九章编程法，通用编译器功能展示

九章编程法不只是一套编程方法更是一套编译器对他来说任意一种编程语言他都可以进行空间几何与数理融合之后转换成其他任意一种编程言。以下是字典的三种编译形式基础是C语言版几分钟改写成其他语言包括汇编语言。九章编程法 · 字典引擎Rust 编译版字典引擎Python 编译版。# # 九章编程法 · 字典引擎 find_node 汇编实现# 函数签名static int32_t find_node(Dict *d, uint32_t hash)# 调用约定System V AMD64 (rdiDict*, esihash)# 返回rax 节点索引-1表示未找到# .globl find_node.type find_node, functionfind_node:# ---- L1 输入校验 ----testq %rdi, %rdi # 检查 d 是否为 NULLje .L_not_foundtestl %esi, %esi # 检查 hash 是否为 0无效je .L_not_found# ---- 掩码计算排中律寻址----movl omask_offset(%rdi), %r8d # r8d d-omaskmovl %esi, %eax # eax hashandl %r8d, %eax # idx hash omask (旧维度索引)# 读取桶的 topo 标志判定是否跃迁到新维度leaq buckets_offset(%rdi), %r9 # r9 d-buckets 基址shlq $4, %rax # 每个 Bucket 16字节 (head:int32 topo:uint32 填充)addq %rax, %r9 # r9 d-buckets[idx]movl 4(%r9), %r10d # r10d d-buckets[idx].topo# 排中律判定topo1 ? 新维度 : 旧维度cmpl $1, %r10djne .L_use_old_mask# 使用新维度掩码movl nmask_offset(%rdi), %r8d # r8d d-nmaskmovl %esi, %eaxandl %r8d, %eax # idx hash nmaskleaq buckets_offset(%rdi), %r9shlq $4, %raxaddq %rax, %r9 # r9 d-buckets[idx].L_use_old_mask:# ---- 链表遍历积分累积----movslq (%r9), %rax # rax d-buckets[idx].head (带符号扩展).L_loop:testq %rax, %rax # cur 0 ?js .L_not_found# 读取当前节点 hashleaq nodes_offset(%rdi), %r11 # r11 d-nodes 基址imulq $node_size, %rax, %rdx # rdx cur * sizeof(Node)addq %rdx, %r11 # r11 d-nodes[cur]movl (%r11), %r12d # r12d d-nodes[cur].hashcmpl %esi, %r12d # hash 匹配je .L_found# 移动到下一个节点movl next_offset(%r11), %eax # eax d-nodes[cur].next (已为int32直接扩展)jmp .L_loop.L_found:# 返回当前索引已在 rax 中ret.L_not_found:movq $-1, %rax # 返回 -1ret# # 偏移量定义由编译器在链接时解析# .set omask_offset, 0 # 实际偏移根据结构体布局计算.set nmask_offset, 4.set buckets_offset, 0 # 简化需根据 Dict 结构体实际布局调整.set nodes_offset, 0.set node_size, 24 # hash(4) val(8) next(4) 填充.set next_offset, 16下面是九章编程法 · 字典引擎Python 编译版#!/usr/bin/env python3九章编程法 · 字典引擎Python 编译版核心0/1拓扑步进 · 双链锁合 · 无锁单线程Actorimport sysfrom typing import Optional, Callable, Tuple# 参数矩阵 MAX_NODES 65536MAX_BUCKETS 65536INIT_BUCKETS 4# 数据实体 class Node:__slots__ (hash, val, next)def __init__(self, h: int 0, v: int 0, n: int -1):self.hash hself.val vself.next nclass Bucket:__slots__ (head, topo)def __init__(self):self.head -1self.topo 0# 字典上下文 class Dict:def __init__(self):self.nodes: list[Node] [Node() for _ in range(MAX_NODES)]self.buckets: list[Bucket] [Bucket() for _ in range(MAX_BUCKETS)]self.free: int 0self.omask: int INIT_BUCKETS - 1self.nmask: int INIT_BUCKETS - 1self.ridx: int INIT_BUCKETSself.rehash_end: int 0self.used: int 0# 空闲链表初始化for i in range(MAX_NODES - 1):self.nodes[i].next i 1self.nodes[MAX_NODES - 1].next -1# 节点管理 def _alloc(self) - int:if self.free 0:return -1i self.freeself.free self.nodes[i].nextself.used 1return idef _free(self, i: int):if i 0 or i MAX_NODES:returnself.nodes[i].next self.freeself.free iself.used - 1# 0/1 拓扑步进 def _step(self):if self.ridx self.rehash_end:returnb self.buckets[self.ridx]if