ignore *nogit* and *nosf*

.gitignore

@@ -1,7 +1,113 @@
-# 以'#'开始的行，被视为注释.                                                                                                                          
+# See https://help.github.com/articles/ignoring-files/ for more about ignoring files.
-node_modules
+# how to include another gitignore? 
-package-lock.json
+#   https://stackoverflow.com/questions/7005142/can-i-include-other-gitignore-file-in-a-gitignore-file-like-include-in-c-li
-.vscode
+#   https://github.com/github/gitignore
-.svn
+#   https://github.com/SlideWave/gitignore-include?tab=readme-ov-file#examples
-~*
+#   https://gitignore.io
+
+### .gitignore.global.txt ###
+
+# Self defined pattern to ignore
+?*.gitignore
+?*.gitignore/
+?*.gitignore.*
+?*.gitignore.*/
+*.gitomit
+*.gitomit.*
+*.gitomit/
+*.gitomit.*/
+*.nogit
+*.nogit.*
+*.nogit/
+*.nogit.*/
+# 保留
+!.gitignore
+!.gitignore.*
+!.gitkeep
+
+# 通用
+.svn/
+.deploy_git/
+.idea/
+.sass-cache/
+.wrangler
+/test/unit/coverage/
+/test/e2e/reports/
+node_modules/
+*.aab
+*.apk
+*.ipa
+*.min.js
+*.min.css
+*.min.html
+*.iml
+*.njsproj
+*.ntvs*
+*.sw*
+*.sln
+*.suo
 .gitattributes
+.umi
+.umi-production
+npm-debug.log*
+yarn-debug.log*
+yarn-error.log*
+yarn.lock
+selenium-debug.log
+Thumbs.db
+thumbs.db
+_desktop.ini
+
+# vue-cli 项目
+/dist/
+
+# 来自 vue-cli 创建项目的 .gitignore
+.project
+
+# hexo
+/public/
+
+# Hardhat
+/artifacts/
+/cache/
+
+# seafile 临时文件
+._*
+
+.$*
+
+# office 暂存文件
+~$*
+
+# 用户shell配置脚本
+.bashrc_custom
+
+# 苹果系统临时文件
+.DS_Store
+
+# 安卓缓存文件夹
+.thumbnails
+
+# local env files
+.env.local
+.env.*.local
+
+# hexo
+/db.json
+
+# wo
+# 服务端
+/_archive/*
+/_datastore/*
+/_filestore/*
+/_logstore/*
+/_webroot/*
+/_ssl/*
+# uniapp 客户端
+/unpackage/*
+!/unpackage/res/
+package-lock.json
+pages4loader.json5
+
+### .gitignore.local.txt ###
+

Action.js

@@ -1,14 +1,13 @@
 const Ling = require('so.ling')
-const ticCrypto = require('tic.crypto')
+const ticc = require('tic-crypto')
-const wo = {}
 
 /** ****************** Public of instance ********************/
 
-const DAD = module.exports = function Action (prop) {
+const DAD = (module.exports = function Action (prop) {
   this._class = this.constructor.name
   this.setProp(prop)
   this.type = this.constructor.name
-}
+})
 DAD.__proto__ = Ling
 
 const MOM = DAD.prototype
@@ -18,7 +17,11 @@ MOM.__proto__ = Ling.prototype
 MOM._table = DAD.name
 MOM._tablekey = 'hash'
 MOM._model = {
-  hash: { default: undefined, sqlite: 'TEXT UNIQUE', mysql: 'VARCHAR(64) PRIMARY KEY' }, // 不纳入签名和哈希
+  hash: {
+    default: undefined,
+    sqlite: 'TEXT UNIQUE',
+    mysql: 'VARCHAR(64) PRIMARY KEY'
+  }, // 不纳入签名和哈希
   version: { default: 0, sqlite: 'INTEGER' },
   type: { default: 'Action', sqlite: 'TEXT', mysql: 'VARCHAR(100)' }, // 是否放在 assets里更好？这里该放action自己的version
   blockHash: { default: undefined, sqlite: 'TEXT', mysql: 'VARCHAR(64)' }, // 不纳入签名和哈希。只为了方便查找
@@ -35,30 +38,36 @@ MOM._model = {
   json: { default: undefined, sqlite: 'TEXT' } // 给不同类型的 ActionXxx 子类来自定义其所需的数据结构
 }
 
