scbc_repos/ssat_sdk/UATree/UAT_PathManage.py

# -*- coding:utf-8 -*-

from ssat_sdk.UATree.UAT_data import UATData
from UAT_tree import UATTree
from UAT_treeConstant import TreeConst
from ssat_sdk.utils.string_util import strcmp
from UAT_log import error,info,debug
import os, sys, time

DEBUG = True
INFO = True
ERROR = True
class UATPathManage():
    def __init__(self):
        self.uatData = UATData()
        self.levelList = self.uatData.UATree.treeDict.keys()

    '''
    构建一条从first parent到目标option路径。
    path最后一个元素，是目标option
    :return result,path. result:-1 代表option异常；0 代表路径中断异常；1 代表路径完整，找到了first parent
    '''
    def getOptionPath(self, option, parent = None):
        path = []
        if option is None and parent is None:
            error(str(self.__class__), "getOptionPath",  "getPath Error：Param option is None!!", ERROR)
            return -1, path
        #获取option所在的parent
        elif parent is None:
            parent = self.uatData.getParentByOption(option)
        if parent is None:
            error(str(self.__class__), "getOptionPath",
                  "getPath Error：option%s's parent not found!!" % (option[UATTree.TAB_NAME]), ERROR)
            return -1, path
        path.append(option)
        self.addPrevParentPath(parent, path)
        if path.__len__() == 0:
            result = -1
        elif strcmp(path[-1]["level"], "first") is False:
            error(str(self.__class__), "getOptionPath", "getPath Error：option%s path interrupt!!"%(option[UATTree.TAB_NAME]), ERROR)
            result = 0
        else:
            result = 1
        return result, path


    def addPrevParentPath(self, parent, path):
        if parent is None:
            return
        path.append(parent)
        prevParent = parent[UATTree.TAB_PREV_PARENT]
        if prevParent is None:
            return
        else:
            self.addPrevParentPath(prevParent, path)

    def info(self,path):
            for item in path:
                if item is not None:
                    info(str(self.__class__), "info", "Path: " + item[UATTree.TAB_NAME], INFO)
                else:
                    info(str(self.__class__), "info", "Path: " + str(item), INFO)

    '''
    构建一条当前parent到option的路径。
    如果当前电视页面分析，不在UATree中，则构建一条first parent到目标option中的目录。
    :return backPath, forwardPath. backPath是返回路径，forwardPath是去往目标option的路径。
    注意：backPath路径是顺序执行, forwardPath的路径是要反过来逐步执行。
    backPath格式：[currentOption, currentParent, parent1, parent2, ..., FirstParent]
    forwardPath格式: [targetOption, targetParent, parent1, parent2, ..., FirstParent]
      forwardPath路径为空：表示路径异常。
      forwardPath路径包含option和parent：表示在路径最后一个parent所在页面，或者表示需要从first parent进入
        1 如果backPath为空，则表示forwardPath从First parent重新进入。
        2 如果backPath包含option和parent，则表示在backPath的option所在页面，需要返回到forwardPath最后一个parent所在页面。
            backPath返回到forwardPath最后一个parent所在页面：
            注意：backPath和forwardPath的最后一个parent，一定会一样。
            1 backPath,返回到最后一个parent页面。
            2 在backPath最后一个parent页面，即forwardPath最后一个parent页面，再依次递进，进入targetParent页面，选中targetOption。
    '''
    def genOptionSmartPath(self, curParent, option):
        backPath = []
        forwardPath = []
        if curParent is None:
            result,forwardPath = self.getOptionPath(option)
            return backPath,forwardPath
        print "genOptionSmartPath:curParent:", curParent
        curOptionDict = curParent[UATTree.TAB_OPTION]
        if curOptionDict.__len__() > 0:
            curOption = curOptionDict[curOptionDict.keys()[0]]
        else:
            curOption = None
        resutl1, toFirstPath = self.getOptionPath(curOption, parent=curParent)
        print "toFirstPath:",self.info(toFirstPath)
        resutl2, targetOptionPath = self.getOptionPath(option)
        print "targetOptionPath:",self.info(targetOptionPath)
        if resutl1 < 1 and resutl2 == 1:
            forwardPath = targetOptionPath
            return backPath, forwardPath
        elif resutl1 < 1:
            return backPath, forwardPath

        #levelMin代表parent的个数，所以要去掉option计数
        fLen = toFirstPath.__len__()
        tLen = targetOptionPath.__len__()
        levelMin = min(fLen, tLen) - 1
        for i in range(levelMin): #仅核对parent部分
            print toFirstPath[fLen-1-i][UATTree.TAB_NAME],targetOptionPath[tLen-1-i][UATTree.TAB_NAME]
            #从first parent开始核对，找到第一个不同点
            if toFirstPath[fLen-1-i][UATTree.TAB_NAME] <> targetOptionPath[tLen-1-i][UATTree.TAB_NAME]:
                if i == 0: #first parent不吻合。toFirstPath和targetOptionPath路径没有交点
                    print "<> i == 0:", i
                    forwardPath = targetOptionPath
                else: #toFirstPath和targetOptionPath路径是相交关系
                    print "<> else:", i
                    backPath = toFirstPath[0:fLen-i+1] #取到上一个相同的parent。
                    forwardPath = targetOptionPath[0:tLen-i+1]  # 取到上一个相同的parent。
                break
            if i == levelMin-1:#toFirstPath和targetOptionPath路径是包含关系
                print "i == levelMin:", i
                backPath = toFirstPath[0:fLen-i]  # 包含关系，取到当前相同parent
                forwardPath = targetOptionPath[0:tLen-i]  #包含关系，取到当前相同parent
        return backPath, forwardPath


if __name__ == '__main__':
    uatPathManage = UATPathManage()
    parentName = "av_devices_settings"
    curParent = uatPathManage.uatData.getParentDict(parentName)
    print "curParent:", curParent
    option  = uatPathManage.uatData.getOption("av_vivid")
    backPath, forwardPath = uatPathManage.genOptionSmartPath(curParent,option)
    print "option:", option
    print "backPath:"
    uatPathManage.info(backPath)
    print "forwardPath:"
    uatPathManage.info(forwardPath)