https://www.prxvt.ai/_next/static/chunks/3192-486817bfde7826ad.js

1"use strict";(self.webpackChunk_N_E=self.webpackChunk_N_E||[]).push([[3192],{1305:(e,t,n)=>{n.r(t),n.d(t,{clearMemories:()=>I,cosineSim:()=>u,embedBatch:()=>f,embedText:()=>c,memoryCount:()=>m,remember:()=>p,retrieveRelevant:()=>g,warmup:()=>h});var i=n(35316),s=n(75182),r=n(17531);let a=null,o=new Map,l=1;function d(e,t){let i=(a||((a=new Worker(n.tu(new URL(n.p+n.u(4879),n.b)),{type:void 0})).onmessage=e=>{let t=e.data,n=o.get(t.id);if(n){if("progress"===t.type)return void n.onProgress?.(Number(t.done),Number(t.total));o.delete(t.id),"error"===t.type?n.reject(Error(String(t.message??"embedding worker error"))):"ready"===t.type?n.resolve(void 0):"embedding"===t.type?n.resolve(t.vector):"embeddingBatch"===t.type?n.resolve(t.vectors):n.reject(Error(`unexpected worker reply: ${t.type}`))}},a.onerror=e=>{let t=e.message||"worker error";for(let e of o.values())e.reject(Error(t));o.clear()}),a),s=l++;return new Promise((n,r)=>{let a={resolve:n,reject:r};t&&(a.onProgress=t),o.set(s,a),i.postMessage({id:s,...e})})}async function h(){await d({type:"warmup"})}async function c(e){return await d({type:"embed",text:e})}async function f(e,t){return 0===e.length?[]:await d({type:"embedBatch",texts:e},t)}function u(e,t){if(e.length!==t.length)return -1;let n=0;for(let i=0;i<e.length;i++)n+=e[i]*t[i];return n}async function Q(){return(await n.e(2675).then(n.bind(n,92675)))._getKeyForMemory()}async function p(e,t,n){let a=(0,i.L)();if(!a)return;let o=`User: ${e}
2Assistant: ${t}`,l=await c(o),d=await Q(),h={id:(0,r.uR)(),content:await (0,s.FA)(o,d),embedding:l.buffer.slice(0),sourceConversationId:n,createdAt:(0,r.tB)()};await a.memories.add(h);let f=await a.memories.count();if(f>1500){let e=await a.memories.orderBy("createdAt").limit(f-1500).primaryKeys();await a.memories.bulkDelete(e)}}async function g(e,t=3,n=.35){let r=(0,i.L)();if(!r)return[];let a=await r.memories.toArray();if(0===a.length)return[];let o=await c(e),l=await Q(),d=[];for(let e of a){let t=function(e,t){if(e.length!==t.length)return -1;let n=0;for(let i=0;i<e.length;i++)n+=e[i]*t[i];return n}(o,new Float32Array(e.embedding));t>=n&&d.push({record:e,score:t})}d.sort((e,t)=>t.score-e.score);let h=d.slice(0,t),f=[];for(let e of h)try{f.push(await (0,s.PV)(e.record.content,l))}catch{}return f}async function I(){let e=(0,i.L)();e&&await e.memories.clear()}async function m(){let e=(0,i.L)();return e?e.memories.count():0}},9206:(e,t,n)=>{n.d(t,{K:()=>c,_:()=>o});var i=n(47852),s=n(93457),r=n(65584);let a=[];function o(){let e=a.find(e=>/(^|_)get_request_status$/i.test(e.name))??a.find(e=>/request_?status/i.test(e.name))??a.find(e=>/(^|_)status$/i.test(e.name))??a.find(e=>/status/i.test(e.name));if(!e)return{name:"get_request_status",argKey:"requestId"};let t="requestId",n=e.inputSchema?.properties;if(n&&"object"==typeof n){let e=Object.keys(n);t=e.find(e=>/request/i.test(e)&&/id/i.test(e))??e.find(e=>/id$/i.test(e))??e[0]??"requestId"}return{name:e.name,argKey:t}}let l=`
3ONCHAIN MODE: the Base tools above take REAL actions on the Base blockchain.
4When the user means PRXVT (the token), it is the ERC-20 at ${s.hC.address} on Base (chain "base"), ${s.hC.decimals} decimals. Use this address for any swap or transfer involving PRXVT.
5Use the user's EXACT amounts and recipients. Never invent an address. If an amount or recipient is ambiguous, ask before calling a tool.
6Every fund-moving or signing action is approved by the user in their own Base Account before it executes. Never say something is done until the tool result confirms it.`;function d(e){return e&&"object"==typeof e?{approvalUrl:"string"==typeof e.approvalUrl?e.approvalUrl:void 0,requestId:"string"==typeof e.requestId?e.requestId:"string"==typeof e.request_id?e.request_id:void 0}:{}}async function h(e,t,n){let s;try{s=await (0,i.ou)(e,t)}catch(e){return`Base tool error: ${e instanceof Error?e.message:String(e)}`}let r=(s.content??[]).map(e=>e.text).filter(e=>"string"==typeof e&&e.length>0).join("\n").trim().slice(0,1500);if(s.isError)return`Error: ${r||"the Base tool reported a failure."}`;let{approvalUrl:a,requestId:o}=function(e,t){let n=d(e.structuredContent);if(n.approvalUrl||n.requestId)return n;try{let e=d(JSON.parse(t));if(e.approvalUrl||e.requestId)return e}catch{}let i=t.match(/https?:\/\/[^\s"')]+/i),s=t.match(/request[_ ]?id["'

6:\s]+["']?([A-Za-z0-9_-]{6,})/i);return{approvalUrl:i?.[0],requestId:s?.[1]}}(s,r);if(a&&o){if(!n)return"This action needs approval in your Base Account, but no approval UI is available here.";let i=await n({toolName:e,summary:function(e,t){let n=e=>null!=t[e]?String(t[e]):"",i=(...e)=>{for(let n of e)if(null!=t[n])return String(t[n]);return""};if("send"===e)return`Send ${n("amount")} ${n("asset")} to ${n("recipient")} on ${n("chain")||"base"}`.replace(/\s+/g," ").trim();if("swap"===e){let e=i("from","fromAsset","inputAsset","sellToken"),t=i("to","toAsset","outputAsset","buyToken");return`Swap ${n("amount")} ${e} to ${t}`.replace(/\s+/g," ").trim()}if(e.includes("x402"))return`Pay up to ${n("maxPayment")} USDC for ${n("url")}`.trim();if("sign"===e)return"Sign a message in your Base Account";let s=JSON.stringify(t);return`${e} ${s.length>120?s.slice(0,117)+"...":s}`.trim()}(e,t),approvalUrl:a,requestId:o});switch(i.status){case"confirmed":return`SUCCESS: the user approved and signed the ${e} in their Base Account and it has been submitted${i.txHash?` (transaction ${i.txHash})`:""}. Tell the user it is done in plain language${i.txHash?", including the transaction hash":""}. Do NOT call any more tools.`;case"failed":return`The transaction failed${i.detail?`: ${i.detail}`:""}. Tell the user, and do not retry automatically.`;case"rejected":return"The user rejected the transaction in their Base Account. Acknowledge it and do not retry.";case"timeout":return"The approval timed out without confirmation. Tell the user to check their Base Account."}}return r||"Done."}async function c(){let e=await (0,i.JT)();return a=e,(0,r.sm)("discovered tools",e.map(e=>e.name)),{defs:e.map(e=>({name:e.name,description:e.description??`Base onchain tool: ${e.name}`,argsHint:function(e){if(e&&"object"==typeof e){let t=e.properties;if(t&&"object"==typeof t){let n=Array.isArray(e.required)?e.required.map(String):[],i=Object.keys(t).map(e=>n.includes(e)?e:`${e}?`);if(i.length)return`{ ${i.join(", ")} }`}}return"{ ... }"}(e.inputSchema),requiresInternet:!1,requiresOnchain:!0,run:(t,n)=>h(e.name,t,n.onApproval)})),promptAddon:l}}},14513:(e,t,n)=>{n.d(t,{J:()=>C});var i=n(45464),s=n(56186),r=n(85047),a=n(86080),o=n(34131),l=n(52034),d=n(15665),h=n(3283),c=n(54922);let f=[{role:"user",content:"__prxvt_pool_agent_session_open__"}];async function u(e){let t,{stepBudget:n,useMixnet:i,signal:s,onProgress:u}=e,Q=a.jV.sovereignApiUrl,p=((0,o.OQ)(!!i)?await (0,o.Sn)():null)??fetch;u?.({stage:"loading-credential",fraction:.02}),await (0,c.UC)(e=>(0,l.L0)(Q,e,p),(0,l.sU)(Q,p));let g=BigInt(r.uA.M.priceUsdc),I=BigInt(Math.max(1,n))*g,m=await (0,c._0)();if(0===m.length)throw Error("no confidential-pool balance. Deposit first at /buy.");let E=(0,c.pJ)(m,g);if(!E)throw Error(await (0,c.Tr)()>=g?"Your balance is split across deposits; no single note covers an agent run. Make one larger deposit.":"Not enough confidential-pool balance for an agent run. Deposit more at /buy.");let C=BigInt(E.note.value),b=I<C?I:C;if(E.depositTx)try{await (0,l.GQ)(Q,E.depositTx,p)}catch{}u?.({stage:"generating-proof",fraction:.25});let v=()=>(0,l.c9)({apiUrl:Q,note:E.note,request:{messages:f,model:"auto"},withdrawnValue:b,endpoint:"/v1/pool/agent/session/open",fetchImpl:p,prove:d.Qv,onBeforeSubmit:async(e,t)=>{await (0,c.Uq)(e,t),u?.({stage:"submitting",fraction:.85})},...s?{signal:s}:{}});try{t=await v()}catch(i){let e=i instanceof Error?i.message:String(i),n=/not in the server tree|deposit not finalized|pool\/path: 404/i.test(e);if(n&&E.depositTx)try{await (0,l.GQ)(Q,E.depositTx,p),t=await v()}catch{throw Error("Your deposit is still confirming on-chain. Give it a few seconds and try again.")}else if(n)throw Error("Your deposit is still confirming on-chain. Give it a few seconds and try again.");else throw i}try{await (0,c.S4)(t.position?.newLeafIndex)}catch{}(0,h.kI)(Q,p).catch(()=>{});let k=await t.response.json();if("string"!=typeof k.token||"number"!=typeof k.expiresAt||"number"!=typeof k.budgetUsdc||"number"!=typeof k.stepPriceUsdc)throw Error("pool agent session open: malformed server response");return{token:k.token,expiresAt:k.expiresAt,budgetUsdc:k.budgetUsdc,stepPriceUsdc:k.stepPriceUsdc}}let Q=[{name:"doc_read",description:"Search the documents attached to this conversation for relevant passages.",argsHint:'{ "query": "what to look for" }',requiresInternet:!1,async run(e,t){if(t.incognito)return"No documents available in this session.";let i="string"==typeof e.query?e.query:"",{getDocumentContext:s,formatAsSystemPrompt:r}=await Promise.resolve().then(n.bind(n,64e3));return r(await s(t.conversationId,{query:i,maxWords:1200}))||"No relevant passages found in the attached documents."}},{name:"memory_search",description:"Recall relevant facts from past conversations (your saved memory).",argsHint:'{ "query": "what to recall" }',requiresInternet:!1,requiresMemory:!0,async run(e,t){if(t.incognito)return"Memory is disabled in this session.";let i="string"==typeof e.query?e.query:"";if(!i)return"No query provided.";let s=await Promise.resolve().then(n.bind(n,1305)),r=await s.retrieveRelevant(i,3);return 0===r.length?"No relevant memories found.":r.map((e,t)=>`[${t+1}] ${e}`).join("\n")}},{name:"web_search",description:"Search the web for current information (news, weather, facts).",argsHint:'{ "query": "search terms" }',requiresInternet:!0,async run(e,t){if(!t.session)return"Web search is unavailable (no active session).";let i="string"==typeof e.query?e.query:"";if(!i)return"No query provided.";let{agentWebSearch:s}=await Promise.resolve().then(n.bind(n,45464)),{results:r,answer:a}=await s(t.session,i,t.useMixnet);return 0!==r.length||a?((a?`Answer: ${a}
7
8`:"")+r.map((e,t)=>`[${t+1}] ${e.title}
9${e.url}
10${e.snippet}`).join("\n\n")).trim():"No results found."}},{name:"fetch_url",description:"Fetch the readable text of a web page b