-MOM.packMe = async function (keypair) { // 由前端调用，后台不创建
+MOM.packMe = async function (keypair) {
+  // 由前端调用，后台不创建
   this.actorPubkey = keypair.pubkey
-  this.actorAddress = ticCrypto.pubkey2address(keypair.pubkey)
+  this.actorAddress = ticc.pubkey_to_address({ pubkey: keypair.pubkey })
   this.timestamp = new Date()
 
-  await this.signMe(keypair.seckey)
+  await this.signMe(keypair.prikey)
   this.hashMe()
   return this
 }
 
-MOM.signMe = async function (seckey) { // 由前端调用，后台不该进行签名
+MOM.signMe = async function (prikey) {
+  // 由前端调用，后台不该进行签名
   let json = this.getJson({ exclude: ['hash', 'blockHash', 'actorSignature'] }) // 是前端用户发起事务时签字，这时候还不知道进入哪个区块，所以不能计入blockHash
-  this.actorSignature = await ticCrypto.sign(json, seckey)
+  this.actorSignature = await ticc.sign_easy({ data: json, prikey })
   return this
 }
 
 MOM.hashMe = function () {
-  this.hash = ticCrypto.hash(this.getJson({ exclude: ['hash', 'blockHash'] })) // block.hash 受到所包含的actionList影响，所以action不能受blockHash影响，否则循环了
+  this.hash = ticc.hash_easy(this.getJson({ exclude: ['hash', 'blockHash'] })) // block.hash 受到所包含的actionList影响，所以action不能受blockHash影响，否则循环了
   return this
 }
 
 MOM.verifySig = async function () {
   let json = this.getJson({ exclude: ['hash', 'blockHash', 'actorSignature'] })
-  let result = await ticCrypto.verify(json, this.actorSignature, this.actorPubkey)
+  let result = await ticc.verify_easy({
+    data: json,
+    signature: this.actorSignature,
+    pubkey: this.actorPubkey
+  })
   return result
 }
 DAD.verifySig = async function (actionData) {
@@ -67,7 +76,9 @@ DAD.verifySig = async function (actionData) {
 }
 
 MOM.verifyAddress = function () {
-  return this.actorAddress === ticCrypto.pubkey2address(this.actorPubkey)
+  return (
+    this.actorAddress === ticc.pubkey_to_address({ pubkey: this.actorPubkey })
+  )
 }
 DAD.verifyAddress = function (actionData) {
   let typedAction = new wo[actionData.type](actionData)
@@ -75,42 +86,52 @@ DAD.verifyAddress = function (actionData) {
 }
 
 MOM.verifyHash = function () {
-  return this.hash === ticCrypto.hash(this.getJson({ exclude: ['hash', 'blockHash'] }))
+  return (
+    this.hash ===
+    ticc.hash_easy(this.getJson({ exclude: ['hash', 'blockHash'] }))
+  )
 }
 DAD.verifyHash = function (actionData) {
   let typedAction = new wo[actionData.type](actionData)
   return typedAction.verifyHash()
 }
 
-MOM.validateMe = function() { // Applicable on both client and chain server. 子类应当覆盖本方法，静态的检查事务内容的格式。不能检查 balance 等需要全链数据库的东西，因为本方法也要用在前端检查。 
+MOM.validateMe = function () {
+  // Applicable on both client and chain server. 子类应当覆盖本方法，静态的检查事务内容的格式。不能检查 balance 等需要全链数据库的东西，因为本方法也要用在前端检查。
   // to implement in subclasses: 检查子类事务内容的格式
   let typedAction = new wo[this.type](this)
   return typedAction.validateMe()
 }
-DAD.validate = function (action) { // Allicable on both client and chain server. 
+DAD.validate = function (action) {
+  // Allicable on both client and chain server.
   mylog.info(`Validating action type=${action.type} of hash=${action.hash}`)
   let typedAction = new wo[action.type](action)
   return typedAction.validateMe()
 }
 
