/* C R E A T E N E W W I N D O W */
/*----------------------------------------------------------------------------
%%Function: CreateNewWindow
%%Qualified: AzLog.AzLogWindow.CreateNewWindow
%%Contact: rlittle
----------------------------------------------------------------------------*/
public static AzLogWindow CreateNewWindow(AzLogModel azlm, string sViewName, AzLogFilter azlf, ILogClient ilc)
{
AzLogWindow azlw = new AzLogWindow();
azlw.SetView(sViewName);
azlw.m_azlv = new AzLogView(azlw);
azlw.m_azlv.SetFilter(azlf);
// propagate the filter values we were given into the textboxes on our window
AzLogFilter.AzLogFilterCondition azlfc;
azlfc = azlf.Operations[0].Condition;
if (azlfc.LHS.Source == AzLogFilter.AzLogFilterValue.DataSource.DttmRow && azlfc.Comparison == AzLogFilter.AzLogFilterCondition.CmpOp.Gte)
azlw.m_ebStart.Text = azlfc.RHS.Dttm(null).ToString("MM/dd/yy HH:mm");
azlfc = azlf.Operations[1].Condition;
if (azlfc.LHS.Source == AzLogFilter.AzLogFilterValue.DataSource.DttmRow && azlfc.Comparison == AzLogFilter.AzLogFilterCondition.CmpOp.Lt)
azlw.m_ebEnd.Text = azlfc.RHS.Dttm(null).ToString("MM/dd/yy HH:mm");
azlw.m_ilc = ilc;
azlw.m_azlm = azlm;
azlw.m_azlv.BuildView(azlw.m_azlm, new CompareLogEntryTickCount(azlw.m_azlm));
azlw.m_lvLog.VirtualListSize = azlw.m_azlv.Length;
return azlw;
}
/* F E T C H P A R T I T I O N F O R D A T E */
/*----------------------------------------------------------------------------
* %%Function: FetchPartitionForDateAsync
* %%Qualified: AzLog.AzLogModel.FetchPartitionForDateAsync
* %%Contact: rlittle
*
* for text files, its all or nothing (there's no query on top of the file)
* so when they ask for any data, they get all data. we will just remember
* internally if they have already been given all of our data
* ----------------------------------------------------------------------------*/
public async Task <bool> FetchPartitionForDateAsync(AzLogModel azlm, DateTime dttm)
{
if (m_fDataLoaded || m_fDataLoading)
{
return(true);
}
m_fDataLoading = true;
// since they asked for this dttm, at least tell them we're pending
azlm.UpdatePart(dttm, dttm.AddHours(1.0), AzLogParts.GrfDatasourceForIDatasource(m_iDatasource), AzLogPartState.Pending);
foreach (AzLogView azlv in azlm.Listeners)
{
azlv.BeginAsyncData();
}
await LoadCompleteModel(azlm);
azlm.UpdatePart(dttm, dttm.AddHours(1.0), AzLogParts.GrfDatasourceForIDatasource(m_iDatasource), AzLogPartState.Complete);
foreach (AzLogView azlv in azlm.Listeners)
{
azlv.CompleteAsyncData();
}
m_fDataLoaded = true;
m_fDataLoading = false;
return(true);
}
/*----------------------------------------------------------------------------
* %%Function: FGetMinMacDateTime
* %%Qualified: AzLog.AzLogAzureBlob.FGetMinMacDateTime
*
* ----------------------------------------------------------------------------*/
public bool FGetMinMacDateTime(AzLogModel azlm, out DateTime dttmMin, out DateTime dttmMax)
{
dttmMin = DateTime.MaxValue;
dttmMax = DateTime.MinValue;
return(false);
}
public void TestSortTwoPartitions(string sPartition, Int64[] rg, string sPartition2, Int64[] rg2)
{
AzLogModel azlm = new AzLogModel();
azlm.AddTestDataPartition(DateTime.Parse(sPartition), rg, null);
azlm.AddTestDataPartition(DateTime.Parse(sPartition2), rg2, null);
List <Int64> pls = new List <Int64>();
foreach (Int64 n in rg)
{
pls.Add(n);
}
foreach (Int64 n in rg2)
{
pls.Add(n);
}
pls.Sort();
BuildView(azlm, new CompareLogEntryTickCount(azlm));
for (int i = 0; i < pls.Count; i++)
{
Assert.AreEqual(pls[i], AzleItem(i).EventTickCount);
}
}
/* C R E A T E N E W W I N D O W */
/*----------------------------------------------------------------------------
* %%Function: CreateNewWindow
