增加了homerun的分配逻辑（不需要考虑预留空白）
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@ -625,8 +625,10 @@ namespace Learun.Application.Web.AppApi
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//1.2 流程图 分组原则为同一信号类型、同一系统的为一组
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var cablesGrouped = cablesNeedAssigned.OrderBy(x => x.AssignedPanel?.PanelID).ThenBy(x => x.PreAssignIOType).ThenBy(x => x.System).ToList();
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cablesGrouped = cablesGrouped.Where(x => x.Sets != null && x.Sets.Count() > 0 && x.AssignedPanel != null).ToList();//过滤掉没有set的，或者没有找到箱子的
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cablesGrouped = cablesGrouped.Where(x => x.Sets.Where(xx => !string.IsNullOrEmpty(xx.PreAssignGroup_Desc)).Count() > 0).ToList();//过滤掉set没有分配信号的
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var cNotPanel = cablesGrouped.FindAll(x => x.AssignedPanel == null);
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cablesGrouped = cablesNeedAssigned.FindAll(x => x.AssignedPanel != null);
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//cablesGrouped = cablesGrouped.Where(x => x.Sets != null && x.Sets.Count() > 0 && x.AssignedPanel != null).ToList();//过滤掉没有set的，或者没有找到箱子的
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//cablesGrouped = cablesGrouped.Where(x => x.Sets.Where(xx => !string.IsNullOrEmpty(xx.PreAssignGroup_Desc)).Count() > 0).ToList();//过滤掉set没有分配信号的
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var allPanelIds = cablesGrouped.Select(x => x.AssignedPanel).Select(x => x.PanelID).Distinct().ToList();
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@ -635,6 +637,15 @@ namespace Learun.Application.Web.AppApi
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.Where(x => allPanelIds.Contains(x.PanelID))
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.GroupBy(x => x.PanelID)
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.ToDictionary(x => x.Key, x => x.ToList());//带出strip下的channel
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foreach (var c in cNotPanel)
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{
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foreach (var set in c.Sets)
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{
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set.ConnectionInfo = "err：没有找到合适的采集箱";
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}
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}
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foreach (var curPanelId in allPanelIds)
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{
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int newTSSeq = 10001;
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@ -645,11 +656,6 @@ namespace Learun.Application.Web.AppApi
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var lastUsedStrip = (ec_PanelStripEntity)null;
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foreach (var cable in cablesOnThisPanel)
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{
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if (cable.CableID == "8c8ebc52-1ae3-4074-af53-e914dd178e78")
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{
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Console.Write("");
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}
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;
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//1.2.2 分组原则为同一信号类型、同一系统的为一组，系统属性从电缆的from端上的设备中取设备的系统，同组的优先放到同一个箱子的同一个模块里面，
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//如果一组放完后发现模块还有多余的通道可以放则下一个系统继续从这个模块开始分配。
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//???总感觉这句话，总结后：可以无脑用上一个模块，直到模块满了再用下一个模块。
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@ -659,7 +665,7 @@ namespace Learun.Application.Web.AppApi
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//{
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// sameGroup = false;//换组了
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//}
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#endregion
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#endregion
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//1.2 流程图 读取有提前选好箱子的信号
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var setsSpared = cable.Sets.Where(x => string.IsNullOrEmpty(x.PreAssignGroup_Desc) || string.IsNullOrEmpty(x.PreAssignInOrOut)).ToList();
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var setsIn = cable.Sets.Where(x => !string.IsNullOrEmpty(x.PreAssignGroup_Desc) && x.PreAssignInOrOut == SWS.Share.Enum.inOrOut.输入.ToString()).ToList();
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@ -669,8 +675,20 @@ namespace Learun.Application.Web.AppApi
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if (cable.PreAssignIOType.ToLower() == GlobalEnum.signalType.Digital.ToString().ToLower())
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{
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if (setsIn.Count > 0 && setsOut.Count > 0) continue;
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//from cjj 25 09 23 wechat:一根电缆可能会出现既有输入也有输出，如果碰到就放到两个端子排里面，公共端不会出现一个输出，一个输入的
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if (setsIn.Count > 0 && setsOut.Count > 0)
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{
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foreach (var set in setsIn)
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{
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set.ConnectionInfo = "err：digital类型的电缆，无法同时配置输入和输出。";
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}
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foreach (var set in setsOut)
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{
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set.ConnectionInfo = "err：digital类型的电缆，无法同时配置输入和输出。";
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}
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continue;
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//from cjj 25 09 23 wechat:一根电缆可能会出现既有输入也有输出，如果碰到就放到两个端子排里面，公共端不会出现一个输出，一个输入的
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}
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}
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#endregion
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@ -682,11 +700,23 @@ namespace Learun.Application.Web.AppApi
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#endregion
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#region output
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if (setsOut.Count > 0)
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else if (setsOut.Count > 0)
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{
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var resOut = AutoAssignCore(GlobalEnum.inOrOut.输出, setsOut);
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}
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else
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{
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//all zero
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foreach (var set in cable.Sets.Where(x => !setsSpared.Select(c => c.CableSetID).Contains(x.CableSetID)))
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{
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set.ConnectionInfo = "err：信号描述为空";
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}
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foreach (var set in setsSpared)
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{
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set.ConnectionInfo = "err：电缆无任一set被分配";