-MOM.executableMe = async function() { // Applicable on chain server. 子类应当覆盖本方法，动态的检查事务内容，在当前链状态下，是否能执行。To check if an action is executableMe given the current chain status.
+MOM.executableMe = async function () {
+  // Applicable on chain server. 子类应当覆盖本方法，动态的检查事务内容，在当前链状态下，是否能执行。To check if an action is executableMe given the current chain status.
   let typedAction = new wo[this.type](this)
   return await typedAction.executableMe()
 }
-DAD.executable = async function(action) { // For chain server.
+DAD.executable = async function (action) {
+  // For chain server.
   let typedAction = new wo[action.type](action)
-  if (typedAction.hasOwnProperty('executableMe')) { // 防止子类忘了定义自己的 executableMe
+  if (typedAction.hasOwnProperty('executableMe')) {
+    // 防止子类忘了定义自己的 executableMe
     return await typedAction.executableMe()
   } else {
     return true
   }
 }
-MOM.executeMe = async function() { // For chain server. 子类应当覆盖本方法，执行事务，记录其（除了存入 Action 数据表之外的）副作用到内存数据库或其他地方。
+MOM.executeMe = async function () {
+  // For chain server. 子类应当覆盖本方法，执行事务，记录其（除了存入 Action 数据表之外的）副作用到内存数据库或其他地方。
   // to implement in subclasses: 把action的影响，汇总登记到其他表格（用于辅助的、索引的表格），方便快速索引、处理。每种事务类型都要重定义这个方法。
   let typedAction = new wo[this.type](this)
   return await typedAction.executeMe()
 }
-DAD.execute = async function (action) {  // For chain server.
+DAD.execute = async function (action) {
+  // For chain server.
   mylog.info(`Excecuting action type=${action.type} of hash=${action.hash}`)
   let typedAction = new wo[action.type](action)
   return await typedAction.executeMe()
@@ -129,8 +150,16 @@ DAD.createTypedAction = function(action){
   return new wo[action.type](action)
 }
 
-DAD.buildUserAction = async function (action, keypair) { // Applicable on client. 客户端调用 Action.build，即可新建、并打包成一个完整的子事务，不需要亲自调用 constructor, packMe 等方法。 
+DAD.buildUserAction = async function (action, keypair) {
-  if (action && action.type && keypair && keypair.seckey && keypair.pubkey && ticCrypto.seckey2pubkey(keypair.seckey)===keypair.pubkey) {
+  // Applicable on client. 客户端调用 Action.build，即可新建、并打包成一个完整的子事务，不需要亲自调用 constructor, packMe 等方法。
+  if (
+    action &&
+    action.type &&
+    keypair &&
+    keypair.prikey &&
+    keypair.pubkey &&
+    ticc.prikey_to_pubkey({ prikey: keypair.prikey }) === keypair.pubkey
+  ) {
     let typedAction = new wo[action.type](action)
     typedAction.actorPubkey = keypair.pubkey
     if (typedAction.validateMe()) {
@@ -177,10 +206,18 @@ DAD.api.prepare = async function (option) {
     } catch (error) {}
   }
   // 前端发来action数据，进行格式检查（不检查是否可执行--这和事务类型、执行顺序有关）后放入缓冲池。
-  if (option && option.Action && option.Action.type && wo[option.Action.type] && option.Action.hash && !DAD.actionPool[option.Action.hash]) {
+  if (
+    option &&
+    option.Action &&
+    option.Action.type &&
+    wo[option.Action.type] &&
+    option.Action.hash &&
+    !DAD.actionPool[option.Action.hash]
+  ) {
     let typedAction = new wo[option.Action.type](option.Action)
-    if (typedAction.verifyAddress() && // 只检查所有事务通用的格式
+    if (
-        await typedAction.verifySig() &&
+      typedAction.verifyAddress() && // 只检查所有事务通用的格式
+      (await typedAction.verifySig()) &&
       typedAction.verifyHash() &&
       typedAction.validateMe() && // 检查事务的内容是否符合该子类事务的格式
       (await typedAction.executableMe()) // 检查事务是否可执行，在当前链的状态下。

