public static void InitComponents(MainWindow mainWindow)
{
Window = mainWindow;
InitCellTemplates();
ApplyCellTemplates();
FillSpendFiltersTable();
FillIncomeFiltersTable();
FillSpendItemsTable();
FillIncomeItemsTable();
Report = new AnalysisReport(Window);
Report.Init();
Window.datePicker.Value = DateTime.Now.Date;
CalculateMoneyLeft(null, null);
Window.tabControl.Selecting += (o, e) =>
{
switch (e.TabPageIndex)
{
case 0:
UpdateSpendItemsTable(Window.spendGrid, Window.datePicker.Value.Date);
break;
case 1:
UpdateIncomeItemsTable(Window.incomeGrid, Window.datePicker.Value.Date);
break;
case 2:
TreeViewControl.FillSpendFilters(Window.AnalysisFiltersTree);
break;
}
};
}
public override void Process(AnalysisLayer layer, ref Analysis.Reporting.Analysis analysis)
{
// Create the report and the analysis layer to report on.
var report = new AnalysisReport();
report.Name = "Simplification Report";
// Perform various analysis operations.
ProcessFrequentExpressions(layer, report);
// Add our layers and report to the analysis result.
if (report.Issues.Count > 0)
{
layer.Reports.Add(report);
}
}
public void CmdletWithUnapprovedVerb()
{
cmdletSignatureVerifier.Analyze(
new List <string> {
_testCmdletDirPath
},
((dirList) => { return(new List <string> {
_testCmdletDirPath
}); }),
(cmdletName) => cmdletName.Equals("Prepare-SampleCmdlet", StringComparison.OrdinalIgnoreCase));
AnalysisReport testReport = cmdletSignatureVerifier.GetAnalysisReport();
Assert.Equal(1, testReport.ProblemIdList.Count);
Assert.True(testReport.ProblemIdList.Where <int>((problemId) => problemId.Equals(SignatureProblemId.CmdletWithUnapprovedVerb)).SingleOrDefault <int>().Equals(SignatureProblemId.CmdletWithUnapprovedVerb));
}
public void AddVerbWithSupportsShouldProcessParameter()
{
cmdletSignatureVerifier.Analyze(
new List <string> {
_testCmdletDirPath
},
((dirList) => { return(new List <string> {
_testCmdletDirPath
}); }),
(cmdletName) => cmdletName.Equals("Add-AddVerbWithSupportsShouldProcessParameter", StringComparison.OrdinalIgnoreCase));
AnalysisReport testReport = cmdletSignatureVerifier.GetAnalysisReport();
Assert.Equal(0, testReport.ProblemIdList.Count);
//Assert.True(testReport.ProblemIdList.Where<int>((problemId) => problemId.Equals(SignatureProblemId.ActionIndicatesShouldProcess)).SingleOrDefault<int>().Equals(SignatureProblemId.ActionIndicatesShouldProcess));
}
public void ParameterWithPluralNoun()
{
cmdletSignatureVerifier.Analyze(
new List <string> {
_testCmdletDirPath
},
((dirList) => { return(new List <string> {
_testCmdletDirPath
}); }),
(cmdletName) => cmdletName.Equals("Get-SampleBar", StringComparison.OrdinalIgnoreCase));
AnalysisReport testReport = cmdletSignatureVerifier.GetAnalysisReport();
Assert.Equal(1, testReport.ProblemIdList.Count);
Assert.True(testReport.ProblemIdList.Where <int>((problemId) => problemId.Equals(SignatureProblemId.ParameterWithPluralNoun)).SingleOrDefault <int>().Equals(SignatureProblemId.ParameterWithPluralNoun));
}
public AnalysisReport GetAnalysisReport()
{
var analysisReport = new AnalysisReport();
var reportLog = Logger.GetReportLogger(BreakingChangeIssueReportLoggerName);
if (!reportLog.Records.Any())
{
return(analysisReport);
}
foreach (var rec in reportLog.Records)
{
analysisReport.ProblemIdList.Add(rec.ProblemId);
}
return(analysisReport);
