh, dl"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !XCHG spl, spl"
Debug "  !MOVQ mm1, mm5"
Debug "  !MOVQ mm2, mm1"
Debug "  !MOVQ mm3, mm2"
Debug "  !MOVQ mm4, mm3"
Debug "  !MOVQ mm6, mm4"
Debug "  !MOVQ mm7, mm6"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !XCHG al, ah"
Debug "  !XCHG ah, al"
Debug "  !XCHG dl, dh"
Debug "  !XCHG dh, dl"
Debug "  !XCHG bl, bh"
Debug "  !XCHG bh, bl"
Debug "  !XCHG cl, ch"
Debug "  !XCHG ch, cl"
For Loop=1 To 64
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP Esp"
Debug "  !NOP Esp"
Next
For Loop=1 To 32
Debug "  !BLSR Esp, Esp"
Next
Debug "  !BZHI Esp, Esp, Esp"
SIMPLE_MOVE_REGISTERS_Up_and_Down
Debug "  !MOVQ Rsp, mm7"
Debug "  !EMMS"
EndMacro

Macro FXCACHE
For Loop=0 To 504 Step 8
Debug "  !NOP QWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"]"
Next
EndMacro

Macro FXSAVE
;   Debug "  !MOV R8, QWORD [p_FXSAVE]"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !FXSAVE64 [R8]"
EndMacro

Macro FXRSTOR
; Debug "    !MOV R8, QWORD [p_FXSAVE] "
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !FXRSTOR64 [R8]"
EndMacro

Macro FXCLEAR_ALL
Debug "  ALL_MMX_CLEAR_SHIFTWORD_INC_CL"
;   Debug "  !MOV R8, QWORD [p_FXSAVE2]"
For Loop=-512 To -8 Step 8
Debug "  !MOVNTQ QWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"], mm5"
Next
For Loop=0 To 504 Step 8
Debug "  !MOVNTQ QWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"], mm5"
Next
For Loop=0 To 504 Step 8
Debug "  !NOP QWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"]"
Next
For Loop=512 To 1023 Step 8
Debug "  !MOVNTQ QWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"], mm5"
Next
Debug "  !EMMS"
EndMacro

Macro FXCLEAR_512
Debug "  ALL_MMX_CLEAR_SHIFTWORD_INC_CL"
;   Debug "  !MOV R8, QWORD [p_FXSAVE2]"
For Loop=0 To 504 Step 8
Debug "  !MOVNTQ QWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"], mm5"
Next
For Loop=0 To 504 Step 8
Debug "  !NOP QWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"]"
Next
Debug "  !EMMS"
EndMacro

Debug "  Set_CL64"
Debug "  !NOP QWORD [Rip+16]"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"
Debug "  !CALL QWORD Sleep"
Debug "  !NOP QWORD [Rip-32]"
Debug "  !NOP QWORD [Rip]"
Debug "  !NOP QWORD [Rip]"