ActionMultisig.js

@@ -1,55 +1,75 @@
 const Action = require('./Action.js')
+const ticc = require('tic-crypto')
 
 /** ****************** Public of instance ********************/
 
-const DAD = module.exports = function ActionMultisig (prop) {
+const DAD = (module.exports = function ActionMultisig (prop) {
   this._class = this.constructor.name
   this.setProp(prop) // 没有定义 DAD.prototype._model，因此继承了上级Action.prototype._model，因此通过this.setProp，继承了上级Action定义的实例自有数据。另一个方案是，调用 Action.call(this, prop)
   this.type = this.constructor.name
-}
+})
 DAD.__proto__ = Action
 
 const MOM = DAD.prototype
 MOM.__proto__ = Action.prototype
 // MOM._table=DAD.name // 注释掉，从而继承父类Action的数据库表格名
 
-MOM.signMe = async function (seckey) { // 由前端调用，后台不该进行签名
+MOM.signMe = async function (prikey) {
-  let json = this.getJson({ exclude: ['hash', 'blockHash', 'actorSignature', 'json'] }) // 是前端用户发起事务时签字，这时候还不知道进入哪个区块，所以不能计入blockHash
+  // 由前端调用，后台不该进行签名
-  this.actorSignature = await wo.Crypto.sign(json, seckey)
+  let json = this.getJson({
+    exclude: ['hash', 'blockHash', 'actorSignature', 'json']
+  }) // 是前端用户发起事务时签字，这时候还不知道进入哪个区块，所以不能计入blockHash
+  this.actorSignature = await ticc.sign_easy({ data: json, prikey })
   return this
 }
 
 MOM.verifySig = async function () {
-  let json = this.getJson(({ exclude: ['hash', 'blockHash', 'actorSignature', 'json'] }))
+  let json = this.getJson({
-  let res = await wo.Crypto.verify(json, this.actorSignature, this.actorPubkey)
+    exclude: ['hash', 'blockHash', 'actorSignature', 'json']
+  })
+  let res = await ticc.verify_easy({
+    data: json,
+    signature: this.actorSignature,
+    pubkey: this.actorPubkey
+  })
   return res
 }
 
 MOM.verifyAddress = function () {
-  return this.actorAddress === wo.Crypto.pubkey2address(this.actorPubkey)
+  return (
+    this.actorAddress === ticc.pubkey_to_address({ pubkey: this.actorPubkey })
+  )
 }
 
 MOM.hashMe = function () {
-  this.hash = wo.Crypto.hash(this.getJson({ exclude: ['hash', 'blockHash', 'json'] })) // block.hash 受到所包含的actionList影响，所以action不能受blockHash影响，否则循环了
+  this.hash = ticc.hash_easy(
+    this.getJson({ exclude: ['hash', 'blockHash', 'json'] })
+  ) // block.hash 受到所包含的actionList影响，所以action不能受blockHash影响，否则循环了
   return this
 }
 
 MOM.verifyHash = function () {
-  return this.hash === wo.Crypto.hash(this.getJson({ exclude: ['hash', 'blockHash', 'json'] }))
+  return (
+    this.hash ===
+    ticc.hash_easy(this.getJson({ exclude: ['hash', 'blockHash', 'json'] }))
+  )
 }
 