}
public void ConfirmImpactWithoutSupportsShouldProcess()
{
cmdletSignatureVerifier.Analyze(
new List <string> {
_testCmdletDirPath
},
((dirList) => { return(new List <string> {
_testCmdletDirPath
}); }),
(cmdletName) => cmdletName.Equals("Test-ConfirmImpactWithoutSupportsShouldProcess", StringComparison.OrdinalIgnoreCase));
AnalysisReport testReport = cmdletSignatureVerifier.GetAnalysisReport();
Assert.Equal(2, testReport.ProblemIdList.Count);
Assert.True(testReport.ProblemIdList.Where <int>((problemId) => problemId.Equals(SignatureProblemId.ConfirmLeveleWithNoShouldProcess)).SingleOrDefault <int>().Equals(SignatureProblemId.ConfirmLeveleWithNoShouldProcess));
Assert.True(testReport.ProblemIdList.Where <int>((problemId) => problemId.Equals(SignatureProblemId.ConfirmLevelChange)).SingleOrDefault <int>().Equals(SignatureProblemId.ConfirmLevelChange));
}
public void ShouldContinueVerbWithoutForceSwitch()
{
cmdletSignatureVerifier.Analyze(
new List <string> {
_testCmdletDirPath
},
((dirList) => { return(new List <string> {
_testCmdletDirPath
}); }),
(cmdletName) => cmdletName.Equals("Export-ShouldContinueVerbWithoutForceSwitch", StringComparison.OrdinalIgnoreCase));
AnalysisReport testReport = cmdletSignatureVerifier.GetAnalysisReport();
Assert.Equal(2, testReport.ProblemIdList.Count);
Assert.True(testReport.ProblemIdList.Where <int>((problemId) => problemId.Equals(SignatureProblemId.CmdletWithDestructiveVerbNoForce)).SingleOrDefault <int>().Equals(SignatureProblemId.CmdletWithDestructiveVerbNoForce));
Assert.True(testReport.ProblemIdList.Where <int>((problemId) => problemId.Equals(SignatureProblemId.ActionIndicatesShouldProcess)).SingleOrDefault <int>().Equals(SignatureProblemId.ActionIndicatesShouldProcess));
}
public void RemoveValueFromPipelineByPropertyName()
{
cmdletBreakingChangeAnalyzer.Analyze(
new List <string> {
_testCmdletDirPath
},
((dirList) => { return(new List <string> {
_testCmdletDirPath
}); }),
(cmdletName) => cmdletName.Equals("Test-RemoveValueFromPipelineByPropertyName", StringComparison.OrdinalIgnoreCase));
AnalysisReport testReport = cmdletBreakingChangeAnalyzer.GetAnalysisReport();
Assert.Equal(1, testReport.ProblemIdList.Count);
Assert.True(testReport.ProblemIdList
.Where <int>((problemId) => problemId.Equals(BreakingChangeProblemId.ValueFromPipelineByPropertyName))
.SingleOrDefault <int>().Equals(BreakingChangeProblemId.ValueFromPipelineByPropertyName));
}
public void DifferentGenericTypeArgumentSize()
{
cmdletBreakingChangeAnalyzer.Analyze(
new List <string> {
_testCmdletDirPath
},
((dirList) => { return(new List <string> {
_testCmdletDirPath
}); }),
(cmdletName) => cmdletName.Equals("Test-DifferentGenericTypeArgumentSize", StringComparison.OrdinalIgnoreCase));
AnalysisReport testReport = cmdletBreakingChangeAnalyzer.GetAnalysisReport();
Assert.Equal(1, testReport.ProblemIdList.Count);
Assert.True(testReport.ProblemIdList
.Where <int>((problemId) => problemId.Equals(BreakingChangeProblemId.DifferentGenericTypeArgumentSize))
.SingleOrDefault <int>().Equals(BreakingChangeProblemId.DifferentGenericTypeArgumentSize));
}
/// <summary>
/// Creates analysis report
/// </summary>
/// <returns></returns>
public AnalysisReport GetAnalysisReport()
{
//TODO: in next sprint, more work is scheduled to add more enhancements to this tool.