Debug "  Global *FXSAVE, *FXSAVE2"
Debug "  BLSR_Rcx_x64"
Debug "  BLSR_Rdx_x64"
Debug "  BLSR_R8_x64"
Debug "  !INC R8b"
Debug "  !INC R8b"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !MOV R8b, R8b"
Debug "  !MOV R8w, R8w"
Debug "  !MOV R8, R8"
Debug "  !SHL R8, cl" ; 16,384
Debug "  !XCHG Rcx, R8"
Debug "  !INC dl"
Debug "  !MOVZX Rdx, dl"
Debug "  !CALL PB_AllocateMemory2"
Debug "  BLSR_Rcx_x64"
Debug "  BLSR_R8_x64"
Debug "  !INC R8b"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !SHL R8, cl" ; 8,192
Debug "  !MOV R8b, R8b"
Debug "  !MOV R8w, R8w"
Debug "  !MOV R8, R8"
Debug "  !MOV al, al"
Debug "  !MOV ah, ah"
Debug "  !MOV ax, ax"
Debug "  !MOV Rax, Rax"
Debug "  !ADD Rax, R8"
Debug "  !MOVNTI QWORD [p_FXSAVE], Rax"
Debug "  !NOP QWORD [p_FXSAVE]"
;  "*FXSAVE = AllocateMemory(16384,1) + 8192"
Debug "  ALL_MMX_CLEAR_SHIFTWORD_INC_CL"
Debug "  !MOV R8, QWORD [p_FXSAVE]"
FXCLEAR_ALL
Debug "  BLSR_Rcx_x64"
Debug "  BLSR_Rdx_x64"
Debug "  BLSR_R8_x64"
Debug "  !INC R8b"
Debug "  !INC R8b"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !MOV R8b, R8b"
Debug "  !MOV R8w, R8w"
Debug "  !MOV R8, R8"
Debug "  !SHL R8, cl" ; 16,384
Debug "  !XCHG Rcx, R8"
Debug "  !INC dl"
Debug "  !MOVZX Rdx, dl"
Debug "  !CALL PB_AllocateMemory2"
Debug "  BLSR_Rcx_x64"
Debug "  BLSR_R8_x64"
Debug "  !INC R8b"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !INC cl"
Debug "  !SHL R8, cl" ; 8,192
Debug "  !MOV R8b, R8b"
Debug "  !MOV R8w, R8w"
Debug "  !MOV R8, R8"
Debug "  !MOV al, al"
Debug "  !MOV ah, ah"
Debug "  !MOV ax, ax"
Debug "  !MOV Rax, Rax"
Debug "  !ADD Rax, R8"
Debug "  !MOVNTI QWORD [p_FXSAVE2], Rax"
Debug "  !NOP QWORD [p_FXSAVE2]"
;  "*FXSAVE = AllocateMemory(16384,1) + 8192"
Debug "  ALL_MMX_CLEAR_SHIFTWORD_INC_CL"
Debug "  !MOV R8, QWORD [p_FXSAVE2]"
FXCLEAR_ALL

BeforeProcedureRegisters_RDSEED_SHR
SIMPLE_MOVE_REGISTERS_Up_and_Down
BeforeProcedureRegisters_NOP_EAX_BLSR
BeforeProcedureRegisters_NOP_ESP_BLSR
BeforeProcedureRegisters_MOVBE_BLSR
BeforeProcedureRegisters_CRC32_BLSR
BeforeProcedureRegisters_RDSEED_BLSR
SIMPLE_MOVE_REGISTERS_Up_and_Down
Debug "    !MOV R8, QWORD [p_FXSAVE] "
FXCACHE
FXSAVE
FXCACHE

oryaaaaa · 2024-09-21 04:13:57

Ubuntu Japanse forum は技術解説を書く場所
PureBasic English forum はソースコード公開
My homepage は作例公開、代行開発は？億円以上

Ubuntu 向けには技術解説をするのは都合良いみたいで、限界突破技術の先鋒になってしまってる現在、
当てずっぽうでよいので解説を願うとか、技術根拠の証明は後回しで良いという。
そういう前提で書いていくので、突っ込まれても返答できんよ。
学術インターネットのメーリングリストで議論されたら良いと思う。

Intel CPU の問題点、16ビットから32ビットへ移行した際に、
デジタルジッターの存在に気付いても、誰もそこへスポットライトを当てて議論することはなかった。

日本の Yahoo ブログでは、
先端技術の研究開発に都合良いテーマを数百人規模で情報共有していたけれど、
Softbank社長は「不要」と判断して、おそらく数千億円の情報商材は消滅したという。そ
れで日本はさらなる不況へ陥っていった。
Softbankは日本の未来を考えていない、それを承認した国土交通省は外国の政府ではないのか？

音楽アプリ開発、データ操作

16ビット CPU
MOV Rax, [Sound Data variables] INT 16

32ビット CPU
MOVQ mm0, [Sound Data variables] FLOAT 32
MOVQ xmm0, [Sound Data variables] FLOAT 32
MOVQ [Sound Data variables], mm0 FLOAT 32
MOVQ [Sound Data variables], xmm0 FLOAT 32
MOV Rax, [Sound Data variables] INT 16