* %%Qualified: AzLog.AzLogWindow.CreateNewWindow
* %%Contact: rlittle
*
* ----------------------------------------------------------------------------*/
public static AzLogWindow CreateNewWindow(AzLogModel azlm, string sViewName, AzLogFilter azlf, ILogClient ilc)
{
AzLogWindow azlw = new AzLogWindow();
if (String.IsNullOrEmpty(sViewName))
{
sViewName = "Default";
}
azlw.SetView(sViewName);
azlw.m_azlv = new AzLogView(azlw);
azlw.m_azlv.SetFilter(azlf);
// propagate the filter values we were given into the textboxes on our window
AzLogFilter.AzLogFilterCondition azlfc;
azlfc = azlf.Operations[0].Condition;
if (azlfc.LHS.Source == AzLogFilter.AzLogFilterValue.DataSource.DttmRow && azlfc.Comparison == AzLogFilter.AzLogFilterCondition.CmpOp.Gte)
{
azlw.m_ebStart.Text = azlfc.RHS.Dttm(null).ToLocalTime().ToString("MM/dd/yy HH:mm");
}
azlfc = azlf.Operations[1].Condition;
if (azlfc.LHS.Source == AzLogFilter.AzLogFilterValue.DataSource.DttmRow && azlfc.Comparison == AzLogFilter.AzLogFilterCondition.CmpOp.Lt)
{
azlw.m_ebEnd.Text = azlfc.RHS.Dttm(null).ToLocalTime().ToString("MM/dd/yy HH:mm");
}
azlw.m_ilc = ilc;
azlw.m_azlm = azlm;
azlw.m_azlv.BuildView(azlw.m_azlm, new CompareLogEntryTickCount(azlw.m_azlm));
// azlw.m_lvLog.VirtualListSize = azlw.m_azlv.Length;
azlw.m_lvLog.SetVirtualListSize(azlw.m_azlv.Length);
return(azlw);
}
/* D O F E T C H */
/*----------------------------------------------------------------------------
* %%Function: DoFetch
* %%Qualified: AzLog.AzLogWindow.DoFetch
* %%Contact: rlittle
*
* ----------------------------------------------------------------------------*/
private void DoFetch(object sender, EventArgs e)
{
DateTime dttmMin, dttmMac;
AzLogModel.FillMinMacFromStartEnd(m_ebStart.Text, m_ebEnd.Text, out dttmMin, out dttmMac);
// update our filter so we will see this
// we intimately know which items to edit. if this ever turns out to be false, then we will have to find
// the right parts of the filter, or just rebuild it. but that will be slower (ack)
AzLogFilter.AzLogFilterOperation azlfo = m_azlv.Filter.Operations[0]; // start is first item, end is last
if (azlfo.Op != AzLogFilter.AzLogFilterOperation.OperationType.Value || azlfo.Condition.LHS.Source != AzLogFilter.AzLogFilterValue.DataSource.DttmRow)
{
throw new Exception("did not find correct value type in filter");
}
azlfo.Condition.RHS.OValue = dttmMin; // update our filter to include the new date range, otherwise the model will get new data and we won't show it
azlfo = m_azlv.Filter.Operations[1]; // start is first item, end is last
if (azlfo.Op != AzLogFilter.AzLogFilterOperation.OperationType.Value || azlfo.Condition.LHS.Source != AzLogFilter.AzLogFilterValue.DataSource.DttmRow)
{
throw new Exception("did not find correct value type in filter");
}
azlfo.Condition.RHS.OValue = dttmMac; // update our filter to include the new date range, otherwise the model will get new data and we won't show it
m_azlv.RebuildView();
m_azlm.FFetchPartitionsForDateRange(dttmMin, dttmMac);
}
/* F E T C H P A R T I T I O N F O R D A T E */
/*----------------------------------------------------------------------------
* %%Function: FetchPartitionForDateAsync
* %%Qualified: AzLog.AzLogModel.FetchPartitionForDateAsync
* %%Contact: rlittle
*
* Fetch the partition for the given dttm (assumes that the hour is also
* filled in)
* ----------------------------------------------------------------------------*/
public async Task <bool> FetchPartitionForDateAsync(AzLogModel azlm, DateTime dttm)
{
TableQuery <AzLogEntryEntity> tq =
new TableQuery <AzLogEntryEntity>().Where(
TableQuery.GenerateFilterCondition("PartitionKey", QueryComparisons.Equal,