// this report is necessary when tests needs more informaiton on results of static analysis
// more information will be added to this report
var analysisReport = new AnalysisReport();
var reportLog = Logger.GetReportLogger(_signatureIssueReportLoggerName);
if (reportLog.Records.Any())
{
foreach (var rec in reportLog.Records)
{
analysisReport.ProblemIdList.Add(rec.ProblemId);
}
}
return(analysisReport);
}
public void ChangeValidateRangeMaximum()
{
cmdletBreakingChangeAnalyzer.Analyze(
new List <string> {
_testCmdletDirPath
},
((dirList) => { return(new List <string> {
_testCmdletDirPath
}); }),
(cmdletName) => cmdletName.Equals("Test-ChangedValidateRangeMaximum", StringComparison.OrdinalIgnoreCase));
AnalysisReport testReport = cmdletBreakingChangeAnalyzer.GetAnalysisReport();
Assert.Equal(1, testReport.ProblemIdList.Count);
Assert.True(testReport.ProblemIdList
.Where <int>((problemId) => problemId.Equals(BreakingChangeProblemId.ChangedValidateRangeMaximum))
.SingleOrDefault <int>().Equals(BreakingChangeProblemId.ChangedValidateRangeMaximum));
}
public void ChangeValidateSet()
{
cmdletBreakingChangeAnalyzer.Analyze(
new List <string> {
_testCmdletDirPath
},
((dirList) => { return(new List <string> {
_testCmdletDirPath
}); }),
(cmdletName) => cmdletName.Equals("Test-ChangeValidateSet", StringComparison.OrdinalIgnoreCase));
AnalysisReport testReport = cmdletBreakingChangeAnalyzer.GetAnalysisReport();
Assert.Equal(2, testReport.ProblemIdList.Count);
foreach (var problemId in testReport.ProblemIdList)
{
Assert.Equal(BreakingChangeProblemId.RemovedValidateSetValue, problemId);
}
}
public void ForceParameterWithoutSupportsShouldProcess()
{
cmdletSignatureVerifier.Analyze(
new List <string> {
_testCmdletDirPath
},
((dirList) => { return(new List <string> {
_testCmdletDirPath
}); }),
(cmdletName) => cmdletName.Equals("Test-ForceParameterWithoutSupportsShouldProcess", StringComparison.OrdinalIgnoreCase));
analysisLogger.Info("Foo");
AnalysisReport testReport = cmdletSignatureVerifier.GetAnalysisReport();
Assert.Equal(1, testReport.ProblemIdList.Count);
Assert.True(testReport.ProblemIdList.Where <int>((problemId) => problemId.Equals(SignatureProblemId.ForceWithoutShouldProcessAttribute)).SingleOrDefault <int>().Equals(SignatureProblemId.ForceWithoutShouldProcessAttribute));
}
public async Task <HttpResponseMessage> PostAnalysisReport(AnalysisReport analysisReport, string productName, string version)
{
try
{
analysisReport.Version = version;
await _analysisReportManager.InsertOrUpdateAnalysisReportAsync(productName, version, analysisReport);
// Run the analysis
await _analyzer.AnalyzeAndPersistResultsAsync(productName, version);
return(Request.CreateResponse(HttpStatusCode.Created));
}
catch (Exception ex)
{
System.Diagnostics.Trace.WriteLine(ex);
return(Request.CreateErrorResponse(HttpStatusCode.InternalServerError, ex));
}
}
public void ChangeParameterOrder()
{
cmdletBreakingChangeAnalyzer.Analyze(
new List <string> {
_testCmdletDirPath
},
((dirList) => { return(new List <string> {
_testCmdletDirPath
}); }),
(cmdletName) => cmdletName.Equals("Test-ChangeParameterOrder", StringComparison.OrdinalIgnoreCase));
AnalysisReport testReport = cmdletBreakingChangeAnalyzer.GetAnalysisReport();
Assert.Equal(3, testReport.ProblemIdList.Count);
foreach (var problemId in testReport.ProblemIdList)
{
Assert.Equal(BreakingChangeProblemId.PositionChange, problemId);
}
}
public AnalysisReport GetAggregation(
DateTimeOffset @from,
DateTimeOffset to,
TimeAggregation timeAggregation,
SelectedSeries[] selectedSeries)
{
var dbCaseEntry = _dbHandler.GetQueryable <CaseReport>()