10y its URL.",argsHint:'{ "url": "https://..." }',requiresInternet:!0,async run(e,t){if(!t.session)return"Fetch is unavailable (no active session).";let i="string"==typeof e.url?e.url:"";if(!i)return"No URL provided.";let{agentWebFetch:s}=await Promise.resolve().then(n.bind(n,45464)),{text:r}=await s(t.session,i,t.useMixnet);return r.split(/\s+/).filter(Boolean).slice(0,1500).join(" ")||"No readable content at that URL."}}];function p(e){let t=e.trim(),n=function(e){let t=e.indexOf("{");if(-1===t)return null;let n=0,i=!1,s=!1;for(let r=t;r<e.length;r++){let a=e[r];if(i){s?s=!1:"\\"===a?s=!0:'"'===a&&(i=!1);continue}if('"'===a)i=!0;else if("{"===a)n++;else if("}"===a&&0==--n){let n=e.slice(t,r+1);try{return JSON.parse(n)}catch{break}}}return null}(t);if(n&&"string"==typeof n.action){if("final"===n.action)return{kind:"final",text:"string"==typeof n.answer?n.answer:t};let e=n.args&&"object"==typeof n.args&&!Array.isArray(n.args)?n.args:{};return{kind:"tool",name:n.action,args:e}}return{kind:"final",text:t}}async function g(e,t,n,i){let s=i.find(t=>t.name===e);if(!s)throw Error(`unknown or unavailable tool: ${e}`);return s.run(t,n)}var I=n(9206);function m(e){return"string"==typeof e?e:e.filter(e=>"text"===e.type).map(e=>e.text).join("\n")}let E=()=>{};async function C(e){var t;let n,r,a=(t={internetEnabled:"offline"!==e.mode&&e.internetEnabled,memoryEnabled:e.memoryEnabled},Q.filter(e=>(!e.requiresInternet||!!t.internetEnabled)&&(!e.requiresMemory||!!t.memoryEnabled))),o="";if(e.onchainEnabled)try{let e=await (0,I.K)();a.push(...e.defs),o=e.promptAddon}catch{}let l=(0===a.length?"You are an agent. Think step by step. When you are done, reply with your final answer as plain text.":["You are an agent that can use tools. Available tools:",a.map(e=>`- ${e.name}: ${e.description} args: ${e.argsHint}`).join("\n"),'\nTo USE a tool, reply with ONLY a JSON object on its own:\n{"action": "<tool_name>", "args": { ... }}\nTo FINISH, reply with ONLY:\n{"action": "final", "answer": "your answer"}\nYou may also just reply with plain text to finish. Use one tool at a time; you will see its result and can then use another tool or finish.'].join("\n"))+(o?`
11${o}`:""),d=e.messages[0];n=d?.role==="system"?[{role:"system",content:`${m(d.content)}
12
13${l}`},...e.messages.slice(1)]:[{role:"system",content:l},...e.messages];let h=null;"sovereign"===e.mode?(h=await (0,i.Uo)({useMixnet:e.useMixnet,signal:e.signal,onProgress:e.onProgress}),e.onProgress?.(null)):"pool"===e.mode&&(h=await u({stepBudget:e.stepBudget,useMixnet:e.useMixnet,signal:e.signal,onProgress:e.onProgress}),e.onProgress?.(null));let c={conversationId:e.conversationId,incognito:e.incognito,session:h,useMixnet:e.useMixnet,onApproval:e.onApproval},f=async t=>{if("offline"===e.mode){let n=t.map(e=>({role:"tool"===e.role?"user":e.role,content:m(e.content)}));return(0,s.f)({localModelId:e.model,messages:n,onToken:E,onPhase:t=>e.onProgress?.("preparing"===t?{stage:"loading-credential",fraction:.5}:null),signal:e.signal})}return(0,i.Mz)({session:h,messages:t,model:e.model,useMixnet:e.useMixnet,signal:e.signal})},C=async(t,n)=>e.redactor?f(await e.redactor.redact(t,n)):f(t),b=t=>e.redactor?e.redactor.rehydrate(t):t,v=0,k="",x=0,y=[],K="offline"===e.mode?Math.min(e.stepBudget,2):e.stepBudget,F=n.filter(e=>"user"===e.role).map(e=>m(e.content)).filter(Boolean);for(;v<K;){let t,s;if(e.signal?.aborted)break;v++,e.onStep?.({index:v,kind:"thinking"});try{t=await C(n,F)}catch(e){if(e instanceof i.f9)break;throw e}k=t;let r=p(t);if("final"===r.kind){let t=b(r.text);return e.onStep?.({index:v,kind:"final",text:t}),e.onToken?.(t),t}e.onStep?.({index:v,kind:"tool",toolName:r.name,toolArgs:r.args});try{s=await g(r.name,r.args,c,a),x=0}catch(e){if(++x>2)break;s=`Tool error: ${e instanceof Error?e.message:String(e)}`}y.push({name:r.name,result:s}),e.onStep?.({index:v,kind:"tool",toolName:r.name,toolArgs:r.args,toolResult:s});let o=K-v<=1?"\n\nYou are out of tool steps. Now write your FINAL answer to the original question in plain text — do NOT call another tool.":"\n\nIf this is enough to answer the question, reply with your final answer now instead of using another tool.";n=[...n,{role:"assistant",content:t},{role:"user",content:`Tool ${r.name} result:
14${s}${o}`}

14],F=[t,s].filter(Boolean)}let V=p(k);if("final"===V.kind&&V.text.trim())r=V.text;else{let t="";if(!e.signal?.aborted)try{let e=await C([...n,{role:"user",content:"You have gathered enough information. Do NOT use any more tools. Write the final answer to my original question now, in plain prose (no JSON). Cite sources inline where useful."}],F),i=p(e);"final"===i.kind&&i.text.trim()&&(t=i.text)}catch{}r=t||function(e){let t=e.filter(e=>"web_search"===e.name);if(0===t.length)return null;let n=[],i=[];for(let e of t){let t=/^Answer:\s*([\s\S]*?)(?:\n\n|$)/.exec(e.result.trim());for(let s of(t?.[1]?.trim()&&!n.includes(t[1].trim())&&n.push(t[1].trim()),e.result.matchAll(/\[\d+\]\s*(.+)\n(https?:\/\/\S+)/g))){let e=`- [${s[1].trim()}](${s[2].trim()})`;i.includes(e)||i.push(e)}}if(0===n.length&&0===i.length)return null;let s=n.length?n.join("\n\n"):"Here is what I found from a web search:",r=i.length?`
15
16**Sources**
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v.expiresAt||"number"!=typeof v.budgetUsdc||"number"!=typeof v.stepPriceUsdc)throw Error("agent session open: malformed server response");return{token:v.token,expiresAt:v.expiresAt,budgetUsdc:v.budgetUsdc,stepPriceUsdc:v.stepPriceUsdc}}

18class u extends Error{constructor(e="agent session budget exhausted"){super(e),this.name="AgentSessionExhaustedError"}}async function Q(e,t,n){let i=((0,l.OQ)(!!n)?await (0,l.Sn)():null)??fetch,s=await i(new URL("/v1/agent/web/search",o.jV.sovereignApiUrl).toString(),{method:"POST",headers:{"content-type":"application/json",authorization:`Bearer ${e.token}`},body:JSON.stringify({query:t})});if(402===s.status)throw new u;if(!s.ok){let e=await s.text().catch(()=>"");throw Error(`web search failed (${s.status}): ${e}`)}let r=await s.json();return{results:Array.isArray(r.results)?r.results:[],answer:"string"==typeof r.answer&&r.answer.trim()?r.answer:void 0}}async function p(e,t,n){let i=((0,l.OQ)(!!n)?await (0,l.Sn)():null)??fetch,s=await i(new URL("/v1/agent/web/fetch",o.jV.sovereignApiUrl).toString(),{method:"POST",headers:{"content-type":"application/json",authorization:`Bearer ${e.token}`},body:JSON.stringify({url:t})});if(402===s.status)throw new u;if(!s.ok){let e=await s.text().catch(()=>"");throw Error(`fetch failed (${s.status}): ${e}`)}let r=await s.json();return{text:r.text??"",contentType:r.contentType??null}}async function g(e){let{session:t,messages:n,model:i,useMixnet:s,signal:r,onToken:a}=e,d=((0,l.OQ)(!!s)?await (0,l.Sn)():null)??fetch,h=await d(new URL("/v1/agent/step",o.jV.sovereignApiUrl).toString(),{method:"POST",headers:{"content-type":"application/json",accept:"text/event-stream",authorization:`Bearer ${t.token}`},body:JSON.stringify({model:i,messages:n,stream:!0}),signal:r});if(402===h.status)throw new u;if(!h.ok||!h.body){let e=await h.text().catch(()=>"");throw Error(`agent step failed (${h.status}): ${e}`)}let c=h.body.getReader(),f=new TextDecoder,Q="",p="";for(;;){let e,{done:t,value:n}=await c.read();if(t)break;for(Q+=f.decode(n,{stream:!0});-1!==(e=Q.indexOf("\n\n"));){let t=Q.slice(0,e);for(let n of(Q=Q.slice(e+2),t.split("\n"))){let e=n.match(/^data:\s?(.*)$/);if(!e)continue;let t=e[1];if("[DONE]"===t)return a?.(p),p;try{let e=JSON.parse(t);if(e.error)throw Error(`upstream error: ${JSON.stringify(e.error)}`);let n=e.choices?.[0]?.delta?.content;n&&(p+=n,a?.(p))}catch(e){if(e instanceof SyntaxError)continue;throw e}}}}return a?.(p),p}},47852:(e,t,n)=>{n.d(t,{JT:()=>g,ou:()=>I});var i=n(93457),s=n(32690),r=n(90354),a=n(65584);let o="2025-06-18";class l extends Error{constructor(){super("Base session is not authorized. Reconnect your Base Account."),this.name="BaseMcpUnauthorized"}}class d extends Error{constructor(e){super(e),this.name="BaseMcpCallError"}}let h=null,c=!1,f=0;function u(){h=null,c=!1}async function Q(e,t){let n=await (0,s.iD)(),r=++f,a={"content-type":"application/json",accept:"application/json, text/event-stream",authorization:`Bearer ${n}`,"mcp-protocol-version":o};h&&(a["mcp-session-id"]=h);let c=await fetch(i.YX.rpc,{method:"POST",headers:a,body:JSON.stringify({jsonrpc:"2.0",id:r,method:e,params:t})});if(401===c.status)throw u(),new l;if(404===c.status&&h)throw u(),new d("Base session expired; reconnecting.");let Q=c.headers.get("mcp-session-id");Q&&(h=Q);let p=await c.text();if(!c.ok)throw new d(`Base MCP error (${c.status}).`);let g=function(e,t){let n=e.trim();if(!n)return null;if(n.startsWith("{"))try{return JSON.parse(n)}catch{return null}for(let e of n.split("\n")){let n=e.match(/^data:\s?(.*)$/);if(n)try{let e=JSON.parse(n[1]);if(e.id===t||void 0!==e.result||void 0!==e.error)return e}catch{}}return null}(p,r);if(!g)throw new d("Unparseable Base MCP response.");if(g.error)throw new d(g.error.message||"Base MCP request failed.");return g.result}async function p(){if(!c){await Q("initialize",{protocolVersion:o,capabilities:{},clientInfo:{name:"PRXVT AI",version:"1.0.0"}});try{let e=await (0,s.iD)(),t={"content-type":"application/json",authorization:`Bearer ${e}`,"mcp-protocol-version":o};h&&(t["mcp-session-id"]=h),await fetch(i.YX.rpc,{method:"POST",headers:t,body:JSON.stringify({jsonrpc:"2.0",method:"notifications/initialized"})})}catch{}c=!0}}async function g(){return(0,r.L)(async()=>(await p(),(await Q("tools/list",{})).tools??[]))}async function I(e,t){return(0,r.L)(async()=>{await p();let n=await Q("tools/call",{name:e,arguments:t});return(0,a.sm)(`result:${e}`,n),n})}},55315:(e,t,n)=>{n.d(t,{_z:()=>y});var i=n(83537),s=n(85047),r=n(92675),a=n(34575),o=n(86080),l=n(55769),d=n(34131),h=n(52