b.head 0:b.topo 1else:cur b.headb.head -1while cur 0:nx self.nodes[cur].nextni self.nodes[cur].hash self.nmaskself.nodes[cur].next self.buckets[ni].headself.buckets[ni].head curcur nxb.topo 1self.ridx 1if self.ridx self.rehash_end:self.omask self.nmaskself.rehash_end 0# 排中律寻址 def _find(self, hash_val: int) - int:if hash_val 0:return -1idx hash_val self.omaskif self.buckets[idx].topo 1:idx hash_val self.nmaskcur self.buckets[idx].headwhile cur 0:if self.nodes[cur].hash hash_val:return curcur self.nodes[cur].nextreturn -1# 对外API def insert(self, hash_val: int, val: int) - int:if hash_val 0:return -1if self.rehash_end 0:self._step()ex self._find(hash_val)if ex 0:self.nodes[ex].val valreturn 0# 扩容判定if self.used self.omask and self.rehash_end 0:nm (self.omask 1) * 2 - 1if nm MAX_BUCKETS:for i in range(nm 1):self.buckets[i].topo 0for i in range(self.omask 1, nm 1):self.buckets[i].head -1self.nmask nmself.rehash_end self.omask 1self.ridx 0nid self._alloc()if nid 0:return -1self.nodes[nid].hash hash_valself.nodes[nid].val validx hash_val self.omaskif self.buckets[idx].topo 1:idx hash_val self.nmaskself.nodes[nid].next self.buckets[idx].headself.buckets[idx].head nidreturn 0def find(self, hash_val: int) - Tuple[int, int]:nid self._find(hash_val)if nid 0:return (nid, self.nodes[nid].val)return (-1, 0)def delete(self, hash_val: int) - int:if hash_val 0:return -1idx hash_val self.omaskif self.buckets[idx].topo 1:idx hash_val self.nmaskhp idxprev -1cur self.buckets[idx].headwhile cur 0:if self.nodes[cur].hash hash_val:if prev 0:self.buckets[hp].head self.nodes[cur].nextelse:self.nodes[prev].next self.nodes[cur].nextself._free(cur)return 0prev curcur self.nodes[cur].nextreturn -1# 测试 if __name__ __main__:d Dict()import randomrandom.seed(0)print(Dict engine start (Python, dual-chain proved).)for i in range(5000):h random.randint(1, 100000)d.insert(h, i * 10)print(fInsert done. Used: {d.used}, mask: {d.omask})nid, val d.find(500)print(fFind 500: nid{nid}, val{val})print(Dict engine done.)/** 九章编程法 · 字典引擎Rust 编译版* 核心0/1拓扑步进 · 双链锁合 · 所有权保证安全* 编译rustc -O dict.rs -o dict_rust*/use std::ptr;// 参数矩阵 const MAX_NODES: usize 65536;const MAX_BUCKETS: usize 65536;const INIT_BUCKETS: usize 4;// 数据实体 #[derive(Copy, Clone)]struct Node {hash: u32,val: u64,next: i32,}struct Bucket {head: i32,topo: u32,}// 字典上下文 struct Dict {nodes: Box[Node; MAX_NODES],buckets: Box[Bucket; MAX_BUCKETS],free: i32,omask: u32,nmask: u32,ridx: u32,rehash_end: u32,used: u32,}impl Dict {fn new() - Self {unsafe {let nodes Box::new_uninit();let nodes nodes.assume_init();// 初始化空闲链表for i in 0..MAX_NODES - 1 {nodes[i].next (i 1) as i32;}nodes[MAX_NODES - 1].next -1;let buckets Box::new_uninit();let buckets buckets.assume_init();for i in 0..MAX_BUCKETS {buckets[i] Bucket { head: -1, topo: 0 };}Dict {nodes,buckets,free: 0,omask: (INIT_BUCKETS - 1) as u32,nmask: (INIT_BUCKETS - 1) as u32,ridx: INIT_BUCKETS as u32,rehash_end: 0,used: 0,}}}fn alloc(mut self) - i32 {if self.free 0 {return -1;}let i self.free;self.free self.nodes[i as usize].next;self.used 1;i}fn free_node(mut self, i: i32) {if i 0 || (i as usize) MAX_NODES {return;}self.nodes[i as usize].next self.free;self.free i;self.used - 1;}fn step(mut self) {if self.ridx self.rehash_end {return;}let b mut self.buckets[self.ridx as usize];if b.head 0 {b.topo 1;} else {let mut cur b.head;b.head -1;while cur 0 {let nx self.nodes[cur as usize].next;let ni (self.nodes[cur as usize].hash self.nmask) as usize;self.nodes[cur as usize].next self.buckets[ni].head;self.buckets[ni].head cur;cur nx;}b.topo 1;}self.ridx 1;if self.ridx self.rehash_end {self.omask self.nmask;self.rehash_end 0;}}fn find_node(self, hash_val: u32) - i32 {if hash_val 0 {return -1;}let mut idx (hash_val self.omask) as usize;if self.buckets[idx].topo 1 {idx (hash_val self.nmask) as usize;}let mut cur self.buckets[idx].head;while cur 0 {if self.nodes[cur as usize].hash hash_val {return cur;}cur self.nodes[cur as usize].next;}-1}pub fn insert(mut self, hash_val: u32, val: u64) - i32 {if hash_val 0 {return -1;}if self.rehash_end 0 {self.step();}let ex self.find_node(hash_val);if ex 0 {self.nodes[ex as usize].val val;return 0;}if self.used self.omask self.rehash_end 0 {let nm (self.omask 1) * 2 - 1;if (nm as usize) MAX_BUCKETS {for i in 0..nm as usize {self.buckets[i].topo 0;}for i in (self.omask as usize 1)..nm as usize {self.buckets[i].head -1;}self.nmask nm;self.rehash_end self.omask 1;self.ridx 0;}}let nid self.alloc();if nid 0 {return -1;}self.nodes[nid as usize].hash hash_val;self.nodes[nid as usize].val val;let mut idx (hash_val self.omask) as usize;if self.buckets[idx].topo 1 {idx (hash_val self.nmask) as usize;}self.nodes[nid as usize].next self.buckets[idx].head;self.buckets[idx].head nid;0}pub fn find(self, hash_val: u32) - (i32, u64) {let nid self.find_node(hash_val);if nid 0 {(nid, self.nodes[nid as usize].val)} else {(-1, 0)}}pub fn delete(mut self, hash_val: u32) - i32 {if hash_val 0 {return -1;}let mut idx (hash_val self.omask) as usize;if self.buckets[idx].topo 1 {idx (hash_val self.nmask) as usize;}let mut prev: i32 -1;let mut cur self.buckets[idx].head;while cur 0 {if self.nodes[cur as usize].hash hash_val {if prev 0 {self.buckets[idx].head self.nodes[cur as usize].next;} else {self.nodes[prev as usize].next self.nodes[cur as usize].next;}self.free_node(cur);return 0;}prev cur;cur self.nodes[cur as usize].next;}-1}}// 测试 fn main() {let mut d Dict::new();println!(Dict engine start (Rust, dual-chain proved).);for i in 0..5000u32 {let h ((i * 1103515245 12345) % 100000) 1;d.insert(h, (i * 10) as u64);}println!(Insert done. Used: {}, mask: {}, d.used, d.omask);let (nid, val) d.find(500);println!(Find 500: nid{}, val{}, nid, val);println!(Dict engine done.);}