public ChartMaker(ChartConfiguration configuration)
{
var list = new List <string>()
{
configuration.File,
configuration.Role,
configuration.OutFile,
configuration.Counter,
configuration.Scale.ToString(),
configuration.Interval.ToString(),
configuration.FullLoadTime.ToString()
};
_configurationComplete = list.Any(configProp => !String.IsNullOrEmpty(configProp) && !String.IsNullOrWhiteSpace(configProp));
_configuration = configuration;
SelectRecords();
MakeChart();
}
static void Main(string[] args)
{
//Memory\Committed MBytes
try
{
var chartConfiguration1 = new ChartConfiguration()
{
File = @"C:\Users\tsmelvin\Desktop\PR-UUW47F.csv",
OutFile = @"C:\Users\tsmelvin\Desktop\PR-UUW47F_cpu.png",
Role = "PR-UUW47F",
Counter = @"Processor(_Total)\% Processor Time",
Scale = 100.0,
Interval = 10.0,
FullLoadTime = 30
};
var chartMaker = new ChartMaker(chartConfiguration1);
chartMaker.SaveChart();
/* var chartConfiguration2 = new ChartConfiguration()
* {
* File = @"C:\Users\tsmelvin\Desktop\PR-UUD23.csv",
* OutFile = @"C:\Users\tsmelvin\Desktop\PR-UUD23_ram.png",
* Role = "PR-UUD23",
* Counter = @"Memory\Committed MBytes",
* Scale = 3277.0,
* Interval = 200.0,
* FullLoadTime = 30
* };
*
* chartMaker = new ChartMaker(chartConfiguration2);
* chartMaker.SaveChart();*/
Console.ReadLine();
}
catch (Exception ex)
{
Console.WriteLine(ex);
Console.ReadLine();
}
}
public ChartOptions(ElementReference bindTo, ChartConfiguration configuration) : this(bindTo)
{
configuration.Data ??= new();
if (configuration.Data.Columns == null &&
configuration.Data.Rows == null &&
configuration.Data.DataObjects == null)
{
configuration.Data.Columns = Array.Empty <ColumnsCollection>();
}
Data = configuration.Data;
Axis = configuration.Axis;
Size = configuration.Size;
Padding = configuration.Padding;
Color = configuration.Color;
Interaction = configuration.Interaction;
Transition = configuration.Transition;
Subchart = configuration.Subchart;
Zoom = configuration.Zoom;
}
private ChartConfiguration CreateServerConfiguration()
{
var dataSets = new List <DataSetItem>();
DataSetItem dataSetItem = new DataSetItem()
{
Label = "Issues",
Data = new List <int?> {
30, 60, 90
},
BackgroundColor = LibChart.Util.GetColors().GetRange(0, 2),
};
dataSets.Add(dataSetItem);
var chartConfig = new ChartConfiguration
{
Type = ChartType.funnel.GetChartType(),
Data =
{
Labels = new List <string> {
"Open", "Closed", "Resolved"
},
Datasets = dataSets
},
Options =
{
Sort = "desc",
Title =
{
Text = "My Test Chart"
},
}
};
return(chartConfig);
}
private ChartConfiguration CreateServerConfiguration()
{
var dataSets = new List <DataSetItem>();
DataSetItem dataSetItem = new DataSetItem()
{
Label = "Issues",
Data = new List <int?> {
288, 1493, 305, 27, 5, 174, 86, 72, 20
},
BackgroundColor = LibChart.Util.GetColors(),
};
dataSets.Add(dataSetItem);
var chartConfig = new ChartConfiguration
{
Type = ChartType.pie.GetChartType(),
Data =
{
Labels = new List <string> {
"Open", "Closed", "Resolved", "Reopened", "Pending", "Not A Bug", "Can't Replicate", "Discuss", "Fix in next Release"
},
Datasets = dataSets
},
Options =
{
Title =
{
Text = "My Test Chart"
},
}
};
return(chartConfig);
}
private ChartConfiguration CreateServerConfiguration(
int monitorCommandId,
FrequencyTypes frequency,
int agentGroupId)
{
var charts = (new MonitorDb()).GetChart(
monitorCommandId,
frequency,
agentGroupId);
//var unitStr = GetUnitString(frequency);
if ((charts?.Count ?? 0) == 0)
{
lblEmptyData.Visible = true;
return(null);
}
var dataSets = new List <DataSetItem>();
try
{
for (int i = 0; i < charts.Count; i++)
{
var chart = charts[i];
var colorCount = LibChart.Util.GetColors().Count;
var dataSetItem = new DataSetItem()
{
Label = chart.AgentName,
Data = chart.ReverseChartPointValues,
BorderWidth = 1,
BackgroundColor = LibChart.Util.GetColors(i % colorCount),
BorderColor = LibChart.Util.GetColors()[i % colorCount],
Fill = false
};
dataSets.Add(dataSetItem);
}
var unit = _monitorCommands
.Find(x => x.MonitorCommandId == monitorCommandId).Unit;
var xAxesCallback = GetxAxesCallback(frequency);
var units = GetMaxUnits(frequency);
var xAxesTicks = new Ticks()
{
Display = true,
BeginAtZero = true,
Max = units,
MaxTicksLimit = 12,
Callback = (new JRaw(xAxesCallback))
};
var xAxesTicksItem = new TicksItem()
{
ticks = xAxesTicks
};
var yAxesCallback = $@"function (value, index, values) {{
return value + ' {unit}';
}}";