18034),c=n(15665),f=n(3283),u=n(92511),Q=n(54922);async function*p(e){let t,{onProgress:n,messages:i,model:r,signal:a,useMixnet:p,imageGen:g}=e,I=o.jV.sovereignApiUrl,m=((0,d.OQ)(!!p)?await (0,d.Sn)():null)??fetch;n({stage:"reconciling",fraction:.02}),await (0,Q.UC)(e=>(0,h.L0)(I,e,m),(0,h.sU)(I,m));let E={messages:i,model:r,...g?{image_gen:!0}:{},..."number"==typeof e.temperature?{temperature:e.temperature}:{},..."number"==typeof e.topP?{top_p:e.topP}:{},..."number"==typeof e.maxTokens?{max_tokens:e.maxTokens}:{},...(0,s.ne)(r,e.reasoningEffort??null)};n({stage:"quoting",fraction:.08});let C=BigInt((await (0,h.nw)(I,{model:r,messages:i,..."number"==typeof e.maxTokens?{max_tokens:e.maxTokens}:{}},m,a)).requiredCost),b=0;for(;;){n({stage:"loading-note",fraction:.1});let e=await (0,Q._0)();if(0===e.length)throw Error("no confidential-pool balance. 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18onsensus&&e.onConsensus?.(n.consensus),n.done)break;return t}async function x(e){let t="";for await(let n of(e.onToken(t),e.onProgress?.({stage:"submitting",fraction:.5}),(0,g.MV)({messages:e.messages,model:e.model,...e.signal?{signal:e.signal}:{},...void 0!==e.imageGen?{imageGen:e.imageGen}:{},...void 0!==e.reasoningEffort?{reasoningEffort:e.reasoningEffort}:{}})))if(n.delta&&(t+=n.delta,e.onToken(t)),n.reasoning&&e.onReasoning?.(n.reasoning),n.done)break;return t}async function y(e){let{conversationId:t,model:l,messages:d,onToken:h,onProofProgress:c,onPersisted:f,signal:u,memoryEnabled:p,mixnetEnabled:y,incognito:K,imageGen:F,reasoningEffort:V,expertId:U,onReasoning:S,redactionEnabled:B,onRedacted:q,onConsensus:A,stakerEnabled:H}=e,R=null,D=(0,g.mR)();if(!0===H&&!D)throw Error("Free staker chat is on, but it is not set up in this browser. Re-enable it on the API keys page, or turn off staker mode to pay normally.");let J=!0===H&&D,N=!J&&(0,o.ex)()&&await (0,Q.bE)(),w="M";if(!J&&!N){let e=await (0,r.loadCredential)();if(!e)throw Error("no Sovereign credential. deposit first at /buy");if(w=(0,s.RG)(e.cMax),F&&e.cMax!==s.uA.L.priceUsdc)throw Error("Image generation needs a Heavy-tier deposit.")}let O="",Y=d,X=[...d].reverse().find(e=>"user"===e.role),T=X?C(X.content):"",j=[],W=U??null;if(!K)try{let e=(0,E.L)();if(e){let n=await e.conversations.get(t);void 0===U&&(W=n?.expertId??null),n&&W&&n.expertId!==W&&await e.conversations.put({...n,expertId:W})}}catch{}if(W&&1)try{let{getExpert:e}=await n.e(155).then(n.bind(n,10155)),t=await e(W);t?.instructions.trim()&&j.push(t.instructions.trim())}catch{}if(!K)try{let e=await (0,m.getDocumentContext)(t,{query:T,maxWords:8e3,...W?{expertId:W}:{}}),n=(0,m.formatAsSystemPrompt)(e);n&&j.push(n)}catch{}if(!K&&p&&T)try{let e=await b(),t=e?await e.retrieveRelevant(T,3):[];t.length>0&&j.push("Relevant context from past conversations (use only if pertinent):\n\n"+t.map((e,t)=>`[${t+1}] ${e}`).join("\n\n---\n\n"))}catch{}if(j.length>0){let e=j.join("\n\n---\n\n"),t=d[0];Y=t?.role==="system"?[{role:"system",content:`${C(t.content)}
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20${e}`},...d.slice(1)]:[{role:"system",content:e},...d]}let P=e=>e;if(B)try{let{redactOutgoing:e,rehydrate:i}=await Promise.resolve().then(n.bind(n,81755)),{loadVault:s,saveVault:r}=await n.e(3106).then(n.bind(n,80725)),a=await s(t),o=[...d].reverse().find(e=>"assistant"===e.role),l=o?C(o.content):"",h=[T,l,...j].filter(Boolean),c=await e(Y,a,{newText:h});Y=c.messages,await r(c.vault,{incognito:K}),P=e=>i(e,c.vault,c.usedTokens),q?.({newCount:c.newCount,entries:c.vault.entries})}catch{throw Error("Redaction failed (the name-detection model could not load); message not sent. Toggle the shield off to send without redaction.")}let G="",L=e=>{G+=e,S?.(e)};try{if(O=J?await x({messages:Y,model:l,onToken:e=>h(P(e)),onProgress:c,onReasoning:L,signal:u,imageGen:F,reasoningEffort:V}):N?await k({messages:Y,model:l,onToken:e=>h(P(e)),onProgress:c,onReasoning:L,onConsensus:e=>{var t;t=P,R={...e,...e.summary?{summary:t(e.summary)}:{},points:e.points.map(e=>({...e,text:t(e.text),...e.dissent?{dissent:{...e.dissent,note:t(e.dissent.note)}}:{}}))},A?.(R)},signal:u,useMixnet:y,imageGen:F,reasoningEffort:V}):await v({messages:Y,model:l,tier:w,onToken:e=>h(P(e)),onProgress:c,onReasoning:L,signal:u,useMixnet:y,imageGen:F,reasoningEffort:V}),O=P(O),c?.(null),!K){let e=await (0,r.appendMessage)({conversationId:t,role:"assistant",content:O,model:l,...R?{consensus:R}:{},...G?{reasoning:G}:{}});f?.(e)}return N||J||(0,I._K)(w,e=>(0,a.v)({...e})),!K&&p&&T&&O.length>0&&b().then(e=>{if(e)return e.remember(T,O,t).catch(()=>{})}),O}catch(n){if(c?.(null),(0,i.z)(n))throw n;let e=(0,i.A)(n);throw h(e),K||await (0,r.appendMessage)({conversationId:t,role:"assistant",content:e,model:l}),n}}},56186:(e,t,n)=>{n.d(t,{f:()=>o,x:()=>l});var i=n(92675),s=n(16686),r=n(64e3);function a(e){return"string"==typeof e?e:e.filter(e=>"text"===e.type).map(e=>e.text).join("\n")}async function o(e){let{localModelId:t,messages:n,onToken:i,onPhase:r,signal:a}=e;return(0,s.Om)(async()=>{r?.("preparing");let e=await (0,s.ro)(t),o="";i(o);

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qVQ2X1/dVTYxkqbccWqddYlr+MXydUTjomJ59tpJ8I6NrPPYnXN8TIF//iuSppT5zQ4xlxNiLjfEXD6IuQIQcwUh5opCzJWAmCsLMVcRYq4qx

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NXCCrgHxGNj2a61cxXLPe4np4KluXl2WnHclD40VAnhir2dY+CnIrp3DMeQkBjuGXFS5BlzEYOtzU+UaEPvnxq6B62yvQRK0LZ4Y4JNeSaJstl4uwmIqEmvqZdnU8u529ie6GwPr/Oev31J4SkfxVRp5DZb1lt3pE4qsv7Uwslvvpm/1ZyY+9pRjS15IuhR+P2xx/it5DShfPDvosthDl8UBuixO0GVxhi4L8bAYRhomv9XxXf/h8Ct4Fes+uzxtLoMYRaknYiyXeb0MQu7O4bDyEIMdVl6qXBZeYrD1l1LlshD7X4pdFs/ZXpaL0Lb4YoAPTyY7Y1Dwa4NP5LlMB6H4gX1/Ky4U+YRK7SjQvCHaE5fm6NVLXhbZxYM0xZ+DPGgvmfz0iFu9vdt7Yr1usO+G7LHi9C4GzQfkZaF8Pe2gK2UPXSkH6Eo5QVfKGbpSrtCVIh4ps8fCuvdmr1fLCS++f/a/qSTr7WdVtRpohxLW02SpJUbN4bcO6PiIwY40P1WuFD8x2PrLqHKliP0vw66Uz2yvVDK0reUxwKeWk3/OaD0qI9vgnv1YefLor+1yedp1TjU6fByXR9prs+8HF9bM/DXhgCxHQx3Ng6Gs5aE09dtElz70v3dl8u/tzmccnFz59wPIK0X5EttBF88eungO0MVzgi6eM3TxXKGL5wldPOLBLyiOvXSd3emr28KW9Ofb5Qx23TBj+HNifqa+wJM7pr4cf+Zw8JcTgx38FVS5eCuIwdYXoMrFI/YvgF08/9levBRoW4IxwJcKTF+8pduEAl8+2

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3r1ZfeZDX8KtI94QHV5me+Tn9iYJ0DdfsWzMfPJGXZCTeYNZwb+OdXYtrlm9bFvp0VWETndezJXl/xU6wiZAFQLly7KCasIdqwgGq

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sIKw4QVlwgrLhDWPGCsOIPYSUEwkokhJV4

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GGHGMIJMYQHYgg/xBAhiCEiEEMkIYbIQgxRghiiBjFEG2KIAcQQC4ghNhBDnCGGuEMM8YYYEgwx5CjEkASIIWkQQ7

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c+PTpM90j/s3Oc3feiDnlqrcm1hyDJb2FSd/F/aqe7LQq2d7vENlJxM/R8SVxa8lzHJ+XNwf1E2OAeXBg56yOj0GlIclCBqWEGhYwqFhITaLYbh+4lst/6OfJ3+7rmE7Y5iuwq3pJyeZu5I1is9W8+azORzWt0Rhh7WOKsNSRxS2/juqDAvR/ztsWGJnOyxhUFv1fsDDhklmDAh119t7+SacFA7sPzNVGpJn7yZ5JGPL4xW9AbEmt

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MMWs8Im4akBWahjFr9t1nOM3p2VMh7Znqybl+Ib/BzUCego3+R08ETD9bZGG8cHrg50cMjHM3vtEv35v9dLIh4sytg48l7bdq7nXeTg

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K5xPbWf4a8sx5S+z/WYdzZ0YaDFG/TdojkPlt3Zs6N/aWnolclPFFh9d4XchM3xLmq9ZkAON8QgdgsbeCDT2RqGxN4aMPfpAYzz2KNDY44TGHg809gShsUeFxp4kNPbkoLGnCo09bWjsGUBjzwwae9bQ2CNuO5WG5V9nfqv94jLdfkH8nk+NI/O/v7n+h0c16NXQE7sz8mVTGDt7iIWNHVemjD1XYmHHd2PK2CP274aNPefJjz1haGN7iVfNsfZfuEOuTeccX2/0thM5npzV4lc67xaqSZle/XiEbdt0cuyx3v5pciXZfJehqeAZwfII/8zEMHFtvuJ1jd0P5yTP8lxJjj1Vo4pFM07qKfddnzVyz2Tlj73y1tcFpNN/t78+W7nlQmQdOfYYD9ohaDiOQMNxFBqOY8hwJMcew+FIgYYjJzQceaDhKAgNRyo0HCWh4SgHDUdVaDhqQ8PRABqOZtBwtIaGowM0HImbk7NvlsMAd2RG06yHa/dWf/9RLs39OfXfHuldGtUGl9zmTOX3cPYSCxtO7kwZju7Ewo7vwZThSOzfAxuOnpMfjiLQxjzHh+M85yN2SmtTq5fy7RyterxxvuTDpCWvVcV/3xKzLdwRK0QOR+7nvMvvGsl8KTqVfiXIYsYi0/IKiuY719Wf3P+IVO55eYYcjtyxvtHr1BwChimXEtRKiv391ph8qfJZMPZj2ollvEuX7yWHI+NxPASN0BFohI5CI3QMGaHkTxwzHKEUaIRyQiOUBxqhgtAIpUIjVBIaoXLQCFWFRqg2NEINoBFqBo1Q

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N]` array.\\n    /// This array will be zero padded should not all bits be necessary to represent `self`.\\n    ///\\n    /// # Failures\\n    /// Causes a constraint failure for `Field` values exceeding `2^N` as the resulting array will not\\n    /// be able to represent the original `Field`.\\n    ///\\n    /// # Safety\\n    /// The bit decomposition returned is canonical and is guaranteed to not overflow the modulus.\\n    // docs:start:to_le_bits\\n    pub fn to_le_bits<let N: u32>(self: Self) -> [bool; N] {\\n        // docs:end:to_le_bits\\n        let bits = __to_le_bits(self);\\n\\n        if !is_unconstrained() {\\n            // Ensure that the byte decomposition does not overflow the modulus\\n            let p = modulus_le_bits();\\n            assert(bits.len() <= p.len());\\n            let mut ok = bits.len() != p.len();\\n            for i in 0..N {\\n                if !ok {\\n                    if (bits[N - 1 - i] != p[N - 1 - i]) {\\n                        assert(p[N - 1 - i]);\\n                        ok = true;\\n                    }\\n                }\\n            }\\n            assert(ok);\\n        }\\n        bits\\n    }