AzLogModel.SPartitionFromDate(dttm, dttm.Hour)));
TableQuerySegment <AzLogEntryEntity> azleSegment = null;
azlm.UpdatePart(dttm, dttm.AddHours(1.0), AzLogParts.GrfDatasourceForIDatasource(m_iDatasource), AzLogPartState.Pending);
foreach (AzLogView azlv in azlm.Listeners)
{
azlv.BeginAsyncData();
}
while (azleSegment == null || azleSegment.ContinuationToken != null)
{
azleSegment = await m_azt.Table.ExecuteQuerySegmentedAsync(tq, azleSegment?.ContinuationToken);
int iFirst, iLast;
azlm.AddSegment(azleSegment, out iFirst, out iLast);
azlm.UpdatePart(dttm, dttm.AddHours(1.0), AzLogParts.GrfDatasourceForIDatasource(m_iDatasource), AzLogPartState.Complete);
}
foreach (AzLogView azlv in azlm.Listeners)
{
azlv.CompleteAsyncData();
}
return(true);
}
/* L O A D D A T A S O U R C E */
/*----------------------------------------------------------------------------
* %%Function: LoadDatasource
* %%Qualified: AzLog.AzLogDatasourceSupport.LoadDatasource
* %%Contact: rlittle
*
* Load the named datasource. This handles figuring out the datasource
* type and loading the correct type. Regurns an interface to the datasource
* ----------------------------------------------------------------------------*/
public static IAzLogDatasource LoadDatasource(AzLogModel azlm, string sRegRoot, string sName)
{
// first, figure out what type of datasource this is
Settings.SettingsElt[] _rgsteeDatasource =
{
new Settings.SettingsElt("Type", Settings.Type.Str, "", ""),
};
string sKey = String.Format("{0}\\Datasources\\{1}", sRegRoot, sName);
// save everything we need to be able to recreate ourselves
Settings ste = new Settings(_rgsteeDatasource, sKey, "ds");
ste.Load();
string sType = ste.SValue("Type");
DatasourceType dt;
dt = TypeFromString(sType);
switch (dt)
{
case DatasourceType.TextFile:
return(AzLogFile.LoadFileDatasource(null, sRegRoot, sName));
case DatasourceType.AzureTable:
return(AzLogAzureTable.LoadAzureDatasource(null, sRegRoot, sName));
case DatasourceType.AzureBlob:
return(AzLogAzureBlob.LoadAzureDatasource(null, sRegRoot, sName));
default:
throw new Exception("unknown datasourcetype");
}
}
/* C R E A T E V I E W F O R C O L L E C T I O N */
/*----------------------------------------------------------------------------
* %%Function: CreateViewForCollection
* %%Qualified: AzLog.AzLog.CreateViewForCollection
* %%Contact: rlittle
*
* Create a window with the initial query parameters from this screen
* ----------------------------------------------------------------------------*/
private void CreateViewForCollection(object sender, EventArgs e)
{
if (m_azlm == null)
{
m_azlm = new AzLogModel();
// load all of our datasources and attach them
foreach (IAzLogDatasource iazlds in m_azlc.Sources)
{
if (!iazlds.FOpen(null, s_sRegRoot))
{
throw new Exception(String.Format("couldn't open datasource {0}", iazlds.ToString()));
}
m_azlm.AttachDatasource(iazlds);
}
}
// figure out the timespan being requested
DateTime dttmMin, dttmMac;
if (m_cbAllDates.Checked)
{
if (!m_azlm.FGetMinMacDateRange(out dttmMin, out dttmMac))
{
MessageBox.Show("Cannot automatically set date range -- this option only works when at least one datasource is a file. Setting date range to today.");
dttmMin = DateTime.Today;
dttmMac = dttmMin.AddDays(1);
}
}
else
{
AzLogModel.FillMinMacFromStartEnd(m_ebStart.Text, m_ebEnd.Text, out dttmMin, out dttmMac);
}
AzLogFilter azlf = new AzLogFilter();
// create a basic filter based on the range they asked for
azlf.Add(new AzLogFilter.AzLogFilterCondition(AzLogFilter.AzLogFilterValue.ValueType.DateTime, AzLogFilter.AzLogFilterValue.DataSource.DttmRow, AzLogEntry.LogColumn.Nil,
AzLogFilter.AzLogFilterCondition.CmpOp.Gte, dttmMin));
