4.1、接口概述與通訊流程..............................................................................................................2
4.2、接口函數(shù)詳解..........................................................................................................................3
4.2.1 Analyse過程.....................................................................................................................3
4.2.2 ResultFromFile函數(shù).........................................................................................................3
4.2.3 CmdAnalyse函數(shù).............................................................................................................3
4.2.4 GetStartCmd函數(shù).............................................................................................................4
4.2.5 GetEndCmd函數(shù)..............................................................................................................4
4.2.6 GetAnswerCmd函數(shù)........................................................................................................4
4.2.7 SendSample函數(shù)..............................................................................................................4
4.3、數(shù)據(jù)格式詳解..........................................................................................................................5
4.3.1檢驗結(jié)果數(shù)據(jù)格式..........................................................................................................5
4.3.2微生物結(jié)果數(shù)據(jù)格式......................................................................................................6
4.3.3圖形結(jié)果數(shù)據(jù)格式..........................................................................................................6
4.3.3.1 0=直方圖..............................................................................................................7
4.3.3.2 1=散點圖..............................................................................................................7
4.3.3.3 2=粘度特征曲線..................................................................................................8
4.3.3.4 3=血沉曲線..........................................................................................................8
4.3.3.5 4=PLT雙曲線圖....................................................................................................9
4.3.3.6 5=帶界標直方圖................................................................................................10
4.3.3.7 圖形文件............................................................................................................11
4.3.4酶標儀的數(shù)據(jù)格式........................................................................................................11
4.3.5流模式數(shù)據(jù)格式............................................................................................................12
4、接口開發(fā)詳解...........................................................................................................................12
4.4.1接口開發(fā)步驟................................................................................................................12
4.4.2無圖形儀器接口代碼分析............................................................................................13
4.4.3圖形代碼分析................................................................................................................14
4.4.4酶標儀接口分析............................................................................................................17
4.4.5雙向接口分析................................................................................................................23
4.4.6微生物儀器接口分析....................................................................................................28
4.5、接口調(diào)試詳解........................................................................................................................30
4.1、接口概述與通訊流程
LIS接口是儀器和檢驗技師工作站溝通的橋梁，它的主要功能是將接收到的原始數(shù)據(jù)轉(zhuǎn)為我們能夠識別的格式，將要向儀器發(fā)送的信息轉(zhuǎn)為儀器能識別的指令。
首先，我們介紹一下LIS和儀器的通訊流程。LIS和儀器的通訊流程，可分為單向通訊和雙向通訊，判斷標準為是否需要發(fā)送指令控制儀器。
不論單向，雙向通訊，儀器和計算機的連接方式都是相同的，如下： |
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