23\\n\\n    /// Decomposes `self` into its big endian bit decomposition as a `[bool; N]` array.\\n    /// This array will be zero padded should not all bits be necessary to represent `self`.\\n    ///\\n    /// # Failures\\n    /// Causes a constraint failure for `Field` values exceeding `2^N` as the resulting array will not\\n    /// be able to represent the original `Field`.\\n    ///\\n    /// # Safety\\n    /// The bit decomposition returned is canonical and is guaranteed to not overflow the modulus.\\n    // docs:start:to_be_bits\\n    pub fn to_be_bits<let N: u32>(self: Self) -> [bool; N] {\\n        // docs:end:to_be_bits\\n        let bits = __to_be_bits(self);\\n\\n        if !is_unconstrained() {\\n            // Ensure that the decomposition does not overflow the modulus\\n            let p = modulus_be_bits();\\n            assert(bits.len() <= p.len());\\n            let mut ok = bits.len() != p.len();\\n            for i in 0..N {\\n                if !ok {\\n                    if (bits[i] != p[i]) {\\n                        assert(p[i]);\\n                        ok = true;\\n                    }\\n                }\\n            }\\n            assert(ok);\\n        }\\n        bits\\n    }\\n\\n    /// Decomposes `self` into its little endian byte decomposition as a `[u8;N]` array\\n    /// This array will be zero padded should not all bytes be necessary to represent `self`.\\n    ///\\n    /// # Failures\\n    ///  The length N of the array must be big enough to contain all the bytes of the \'self\',\\n    ///  and no more than the number of bytes required to represent the field modulus\\n    ///\\n    /// # Safety\\n    /// The result is ensured to be the canonical decomposition of the field element\\n    // docs:start:to_le_bytes\\n    pub fn to_le_bytes<let N: u32>(self: Self) -> [u8; N] {\\n        // docs:end:to_le_bytes\\n        static_assert(\\n            N <= modulus_le_bytes().len(),\\n            \\"N must be less than or equal to modulus_le_bytes().len()\\",\\n        );\\n        // Compute the byte decomposition\\n        let bytes = self.to_le_radix(256);\\n\\n        if !is_unconstrained() {\\n            // Ensure that the byte decomposition does not overflow the modulus\\n            let p = modulus_le_bytes();\\n            assert(bytes.len() <= p.len());\\n            let mut ok = bytes.len() != p.len();\\n            for i in 0..N {\\n                if !ok {\\n                    if (bytes[N - 1 - i] != p[N - 1 - i]) {\\n                        assert(bytes[N - 1 - i] < p[N - 1 - i]);\\n                        ok = true;\\n                    }\\n                }\\n            }\\n            assert(ok);\\n        }\\n        bytes\\n    }\\n\\n    /// Decomposes `self` into its big endian byte decomposition as a `[u8;N]` array of length required to represent the field modulus\\n    /// This array will be zero padded should not all bytes be necessary to represent `self`.\\n    ///\\n    /// # Failures\\n    ///  The length N of the array must be big enough to contain all the bytes of the \'self\',\\n    ///  and no more than the number of bytes required to represent the field modulus\\n    ///\\n    /// # Safety\\n    /// The result is ensured to be the canonical decomposition of the field element\\n    // docs:start:to_be_bytes\\n    pub fn to_be_bytes<let N: u32>(self: Self) -> [u8; N] {\\n        // docs:end:to_be_bytes\\n        static_assert(\\n            N <= modulus_le_bytes().len(),\\n            \\"N must be less than or equal to modulus_le_bytes().len()\\",\\n        );\\n        // Compute the byte decomposition\\n        let bytes = self.to_be_radix(256);\\n\\n        if !is_unconstrained() {\\n            // Ensure that the byte decomposition does not overflow the modulus\\n            let p = modulus_be_bytes();\\n            assert(bytes.len() <= p.len());\\n            let mut ok = bytes.len() != p.len();\\n            for i in 0..N {\\n                if !ok {\\n                    if (bytes[i] != p[i]) {\\n                        assert(bytes[i] < p[i]);\\n                        ok = true;\\n                    }\\n                }\\n            }\\n            assert(ok);\\n        }\\n        bytes\\n    }\\n\\n    fn to_le_radix<let N: u32>(self: Self, radix: u32) -> [u8; N] {\\n        // Brillig does not need an immediate radix\\n        if !crate::runtime::is_unconstrained() {\\n            static_assert(1 < radix, \\"radix must be greater than 1\\");\\n            static_assert(radix <= 256, \\"radix must be less than or equal to 256\\");\\n            static_assert(radix & (radix - 1) == 0, \\"radix must be a power of 2\\");\\n        }\\n        __to_le_radix(self, radix)\\n    }\\n\\n    fn to_be_radix<let N: u32>(self: Self, radix: u32) -> [u8; N] {\\n        // Brillig does not need an immediate radix\\n        if !crate::runtime::is_unconstrained() {\\n            static_assert(1 < radix, \\"radix must be greater than 1\\");\\n            static_assert(radix <= 256, \\"radix must be less than or equal to 256\\");\\n            static_assert(radix & (radix - 1) == 0, \\"radix must be a power of 2\\");\\n        }\\n        __to_be_radix(self, radix)\\n    }\\n\\n    // Returns self to the power of the given exponent value.\\n    // Caution: we assume the exponent fits into 32 bits\\n    // using a bigger bit size impacts negatively the performance and should be done only if the exponent does not fit in 32 bits\\n    pub fn pow_32(self, exponent: Field) -> Field {\\n        let mut r: Field = 1;\\n        let b: [bool; 32] = exponent.to_le_bits();\\n\\n        for i in 1..33 {\\n            r *= r;\\n            r = (b[32 - i] as Field) * (r * self) + (1 - b[32 - i] as Field) * r;\\n        }\\n        r\\n    }\\n\\n    // Parity of (prime) Field element, i.e. sgn0(x mod p) = false if x `elem` {0, ..., p-1} is even, otherwise sgn0(x mod p) = true.\\n    pub fn sgn0(self) -> bool {\\n        (self as u8) % 2 == 1\\n    }\\n\\n    pub fn lt(self, another: Field) ->

23 bool {\\n        if crate::compat::is_bn254() {\\n            bn254_lt(self, another)\\n        } else {\\n            lt_fallback(self, another)\\n        }\\n    }\\n\\n    /// Convert a little endian byte array to a field element.\\n    /// If the provided byte array overflows the field modulus then the Field will silently wrap around.\\n    pub fn from_le_bytes<let N: u32>(bytes: [u8; N]) -> Field {\\n        static_assert(\\n            N <= modulus_le_bytes().len(),\\n            \\"N must be less than or equal to modulus_le_bytes().len()\\",\\n        );\\n        let mut v = 1;\\n        let mut result = 0;\\n\\n        for i in 0..N {\\n            result += (bytes[i] as Field) * v;\\n            v = v * 256;\\n        }\\n        result\\n    }\\n\\n    /// Convert a big endian byte array to a field element.\\n    /// If the provided byte array overflows the field modulus then the Field will silently wrap around.\\n    pub fn from_be_bytes<let N: u32>(bytes: [u8; N]) -> Field {\\n        let mut v = 1;\\n        let mut result = 0;\\n\\n        for i in 0..N {\\n            result += (bytes[N - 1 - i] as Field) * v;\\n            v = v * 256;\\n        }\\n        result\\n    }\\n}\\n\\n#[builtin(apply_range_constraint)]\\nfn __assert_max_bit_size(value: Field, bit_size: u32) {}\\n\\n// `_radix` must be less than 256\\n#[builtin(to_le_radix)]\\nfn __to_le_radix<let N: u32>(value: Field, radix: u32) -> [u8; N] {}\\n\\n// `_radix` must be less than 256\\n#[builtin(to_be_radix)]\\nfn __to_be_radix<let N: u32>(value: Field, radix: u32) -> [u8; N] {}\\n\\n/// Decomposes `self` into its little endian bit decomposition as a `[bool; N]` array.\\n/// This array will be zero padded should not all bits be necessary to represent `self`.\\n///\\n/// # Failures\\n/// Causes a constraint failure for `Field` values exceeding `2^N` as the resulting array will not\\n/// be able to represent the original `Field`.\\n///\\n/// # Safety\\n/// Values of `N` equal to or greater than the number of bits necessary to represent the `Field` modulus\\n/// (e.g. 254 for the BN254 field) allow for multiple bit decompositions. This is due to how the `Field` will\\n/// wrap around due to overflow when verifying the decomposition.\\n#[builtin(to_le_bits)]\\nfn __to_le_bits<let N: u32>(value: Field) -> [bool; N] {}\\n\\n/// Decomposes `self` into its big endian bit decomposition as a `[bool; N]` array.\\n/// This array will be zero padded should not all bits be necessary to represent `self`.\\n///\\n/// # Failures\\n/// Causes a constraint failure for `Field` values exceeding `2^N` as the resulting array will not\\n/// be able to represent the original `Field`.\\n///\\n/// # Safety\\n/// Values of `N` equal to or greater than the number of bits necessary to represent the `Field` modulus\\n/// (e.g. 254 for the BN254 field) allow for multiple bit decompositions. This is due to how the `Field` will\\n/// wrap around due to overflow when verifying the decomposition.\\n#[builtin(to_be_bits)]\\nfn __to_be_bits<let N: u32>(value: Field) -> [bool; N] {}\\n\\n#[builtin(modulus_num_bits)]\\npub comptime fn modulus_num_bits() -> u64 {}\\n\\n#[builtin(modulus_be_bits)]\\npub comptime fn modulus_be_bits() -> [bool] {}\\n\\n#[builtin(modulus_le_bits)]\\npub comptime fn modulus_le_bits() -> [bool] {}\\n\\n#[builtin(modulus_be_bytes)]\\npub comptime fn modulus_be_bytes() -> [u8] {}\\n\\n#[builtin(modulus_le_bytes)]\\npub comptime fn modulus_le_bytes() -> [u8] {}\\n\\n/// An unconstrained only built in to efficiently compare fields.\\n#[builtin(field_less_than)]\\nunconstrained fn __field_less_than(x: Field, y: Field) -> bool {}\\n\\npub(crate) unconstrained fn field_less_than(x: Field, y: Field) -> bool {\\n    __field_less_than(x, y)\\n}\\n\\n// Convert a 32 byte array to a field element by modding\\npub fn bytes32_to_field(bytes32: [u8; 32]) -> Field {\\n    // Convert it to a field element\\n    let mut v = 1;\\n    let mut high = 0 as Field;\\n    let mut low = 0 as Field;\\n\\n    for i in 0..16 {\\n        high = high + (bytes32[15 - i] as Field) * v;\\n        low = low + (bytes32[16 + 15 - i] as Field) * v;\\n        v = v * 256;\\n    }\\n    // Abuse that a % p + b % p = (a + b) % p and that low < p\\n    low + high * v\\n}\\n\\nfn lt_fallback(x: Field, y: Field) -> bool {\\n    if is_unconstrained() {\\n        // Safety: unconstrained context\\n        unsafe {\\n            field_less_than(x, y)\\n        }\\n    } else {\\n        let x_bytes: [u8; 32] = x.to_le_bytes();\\n        let y_bytes: [u8; 32] = y.to_le_bytes();\\n        let mut x_is_lt = false;\\n        let mut done = false;\\n        for i in 0..32 {\\n            if (!done) {\\n                let x_byte = x_bytes[32 - 1 - i] as u8;\\n                let y_byte = y_bytes[32 - 1 - i] as u8;\\n                let bytes_match = x_byte == y_byte;\\n                if !bytes_match {\\n                    x_is_lt = x_byte < y_byte;\\n                    done = true;\\n                }\\n            }\\n        }\\n        x_is_lt\\n    }\\n}\\n\\nmod tests {\\n    use crate::{panic::panic, runtime, static_assert};\\n    use super::{\\n        field_less_than, modulus_be_bits, modulus_be_bytes, modulus_le_bits, modulus_le_bytes,\\n    };\\n\\n    #[test]\\n    // docs:start:to_be_bits_example\\n    fn test_to_be_bits() {\\n        let field = 2;\\n        let bits: [bool; 8] = field.to_be_bits();\\n        assert_eq(bits, [false, false, false, false, false, false, true, false]);\\n    }\\n    // docs:end:to_be_bits_example\\n\\n    #[test]\\n    // docs:start:to_le_bits_example\\n    fn test_to_le_bits() {\\n        let field = 2;\\n        let bits: [bool; 8] = field.to_le_bits();\\n        assert_eq(bits, [false, true, false, false, false, false, false, false]);\\n    }\\n    // docs:end:to_le_bits_example\\n\\n    #[test]\\n    // docs:start:to_be_bytes_example\\n    fn test_to_be_bytes() {\\n        let field = 2;\\n        let bytes: [u8; 8] = field.to_be_bytes();\\n        assert_eq(bytes, [0, 0, 0, 0, 0, 0, 0, 2]);\\n        assert_eq(Field::from_be_bytes::<8>(bytes), field);\\n    }\\n    // docs:end:to_be_bytes_example\\n\\n    #[test]\\n    // docs:start:to_le_b