azlf.Add(new AzLogFilter.AzLogFilterCondition(AzLogFilter.AzLogFilterValue.ValueType.DateTime, AzLogFilter.AzLogFilterValue.DataSource.DttmRow, AzLogEntry.LogColumn.Nil,
AzLogFilter.AzLogFilterCondition.CmpOp.Lt, dttmMac));
azlf.Add(AzLogFilter.AzLogFilterOperation.OperationType.And);
AzLogWindow azlw = AzLogWindow.CreateNewWindow(m_azlm, m_azlc.DefaultView, azlf, this);
azlw.Show();
m_azlm.AddView(azlw.View);
// we don't know what partition we're going to find this data in, so launch a query
// from the first partition for this date range
//m_azlm.FFetchPartitionsForDateRange(dttmMin, nHourMin, dttmMac, nHourMac);
m_azlm.FFetchPartitionsForDateRange(dttmMin, dttmMac);
}
public AzLog()
{
m_azlm = new AzLogModel();
InitializeComponent();
PopulateAccounts();
m_ste = new Settings(_rgsteeApp, "Software\\Thetasoft\\AzLog", "App");
m_ste.Load();
m_sDefaultView = m_ste.SValue("DefaultView");
}
public static void TestFillMinMacFromStartEnd(string sStart, string sEnd, string sDttmMinExpected, string sDttmMacExpected)
{
DateTime dttmMin = DateTime.Parse(sDttmMinExpected);
DateTime dttmMac = DateTime.Parse(sDttmMacExpected);
DateTime dttmMinActual, dttmMacActual;
AzLogModel.FillMinMacFromStartEnd(sStart, sEnd, out dttmMinActual, out dttmMacActual);
Assert.AreEqual(dttmMin, dttmMinActual);
Assert.AreEqual(dttmMac, dttmMacActual);
}
/* L O A D A Z U R E D A T A S O U R C E */
/*----------------------------------------------------------------------------
* %%Function: LoadAzureDatasource
* %%Qualified: AzLog.AzLogAzureTable.LoadAzureDatasource
* %%Contact: rlittle
*
* Loads this azure datasource
* ----------------------------------------------------------------------------*/
public static AzLogAzudreGeneric LoadAzureDatasource(AzLogModel azlm, string sRegRoot, string sName)
{
AzLogAzureGeneric azla = new AzLogAzureGeneric();
if (azla.FLoad(azlm, sRegRoot, sName))
{
return(azla);
}
return(null);
}
/* L O A D A Z U R E D A T A S O U R C E */
/*----------------------------------------------------------------------------
* %%Function: LoadAzureDatasource
* %%Qualified: AzLog.AzLogAzureTable.LoadAzureDatasource
* %%Contact: rlittle
*
* Loads this azure datasource
* ----------------------------------------------------------------------------*/
public static AzLogFile LoadFileDatasource(AzLogModel azlm, string sRegRoot, string sName)
{
AzLogFile azlf = new AzLogFile();
if (azlf.FLoad(azlm, sRegRoot, sName))
{
return(azlf);
}
return(null);
}
/*----------------------------------------------------------------------------
* %%Function: OpenContainer
* %%Qualified: AzLog.AzLogAzureBlob.OpenContainer
* %%Contact: rlittle
*
* clear all of the views since we are now opening a new blob.
* ----------------------------------------------------------------------------*/
public void OpenContainer(AzLogModel azlm, string sContainerName)
{
if (azlm != null)
{
foreach (AzLogView azlv in azlm.Listeners)
{
azlv.ClearLog();
}
}
m_azc = m_azcc.GetContainer(sContainerName);
}
private void DoFetchLogEntries(object sender, EventArgs e)
{
// figure out the timespan being requested
DateTime dttmMin, dttmMac;
AzLogModel.FillMinMacFromStartEnd(m_ebStart.Text, m_ebEnd.Text, out dttmMin, out dttmMac);
// we don't know what partition we're going to find this data in, so launch a query
// from the first partition for this date range
// m_azlm.FFetchPartitionsForDateRange(dttmMin, nHourMin, dttmMac, nHourMac);
m_azlm.FetchPartitionForDateAsync(dttmMin);
}
/* O P E N T A B L E */
/*----------------------------------------------------------------------------
* %%Function: OpenSource
* %%Qualified: AzLog.AzLogModel.OpenSource
* %%Contact: rlittle
*
* clear all of the views since we are now opening a new table.