64ビット CPU
MOVQ mm0, [Sound Data variables] FLOAT 32
MOVQ Rax, mm0 FLOAT 32

このように変化している。何が問題になったのか？
オーバークロック愛好家では当たり前の常識として、
SSE命令は少し動作周波数が高い、動作電圧が高い、この問題を把握していた。
CPUレジスタで電圧差が生じても動作は問題ないという確認は、
途方もないテストの繰り返しで実現したと考えられる。
問題となったのは、デジタル出力した後工程にて、ジッター現象によるデータ異常の発生である。

データ異常の発生について、仮説
SCREEN カラープルーフ製品について、
正しい色管理を実現できると宣伝はしていたけれど、その科学的根拠は捏造であった。
初期のカラープルーフ製品は、
CMYK 8ビット 10ステップイコライザーという調整によって、
直感調整に依存しており、正しいカラープルーフが出来ているという宣伝は間違っていた。

グレタグの高精度分光器が発売されると、
その絶対色座標を根拠に、CMYK LUT を使って、RGB to CMYK や CMYK to CTP color の
高精度調整は可能になった。しかし、高精度を維持する方法については「金目の情報」とされて、
SCREEN社内機密になっており、実際に技術指導する現場には伝えられなかった。

高精度に維持する方法
グレタグの高精度分光器は、ホワイトキャリブレーションを必要としており、
その白基準器は有効期限２年で４万円以上していた。
SCREEN社内で白基準器は「室内ダストで汚れても、汚れたまま」で運用されており、
印刷会社から１回10万円以上で受注した印刷プロファイルは
「汚れた白基準でホワイトキャリブレーション」していたので、
初期のカラープルーフ製品から「少し良い製品」という状態でも、誰もトラブルに気付かない。

私はグラフィック・アーツ・テクニカル・ファンデーションである
GATF カラーマッチング技術書を英語の原文で理解していたので、
SCREENへ問い合わせた時、私の技術理解に追いつけない状態になっていて、
これは社内機密でも異常すぎる状態になっていたのか、
知りすぎていた原因で、退職になるよう仕向けられたか。

印刷プロファイルの納品が多くなってきて、カラーマッチングできていないと分かった時、
「白基準は汚れていませんか、色温度が全体的にずれています。
それから白基準器の有効期限は２年ですので、交換が必要かもしれません」とSCREENへ伝えたら、
後日「白基準器が汚れていた」と連絡ありました。

カラーマッチングの技術書は、当時、日本語でもあったけれど、
それは何を基準に説明しているのか、意味不明の内容でした。
正確だったのは GATF 英語技術書 1997年で１万円から２万円のものです。
その内容を SCREEN 担当者は理解していなかったと考えられ、
社内機密ではなく、技術者不在によるトラブルと思う。

このようにカラーマッチングは宣伝とは逆に、
運用についてはSCREENでも情報共有されていない悪魔の商材になっていた。
この状態であったのに、新しい32ビットCPUでは
「ブラウン管キャリブレートモニター SONY」が運用に適切と、印刷業界で常識になっていった。
しかし、完全にカラーマッチングできていたのは、
「ブラウン管キャリブレートモニター Barco」だけだった。
その価格差は SONY 30万円、Barco 100万円、
これでは色が正しいのか、判断できない物が業界では使われていた。

この色情報管理技術は解説する技術書について、正しく記述されていない事が多く、
日本と米国で「赤色」は異なっている点には触れられていない。
日本・米国・独国、それぞれ印刷における高精度分光器の絶対基準は異なっており、
完全に理解していないと、アニメの色は正確にカラーマッチングした制作環境を実現できない。

だいたい、こんな感じ、
SCREEN に聞いても「そうでっか、しりまへん」
それでも書く理由、過去の担当者は「助けて！」

どこに問題があったのか？
CPUキャッシュについて、DWORD QWORD の取り扱いでは、ジッターの問題は無かった。
WORD の取り扱いについて、
インテルでは 16ビット CPU で CPUキャッシュが存在しないという理由で、
内部設計の対象外になっていた、と思われる。

WORDクリア方法

コード:

Macro FX_WORD_REVERSE
  For Loop=-512 To 1022 Step 2
    Debug "  !NOP WORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"]"
    Debug "  !FNOP"
    Debug "  !FNOP"
  Next  
  For Loop=-512 To 1022 Step 2
    Debug "  !NOT WORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"]"
    Debug "  !FNOP"
    Debug "  !FNOP"
  Next
  For Loop=-512 To 1022 Step 2
    Debug "  !NOP WORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"]"
    Debug "  !FNOP"
    Debug "  !FNOP"
  Next  
EndMacro

Macro FX_DWORD_REVERSE
  For Loop=-512 To 1020 Step 4
    Debug "  !NOP DWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"]"
    Debug "  !FNOP"
    Debug "  !FNOP"
  Next  
  For Loop=-512 To 1020 Step 4
    Debug "  !NOT DWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"]"
    Debug "  !FNOP"
    Debug "  !FNOP"
  Next
  For Loop=-512 To 1020 Step 4
    Debug "  !NOP DWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"]"
    Debug "  !FNOP"
    Debug "  !FNOP"
  Next  
EndMacro

Macro FX_QWORD_REVERSE
  For Loop=-512 To 1016 Step 8
    Debug "  !NOP QWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"]"
    Debug "  !FNOP"
    Debug "  !FNOP"
  Next  
  For Loop=-512 To 1016 Step 8
    Debug "  !NOT QWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"]"
    Debug "  !FNOP"
    Debug "  !FNOP"
  Next
  For Loop=-512 To 1016 Step 8
    Debug "  !NOP QWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"]"
    Debug "  !FNOP"
    Debug "  !FNOP"
  Next  
EndMacro

Macro FXCLEAR_ALL
  Debug "  ALL_MMX_CLEAR_SHIFTWORD_INC_CL"
  ;   Debug "  !MOV R8, QWORD [p_FXSAVE2]"
  For Loop=-512 To -8 Step 8
    Debug "  !MOVNTQ QWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"], mm5"
  Next
  For Loop=0 To 504 Step 8
    Debug "  !MOVNTQ QWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"], mm5"
  Next
  For Loop=0 To 504 Step 8
    Debug "  !NOP QWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"]"
  Next
  For Loop=512 To 1016 Step 8
    Debug "  !MOVNTQ QWORD [R8"+ReplaceString("+"+Str(Loop), "+-", "-")+"], mm5"
  Next
  Debug "  !EMMS"
EndMacro

FXCLEAR_ALL
FX_WORD_REVERSE
FXCLEAR_ALL
FX_DWORD_REVERSE
FXCLEAR_ALL
FX_QWORD_REVERSE
FXCLEAR_ALL

途中 FNOP ２行を不審に思うだろう。
これは実行された時に「動作周波数を半分へ変更」するテクニックで、
オーバークロックされても「動作できる」というもの。

将来、FPU MMX を設計から除外して作ったら、クロックダウン処理を実現できず、
脆弱性を回避する手法が存在できなくなる。
ARM CPU で、クロックダウン命令を明記していれば、
Intel CPU の代わりになるだろうけれど、
現在はクロックダウン命令は無いので、電気自動車などの採用に向かない。

この WORD 処理によって、CPUキャッシュ WORD 初期化は実行できたと考えられる。
私のホームページで公開している作例は、アニメの表示品質をさらに改善して、
音楽再生ソフトは世界最強の位置にいるだろうと思わせる。
だから、代行開発を頼まれたソフトハウスは「数億円以上」を請求して当たり前なのだ。

いま、SCREEN 在籍時株価 368円でした。現在は 20倍以上に高騰しています。
しかし、私の年収は SCREEN 退職後から 0円を維持しています。

これでいいのだぁぁぁぁぁ！！（筋肉少女帯）
これでは結婚できんぞ

Ubuntu日本語フォーラム

お知らせ

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Re: MajiorityClean LE36 オーディオビジュアル用 for Intel x64

mics_halt-and-halt_VoiceBlog による投稿:

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Re: MajiorityClean LE36 オーディオビジュアル用 for Intel x64

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Re: MajiorityClean LE36 オーディオビジュアル用 for Intel x64

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