23ytes_example\\n    fn test_to_le_bytes() {\\n        let field = 2;\\n        let bytes: [u8; 8] = field.to_le_bytes();\\n        assert_eq(bytes, [2, 0, 0, 0, 0, 0, 0, 0]);\\n        assert_eq(Field::from_le_bytes::<8>(bytes), field);\\n    }\\n    // docs:end:to_le_bytes_example\\n\\n    #[test]\\n    // docs:start:to_be_radix_example\\n    fn test_to_be_radix() {\\n        // 259, in base 256, big endian, is [1, 3].\\n        // i.e. 3 * 256^0 + 1 * 256^1\\n        let field = 259;\\n\\n        // The radix (in this example, 256) must be a power of 2.\\n        // The length of the returned byte array can be specified to be\\n        // >= the amount of space needed.\\n        let bytes: [u8; 8] = field.to_be_radix(256);\\n        assert_eq(bytes, [0, 0, 0, 0, 0, 0, 1, 3]);\\n        assert_eq(Field::from_be_bytes::<8>(bytes), field);\\n    }\\n    // docs:end:to_be_radix_example\\n\\n    #[test]\\n    // docs:start:to_le_radix_example\\n    fn test_to_le_radix() {\\n        // 259, in base 256, little endian, is [3, 1].\\n        // i.e. 3 * 256^0 + 1 * 256^1\\n        let field = 259;\\n\\n        // The radix (in this example, 256) must be a power of 2.\\n        // The length of the returned byte array can be specified to be\\n        // >= the amount of space needed.\\n        let bytes: [u8; 8] = field.to_le_radix(256);\\n        assert_eq(bytes, [3, 1, 0, 0, 0, 0, 0, 0]);\\n        assert_eq(Field::from_le_bytes::<8>(bytes), field);\\n    }\\n    // docs:end:to_le_radix_example\\n\\n    #[test(should_fail_with = \\"radix must be greater than 1\\")]\\n    fn test_to_le_radix_1() {\\n        // this test should only fail in constrained mode\\n        if !runtime::is_unconstrained() {\\n            let field = 2;\\n            let _: [u8; 8] = field.to_le_radix(1);\\n        } else {\\n            panic(\\"radix must be greater than 1\\");\\n        }\\n    }\\n\\n    // Updated test to account for Brillig restriction that radix must be greater than 2\\n    #[test(should_fail_with = \\"radix must be greater than 1\\")]\\n    fn test_to_le_radix_brillig_1() {\\n        // this test should only fail in constrained mode\\n        if !runtime::is_unconstrained() {\\n            let field = 1;\\n            let _: [u8; 8] = field.to_le_radix(1);\\n        } else {\\n            panic(\\"radix must be greater than 1\\");\\n        }\\n    }\\n\\n    #[test(should_fail_with = \\"radix must be a power of 2\\")]\\n    fn test_to_le_radix_3() {\\n        // this test should only fail in constrained mode\\n        if !runtime::is_unconstrained() {\\n            let field = 2;\\n            let _: [u8; 8] = field.to_le_radix(3);\\n        } else {\\n            panic(\\"radix must be a power of 2\\");\\n        }\\n    }\\n\\n    #[test]\\n    fn test_to_le_radix_brillig_3() {\\n        // this test should only fail in constrained mode\\n        if runtime::is_unconstrained() {\\n            let field = 1;\\n            let out: [u8; 8] = field.to_le_radix(3);\\n            let mut expected = [0; 8];\\n            expected[0] = 1;\\n            assert(out == expected, \\"unexpected result\\");\\n        }\\n    }\\n\\n    #[test(should_fail_with = \\"radix must be less than or equal to 256\\")]\\n    fn test_to_le_radix_512() {\\n        // this test should only fail in constrained mode\\n        if !runtime::is_unconstrained() {\\n            let field = 2;\\n            let _: [u8; 8] = field.to_le_radix(512);\\n        } else {\\n            panic(\\"radix must be less than or equal to 256\\")\\n        }\\n    }\\n\\n    #[test(should_fail_with = \\"Field failed to decompose into specified 16 limbs\\")]\\n    unconstrained fn not_enough_limbs_brillig() {\\n        let _: [u8; 16] = 0x100000000000000000000000000000000.to_le_bytes();\\n    }\\n\\n    #[test(should_fail_with = \\"Field failed to decompose into specified 16 limbs\\")]\\n    fn not_enough_limbs() {\\n        let _: [u8; 16] = 0x100000000000000000000000000000000.to_le_bytes();\\n    }\\n\\n    #[test]\\n    unconstrained fn test_field_less_than() {\\n        assert(field_less_than(0, 1));\\n        assert(field_less_than(0, 0x100));\\n        assert(field_less_than(0x100, 0 - 1));\\n        assert(!field_less_than(0 - 1, 0));\\n    }\\n\\n    #[test]\\n    unconstrained fn test_large_field_values_unconstrained() {\\n        let large_field = 0xffffffffffffffff;\\n\\n        let bits: [bool; 64] = large_field.to_le_bits();\\n        assert_eq(bits[0], true);\\n\\n        let bytes: [u8; 8] = large_field.to_le_bytes();\\n        assert_eq(Field::from_le_bytes::<8>(bytes), large_field);\\n\\n        let radix_bytes: [u8; 8] = large_field.to_le_radix(256);\\n        assert_eq(Field::from_le_bytes::<8>(radix_bytes), large_field);\\n    }\\n\\n    #[test]\\n    fn test_large_field_values() {\\n        let large_val = 0xffffffffffffffff;\\n\\n        let bits: [bool; 64] = large_val.to_le_bits();\\n        assert_eq(bits[0], true);\\n\\n        let bytes: [u8; 8] = large_val.to_le_bytes();\\n        assert_eq(Field::from_le_bytes::<8>(bytes), large_val);\\n\\n        let radix_bytes: [u8; 8] = large_val.to_le_radix(256);\\n        assert_eq(Field::from_le_bytes::<8>(radix_bytes), large_val);\\n    }\\n\\n    #[test]\\n    fn test_decomposition_edge_cases() {\\n        let zero_bits: [bool; 8] = 0.to_le_bits();\\n        assert_eq(zero_bits, [false; 8]);\\n\\n        let zero_bytes: [u8; 8] = 0.to_le_bytes();\\n        assert_eq(zero_bytes, [0; 8]);\\n\\n        let one_bits: [bool; 8] = 1.to_le_bits();\\n        let expected: [bool; 8] = [true, false, false, false, false, false, false, false];\\n        assert_eq(one_bits, expected);\\n\\n        let pow2_bits: [bool; 8] = 4.to_le_bits();\\n        let expected: [bool; 8] = [false, false, true, false, false, false, false, false];\\n        assert_eq(pow2_bits, expected);\\n    }\\n\\n    #[test]\\n    fn test_pow_32() {\\n        assert_eq(2.pow_32(3), 8);\\n        assert_eq(3.pow_32(2), 9);\\n        assert_eq(5.pow_32(0), 1);\\n        assert_eq(7.pow_32(1), 7);\\n\\n        assert_eq(2.pow_32(10), 1024);\\n\\n        assert_eq(0.pow_32(5), 0);\\n        assert_eq(0.pow_32(0), 1);\\n\\n        assert_eq(1.pow_32(100), 1);\\n    }\\n\\n    #[test]\\n    fn test_sgn0() {\\n        assert_eq(0.sgn0(), false);\\n        assert_eq(2.sgn0(), false);\\n        assert_eq(4.sgn0(), false);\\n        assert_eq(100.sgn0(), false);\\n\\n        assert_eq(1.sgn0(), true);\\n        assert_eq(3.sgn0(), true);\\n        assert_eq(5.sgn0(), true);\\n        assert_eq(101.sgn0(), true);\\n    }\\n\\n    #[test(should_fail_with = \\"Field failed to decompose into specified 8 limbs\\")]\\n    fn test_bit_decomposition_overflow() {\\n        // 8 bits can\'t represent large field values\\n        let large_val = 0x1000000000000000;\\n        let _: [bool; 8] = large_val.to_le_bits();\\n    }\\n\\n    #[test(should_fail_with = \\"Field failed to decompose into specified 4 limbs\\")]\\n    fn test_byte_decomposition_overflow() {\\n        // 4 bytes can\'t represent large field values\\n        let large_val = 0x1000000000000000;\\n        let _: [u8; 4] = large_val.to_le_bytes();\\n    }\\n\\n    #[test]\\n    fn test_to_from_be_bytes_bn254_edge_cases() {\\n        if crate::compat::is_b

23n254() {\\n            // checking that decrementing this byte produces the expected 32 BE bytes for (modulus - 1)\\n            let mut p_minus_1_bytes: [u8; 32] = modulus_be_bytes().as_array();\\n            assert(p_minus_1_bytes[32 - 1] > 0);\\n            p_minus_1_bytes[32 - 1] -= 1;\\n\\n            let p_minus_1 = Field::from_be_bytes::<32>(p_minus_1_bytes);\\n            assert_eq(p_minus_1 + 1, 0);\\n\\n            // checking that converting (modulus - 1) from and then to 32 BE bytes produces the same bytes\\n            let p_minus_1_converted_bytes: [u8; 32] = p_minus_1.to_be_bytes();\\n            assert_eq(p_minus_1_converted_bytes, p_minus_1_bytes);\\n\\n            // checking that incrementing this byte produces 32 BE bytes for (modulus + 1)\\n            let mut p_plus_1_bytes: [u8; 32] = modulus_be_bytes().as_array();\\n            assert(p_plus_1_bytes[32 - 1] < 255);\\n            p_plus_1_bytes[32 - 1] += 1;\\n\\n            let p_plus_1 = Field::from_be_bytes::<32>(p_plus_1_bytes);\\n            assert_eq(p_plus_1, 1);\\n\\n            // checking that converting p_plus_1 to 32 BE bytes produces the same\\n            // byte set to 1 as p_plus_1_bytes and otherwise zeroes\\n            let mut p_plus_1_converted_bytes: [u8; 32] = p_plus_1.to_be_bytes();\\n            assert_eq(p_plus_1_converted_bytes[32 - 1], 1);\\n            p_plus_1_converted_bytes[32 - 1] = 0;\\n            assert_eq(p_plus_1_converted_bytes, [0; 32]);\\n\\n            // checking that Field::from_be_bytes::<32> on the Field modulus produces 0\\n            assert_eq(modulus_be_bytes().len(), 32);\\n            let p = Field::from_be_bytes::<32>(modulus_be_bytes().as_array());\\n            assert_eq(p, 0);\\n\\n            // checking that converting 0 to 32 BE bytes produces 32 zeroes\\n            let p_bytes: [u8; 32] = 0.to_be_bytes();\\n            assert_eq(p_bytes, [0; 32]);\\n        }\\n    }\\n\\n    #[test]\\n    fn test_to_from_le_bytes_bn254_edge_cases() {\\n        if crate::compat::is_bn254() {\\n            // checking that decrementing this byte produces the expected 32 LE bytes for (modulus - 1)\\n            let mut p_minus_1_bytes: [u8; 32] = modulus_le_bytes().as_array();\\n            assert(p_minus_1_bytes[0] > 0);\\n            p_minus_1_bytes[0] -= 1;\\n\\n            let p_minus_1 = Field::from_le_bytes::<32>(p_minus_1_bytes);\\n            assert_eq(p_minus_1 + 1, 0);\\n\\n            // checking that converting (modulus - 1) from and then to 32 BE bytes produces the same bytes\\n            let p_minus_1_converted_bytes: [u8; 32] = p_minus_1.to_le_bytes();\\n            assert_eq(p_minus_1_converted_bytes, p_minus_1_bytes);\\n\\n            // checking that incrementing this byte produces 32 LE bytes for (modulus + 1)\\n            let mut p_plus_1_bytes: [u8; 32] = modulus_le_bytes().as_array();\\n            assert(p_plus_1_bytes[0] < 255);\\n            p_plus_1_bytes[0] += 1;\\n\\n            let p_plus_1 = Field::from_le_bytes::<32>(p_plus_1_bytes);\\n            assert_eq(p_plus_1, 1);\\n\\n            // checking that converting p_plus_1 to 32 LE bytes produces the same\\n            // byte set to 1 as p_plus_1_bytes and otherwise zeroes\\n            let mut p_plus_1_converted_bytes: [u8; 32] = p_plus_1.to_le_bytes();\\n            assert_eq(p_plus_1_converted_bytes[0], 1);\\n            p_plus_1_converted_bytes[0] = 0;\\n            assert_eq(p_plus_1_converted_bytes, [0; 32]);\\n\\n            // checking that Field::from_le_bytes::<32> on the Field modulus produces 0\\n            assert_eq(modulus_le_bytes().len(), 32);\\n            let p = Field::from_le_bytes::<32>(modulus_le_bytes().as_array());\\n            assert_eq(p, 0);\\n\\n            // checking that converting 0 to 32 LE bytes produces 32 zeroes\\n            let p_bytes: [u8; 32] = 0.to_le_bytes();\\n            assert_eq(p_bytes, [0; 32]);\\n        }\\n    }\\n\\n    /// Convert a little endian bit array to a field element.\\n    /// If the provided bit array overflows the field modulus then the Field will silently wrap around.\\n    fn from_le_bits<let N: u32>(bits: [bool; N]) -> Field {\\n        static_assert(\\n            N <= modulus_le_bits().len(),\\n            \\"N must be less than or equal to modulus_le_bits().len()\\",\\n        );\\n        let mut v = 1;\\n        let mut result = 0;\\n\\n        for i in 0..N {\\n            result += (bits[i] as Field) * v;\\n            v = v * 2;\\n        }\\n        result\\n    }\\n\\n    /// Convert a big endian bit array to a field element.\\n    /// If the provided bit array overflows the field modulus then the Field will silently wrap around.\\n    fn from_be_bits<let N: u32>(bits: [bool; N]) -> Field {\\n        let mut v = 1;\\n        let mut result = 0;\\n\\n        for i in 0..N {\\n            result += (bits[N - 1 - i] as Field) * v;\\n            v = v * 2;\\n        }\\n        result\\n    }\\n\\n    #[test]\\n    fn test_to_from_be_bits_bn254_edge_cases() {\\n        if crate::compat::is_b