* ----------------------------------------------------------------------------*/
public void OpenContainer(AzLogModel azlm, string sTableName)
{
if (azlm != null)
{
foreach (AzLogView azlv in azlm.Listeners)
{
azlv.ClearLog();
}
}
m_azt = m_aztc.GetTable(sTableName);
}
/* F E T C H P A R T I T I O N F O R D A T E */
/*----------------------------------------------------------------------------
* %%Function: FetchPartitionForDateAsync
* %%Qualified: AzLog.AzLogModel.FetchPartitionForDateAsync
* %%Contact: rlittle
*
* Fetch the partition for the given dttm (assumes that the hour is also
* filled in)
* ----------------------------------------------------------------------------*/
public async Task <bool> FetchPartitionForDateAsync(AzLogModel azlm, DateTime dttm)
{
List <Uri> pluri = GetBlobList(dttm);
azlm.UpdatePart(dttm, dttm.AddHours(1.0), AzLogParts.GrfDatasourceForIDatasource(m_iDatasource), AzLogPartState.Pending);
foreach (AzLogView azlv in azlm.Listeners)
{
azlv.BeginAsyncData();
}
foreach (Uri uri in pluri)
{
ICloudBlob icb = m_azcc.BlobClient.GetBlobReferenceFromServer(uri);
string sTempFile = TCore.Util.Filename.SBuildTempFilename(null, null);
icb.DownloadToFile(sTempFile, FileMode.Create);
// at this point, we have the file
}
// now we can download the blobs -- create CloudBlob for each URI, then DownloadToFile...
// need to do this async....
#if no
TableQuery <AzLogEntryEntity> tq =
new TableQuery <AzLogEntryEntity>().Where(
TableQuery.GenerateFilterCondition("PartitionKey", QueryComparisons.Equal,
AzLogModel.SPartitionFromDate(dttm, dttm.Hour)));
TableQuerySegment <AzLogEntryEntity> azleSegment = null;
azlm.UpdatePart(dttm, dttm.AddHours(1.0), AzLogParts.GrfDatasourceForIDatasource(m_iDatasource), AzLogPartState.Pending);
foreach (AzLogView azlv in azlm.Listeners)
{
azlv.BeginAsyncData();
}
while (azleSegment == null || azleSegment.ContinuationToken != null)
{
azleSegment = await m_azc.Container.ExecuteQuerySegmentedAsync(tq, azleSegment?.ContinuationToken);
int iFirst, iLast;
azlm.AddSegment(azleSegment, out iFirst, out iLast);
azlm.UpdatePart(dttm, dttm.AddHours(1.0), AzLogParts.GrfDatasourceForIDatasource(m_iDatasource), AzLogPartState.Complete);
}
foreach (AzLogView azlv in azlm.Listeners)
{
azlv.CompleteAsyncData();
}
#endif
return(true);
}
public async Task LoadCompleteModel(AzLogModel azlm)
{
AzLogEntry[] rgazle = new AzLogEntry[s_cChunkSize]; // do 1k log entry chunks
using (StreamReader sr = File.OpenText(m_sFilename))
{
int iLine = 0;
int cChunk = 0;
int iFirst, iLast;
while (!sr.EndOfStream)
{
string s = sr.ReadLine();
AzLogEntry azle = null;
try
{
azle = AzleFromLine(s, iLine++);
}
catch
{
}
if (azle == null)
{
continue;
}
DateTime dttm = AzLogModel.DttmFromPartition(azle.Partition);
if (m_dttmFirst > dttm)
{
m_dttmFirst = dttm;
}
if (m_dttmLast < dttm)
{
m_dttmLast = dttm;
}
rgazle[cChunk++] = azle;
if (cChunk >= s_cChunkSize)
{
azlm.AddSegment(rgazle, cChunk, out iFirst, out iLast);
cChunk = 0;
}
}
if (cChunk > 0)
{
azlm.AddSegment(rgazle, cChunk, out iFirst, out iLast);
}
}
}
/* F L O A D */
/*----------------------------------------------------------------------------
* %%Function: FLoad
* %%Qualified: AzLog.AzLogAzureBlob.FLoad
* %%Contact: rlittle
*
* Load the information about this datasource, but don't actually open it
* (doesn't ping the net or validate information)
* ----------------------------------------------------------------------------*/
public bool FLoad(AzLogModel azlm, string sRegRoot, string sName)
{
string sKey = String.Format("{0}\\Datasources\\{1}", sRegRoot, sName);
// save everything we need to be able to recreate ourselves
Settings ste = new Settings(_rgsteeDatasource, sKey, "ds");
ste.Load();