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}
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}
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#endregion
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@ -763,14 +793,7 @@ namespace Learun.Application.Web.AppApi
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//1.2 流程图 箱子里是否已经存在端子排（io匹配）
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List<ec_PanelChannelEntity> usedChs = new List<ec_PanelChannelEntity>();
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List<ec_PanelChannelEntity> notUsedChs = new List<ec_PanelChannelEntity>();
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if (cable.CableClass == SWS.Share.Enum.cableClass.homerun.ToString())
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{
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//1.2.3（2）如果模块是通讯信号（像RS485这种就是通讯信号），则不用管预留空白通道这个事情，看到有空的通道就放。
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//当前这个端子排就是可用的
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//？？？？？？？？？？？？？？？？？？？？？？？？？？？？？？？？？？？？？
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}
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#region 1.2 流程图 按规则先放几个信号进去（放不下就延到下一个模块）
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//if (cable.Sets.Count > 10)
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//{
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@ -1012,77 +1035,106 @@ namespace Learun.Application.Web.AppApi
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//被占用的(wt里有或者信号里或有），或者被锁定的，都算占用
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usedChs = allCh.Where(x => allUsedCHBySignalOrSet.Contains(x.ChannelID) || x.lock_flg == 1).ToList();
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notUsedChs = allCh.Where(x => !usedChs.Select(c => c.ChannelID).Contains(x.ChannelID)).ToList();
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//1.2 流程图 空的通道数够不够
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double sparedRate = notUsedChs.Count * 1.0 / allChCount * 1.0;
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if (sparedRate < 0.05)
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{
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NeedNextTS = true;
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//同时又是最后一个了
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if (idx == matchedStrips.Count - 1)
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{
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var newTS = CreatePanelStripByProfile2(projId, cable.AssignedPanel, newTSSeq++, ioTypeOnC);
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if (newTS.Channels.Count() < setsSpared.Count + 1)//1代表至少要放一个set
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{
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//有问题了 panel的io模板，估计会导致无限循环了
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break;
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}
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matchedStrips.Add(newTS);
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}
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idx++; continue;//本模块可用的模块小于5%
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}
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//没有空闲通道 next
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//或者空闲通道不够放下这个电缆的所有set
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//算一下5%是多少个通道
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var trueAvailableChs =notUsedChs.Count- (allChCount- FindMaxNumberChannel(allChCount));//真正能用的（没接过的，然后去掉5%）
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var ChNeedConn = 0;
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var SparedNeedConn = 0;
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if (trueAvailableChs < sets.Count)
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if (cable.CableClass.ToLower() == SWS.Share.Enum.cableClass.homerun.ToString())
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{
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//case1，能顺利接完，set还有多,还要再do循环一次,多余的set和spared都要放到下一个模块
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NeedNextTS = true;
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ChNeedConn = trueAvailableChs; SparedNeedConn = 0;
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}
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else if (trueAvailableChs == sets.Count)
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{
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//case3,刚好，只有spared可能多
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if (setsSpared.Count > 0)
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//1.2.3（2）如果模块是通讯信号（像RS485这种就是通讯信号），则不用管预留空白通道这个事情，看到有空的通道就放。
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if (allChCount < sets.Count)
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{
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//自己的感觉（非客户word需求里的原话）：spared不能自己单独占用一个模块
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//case1，能顺利接完，set还有多,还要再do循环一次,多余的set和spared都要放到下一个模块
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NeedNextTS = true;
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ChNeedConn = trueAvailableChs - 1;//留一个给spared
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SparedNeedConn = 0;
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ChNeedConn = allChCount; SparedNeedConn = 0;
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}
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else if (allChCount == sets.Count)
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{
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//case3,刚好，只有spared可能多
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ChNeedConn = allChCount;
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SparedNeedConn = 0; //homerun不用考虑预留一个set去配合后续的spared
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}
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else
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{
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ChNeedConn = trueAvailableChs; SparedNeedConn = 0;
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{
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ChNeedConn = sets.Count;
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SparedNeedConn = 0;
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}
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}
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else
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{
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//maxCh > sets.Count
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//case2,占满可用通道后（或者没占满通道，预分配set已经没了），只剩下spared的set
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if (setsSpared.Count == 0)
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//1.2 流程图 空的通道数够不够
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double sparedRate = notUsedChs.Count * 1.0 / allChCount * 1.0;
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if (sparedRate < 0.05)
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{
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//ok
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ChNeedConn = sets.Count; SparedNeedConn = 0;
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}
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//这种时候要确保spared也能放下
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else if (trueAvailableChs < sets.Count + setsSpared.Count)
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{