23n254() {\\n            // checking that decrementing this bit produces the expected 254 BE bits for (modulus - 1)\\n            let mut p_minus_1_bits: [bool; 254] = modulus_be_bits().as_array();\\n            assert(p_minus_1_bits[254 - 1]);\\n            p_minus_1_bits[254 - 1] = false;\\n\\n            let p_minus_1 = from_be_bits::<254>(p_minus_1_bits);\\n            assert_eq(p_minus_1 + 1, 0);\\n\\n            // checking that converting (modulus - 1) from and then to 254 BE bits produces the same bits\\n            let p_minus_1_converted_bits: [bool; 254] = p_minus_1.to_be_bits();\\n            assert_eq(p_minus_1_converted_bits, p_minus_1_bits);\\n\\n            // checking that incrementing this bit produces 254 BE bits for (modulus + 4)\\n            let mut p_plus_4_bits: [bool; 254] = modulus_be_bits().as_array();\\n            assert(!p_plus_4_bits[254 - 3]);\\n            p_plus_4_bits[254 - 3] = true;\\n\\n            let p_plus_4 = from_be_bits::<254>(p_plus_4_bits);\\n            assert_eq(p_plus_4, 4);\\n\\n            // checking that converting p_plus_4 to 254 BE bits produces the same\\n            // bit set to 1 as p_plus_4_bits and otherwise zeroes\\n            let mut p_plus_4_converted_bits: [bool; 254] = p_plus_4.to_be_bits();\\n            assert(p_plus_4_converted_bits[254 - 3]);\\n            p_plus_4_converted_bits[254 - 3] = false;\\n            assert_eq(p_plus_4_converted_bits, [false; 254]);\\n\\n            // checking that Field::from_be_bits::<254> on the Field modulus produces 0\\n            assert_eq(modulus_be_bits().len(), 254);\\n            let p = from_be_bits::<254>(modulus_be_bits().as_array());\\n            assert_eq(p, 0);\\n\\n            // checking that converting 0 to 254 BE bits produces 254 false values\\n            let p_bits: [bool; 254] = 0.to_be_bits();\\n            assert_eq(p_bits, [false; 254]);\\n        }\\n    }\\n\\n    #[test]\\n    fn test_to_from_le_bits_bn254_edge_cases() {\\n        if crate::compat::is_bn254() {\\n            // checking that decrementing this bit produces the expected 254 LE bits for (modulus - 1)\\n            let mut p_minus_1_bits: [bool; 254] = modulus_le_bits().as_array();\\n            assert(p_minus_1_bits[0]);\\n            p_minus_1_bits[0] = false;\\n\\n            let p_minus_1 = from_le_bits::<254>(p_minus_1_bits);\\n            assert_eq(p_minus_1 + 1, 0);\\n\\n            // checking that converting (modulus - 1) from and then to 254 BE bits produces the same bits\\n            let p_minus_1_converted_bits: [bool; 254] = p_minus_1.to_le_bits();\\n            assert_eq(p_minus_1_converted_bits, p_minus_1_bits);\\n\\n            // checking that incrementing this bit produces 254 LE bits for (modulus + 4)\\n            let mut p_plus_4_bits: [bool; 254] = modulus_le_bits().as_array();\\n            assert(!p_plus_4_bits[2]);\\n            p_plus_4_bits[2] = true;\\n\\n            let p_plus_4 = from_le_bits::<254>(p_plus_4_bits);\\n            assert_eq(p_plus_4, 4);\\n\\n            // checking that converting p_plus_4 to 254 LE bits produces the same\\n            // bit set to 1 as p_plus_4_bits and otherwise zeroes\\n            let mut p_plus_4_converted_bits: [bool; 254] = p_plus_4.to_le_bits();\\n            assert(p_plus_4_converted_bits[2]);\\n            p_plus_4_converted_bits[2] = false;\\n            assert_eq(p_plus_4_converted_bits, [false; 254]);\\n\\n            // checking that Field::from_le_bits::<254> on the Field modulus produces 0\\n            assert_eq(modulus_le_bits().len(), 254);\\n            let p = from_le_bits::<254>(modulus_le_bits().as_array());\\n            assert_eq(p, 0);\\n\\n            // checking that converting 0 to 254 LE bits produces 254 false values\\n            let p_bits: [bool; 254] = 0.to_le_bits();\\n            assert_eq(p_bits, [false; 254]);\\n        }\\n    }\\n}\\n","path":"std/field/mod.nr","function_locations":[{"start":380,"name":"Field::assert_max_bit_size"},{"start":1196,"name":"Field::to_le_bits"},{"start":2387,"name":"Field::to_be_bits"},{"start":3562,"name":"Field::to_le_bytes"},{"start":5033,"name":"Field::to_be_bytes"},{"start":5904,"name":"Field::to_le_radix"},{"start":6362,"name":"Field::to_be_radix"},{"start":7053,"name":"Field::pow_32"},{"start":7455,"name":"Field::sgn0"},{"start":7538,"name":"Field::lt"},{"start":7918,"name":"Field::from_le_bytes"},{"start":8476,"name":"Field::from_be_bytes"},{"start":8757,"name":"__assert_max_bit_size"},{"start":8885,"name":"__to_le_radix"},{"start":9013,"name":"__to_be_radix"},{"start":9734,"name":"__to_le_bits"},{"start":10452,"name":"__to_be_bits"},{"start":10527,"name":"modulus_num_bits"},{"start":10603,"name":"modulus_be_bits"},{"start":10679,"name":"modulus_le_bits"},{"start":10755,"name":"modulus_be_bytes"},{"start":10831,"name":"modulus_le_bytes"},{"start":10992,"name":"__field_less_than"},{"start":11068,"name":"field_less_than"},{"start":11210,"name":"bytes32_to_field"},{"start":11617,"name":"lt_fallback"},{"start":12579,"name":"tests::test_to_be_bits"},{"start":12852,"name":"tests::test_to_le_bits"},{"start":13127,"name":"tests::test_to_be_bytes"},{"start":13433,"name":"tests::test_to_le_bytes"},{"start":13739,"name":"tests::test_to_be_radix"},{"start":14321,"name":"tests::test_to_le_radix"},{"start":14921,"name":"tests::test_to_le_radix_1"},{"start":15374,"name":"tests::test_to_le_radix_brillig_1"}

23,{"start":15728,"name":"tests::test_to_le_radix_3"},{"start":16039,"name":"tests::test_to_le_radix_brillig_3"},{"start":16467,"name":"tests::test_to_le_radix_512"},{"start":16876,"name":"tests::not_enough_limbs_brillig"},{"start":17072,"name":"tests::not_enough_limbs"},{"start":17214,"name":"tests::test_field_less_than"},{"start":17469,"name":"tests::test_large_field_values_unconstrained"},{"start":17922,"name":"tests::test_large_field_values"},{"start":18369,"name":"tests::test_decomposition_edge_cases"},{"start":18959,"name":"tests::test_pow_32"},{"start":19288,"name":"tests::test_sgn0"},{"start":19710,"name":"tests::test_bit_decomposition_overflow"},{"start":19992,"name":"tests::test_byte_decomposition_overflow"},{"start":20209,"name":"tests::test_to_from_be_bytes_bn254_edge_cases"},{"start":22160,"name":"tests::test_to_from_le_bytes_bn254_edge_cases"},{"start":24245,"name":"tests::from_le_bits"},{"start":24792,"name":"tests::from_be_bits"},{"start":25038,"name":"tests::test_to_from_be_bits_bn254_edge_cases"},{"start":26971,"name":"tests::test_to_from_le_bits_bn254_edge_cases"}]},"50":{"source":"use poseidon::poseidon::bn254;\\n\\n// Merkle tree depth. 16 = 65_536 commitments. Must match SovereignCredits.sol.\\nglobal DEPTH: u32 = 16;\\n\\n// Compute a binary Merkle root from a leaf and its sibling path.\\n//   indices[i] = false -> current node is the LEFT child at level i\\n//   indices[i] = true  -> current node is the RIGHT child at level i\\nfn merkle_root(leaf: Field, siblings: [Field; DEPTH], indices: [bool; DEPTH]) -> Field {\\n    let mut node = leaf;\\n    for i in 0..DEPTH {\\n        let (l, r) = if indices[i] { (siblings[i], node) } else { (node, siblings[i]) };\\n        node = bn254::hash_2([l, r]);\\n    }\\n    node\\n}\\n\\n// Proves the caller:\\n//   1. Knows `secret` for a commitment in the deposit tree\\n//   2. The TREE LEAF binds `deposit_amount` to the USDC the contract\\n//      actually escrowed (the contract recomputes the same leaf from the\\n//      transferred amount), so `deposit_amount` cannot be inflated past\\n//      the funded balance.\\n//   3. The budget implied by `ticket_index` and `c_max` fits `deposit_amount`\\n//   4. The nullifier is deterministic in (secret, ticket_index)\\n//\\n// `chain_id` and `message_hash` are unconstrained public inputs -- they have\\n// no in-circuit effect but are cryptographically bound to the proof by the\\n// proof system\'s public-input verification. The server passes its expected\\n// values when verifying; if a captured proof envelope is replayed against a\\n// different chain or substituted with a different request payload, the\\n// verifier rejects.\\n//\\n// `message_hash` closes the Tornado-style relayer-substitution attack: a\\n// captured proof can\'t be reused for a DIFFERENT request because the\\n// verifier checks the bound `message_hash` matches what the server hashed\\n// from the (messages, model, tier, temperature, top_p, image_gen) payload\\n// of the live request. Without this, the only thing tying a proof to a\\n// payload was the nullifier-store entry, which is too late -- the attacker\\n// can land FIRST with a fake payload, burn the victim\'s ticket, and the\\n// victim sees `double_spend` on their later submission.\\nfn main(\\n    // public\\n    nullifier: pub Field,\\n    root: pub Field,\\n    ticket_index: pub u64,\\n    c_max: pub u64,\\n    deposit_amount: pub u64,\\n    chain_id: pub u64,\\n    message_hash: pub Field,\\n    // private\\n    secret: Field,\\n    siblings: [Field; DEPTH],\\n    indices: [bool; DEPTH],\\n) {\\n    // 1. Commitment binds secret to BOTH the deposit amount AND the earmarked\\n    //    c_max, so every spend from this deposit must use the same c_max.\\n    //    Cross-tier overspend C1 is closed: the leaf membership forces\\n    //    c_max == the committed value.\\n    let inner = bn254::hash_2([secret, deposit_amount as Field]);

23\\n    let commitment = bn254::hash_2([inner, c_max as Field]);\\n\\n    // 1b. The TREE LEAF re-hashes the commitment with deposit_amount. The\\n    //     contract computes this exact leaf from the USDC it actually\\n    //     escrowed (leaf = poseidon([commitment, amount])), so proving\\n    //     membership of `leaf` forces deposit_amount == funded amount.\\n    //     Without this, deposit_amount was a free public input bound only\\n    //     to a self-chosen commitment -- a depositor could fund 1 USDC\\n    //     under a commitment encoding 1,000,000 and spend the larger budget.\\n    let leaf = bn254::hash_2([commitment, deposit_amount as Field]);\\n\\n    // 2. Nullifier is unique per (secret, ticket_index).\\n    let computed_nullifier = bn254::hash_2([secret, ticket_index as Field]);\\n    assert(computed_nullifier == nullifier);\\n\\n    // 3. Merkle membership of the amount-bound leaf.\\n    let computed_root = merkle_root(leaf, siblings, indices);\\n    assert(computed_root == root);\\n\\n    // 4. Solvency: (ticket_index + 1) * c_max <= deposit_amount.\\n    let 

23cost: u64 = (ticket_index + 1) * c_max;\\n    assert(cost <= deposit_amount);\\n\\n    // 5. Bind chain_id and message_hash so they can\'t be altered\\n    //    post-prove. No in-circuit constraint -- public-input binding\\n    //    is enforced by the verifier.\\n    let _ = chain_id;\\n    let _ = message_hash;\\n}\\n\\n// ---- tests ------------------------------------------------------------------\\n\\n#[test]\\nfn test_valid_first_ticket() {\\n    let secret: Field = 42;\\n    let deposit_amount: u64 = 10_000_000; // 10 USDC\\n    let c_max: u64 = 20_000;              // $0.02\\n    let ticket_index: u64 = 0;\\n\\n    let inner = bn254::hash_2([secret, deposit_amount as Field]);\\n    let commitment = bn254::hash_2([inner, c_max as Field]);\\n    let leaf = bn254::hash_2([commitment, deposit_amount as Field]);\\n    let nullifier = bn254::hash_2([secret, ticket_index as Field]);\\n\\n    let siblings: [Field; DEPTH] = [0; DEPTH];\\n    let indices: [bool; DEPTH] = [false; DEPTH];\\n    let root = merkle_root(leaf, siblings, indices);\\n\\n    main(nullifier, root, ticket_index, c_max, deposit_amount, 84532, 0, secret, siblings, indices);\\n}\\n\\n#[test]\\nfn test_last_solvent_ticket() {\\n    // 10 USDC / $0.02 = 500 tickets (indices 0..499)\\n    let secret: Field = 42;\\n    let deposit_amount: u64 = 10_000_000;