m_sAccountName = ste.SValue("AccountName");
m_sContainerName = ste.SValue("Container");
m_sName = sName;
return(true);
}
/* F O P E N */
/*----------------------------------------------------------------------------
* %%Function: FOpen
* %%Qualified: AzLog.AzLogAzureBlob.FOpen
* %%Contact: rlittle
*
* Actually open the datasource, connecting to the source
* ----------------------------------------------------------------------------*/
public bool FOpen(AzLogModel azlm, string sRegRoot)
{
try
{
OpenAccount(m_sAccountName, GetAccountKey(sRegRoot, m_sAccountName));
OpenContainer(azlm, m_sContainerName);
}
catch (Exception exc)
{
MessageBox.Show(String.Format("Couldn't open azure datasource {0}: {1}", m_sName, exc.Message));
return(false);
}
return(true);
}
public bool FGetMinMacDateTime(AzLogModel azlm, out DateTime dttmMin, out DateTime dttmMac)
{
if (!m_fDataLoaded)
{
LoadCompleteModel(azlm).Wait();
m_fDataLoaded = true;
m_fDataLoading = false;
}
dttmMin = m_dttmFirst;
dttmMac = m_dttmLast.AddDays(1);
return(true);
}
/* F L O A D */
/*----------------------------------------------------------------------------
* %%Function: FLoad
* %%Qualified: AzLog.AzLogAzureTable.FLoad
* %%Contact: rlittle
*
* Load the information about this datasource, but don't actually open it
* (doesn't ping the net or validate information)
* ----------------------------------------------------------------------------*/
public bool FLoad(AzLogModel azlm, string sRegRoot, string sName)
{
string sKey = String.Format("{0}\\Datasources\\{1}", sRegRoot, sName);
// save everything we need to be able to recreate ourselves
Settings ste = new Settings(_rgsteeDatasource, sKey, "ds");
ste.Load();
m_sFilename = ste.SValue("FileName");
m_sName = sName;
m_tlc = TextLogConverter.CreateFromConfig(ste.SValue("LogTextFormat"));
return(true);
}
/* B U M P D T T M F I L T E R */
/*----------------------------------------------------------------------------
* %%Function: BumpDttmFilter
* %%Qualified: AzLog.AzLogWindow.BumpDttmFilter
* %%Contact: rlittle
*
* Bump forward or backward the datetime filter by the given nHours. fStart
* determines if we are bumping the start or end of the range
* ----------------------------------------------------------------------------*/
private void BumpDttmFilter(TextBox eb, int nHours, bool fStart)
{
// figure out the timespan being requested
DateTime dttmMin, dttmMac;
AzLogModel.FillMinMacFromStartEnd(eb.Text, eb.Text, out dttmMin, out dttmMac);
// update our filter so we will see this
// we intimately know which items to edit. if this ever turns out to be false, then we will have to find
// the right parts of the filter, or just rebuild it. but that will be slower (ack)
AzLogFilter.AzLogFilterOperation azlfo = m_azlv.Filter.Operations[fStart ? 0 : 1]; // start is first item, end is last
if (azlfo.Op != AzLogFilter.AzLogFilterOperation.OperationType.Value ||
!azlfo.Condition.RHS.FEvaluate(AzLogFilter.AzLogFilterCondition.CmpOp.Eq, new AzLogFilter.AzLogFilterValue(dttmMac), null))
{
throw new Exception("did not find correct end date value in filter");
}
// now add an hour to the end
dttmMac = dttmMac.AddHours(nHours);
azlfo.Condition.RHS.OValue = dttmMac; // update our filter to include the new date range, otherwise the model will get new data and we won't show it
m_azlv.RebuildView();
// 10/26/2015 9:00
eb.Text = dttmMac.ToLocalTime().ToString("MM/dd/yyyy HH:mm");
// at this point, all our changes were to "dttmMac" (dttmMin started out same as dttmMac...so we could just
// blissfully use dttmMac. But for the fetch, it matters if we are growing or shrinking our range
if (fStart)
{
if (nHours < 0)
{
m_azlm.FFetchPartitionsForDateRange(dttmMac, dttmMin); // i know, confusing. but we modified dttmMac...
