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| import Foundation
public protocol logCode
{
func logChineseCode(_ level: Int) -> String
}
public func YZLOG<T>(_ message : T, file : String = #file, funcName : String = #function, lineNum : Int = #line) {
#if DEBUG
let fileName = (file as NSString).lastPathComponent
if message is Dictionary<String, Any>
{
print("\n\(fileName)第\(lineNum)行\n\((message as! Dictionary<String, Any>).logChineseCode(0))\n")
}
else if message is Array<Any>
{
print("\n\(fileName)第\(lineNum)行\n\((message as! Array<Any>).logChineseCode(0))\n")
}
if message is String
{
print("\n\(fileName)第\(lineNum)行\n\((message as! String).unicodeStr)\n")
}
else if message is CustomStringConvertible
{
print("\n\(fileName)第\(lineNum)行\n\((message as! CustomStringConvertible).description)\n")
}
else
{
print("\n\(fileName)第\(lineNum)行\n\(message)\n")
}
#endif
}
//MARK: - 重写可选型description
extension Optional: CustomStringConvertible {
public var description: String {
switch self {
case .none:
return "Optional(null)"
case .some(let obj):
if let obj = obj as? CustomStringConvertible, obj is Dictionary<String, Any> {
return "Optional:" + "\((obj as! Dictionary<String, Any>).logChineseCode(0))"
}
if let obj = obj as? CustomStringConvertible, obj is Array<Any> {
return "Optional:" + "\((obj as! Array<Any>).logChineseCode(0))"
}
return "Optional" + "(\(obj))"
}
}
}
// MARK: - 重写字典型description
extension Dictionary: logCode {
public var description: String {
var str = ""
str.append(contentsOf: "{\n")
for (key, value) in self
{
if value is String
{
let s = value as! String
str.append(contentsOf: String.init(format: "\t%@ = \"%@\",\n", key as! CVarArg, s.unicodeStr))
}
else if value is Dictionary
{
str.append(contentsOf: String.init(format: "\t%@ = \"%@\",\n", key as! CVarArg, (value as! Dictionary).description))
}
else if value is Array<Any>
{
str.append(contentsOf: String.init(format: "\t%@ = \"%@\",\n", key as! CVarArg, (value as! Array<Any>).description))
}
else
{
str.append(contentsOf: String.init(format: "\t%@ = \"%@\",\n", key as! CVarArg, "\(value)"))
}
}
str.append(contentsOf: "}")
return str
}
public func logChineseCode(_ level: Int) -> String{
var str = ""
var tab = ""
for _ in 0..<level
{
tab.append(contentsOf: "\t")
}
str.append(contentsOf: "{\n")
for (key, value) in self
{
if value is String
{
let s = value as! String
str.append(contentsOf: String.init(format: "%@\t%@ = \"%@\",\n", tab, key as! CVarArg, s.unicodeStrWith(level)))
}
else if value is Dictionary
{
str.append(contentsOf: String.init(format: "%@\t%@ = %@,\n", tab, key as! CVarArg, (value as! Dictionary).logChineseCode(level + 1)))
}
else if value is Array<Any>
{
str.append(contentsOf: String.init(format: "%@\t%@ = %@,\n", tab, key as! CVarArg, (value as! Array<Any>).logChineseCode(level + 1)))
}
else
{
str.append(contentsOf: String.init(format: "%@\t%@ = %@,\n", tab, key as! CVarArg, "\(value)"))
}
}
str.append(contentsOf: String.init(format: "%@}", tab))
return str
}
}
extension Array: logCode {
public func logChineseCode(_ level: Int) -> String
{
var str = ""
var tab = ""
str.append(contentsOf: "[\n")
for _ in 0..<level {
tab.append(contentsOf: "\t")
}
for (_, value) in self.enumerated()
{
if value is String
{
let s = value as! String
str.append(contentsOf: String.init(format: "%@\t\"%@\",\n", tab, s.unicodeStrWith(level)))
}
else if value is Dictionary<String, Any>
{
str.append(contentsOf: String.init(format: "%@\t%@,\n", tab, (value as! Dictionary<String, Any>).logChineseCode(level + 1)))
}
else if value is Array<Any>
{
str.append(contentsOf: String.init(format: "%@\t%@,\n", tab, (value as! Array<Any>).logChineseCode(level + 1)))
}
else
{
str.append(contentsOf: String.init(format: "%@\t%@,\n", tab, "\(value)"))
}
}
str.append(contentsOf: String.init(format: "%@]", tab))
return str
}
public var description: String
{
var str = ""
str.append(contentsOf: "[\n")
for (_, value) in self.enumerated()
{
if value is String
{
let s = value as! String
str.append(contentsOf: String.init(format: "\t\"%@\",\n", s.unicodeStr))
}
else if value is Dictionary<String, Any>
{
str.append(contentsOf: String.init(format: "\t%@,\n", (value as! Dictionary<String, Any>).description))
}
else if value is Array<Any>
{
str.append(contentsOf: String.init(format: "\t%@,\n", (value as! Array<Any>).description))
}
else
{
str.append(contentsOf: String.init(format: "\t%@,\n", "\(value)"))
}
}
str.append(contentsOf: "]")
return str
}
}
// MARK: - unicode转码
extension String {
func unicodeStrWith(_ level: Int) -> String {
let s = self
let data = s.data(using: .utf8)
if let data = data
{
if let id = try? JSONSerialization.jsonObject(with: data, options: JSONSerialization.ReadingOptions.allowFragments)
{
if id is Array<Any>
{
return (id as! Array<Any>).logChineseCode(level + 1)
}
else if id is Dictionary<String, Any>
{
return (id as! Dictionary<String, Any>).logChineseCode(level + 1)
}
}
}
let tempStr1 = self.replacingOccurrences(of: "\\u", with: "\\U")
let tempStr2 = tempStr1.replacingOccurrences(of: "\"", with: "\\\"")
let tempStr3 = "\"".appending(tempStr2).appending("\"")
let tempData = tempStr3.data(using: String.Encoding.utf8)
var returnStr:String = ""
do {
returnStr = try PropertyListSerialization.propertyList(from: tempData!, options: [.mutableContainers], format: nil) as! String
}
catch
{
print(error)
}
return returnStr.replacingOccurrences(of: "\\r\\n", with: "\n")
}
var unicodeStr:String {
return self.unicodeStrWith(1)
}
}
|