-MOM.packMe = async function (keypair) { // 由前端调用，后台不创建
+MOM.packMe = async function (keypair) {
+  // 由前端调用，后台不创建
   this.actorPubkey = keypair.pubkey
-  this.actorAddress = wo.Crypto.pubkey2address(keypair.pubkey)
+  this.actorAddress = ticc.pubkey_to_address({ pubkey: keypair.pubkey })
   this.timestamp = new Date()
 
-  await this.signMe(keypair.seckey)
+  await this.signMe(keypair.prikey)
   this.hashMe()
   return this
 }
 
 MOM.checkMultiSig = async function (account) {
-  let json = this.getJson(({ exclude: ['hash', 'blockHash', 'actorSignature', 'json'] }))
+  let json = this.getJson({
+    exclude: ['hash', 'blockHash', 'actorSignature', 'json']
+  })
   let sigers = Object.keys(this.json) // 公钥列表
   // 交易发起人的签名在prepare的verifySig里已经检查过合法性，
   if (account.multiSignatures.keysgroup.indexOf(this.actorPubkey) === -1) {
@@ -57,9 +77,16 @@ MOM.checkMultiSig = async function (account) {
   } else {
     let M = 0 // 如果发起人已经在keysgroup里则从0算起
   }
-  for (let i of sigers) // 该交易内已签名的每一个公钥
+  for (let i of sigers) {
-  {
+    // 该交易内已签名的每一个公钥
-    if (account.multiSignatures.keysgroup.indexOf(i) !== -1 && await wo.Crypto.verify(json, this.json[i], i)) {
+    if (
+      account.multiSignatures.keysgroup.indexOf(i) !== -1 &&
+      (await ticc.verify_easy({
+        data: json,
+        signature: this.json[i],
+        pubkey: i
+      }))
+    ) {
       M++
     }
   }
@@ -140,16 +167,20 @@ step3:发起人申请执行
 */
 
 MOM.validateMe = async function () {
-  return wo.Crypto.isAddress(this.toAddress) &&
+  return (
+    ticc.which_chain_address({ address: this.toAddress }) &&
     this.fee >= wo.Config.MIN_FEE_ActionTransfer &&
     this.toAddress != this.actorAddress
+  )
 }
 
 MOM.executableMe = async function () {
-  if (this.json.act === 'createTransfer') { // 创建挂起的多重签名事务
+  if (this.json.act === 'createTransfer') {
+    // 创建挂起的多重签名事务
     DAD.pendingPool[this.hash] = this
     return false
-  } else if (this.json.act === 'addSig') { // 签名者签名
+  } else if (this.json.act === 'addSig') {
+    // 签名者签名
     DAD.pendingPool[this.hash].json[this.actorPubkey] = this.json.signature
     return false
   }
@@ -160,27 +191,48 @@ MOM.executeMe = async function () {
   switch (this.json.act) {
     // 多重签名账户注册
     case 'sign': {
-      let actor = await wo.Account.getOne({ Account: { address: this.actorAddress } })
+      let actor = await wo.Account.getOne({
+        Account: { address: this.actorAddress }
+      })
       if (actor && actor.type !== 'multisig') {
         // 检查账户类型，只有不是多重签名账户的才可以执行
         // todo:类型检查，安全操作
-        await actor.setMe({ Account: { multiSignatures: {
+        await actor.setMe({
+          Account: {
+            multiSignatures: {
               min: this.json.min,
               ttl: this.json.ttl, // 该账户交易的最大挂起时间
               keysgroup: this.json.keysgroup
-        } },
+            }
-        cond: { address: actor.address } })
+          },
+          cond: { address: actor.address }
+        })
       }
       return this
     }
     // 多重签名账户执行转账
     case 'emitTransfer': {
-      let sender = await wo.Account.getOne({ Account: { address: this.actorAddress } })
+      let sender = await wo.Account.getOne({
-      if (sender && await this.checkMultiSig(sender) && this.toAddress != this.actorAddress && sender.balance >= this.amount + this.fee) {
+        Account: { address: this.actorAddress }
-        await sender.setMe({ Account: { balance: sender.balance - this.amount - this.fee }, cond: { address: sender.address } })
+      })
-        let getter = await wo.Account.getOne({ Account: { address: this.toAddress } })
+      if (
+        sender &&
+        (await this.checkMultiSig(sender)) &&
+        this.toAddress != this.actorAddress &&
+        sender.balance >= this.amount + this.fee
+      ) {
+        await sender.setMe({
+          Account: { balance: sender.balance - this.amount - this.fee },
+          cond: { address: sender.address }
+        })
+        let getter = await wo.Account.getOne({
+          Account: { address: this.toAddress }
+        })
         if (getter) {
-          await getter.setMe({ Account: { balance: getter.balance + this.amount }, cond: { address: getter.address } })
+          await getter.setMe({
+            Account: { balance: getter.balance + this.amount },
+            cond: { address: getter.address }
+          })
         } else {
           await wo.Account.addOne({ Account: { address: this.toAddress } })
         }