}
}
else
{
if (nHours > 0)
{
m_azlm.FFetchPartitionsForDateRange(dttmMin, dttmMac);
}
}
}
public void TestMessageSplit(string sPartition, string sMessage, string[] rgsExpected)
{
AzLogModel azlm = new AzLogModel();
m_azlf = new AzLogFilter(); // just get a default empty one
azlm.AddTestDataPartition(DateTime.Parse(sPartition), new Int64[] { 10 }, new string[] { sMessage });
BuildView(azlm, new CompareLogEntryTickCount(azlm));
AzLogEntry azle = AzleItem(0);
Assert.AreEqual(rgsExpected[0], azle.Message);
Assert.AreEqual(rgsExpected[1], azle.Message0);
Assert.AreEqual(rgsExpected[2], azle.Message1);
Assert.AreEqual(rgsExpected[3], azle.Message2);
Assert.AreEqual(rgsExpected[4], azle.Message3);
Assert.AreEqual(rgsExpected[5], azle.Message4);
Assert.AreEqual(rgsExpected[6], azle.Message5);
Assert.AreEqual(rgsExpected[7], azle.Message6);
Assert.AreEqual(rgsExpected[8], azle.Message7);
Assert.AreEqual(rgsExpected[9], azle.Message8);
}
/* B U I L D V I E W */
/*----------------------------------------------------------------------------
%%Function: BuildView
%%Qualified: AzLog.AzLogView.BuildView
%%Contact: rlittle
Build the current view (or rebuild the current view). Use the given
IComparer to sort items.
(REMEMBER: the IComparer is always going to compare two indexes since
it has to go through a level of indirection to get to the actual model
data. The difference is going to be calculated based on specific
underlying AzLogEntry fields)
----------------------------------------------------------------------------*/
public void BuildView(AzLogModel azlm, IComparer<int> icle)
{
m_icle = icle;
m_azlm = azlm;
RebuildView();
}
public Task <bool> FetchPartitionForDateAsync(AzLogModel azlm, DateTime dttm)
{
throw new NotImplementedException();
}
public bool FOpen(AzLogModel azlm, string sRegRoot)
{
throw new NotImplementedException();
}
public void TestSortTwoPartitions(string sPartition, Int64[] rg, string sPartition2, Int64[] rg2)
{
AzLogModel azlm = new AzLogModel();
azlm.AddTestDataPartition(DateTime.Parse(sPartition), rg, null);
azlm.AddTestDataPartition(DateTime.Parse(sPartition2), rg2, null);
List<Int64> pls = new List<Int64>();
foreach (Int64 n in rg)
pls.Add(n);
foreach (Int64 n in rg2)
pls.Add(n);
pls.Sort();
BuildView(azlm, new CompareLogEntryTickCount(azlm));
for (int i = 0; i < pls.Count; i++)
Assert.AreEqual(pls[i], AzleItem(i).EventTickCount);
}
public void OpenContainer(AzLogModel azlm, string sName)
{
throw new Exception("NYI");
}
/* P A R S E L I N E */
/*----------------------------------------------------------------------------
* %%Function: ParseLine
* %%Qualified: AzLog.AzLogFile.TextLogConverter.ParseLine
* %%Contact: rlittle
*
* ----------------------------------------------------------------------------*/
public AzLogEntry ParseLine(string sLine, int nLine)
{
AzLogEntry azle = new AzLogEntry();
azle.InitMessageParts(10);
int ilc = 0;
int ich = 0;
int ichLast = 0;
int ichMac = sLine.Length;
while (ilc < m_pltlc.Count)
{
ichLast = 0;
TextLogColumn tlc = m_pltlc[ilc];
// by definition we are already positioned at the beginning of this column except for possible whitespace
// skip leading whitespace exc
while (ich < ichMac && sLine[ich] == ' ')
{
ich++;
}
if (ich >= ichMac)
{
if (ilc < m_pltlc.Count)
{
return(null);
}
break;
}
int ichEnd = 0;
// look for the separator
if (tlc.Separator == TextLogColumn.Sep.Comma)
{
if (!FParseQuotedCommaColumn(sLine, ich, ref ichLast, ref ichEnd, ichMac, ilc + 1 == m_pltlc.Count))
{
return(null);
}
// else, we'll calculate ichLim below
}
else if (tlc.Separator == TextLogColumn.Sep.FixedWidth)
{