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//自己的感觉（非客户word需求里的原话）：spared不能自己单独占用一个模块
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ChNeedConn = trueAvailableChs - 1;//留一个给spared
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NeedNextTS = true;
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SparedNeedConn = 0;
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//同时又是最后一个了
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if (idx == matchedStrips.Count - 1)
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{
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var newTS = CreatePanelStripByProfile2(projId, cable.AssignedPanel, newTSSeq++, ioTypeOnC);
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if (newTS.Channels.Count() < setsSpared.Count + 1)//1代表至少要放一个set
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{
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//有问题了 panel的io模板，估计会导致无限循环了
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break;
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}
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matchedStrips.Add(newTS);
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}
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idx++; continue;//本模块可用的模块小于5%
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}
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//没有空闲通道 next
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//或者空闲通道不够放下这个电缆的所有set
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//算一下5%是多少个通道
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var trueAvailableChs = notUsedChs.Count - (allChCount - FindMaxNumberChannel(allChCount));//真正能用的（没接过的，然后去掉5%）
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if (trueAvailableChs < sets.Count)
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{
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//case1，能顺利接完，set还有多,还要再do循环一次,多余的set和spared都要放到下一个模块
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NeedNextTS = true;
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ChNeedConn = trueAvailableChs; SparedNeedConn = 0;
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}
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else if (trueAvailableChs == sets.Count)
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{
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//case3,刚好，只有spared可能多
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if (setsSpared.Count > 0)
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{
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//自己的感觉（非客户word需求里的原话）：spared不能自己单独占用一个模块
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NeedNextTS = true;
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ChNeedConn = trueAvailableChs - 1;//留一个给spared
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SparedNeedConn = 0;
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}
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else
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{
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ChNeedConn = trueAvailableChs; SparedNeedConn = 0;
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}
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}
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else
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{
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//ok,set和spared都能放下
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ChNeedConn = sets.Count;
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SparedNeedConn = setsSpared.Count;
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//maxCh > sets.Count
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//case2,占满可用通道后（或者没占满通道，预分配set已经没了），只剩下spared的set
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if (setsSpared.Count == 0)
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{
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//ok
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ChNeedConn = sets.Count; SparedNeedConn = 0;
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}
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//这种时候要确保spared也能放下
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else if (trueAvailableChs < sets.Count + setsSpared.Count)
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{
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//自己的感觉（非客户word需求里的原话）：spared不能自己单独占用一个模块
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ChNeedConn = sets.Count - 1;//留一个给spared
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NeedNextTS = true;
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SparedNeedConn = 0;
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}
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else
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{
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//ok,set和spared都能放下
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ChNeedConn = sets.Count;
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SparedNeedConn = setsSpared.Count;
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}
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}
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}
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//到这里，说明本模块至少都是可用的
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TS.Channels = allCh.OrderBy(X => X.Channel_Seq).ToList();//不能像之前一样过滤掉，否则下一个电缆进来时，总数就不对了。
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@ -1133,12 +1185,12 @@ namespace Learun.Application.Web.AppApi
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#endregion
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//shi否要继续
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TS.ChannelsSpared = notUsedChs.Where(x=>x.lock_flg !=1).Count();
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TS.ChannelsSpared = notUsedChs.Where(x => x.lock_flg != 1).Count();
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TS.ChannelsUsed = allChCount - TS.ChannelsSpared;// usedChs.Count + (notUsedChs.Where(x => x.lock_flg == 1).Count());
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if (NeedNextTS)
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{
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sets = sets.Where(x => !x.IsConned ?? false).ToList();//移除已经分配过的set
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//同时又是最后一个了
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//同时又是最后一个了
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if (idx == matchedStrips.Count - 1)
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{
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var newTS = CreatePanelStripByProfile2(projId, cable.AssignedPanel, newTSSeq++, ioTypeOnC);
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@ -1150,10 +1202,10 @@ namespace Learun.Application.Web.AppApi
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matchedStrips.Add(newTS);
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}
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idx++; continue;// 需要下一个模块接着放本电缆
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// 手动递增索引，避免无限循环
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// 手动递增索引，避免无限循环
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}
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else
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{
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{
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break;
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}
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}
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