.Where(x => x.Timestamp >= from && x.Timestamp < to)
.ToList();
var groups = dbCaseEntry.OrderBy(x => x.Timestamp.Date).GroupBy(x => TimeWindowGrouping(x.Timestamp.Date, timeAggregation));
var report = new AnalysisReport
{
From = @from,
To = to,
TimeAggregation = timeAggregation,
Categories = groups.Select(x => x.Key).ToArray(),
Series = GetSeries(groups, selectedSeries),
};
return(report);
}
private List <AnalysisReport> ParseReportToList(string[] lines)
{
List <AnalysisReport> report = new List <AnalysisReport>();
foreach (string line in lines)
{
if (line.Contains("error"))
{
AnalysisReport analysisReport = new AnalysisReport();
int startIndex;
startIndex = (line.IndexOf("): ") + ("): ").Length);
analysisReport.TypeId = line.Substring(startIndex, 11);
startIndex = 0;
analysisReport.FileName = line.Substring(startIndex, line.IndexOf(" (") - startIndex);
//analysisReport.Line
startIndex = line.IndexOf(" (") + (" (").Length;
var lineNo = line.Substring(startIndex, line.IndexOf("): ") - startIndex);
try
{
analysisReport.Line = Convert.ToInt32(lineNo);
}
catch
{
analysisReport.Line = 0;
}
startIndex = line.IndexOf("): ") + ("): ").Length + 12;
analysisReport.Message = line.Substring(startIndex, line.Length - startIndex);
report.Add(analysisReport);
}
}
return(report);
}
private List <AnalysisReport> ParseReportToList(string[] lines)
{
List <AnalysisReport> report = new List <AnalysisReport>();
foreach (string line in lines)
{
if (line.Contains("<Issue TypeId="))
{
AnalysisReport analysisReport = new AnalysisReport();
int startIndex;
startIndex = (line.IndexOf("TypeId=") + ("TypeId=").Length + 1);
analysisReport.TypeId = line.Substring(startIndex, line.IndexOf("File=") - startIndex - 2);
startIndex = line.IndexOf("File=") + ("File=").Length + 1;
analysisReport.FileName = line.Substring(startIndex, line.IndexOf("Offset=") - startIndex - 2);
//analysisReport.Line
startIndex = line.IndexOf("Line=") + ("Line=").Length + 1;
var lineNo = line.Substring(startIndex, line.IndexOf("Message=") - startIndex - 2);
try
{
analysisReport.Line = Convert.ToInt32(lineNo);
}
catch
{
analysisReport.Line = 0;
}
startIndex = line.IndexOf("Message=") + ("Message=").Length + 1;
analysisReport.Message = line.Substring(startIndex, line.IndexOf("/>") - startIndex - 2);
report.Add(analysisReport);
}
}
return(report);
}
public void AddAliasForChangedCmdlet()
{
cmdletBreakingChangeAnalyzer.Analyze(
new List <string> {
_testCmdletDirPath
},
((dirList) => { return(new List <string> {
_testCmdletDirPath
}); }),
(cmdletName) => cmdletName.Equals("Test-AddAliasForChangedCmdlet", StringComparison.OrdinalIgnoreCase));
AnalysisReport testReport = cmdletBreakingChangeAnalyzer.GetAnalysisReport();
string output = "Test-AddAliasForChangedCmdlet\nProblemId Count: " + testReport.ProblemIdList.Count;
foreach (var problemId in testReport.ProblemIdList)
{
output += "\nProblemId: " + problemId;
}
xunitOutput.WriteLine(output);
Assert.Equal(0, testReport.ProblemIdList.Count);
}
private AnalysisReport ParseReportToList(string[] lines)
{
int noOfDupilcates = -1;
StringBuilder message = new StringBuilder();
foreach (string line in lines)
{
if (line.Contains("Found"))
{
int startIndex;
startIndex = (line.IndexOf("Found ") + ("Found ").Length);
var lineNo = line.Substring(startIndex, line.IndexOf("duplicate") - startIndex);
noOfDupilcates = Convert.ToInt32(lineNo);
}
message.Append(line + "\n");
}
AnalysisReport analysisReport = new AnalysisReport {
Line = noOfDupilcates, Message = message.ToString()
};
return(analysisReport);
}
private void ProcessFrequentExpressions(AnalysisLayer layer, AnalysisReport report)
{
// Perform analysis.