23\\n    let c_max: u64 = 20_000;\\n    let ticket_index: u64 = 499;\\n\\n    let inner = bn254::hash_2([secret, deposit_amount as Field]);\\n    let commitment = bn254::hash_2([inner, c_max as Field]);\\n    let leaf = bn254::hash_2([commitment, deposit_amount as Field]);\\n    let nullifier = bn254::hash_2([secret, ticket_index as Field]);\\n    let siblings: [Field; DEPTH] = [0; DEPTH];\\n    let indices: [bool; DEPTH] = [false; DEPTH];\\n    let root = merkle_root(leaf, siblings, indices);\\n\\n    main(nullifier, root, ticket_index, c_max, deposit_amount, 84532, 0, secret, siblings, indices);\\n}\\n\\n#[test(should_fail)]\\nfn test_insolvent_ticket_fails() {\\n    // ticket 500 * $0.02 = $10.02 > 10 USDC -> fails\\n    let secret: Field = 42;\\n    let deposit_amount: u64 = 10_000_000;\\n    let c_max: u64 = 20_000;\\n    let ticket_index: u64 = 500;\\n\\n    let inner = bn254::hash_2([secret, deposit_amount as Field]);\\n    let commitment = bn254::hash_2([inner, c_max as Field]);\\n    let leaf = bn254::hash_2([commitment, deposit_amount as Field]);\\n    let nullifier = bn254::hash_2([secret, ticket_index as Field]);\\n    let siblings: [Field; DEPTH] = [0; DEPTH];\\n    let indices: [bool; DEPTH] = [false; DEPTH];\\n    let root = merkle_root(leaf, siblings, indices);\\n\\n    main(nullifier, root, ticket_index, c_max, deposit_amount, 84532, 0, secret, siblings, indices);\\n}\\n\\n#[test(should_fail)]\\nfn test_wrong_deposit_fails_membership() {\\n    // C1 regression: the contract escrowed 10 USDC and built the leaf from\\n    // that amount. The prover tries to claim 100 USDC. The circuit recomputes\\n    // leaf = poseidon([poseidon([secret, 100]), 100]) which is NOT the leaf\\n    // the contract inserted (built from 10), so membership fails. This is the\\n    // exact \\"fund little, spend lots\\" attack -- it must not verify.\\n    let secret: Field = 42;\\n    let real_deposit: u64 = 10_000_000;

23\\n    let claimed_deposit: u64 = 100_000_000;\\n    let c_max: u64 = 20_000;\\n    let ticket_index: u64 = 0;\\n\\n    // Tree contains the leaf the contract actually built from the real deposit.\\n    let inner = bn254::hash_2([secret, real_deposit as Field]);\\n    let real_commitment = bn254::hash_2([inner, c_max as Field]);\\n    let real_leaf = bn254::hash_2([real_commitment, real_deposit as Field]);\\n    let nullifier = bn254::hash_2([secret, ticket_index as Field]);\\n    let siblings: [Field; DEPTH] = [0; DEPTH];\\n    let indices: [bool; DEPTH] = [false; DEPTH];\\n    let root = merkle_root(real_leaf, siblings, indices);\\n\\n    main(nullifier, root, ticket_index, c_max, claimed_deposit, 84532, 0, secret, siblings, indices);\\n}\\n\\n#[test(should_fail)]\\nfn test_wrong_nullifier_fails() {\\n    let secret: Field = 42;\\n    let deposit_amount: u64 = 10_000_000;\\n    let c_max: u64 = 20_000;\\n    let ticket_index: u64 = 0;\\n\\n    let inner = bn254::hash_2([secret, deposit_amount as Field]);\\n    let commitment = bn254::hash_2([inner, c_max as Field]);\\n    let leaf = bn254::hash_2([commitment, deposit_amount as Field]);\\n    let bad_nullifier: Field = 0xdeadbeef;\\n    let siblings: [Field; DEPTH] = [0; DEPTH];\\n    let indices: [bool; DEPTH] = [false; DEPTH];\\n    let root = merkle_root(leaf, siblings, indices);\\n\\n    main(bad_nullifier, root, ticket_index, c_max, deposit_amount, 84532, 0, secret, siblings, indices);\\n}\\n\\n#[test]\\nfn test_nullifiers_unique_per_ticket() {\\n    let secret: Field = 99;\\n    let n0 = bn254::hash_2([secret, 0 as Field]);\\n    let n1 = bn254::hash_2([secret, 1 as Field]);\\n    let n0_again = bn254::hash_2([secret, 0 as Field]);\\n    assert(n0 != n1);\\n    assert(n0 == n0_again);\\n}\\n\\n#[test(should_fail)]\\nfn test_wrong_cmax_fails_membership() {\\n    // C1 regression: deposit earmarked at c_max=20_000. Spending at a DIFFERENT\\n    // c_max=40_000 rebuilds a different commitment -> different leaf -> membership\\n    // fails. This is the cross-tier overspend; it must not verify.\\n    let secret: Field = 42;\\n    let deposit_amount: u64 = 10_000_000;

23\\n    let committed_cmax: u64 = 20_000;\\n    let spend_cmax: u64 = 40_000;\\n    let ticket_index: u64 = 0;\\n\\n    let inner = bn254::hash_2([secret, deposit_amount as Field]);\\n    let real_commitment = bn254::hash_2([inner, committed_cmax as Field]);\\n    let real_leaf = bn254::hash_2([real_commitment, deposit_amount as Field]);\\n    let nullifier = bn254::hash_2([secret, ticket_index as Field]);\\n    let siblings: [Field; DEPTH] = [0; DEPTH];\\n    let indices: [bool; DEPTH] = [false; DEPTH];\\n    let root = merkle_root(real_leaf, siblings, indices);\\n\\n    main(nullifier, root, ticket_index, spend_cmax, deposit_amount, 84532, 0, secret, siblings, indices);\\n}\\n","path":"/mnt/c/Users/fourm/Desktop/prxvtai/packages/circuits/src/main.nr","function_locations":[{"start":429,"name":"merkle_root"},{"start":2366,"name":"main"},{"start":4177,"name":"test_valid_first_ticket"},{"start":4900,"name":"test_last_solvent_ticket"},{"start":5661,"name":"test_insolvent_ticket_fails"},{"start":6430,"name":"test_wrong_deposit_fails_membership"},{"start":7654,"name":"test_wrong_nullifier_fails"},{"start":8331,"name":"test_nullifiers_unique_per_ticket"},{"start":8629,"name":"test_wrong_cmax_fails_membership"}]},"55":{"source":"// Instantiations of Poseidon permutation for the prime field of the same order as BN254\\nuse crate::poseidon::bn254::consts;\\nuse crate::poseidon::permute;\\n\\n#[field(bn254)]\\npub fn x5_2(mut state: [Field; 2]) -> [Field; 2] {\\n    state = permute(consts::x5_2_config(), state);\\n\\n    state\\n}\\n\\n#[field(bn254)]\\npub fn x5_3(mut state: [Field; 3]) -> [Field; 3] {\\n    state = permute(consts::x5_3_config(), state);\\n\\n    state\\n}\\n\\n#[field(bn254)]\\npub fn x5_4(mut state: [Field; 4]) -> [Field; 4] {\\n    state = permute(consts::x5_4_config(), state);\\n\\n    state\\n}\\n\\n#[field(bn254)]\\npub fn x5_5(mut state: [Field; 5]) -> [Field; 5] {\\n    state = permute(consts::x5_5_config(), state);\\n\\n    state\\n}\\n\\n#[field(bn254)]\\npub fn x5_6(mut state: [Field; 6]) -> [Field; 6] {\\n    state = permute(consts::x5_6_config(), state);\\n\\n    state\\n}\\n\\n#[field(bn254)]\\npub fn x5_7(mut state: [Field; 7]) -> [Field; 7] {\\n    state = permute(consts::x5_7_config(), state);\\n\\n    state\\n}\\n\\n#[field(bn254)]\\npub fn x5_8(mut state: [Field; 8]) -> [Field; 8] {\\n    state = permute(consts::x5_8_config(), state);\\n\\n    state\\n}\\n\\n#[field(bn254)]\\npub fn x5_9(mut state: [Field; 9]) -> [Field; 9] {\\n    state = permute(consts::x5_9_config(), state);\\n\\n    state\\n}\\n\\n#[field(bn254)]\\npub fn x5_10(mut state: [Field; 10]) -> [Field; 10] {\\n    state = permute(consts::x5_10_config(), state);\\n\\n    state\\n}\\n\\n#[field(bn254)]\\npub fn x5_11(mut state: [Field; 11]) -> [Field; 11] {\\n    state = permute(consts::x5_11_config(), state);\\n\\n    state\\n}\\n\\n#[field(bn254)]\\npub fn x5_12(mut state: [Field; 12]) -> [Field; 12] {\\n    state = permute(consts::x5_12_config(), state);\\n\\n    state\\n}\\n\\n#[field(bn254)]\\npub fn x5_13(mut state: [Field; 13]) -> [Field; 13] {\\n    state = permute(consts::x5_13_config(), state);\\n\\n    state\\n}\\n\\n#[field(bn254)]\\npub fn x5_14(mut state: [Field; 14]) -> [Field; 14] {\\n    state = permute(consts::x5_14_config(), state);\\n\\n    state\\n}\\n\\n#[field(bn254)]\\npub fn x5_15(mut state: [Field; 15]) -> [Field; 15] {\\n    state = permute(consts::x5_15_config(), state);\\n\\n    state\\n}\\n\\n#[field(bn254)]\\npub fn x5_16(mut state: [Field; 16]) -> [Field; 16] {\\n    state = permute(consts::x5_16_config(), state);\\n\\n    state\\n}\\n\\n#[field(bn254)]\\npub fn x5_17(mut state: [Field; 17]) -> [Field; 17] {\\n    state = permute(consts::x5_17_config(), state);\\n\\n    state\\n}\\n","path":"/home/myuser/nargo/github.com/noir-lang/poseidon/v0.3.0/src/poseidon/bn254/perm.nr","function_locations":[{"start":221,"name":"x5_2"},{"start":353,"name":"x5_3"},{"start":485,"name":"x5_4"},{"start":617,"name":"x5_5"},{"start":749,"name":"x5_6"},{"start":881,"name":"x5_7"},{"start":1013,"name":"x5_8"},{"start":1145,"name":"x5_9"},{"start":1280,"name":"x5_10"},{"start":1416,"name":"x5_11"},{"start":1552,"name":"x5_12"},{"start":1688,"name":"x5_13"},{"start":1824,"name":"x5_14"},{"start":1960,"name":"x5_15"},{"start":2096,"name":"x5_16"},{"start":2232,"name":"x5_17"}]},"56":{"source":"// Instantiations of Poseidon constants, permutations and sponge for prime field of the same order as BN254\\npub mod perm;\\npub mod consts;\\n\\nuse crate::poseidon::absorb;\\n\\n// Variable-length Poseidon-128 sponge as suggested in second bullet point of section 3 of https://eprint.iacr.org/2019/458.pdf\\n#[field(bn254)]\\npub fn sponge<let N: u32>(msg: [Field; N]) -> Field {\\n    absorb(consts::x5_5_config(), [0; 5], 4, 1, msg)[1]\\n}\\n\\n// Creates state array with input at positions [1..N+1], then applies permutation\\nfn hash_internal<let N: u32, let STATE_