ActionTac.js

@@ -1,15 +1,30 @@
 const Action = require('./Action.js')
+const ticc = require('tic-crypto')
+
 const Methods = ['create', 'transfer', 'exchange', 'mount']
 async function actValidator (action) {
   switch (action.data.method) {
     case 'create':
-      if (action.data.name && action.data.symbol && action.data.decimals &&
+      if (
+        action.data.name &&
+        action.data.symbol &&
+        action.data.decimals &&
         Number.isSafeInteger(Number(action.data.decimals)) &&
-          !await wo.Tac.getOne({ Tac: { name: action.data.name, symbol: action.data.symbol } })
+        !(await wo.Tac.getOne({
-      ) { return true }
+          Tac: { name: action.data.name, symbol: action.data.symbol }
+        }))
+      ) {
+        return true
+      }
       return false
     case 'transfer':
-      return action.amount && action.amount > 0 && action.actorAddress && action.toAddress && action.actorAddress !== action.toAddress
+      return (
+        action.amount &&
+        action.amount > 0 &&
+        action.actorAddress &&
+        action.toAddress &&
+        action.actorAddress !== action.toAddress
+      )
     case 'exchange':
       return true
     case 'mount':
@@ -38,27 +53,41 @@ class ActionTac extends Action {
         writable: false
       })
   }
-  static async validate (action) {  // todo 20190409: MOM.validateMe
+  static async validate (action) {
-    return Methods.includes(action.data.method) && await actValidator(action)
+    // todo 20190409: MOM.validateMe
+    return Methods.includes(action.data.method) && (await actValidator(action))
   }
 
-  static async execute (action) { // todo 20190409: MOM.executeMe
+  static async execute (action) {
+    // todo 20190409: MOM.executeMe
     if (action && action.data.method) {
       switch (action.data.method) {
         case 'create':
           delete action._class
           let tac = new wo.Tac(
-            Object.assign(action.data,
+            Object.assign(
+              action.data,
               action.actorAddress,
               action.actorPubkey,
               action.actorSignature
-            ))
+            )
-          tac.address = wo.Crypto.pubkey2address(wo.Crypto.hash(action.actorSignature, action.hash))
+          )
+          tac.address = ticc.pubkey_to_address({
+            pubkey: ticc.hash_easy(action.actorSignature, action.hash)
+          })
           return await tac.addMe()
         case 'transfer':
           // 内部交易，转发到应用链进程来处理
-          await wo.Store.decrease(action.actorAddress, 0 - action.amount, action.address)
+          await wo.Store.decrease(
-          await wo.Store.increase(action.toAddress, action.amount, action.address)
+            action.actorAddress,
+            0 - action.amount,
+            action.address
+          )
+          await wo.Store.increase(
+            action.toAddress,
+            action.amount,
+            action.address
+          )
           return true
         case 'exchange':
           // Bancor类型

ActionTransfer.js

@@ -1,11 +1,11 @@
 const Action = require('./Action.js')
-const ticCrypto = require('tic.crypto')
+const ticc = require('tic-crypto')
 