var expressionTreeVisitor = new CalculateExpressionTreeVisitor();
layer.AstBuilder.CompilationUnit.AcceptVisitor(expressionTreeVisitor);
// If there are no counts of this being an issue, don't create
// an issue entry.
if (expressionTreeVisitor.UniqueNodes.Count(x => x.Value.Count >= this.WarningLimit) == 0)
{
return;
}
var minCounts = expressionTreeVisitor.UniqueNodes.Where(x => x.Value.Count >= this.WarningLimit).Min(x => x.Value.Count);
var maxCounts = expressionTreeVisitor.UniqueNodes.Where(x => x.Value.Count >= this.WarningLimit).Max(x => x.Value.Count);
if (maxCounts == 0)
{
return;
}
// Write out issue analysis.
var issue = new AnalysisIssue();
issue.ID = "W0001";
issue.Name = "Frequent expressions identified";
issue.Description = "The following frequent (occurring greater than " + this.WarningLimit + " times) expressions have been identified in the algorithm implementation.";
foreach (var kv in expressionTreeVisitor.UniqueNodes)
{
foreach (var node in kv.Value.AstNodes)
{
var startTrackingInfo = node.Annotations.Where(x => x is StartTrackingInfo).Cast <StartTrackingInfo>().FirstOrDefault();
var endTrackingInfo = node.Annotations.Where(x => x is EndTrackingInfo).Cast <EndTrackingInfo>().FirstOrDefault();
if (startTrackingInfo == null || endTrackingInfo == null)
{
continue;
}
if (kv.Value.Count < this.WarningLimit)
{
continue;
}
var location = new AnalysisLocationHighlight();
location.Start = startTrackingInfo.CharacterPosition;
location.End = endTrackingInfo.CharacterPosition;
if (this.GradientMode == WarningGradientMode.Relative)
{
if (maxCounts - Math.Max(this.WarningLimit, minCounts) == 0)
{
location.Importance = 100;
}
else
{
location.Importance = (int)Math.Round(
(kv.Value.Count - Math.Max(this.WarningLimit, minCounts)) /
(double)(maxCounts - Math.Max(this.WarningLimit, minCounts)) * 100);
}
}
else
{
var count = Math.Min(Math.Max(kv.Value.Count, this.WarningLimit), this.ErrorLimit);
location.Importance = (int)(((count - this.WarningLimit) / (double)(this.ErrorLimit - this.WarningLimit)) * 100);
}
location.Message = "Occurs " + kv.Value.Count + " times";
issue.Locations.Add(location);
}
}
issue.FlattenLocations();
if (issue.Locations.Count == 0)
{
return;
}
report.Issues.Add(issue);
}
public void OnCompleted(AnalysisReport report)
{
}
/// <summary>
/// Inserts or updates the provided <paramref name="report"/> for the provided <paramref name="productName">product</paramref> and <paramref name="version"/>.