23SIZE: u32>(\\n    input: [Field; N],\\n    perm_fn: fn([Field; STATE_SIZE]) -> [Field; STATE_SIZE],\\n) -> Field {\\n    let mut state = [0; STATE_SIZE];\\n    for i in 0..N {\\n        state[i + 1] = input[i];\\n    }\\n    perm_fn(state)[0]\\n}\\n\\n// Various instances of the Poseidon hash function\\n// Consistent with Circom\'s implementation\\n#[no_predicates]\\npub fn hash_1(input: [Field; 1]) -> Field {\\n    hash_internal(input, perm::x5_2)\\n}\\n\\n#[no_predicates]\\npub fn hash_2(input: [Field; 2]) -> Field {\\n    hash_internal(input, perm::x5_3)\\n}\\n\\n#[no_predicates]\\npub fn hash_3(input: [Field; 3]) -> Field {\\n    hash_internal(input, perm::x5_4)\\n}\\n\\n#[no_predicates]\\npub fn hash_4(input: [Field; 4]) -> Field {\\n    hash_internal(input, perm::x5_5)\\n}\\n\\n#[no_predicates]\\npub fn hash_5(input: [Field; 5]) -> Field {\\n    hash_internal(input, perm::x5_6)\\n}\\n\\n#[no_predicates]\\npub fn hash_6(input: [Field; 6]) -> Field {\\n    hash_internal(input, perm::x5_7)\\n}\\n\\n#[no_predicates]\\npub fn hash_7(input: [Field; 7]) -> Field {\\n    hash_internal(input, perm::x5_8)\\n}\\n\\n#[no_predicates]\\npub fn hash_8(input: [Field; 8]) -> Field {\\n    hash_internal(input, perm::x5_9)\\n}\\n\\n#[no_predicates]\\npub fn hash_9(input: [Field; 9]) -> Field {\\n    hash_internal(input, perm::x5_10)\\n}\\n\\n#[no_predicates]\\npub fn hash_10(input: [Field; 10]) -> Field {\\n    hash_internal(input, perm::x5_11)\\n}\\n\\n#[no_predicates]\\npub fn hash_11(input: [Field; 11]) -> Field {\\n    hash_internal(input, perm::x5_12)\\n}\\n\\n#[no_predicates]\\npub fn hash_12(input: [Field; 12]) -> Field {\\n    hash_internal(input, perm::x5_13)\\n}\\n\\n#[no_predicates]\\npub fn hash_13(input: [Field; 13]) -> Field {\\n    hash_internal(input, perm::x5_14)\\n}\\n\\n#[no_predicates]\\npub fn hash_14(input: [Field; 14]) -> Field {\\n    hash_internal(input, perm::x5_15)\\n}\\n\\n#[no_predicates]\\npub fn hash_15(input: [Field; 15]) -> Field {\\n    hash_internal(input, perm::x5_16)\\n}\\n\\n#[no_predicates]\\npub fn hash_16(input: [Field; 16]) -> Field {\\n    hash_internal(input, perm::x5_17)\\n}\\n","path":"/home/myuser/nargo/github.com/noir-lang/poseidon/v0.3.0/src/poseidon/bn254.nr","function_locations":[{"start":365,"name":"sponge"},{"start":654,"name":"hash_internal"},{"start":930,"name":"hash_1"},{"start":1031,"name":"hash_2"},{"start":1132,"name":"hash_3"},{"start":1233,"name":"hash_4"},{"start":1334,"name":"hash_5"},{"start":1435,"name":"hash_6"},{"start":1536,"name":"hash_7"},{"start":1637,"name":"hash_8"},{"start":1738,"name":"hash_9"},{"start":1842,"name":"hash_10"},{"start":1946,"name":"hash_11"},{"start":2050,"name":"hash_12"},{"start":2154,"name":"hash_13"},{"start":2258,"name":"hash_14"},{"start":2362,"name":"hash_15"},{"start":2466,"name":"hash_16"}]},"57":{"source":"pub mod bn254; // Instantiations of Poseidon for prime field of the same order as BN254\\nuse std::default::Default;\\nuse std::hash::Hasher;\\n\\n// A config struct defining the parameters of the Poseidon instance to use.\\n//\\n// A thorough writeup of this method (along with an unoptimized method) can be found at: https://spec.filecoin.io/algorithms/crypto/poseidon/\\npub struct PoseidonConfig<let T: u32, let N: u32, let X: u32> {\\n    // State width, should be equal to `T`\\n    t: Field,\\n    // Number of full rounds. should be even\\n    rf: u8,\\n    // Number of partial rounds\\n    rp: u8,\\n    // S-box power; depends on the underlying field\\n    alpha: Field,\\n    // The round constants for the\\n    round_constants: [Field; N],\\n    // The MDS matrix for the Poseidon instance\\n    mds: [[Field; T]; T],\\n    // An MDS matrix which also applies a basis transformation which allows\\n    // sparse matrices to be used for the partial rounds.\\n    //\\n    // This should be applied instead of `mds` in the final full round.\\n    presparse_mds: [[Field; T]; T],\\n    // A set of sparse matrices used for MDS mixing for the partial rounds.\\n    sparse_mds: [Field; X],\\n}\\n\\npub fn config<let T: u32, let N: u32, let X: u32>

23(\\n    t: Field,\\n    rf: u8,\\n    rp: u8,\\n    alpha: Field,\\n    round_constants: [Field; N],\\n    mds: [[Field; T]; T],\\n    presparse_mds: [[Field; T]; T],\\n    sparse_mds: [Field; X],\\n) -> PoseidonConfig<T, N, X> {\\n    // Input checks\\n    assert_eq(rf & 1, 0);\\n    assert_eq((t as u8) * rf + rp, N as u8);\\n    assert_eq(t, T as Field);\\n    assert(alpha != 0);\\n\\n    PoseidonConfig { t, rf, rp, alpha, round_constants, mds, presparse_mds, sparse_mds }\\n}\\n\\npub fn permute<let T: u32, let N: u32, let X: u32>(\\n    pos_conf: PoseidonConfig<T, N, X>,\\n    mut state: [Field; T],\\n) -> [Field; T] {\\n    let PoseidonConfig { t, rf, rp, alpha, round_constants, mds, presparse_mds, sparse_mds } =\\n        pos_conf;\\n    for i in 0..state.len() {\\n        state[i] += round_constants[i];\\n    }\\n\\n    for _r in 0..rf / 2 - 1 {\\n        state = sigma(state);\\n        for i in 0..T {\\n            state[i] += round_constants[T * (_r + 1) as u32 + i];\\n        }\\n        state = apply_matrix(mds, state);\\n    }\\n\\n    state = sigma(state);\\n    for i in 0..T {\\n        state[i] += round_constants[T * (rf / 2) as u32 + i];\\n    }\\n    state = apply_matrix(presparse_mds, state);\\n\\n    for i in 0..T {\\n        std::as_witness(state[i]);\\n    }\\n\\n    for _r in 0..rp {\\n        state[0] = state[0].pow_32(alpha);\\n        state[0] += round_constants[(rf / 2 + 1) as u32 * T + _r as u32];\\n        std::as_witness(state[0]);\\n        {\\n            let mut newState0 = 0;\\n            for j in 0..T {\\n                newState0 += sparse_mds[(T * 2 - 1) * _r as u32 + j as u32] * state[j];\\n            }\\n            for k in 1..T {\\n                state[k] += state[0] * sparse_mds[(t * 2 - 1) as u32 * _r as u32 + T + k - 1];\\n            }\\n            state[0] = newState0;\\n\\n            if (_r & 1 == 0) {\\n                for k in 1..T {\\n                    std::as_witness(state[k]);\\n                }\\n            }\\n        }\\n    }\\n\\n    for _r in 0..rf / 2 - 1 {\\n        state = sigma(state);\\n        for i in 0..state.len() {\\n            state[i] += round_constants[(rf / 2 + 1) as u32 * T + rp as u32 + (_r as u32) * T + i];\\n        }\\n        state = apply_matrix(mds, state);\\n    }\\n\\n    state = sigma(state);\\n    state = apply_matrix(mds, state);\\n    state\\n}\\n\\n// Performs matrix multiplication on a vector\\nfn apply_matrix<let N: u32>(matrix: [[Field; N]; N], vec: [Field; N]) -> [Field; N] {\\n    let mut out = [0; N];\\n\\n    for i in 0..N {\\n        for j in 0..N {\\n            out[i] += vec[j] * matrix[j][i];\\n        }\\n    }\\n\\n    out\\n}\\n\\n// Corresponding absorption.\\nfn absorb<let T: u32, let N: u32, let X: u32, let O: u32>(\\n    pos_conf: PoseidonConfig<T, N, X>,\\n    // Initial state; usually [0; O]\\n    mut state: [Field; T],\\n    rate: u32,\\n    capacity: u32,\\n    msg: [Field; O], // Arbitrary length message\\n) -> [Field; T] {\\n    assert_eq(pos_conf.t, (rate + capacity) as Field);\\n\\n    let mut i = 0;\\n\\n    for k in 0..msg.len() {\\n        // Add current block to state\\n        state[capacity + i] += msg[k];\\n        i = i + 1;\\n        // Enough to absorb\\n        if i == rate {\\n            state = permute(pos_conf, state);\\n            i = 0;\\n        }\\n    }\\n    // If we have one more block to permute\\n    if i != 0 {\\n        state = permute(pos_conf, state);\\n    }\\n\\n    state\\n}\\n\\nfn sigma<let O: u32>(x: [Field; O]) -> [Field; O] {\\n    let mut y = x;\\n    for i in 0..O {\\n        let t = y[i];\\n        let tt = t * t;\\n        let tttt = tt * tt;\\n        y[i] *= tttt;\\n    }\\n    y\\n}\\n\\npub struct PoseidonHasher {\\n    _state: [Field],\\n}\\n\\nimpl Hasher for PoseidonHasher {\\n    #[field(bn254)]\\n    fn finish(self) -> Field {\\n        let mut result = 0;\\n        let len = self._state.len();\\n        assert(len < 16);\\n        if len == 1 {\\n            result = bn254::hash_1([self._state[0]]);\\n        }\\n        if len == 2 {\\n            result = bn254::hash_2([self._state[0], self._state[1]]);\\n        }\\n        if len == 3 {\\n            result = bn254::hash_3([self._state[0], self._state[1], self._state[2]]);\\n        }\\n        if len == 4 {\\n            result = bn254::hash_4([self._state[0], self._state[1], self._state[2], self._state[3]]);\\n        }\\n        if len == 5 {\\n            result = bn254::hash_5([\\n                self._state[0],\\n                self._state[1],\\n                self._state[2],\\n                self._state[3],\\n                self._state[4],\\n            ]);\\n        }\\n        if len == 6 {\\n            result = bn254::hash_6([\\n                self._state[0],\\n                self._state[1],\\n                self._state[2],\\n                self._state[3],\\n                self._state[4],\\n                self._state[5],\\n            ]);\\n        }\\n        if len == 7 {\\n            result = bn254::hash_7([\\n                self._state[0],\\n                self._state[1],\\n                self._state[2],\\n                self._state[3],\\n                self._state[4],\\n                self._state[5],\\n                self._state[6],\\n            ]);\\n        }\\n        if len == 8 {\\n            result = bn254::hash_8([\\n                self._state[0],\\n                self._state[1],\\n                self._state[2],\\n                self._state[3],\\n                self._state[4],\\n                self._state[5],\\n                self._state[6],\\n                self._state[7],\\n            ]);\\n        }\\n        if len == 9 {\\n            result = bn254::hash_9([\\n                self._state[0],\\n                self._state[1],\\n                self._state[2],\\n                self._state[3],\\n                self._state[4],\\n                self._state[5],\\n                self._state[6],\\n                self._state[7],\\n                self._state[8],\\n            ]);\\n        }\\n        if len == 10 {\\n            result = bn254::hash_10([\\n                self._state[0],\\n                self._state[1],\\n                self._state[2],\\n                self._state[3],\\n                self._state[4],\\n                self._state[5],\\n                self._state[6],\\n                self._state[7],\\n                self._state[8],\\n                self._state[9],\\n            ]);\\n        }\\n        if len == 11 {\\n            result = bn254::hash_11([\\n                self._state[0],\\n                self._state[1],\\n                self._state[2],\\n                self._state[3],\\n                self._state[4],\\n                self._state[5],\\n                self._state[6],\\n                self._state[7],\\n                self._state[8],\\n                self._state[9],\\n                self._state[10],\\n            ]);\\n        }\\n        if len == 12 {\\n            result = bn254::hash_12([\\n                self._state[0],\\n                self._state[1],\\n                self._state[2],\\n                self._state[3],\\n                self._state[4],\\n                self._state[5],\\n                self._state[6],\\n                self._state[7],\\n                self._state[8],\\n                self._state[9],\\n                self._state[10],\\n                self._state[11],\\n            ]);\\n        }\\n        if len == 13 {\\n            result = bn254::hash_13([\\n                self._state[0],\\n                self._state[1],\\n                self._state[2],\\n                self._state[3],\\n                self._state[4],\\n                self._state[5],\\n                self._state[6],\\n                self._state[7],\\n                self._state[8],\\n                self._state[9],\\n                self._state[10],\\n                self._state[11],\\n                self._state[12],\\n            ]);\\n        }\\n        if len == 14 {\\n            result = bn254::hash_14([\\n                self._state[0],\\n                self._state[1],\\n                self._state[2],\\n                self._state[3],\\n                self._state[4],\\n                self._state[5],\\n                self._state[6],\\n                self._state[7],\\n                self._state[8],\\n                self._state[9],\\n                self._state[10],\\n                self._state[11],\\n                self._state[12],\\n                self._state[13],\\n            ]);\\n        }\\n        if len == 15 {\\n            result = bn254::hash_15([\\n                self._state[0],\\n                self._state[1],\\n                self._state[2],\\n                self._state[3],\\n                self._state[4],\\n                self._state[5],\\n                self._state[6],\\n                self._state[7],\\n                self._state[8],\\n                self._state[9],\\n                self._state[10],\\n                self._state[11],\\n                self._state[12],\\n                self._state[13],\\n                self._state[14],\\n            ]);\\n        }\\n\\n        result\\n    }

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