-const DAD = module.exports = function ActionTransfer (prop) {
+const DAD = (module.exports = function ActionTransfer (prop) {
   this._class = this.constructor.name
   this.setProp(prop) // 没有定义 ActionTransfer.prototype._model，因此继承了上级Action.prototype._model，因此通过this.setProp，继承了上级Action定义的实例自有数据。另一个方案是，调用 Action.call(this, prop)
   this.type = this.constructor.name
-}
+})
 DAD.__proto__ = Action
 
 const MOM = DAD.prototype
@@ -13,8 +13,14 @@ MOM.__proto__ = Action.prototype
 
 MOM.validateMe = function () {
   // if (sender && sender.type !== 'multisig' && action.toAddress != action.actorAddress && sender.balance >= action.amount + action.fee){
-  return this.actorPubkey && this.toAddress && ticCrypto.pubkey2address(this.actorPubkey)!== this.toAddress // 不能转帐给自己。
+  return (
-    && this.amount && this.amount > 0 && (this.fee >= 0)   
+    this.actorPubkey &&
+    this.toAddress &&
+    ticc.pubkey_to_address({ pubkey: this.actorPubkey }) !== this.toAddress && // 不能转帐给自己。
+    this.amount &&
+    this.amount > 0 &&
+    this.fee >= 0
+  )
 }
 
 MOM.executableMe = async function () {

package.json

@@ -1,9 +1,9 @@
 {
-  "name": "tic.action",
+  "name": "tic-traction",
   "version": "0.1.0",
   "dependencies": {
     "so.ling": "git+https://git.faronear.org/so/so.ling",
-    "tic.crypto": "git+https://git.faronear.org/tic/tic.crypto"
+    "tic-crypto": "git+https://git.faronear.org/tic/tic-crypto"
   },
   "devDependencies": {},
   "scripts": {},

seafile-ignore.txt

@@ -0,0 +1,72 @@
+# https://help.seafile.com/syncing_client/excluding_files/
+# 注释。通配符：* 匹配0到若干个字符，包括代表目录的/。? 匹配1个字符，包括/。
+# seafile-ignore.txt 只能控制在客户端需要忽略哪些文件。你依然可以在 seahub 的 web 界面创建这些被客户端忽略的文件。
+# 在这种情况下，
+# 这些文件会被同步到客户端，但是用户在客户端对这些文件的后续修改会被忽略，不会被同步回服务器。
+# 文件在服务器端的后续更改会被同步到客户端，如果客户端也同时修改了这些文件，系统会生成冲突文件。
+# seafile-ignore.txt 只能忽略还没有被同步的文件。对于已经被同步的文件，如果后来把它添加到 seafile-ignore.txt 中，系统只会忽略后续更改，已经上传的版本不会受影响。
+
+### seafile-ignore.global.txt ###
+
+# 自定义的后缀名，凡有 sfignore 后缀的都不进行同步
+*.sfignore
+*.sfignore/
+*.sfignore.*
+*.sfignore.*/
+*.sfomit
+*.sfomit.*
+*.sfomit/
+*.sfomit.*/
+*.nosf
+*.nosf.*
+*.nosf/
+*.nosf.*/
+
+.DS_Store
+*/.DS_Store
+
+.thumbnails
+*/.thumbnails
+
+Thumbs.db
+*/Thumbs.db
+thumbs.db
+*/thumbs.db
+
+_desktop.ini
+*/_desktop.ini
+
+._*
+*/._*
+
+.$*
+*/.$*
+
+~$*
+*/~$*
+
+node_modules/
+*/node_modules/
+package-lock.json
+
+pages4loader.json5
+
+.deploy_git/
+*/.deploy_git/
+
+# HBuilder 目录
+unpackage/
+*/unpackage/
+
+Icon
+OneDrive/Icon
+
+# wrangler project
+
+.dev.vars*
+*/.dev.vars*
+.wrangler/
+*/.wrangler/
+
+### seafile-ignore.local.txt ###
+