/// </summary>
/// <param name="productName">Name of the product that the analysis report relates to.</param>
/// <param name="version">Version of the product that the analysis report relates to.</param>
/// <param name="report">An <see cref="AnalysisReport"/> to insert or update.</param>
public async Task InsertOrUpdateAnalysisReportAsync(string productName, string version, AnalysisReport report)
{
var configuration = await _configurationManager.GetOrCreateConfigurationAsync();
using (var session = _storeProvider.Store.OpenAsyncSession())
{
// Store will override the existing report if it already exists
await session.StoreAsync(report, $"{productName}/{version}/{report.AnalyzedProject}");
session.SetExpirationAccordingToConfiguration(report, version, configuration);
session.Advanced.GetMetadataFor(report)["Product"] = productName;
await session.SaveChangesAsync();
}
}
public void OnCompleted(AnalysisReport report)
{
SLog.log.InfoFormat("Finished ");
}
/// <summary>
/// Creates analysis report
/// </summary>
/// <returns></returns>
public AnalysisReport GetAnalysisReport()
{
//TODO: in next sprint, more work is scheduled to add more enhancements to this tool.
// this report is necessary when tests needs more informaiton on results of static analysis
// more information will be added to this report
AnalysisReport analysisReport = new AnalysisReport();
ReportLogger reportLog = Logger.GetReportLogger(signatureIssueReportLoggerName);
if(reportLog.Records.Any())
{
foreach(IReportRecord rec in reportLog.Records)
{
analysisReport.ProblemIdList.Add(rec.ProblemId);
}
}
return analysisReport;
}
/// <summary>
/// Inserts or updates the provided <paramref name="report"/> for the provided <paramref name="productName">product</paramref> and <paramref name="version"/>.
/// </summary>
/// <param name="productName">Name of the product that the analysis report relates to.</param>
/// <param name="version">Version of the product that the analysis report relates to.</param>
/// <param name="report">An <see cref="AnalysisReport"/> to insert or update.</param>
public async Task InsertOrUpdateAnalysisReportAsync(string productName, string version, AnalysisReport report)
{
var configuration = await ConfigurationManager.GetOrCreateConfigurationAsync();
using (var session = Database.DocumentStore.OpenAsyncSession())
{
// Store will override the existing report if it already exists
await session.StoreAsync(report, $"{productName}/{version}/{report.AnalyzedProject}");
session.SetExpirationIfEnabled(report, version, configuration);
session.Advanced.GetMetadataFor(report)["Product"] = new RavenJValue(productName);
await session.SaveChangesAsync();
}
}
/// <summary>
/// 主函数
/// </summary>
/// <param name="args">需要传入的数据</param>
public static void Main(string[] args)
{
try
{
// bin文件的地址
var pathbin = args.Length == 0 ? "" : args[0];