if (!FParseFixedWidthColumn(sLine, tlc.Cch, ich, ref ichLast, ref ichEnd, ichMac, ilc + 1 == m_pltlc.Count))
{
return(null);
}
}
if (ichLast == 0)
{
if (ilc + 1 == m_pltlc.Count)
{
ichEnd = ichLast = sLine.Length - 1;
}
else
{
char chSep = TextLogColumn.CharFromSep(tlc.Separator);
ichLast = sLine.IndexOf(chSep, ich);
if (ichLast == -1)
{
return(null); // couldn't find the separator for this column
}
ichLast--; // we want this to point to the last char, not to the separator
ichEnd = ichLast;
}
}
// at this point we have ich pointing to start of string; ichEnd pointing to last char before the separator (maybe a quote),
// at ichLast pointing to just before the separator (never a quote)
//, lets trim the string
int ichFirst = ich;
if (sLine[ichFirst] == '"' && sLine[ichEnd] == '"')
{
ichFirst++;
ichEnd--;
}
while (ichEnd > ichFirst && sLine[ichEnd] == ' ')
{
ichEnd--;
}
// now we have the string
if (tlc.Column == AzLogEntry.LogColumn.EventTickCount)
{
DateTime dttm = DateTime.Parse(sLine.Substring(ichFirst, ichEnd - ichFirst + 1));
dttm = dttm.ToUniversalTime();
azle.SetColumn(AzLogEntry.LogColumn.Partition, dttm.ToString("yyyyMMddHH"));
azle.EventTickCount = dttm.Ticks + nLine;
if (tlc.ColumnCopy != AzLogEntry.LogColumn.Nil)
{
azle.SetColumn(tlc.ColumnCopy, dttm.ToString("MM/dd/yyyy HH:mm:ss"));
}
// and manufacture a partition as well
azle.SetColumn(AzLogEntry.LogColumn.Partition, AzLogModel.SPartitionFromDate(dttm, dttm.Hour));
}
else
{
azle.SetColumn(tlc.Column, sLine.Substring(ichFirst, ichEnd - ichFirst + 1));
}
if (tlc.Separator == TextLogColumn.Sep.FixedWidth)
{
ich = ichLast;
}
else
{
ich = ichLast + 2;
}
ilc++;
if (ich >= ichMac)
{
// if (ilc < m_pltlc.Count)
// return null;
break;
}
}
//
return(azle);
}
/* F O P E N */
/*----------------------------------------------------------------------------
* %%Function: FOpen
* %%Qualified: AzLog.AzLogAzureTable.FOpen
* %%Contact: rlittle
*
* Actually open the datasource, connecting to the source
* ----------------------------------------------------------------------------*/
public bool FOpen(AzLogModel azlm, string sRegRoot)
{
return(true);
}
/* B U I L D V I E W */
/*----------------------------------------------------------------------------
* %%Function: BuildView
* %%Qualified: AzLog.AzLogView.BuildView
* %%Contact: rlittle
*
* Build the current view (or rebuild the current view). Use the given
* IComparer to sort items.
*
* (REMEMBER: the IComparer is always going to compare two indexes since
* it has to go through a level of indirection to get to the actual model
* data. The difference is going to be calculated based on specific
* underlying AzLogEntry fields)
* ----------------------------------------------------------------------------*/
public void BuildView(AzLogModel azlm, IComparer <int> icle)
{
m_icle = icle;
m_azlm = azlm;
RebuildView();
}
public void TestMessageSplit(string sPartition, string sMessage, string[] rgsExpected)
{
AzLogModel azlm = new AzLogModel();
azlm.AddTestDataPartition(DateTime.Parse(sPartition), new Int64[] {10}, new string[] {sMessage});
BuildView(azlm, new CompareLogEntryTickCount(azlm));
AzLogEntry azle = AzleItem(0);
Assert.AreEqual(rgsExpected[0], azle.Message);
Assert.AreEqual(rgsExpected[1], azle.Message0);
Assert.AreEqual(rgsExpected[2], azle.Message1);
Assert.AreEqual(rgsExpected[3], azle.Message2);
Assert.AreEqual(rgsExpected[4], azle.Message3);
Assert.AreEqual(rgsExpected[5], azle.Message4);
Assert.AreEqual(rgsExpected[6], azle.Message5);
Assert.AreEqual(rgsExpected[7], azle.Message6);
Assert.AreEqual(rgsExpected[8], azle.Message7);
Assert.AreEqual(rgsExpected[9], azle.Message8);
}