//var pathbin = @"C:\resource\金网运营管理系统\GTSharp\Bin\67e33f08-3b94-4afb-83e5-063c559dfa76.bin";
//var pathbin = @"D:\VS\LYSDLYYWX\LYSDLYYWX\bin\Debug\GTSharp\Bin\1a28113e-67d4-4e6a-9824-96b02bb23705.bin";
//fa6792dc-faa0-4295-b06f-d7bab6392316.bin
// 转化为对象
//GTDataFile datafile = GTSharp.Core.SerializeHelper.FileTObje<GTDataFile>(pathbin);
//// 执行数据
//GTHelper.Save(datafile);
//GTSharp.Core.Log.Log4Net.Info("成功！");
////关闭
//Close();
//return;
//pathbin = @"D:\VS\LYSDLYYWX\LYSDLYYWX\bin\Debug\GTSharp\Bin\224c71d9-61be-4c7a-ac43-2106af293fcb.bin";
//pathbin = @"C:\Users\Administrator\Desktop\0f8783e4-6966-4f4e-8bb5-03092ea5c308.bin";
// 转化为对象
ClassCOM com = GTSharp.Core.SerializeHelper.FileTObje <ClassCOM>(pathbin);
//switch (datafile.Command)
switch (com.ComName)
{
case "每日1科室在院人数一览表":
AnalysisReport.MRYYCXBB1(com);
//AnalysisReport.MR1(GTHelper.Save(datafile));
break;
case "每日2按手术时间统计手术人数表":
AnalysisReport.MRYYCXBB2(com);
break;
case "每日3在院危重病人患者明细表":
AnalysisReport.MRYYCXBB3(com);
break;
case "每日4在院I级护理患者明细表":
AnalysisReport.MRYYCXBB3(com);
break;
case "每日6在院护理无患者明细表":
AnalysisReport.MRYYCXBB3(com);
break;
case "每日5主要业务数据表":
AnalysisReport.MRYYCXBB5(com);
break;
case "每日7主要业务数据表":
AnalysisReport.MRYYCXBB7(com);
break;
case "每日8主要业务数据表":
AnalysisReport.MRYYCXBB8(com);
break;
case "每日9科室在院人数一览表":
AnalysisReport.MRYYCXBB9(com);
break;
case "每日10门诊退费明细":
AnalysisReport.MRYYCXBB10(com);
break;
case "每日11门诊日志登记表":
AnalysisReport.MRYYCXBB11(com);
break;
case "每日12门诊日志汇总表":
AnalysisReport.MRYYCXBB12(com);
break;
case "每日13门诊疑似胸痛患者列表":
AnalysisReport.MRYYCXBB13(com);
break;
case "全院未交病历":
QYWTJBL.WeekReport1(com);
break;
case "DR报告打印":
FSK.DRBGDY(com);
break;
case "每周院长查询报表":
AnalysisReport.MZYZCXBB1(com);
break;
case "每周2主要业务数据表":
AnalysisReport.MZYZCXBB2(com);
break;
case "删除多余数据":
DeleteBin(Path.GetDirectoryName(pathbin), 50);
break;
case "河南省医疗服务恢复情况监测周报表":
Class1.hnsylfwhfqkjczbb(com);
break;
case "入院人数和门急诊就诊人数":
Class1.ryrshmjzjzrs(com);
break;
case "心血管疾病病人信息":
Class1.xxgjbbrxx(com);
break;
case "每月洛轴医保卡帐户":
AnalysisReport.MYLZYBKZH(com);
break;
case "每月1住院主要业务数据同期比表":
AnalysisReport.MYYZCXBB1(com);
break;
case "每月2医技科室收入数据同期比表":
AnalysisReport.MYYZCXBB2(com);
break;
case "每月4每月手术人数表":
AnalysisReport.MYYZCXBB4(com);
break;
case "每月3门急诊数据同期比表":
AnalysisReport.MYYZCXBB3(com);
break;
case "每月5主要业务数据表":
AnalysisReport.MYYZCXBB5(com);
break;
case "每月6主要业务数据表":
AnalysisReport.MYYZCXBB6(com);
break;
case "每月在院人数":
Class1.myzyrs(com);
break;
case "每日核酸检测信息":
Class1.MRHSJCXX(com);
break;
case "每日核酸检测信息1":
Class1.MRHSJCXX1(com);
break;
case "每日核酸检测信息2":
Class1.MRHSJCXX2(com);
break;
case "每日核酸检测信息3":
Class1.MRHSJCXX3(com);
break;
//
default:
// 删除多余数据
DeleteBin(Path.GetDirectoryName(pathbin), 50);
GTSharp.Core.Log.Log4Net.Info("未知命令?");
Console.ReadLine();
break;
}
GTSharp.Core.Log.Log4Net.Info("成功！");
//关闭
Close();
}
catch (Exception ex)
{
GTSharp.Core.Log.Log4Net.Error(ex);
Console.ReadLine();
}
}