var yAxesTicks = new Ticks()
{
Callback = new JRaw(yAxesCallback)
};
var yAxesTicksItem = new TicksItem()
{
ticks = yAxesTicks
};
var chartConfig = new ChartConfiguration
{
Type = ChartType.line.GetChartType(),
Data =
{
Labels = charts[0]
.ReverseChartPointMinutes
.ConvertAll <string>(x => x.ToString()),
Datasets = dataSets
},
Options =
{
SpanGaps = true,
Title =
{
Text = ddlMonitorCommands.SelectedItem.Text
},
Scales = new Scales()
{
XAxes = new List <TicksItem>()
{
xAxesTicksItem
},
YAxes = new List <TicksItem>()
{
yAxesTicksItem
}
}
}
};
return(chartConfig);
}
catch (Exception ex)
{
throw new Exception($"Exception:{ex.Message}");
}
}
private ChartConfiguration CreateServerConfiguration(int monitorCommandId, FrequencyTypes frequency)
{
var charts = (new MonitorDb()).GetChart(monitorCommandId, frequency, -1);
if ((charts?.Count ?? 0) == 0)
{
return(null);
}
var unit = _monitorCommands
.Find(x => x.MonitorCommandId == monitorCommandId).Unit;
var dataSets = new List <DataSetItem>();
for (var i = 0; i < charts.Count; i++)
{
var chart = charts[i];
var colorCount = LibChart.Util.GetColors().Count;
var dataSetItem = new DataSetItem()
{
Label = chart.AgentName,
Data = chart.ReverseChartPointValues,
BorderWidth = 1,
BackgroundColor = LibChart.Util.GetColors(i % colorCount),
BorderColor = LibChart.Util.GetColors()[i % colorCount],
Fill = false
};
dataSets.Add(dataSetItem);
}
var xAxesCallback = @"function (value, index, values) {
if (value > 0) { value = -1 * value;}
return value + ' min';
}";
var xAxesTicks = new Ticks()
{
Display = true,
BeginAtZero = true,
Max = 24,
MaxTicksLimit = 12,
Callback = (new JRaw(xAxesCallback))
};
var xAxesTicksItem = new TicksItem()
{
ticks = xAxesTicks
};
var yAxesCallback = $@"function (value, index, values) {{
return value + ' {unit}';
}}";
var yAxesTicks = new Ticks()
{
Callback = new JRaw(yAxesCallback)
};
var yAxesTicksItem = new TicksItem()
{
ticks = yAxesTicks
};
var chartConfig = new ChartConfiguration
{
Type = ChartType.line.GetChartType(),
Data =
{
Labels = charts[0]
.ChartPointMinutes
.ConvertAll <string>(x => x.ToString()),
Datasets = dataSets
},
Options =
{
Title =
{
Text = ddlMonitorCommands.SelectedItem.Text
},
Scales = new Scales()
{
XAxes = new List <TicksItem>()
{
xAxesTicksItem
},
YAxes = new List <TicksItem>()
{
yAxesTicksItem
}
}
}
};
return(chartConfig);
}
public Chart GetChart()
{
return(ChartConfiguration.Configure(TechnologicalConditionDTOs, TimeCharacteristicDTOs));
}
private ChartConfiguration CreateServerConfiguration()
{
var unit = "hrs";
var dataSets = new List <DataSetItem>();
DataSetItem dataSetItem = new DataSetItem()
{
Label = "Billable",
Data = new List <int?> {
8, 1, 7, 5
},
BackgroundColor = new List <string>()
{
"red", "red", "red", "red"
}
};
dataSets.Add(dataSetItem);
dataSetItem = new DataSetItem()
{
Label = "Non-Billable",
Data = new List <int?> {
1, 3, 1, 5
},
BackgroundColor = new List <string>()
{
"green", "green", "green", "green"
}
};
dataSets.Add(dataSetItem);
var chartConfig = new ChartConfiguration
{
Type = ChartType.bar.GetChartType(),
Data =
{
Labels = new List <string> {
"Jan 1", "Jan 2", "Jan 3", "Jan 4"
},
Datasets = dataSets
},
Options =
{
Title =
{
Text = "My Test Chart"
},
Scales = new Scales()
{
XAxes = new List <AxesItem>()
{
new AxesItem()
{
stacked = true
}
},
YAxes = new List <AxesItem>()
{
new AxesItem()
{
stacked = true
}
}
}
}
};
return(chartConfig);
}
private ChartConfiguration CreateServerConfiguration()
{
var unit = "ms";
var dataSets = new List <DataSetItem>();
for (int i = 1; i <= 5; i++)
{
var dataSetItem = new DataSetItem()
{
Label = i.ToString(),
Data = Util.CreateRandomInts(60, 230),
BorderWidth = 1,
BackgroundColor = LibChart.Util.GetColors(i % 5),
BorderColor = LibChart.Util.GetColors(i % 5)[0],
Fill = false
};
dataSets.Add(dataSetItem);
}
var xAxesCallback = @"function (value, index, values) {
if (value > 0) { value = -1 * value;}
return value + ' min';
}";
var xAxesTicks = new Ticks()
{
Display = true,
BeginAtZero = true,
Max = 60,
MaxTicksLimit = 12,
Callback = (new JRaw(xAxesCallback))
};
var xAxesTicksItem = new AxesItem()
{
ticks = xAxesTicks
};
var yAxesCallback = $@"function (value, index, values) {{
return value + ' {unit}';
}}";
var yAxesTicks = new Ticks()
{
Callback = new JRaw(yAxesCallback)
};
var yAxesTicksItem = new AxesItem()
{
ticks = yAxesTicks
};
var chartConfig = new ChartConfiguration
{
Type = ChartType.line.GetChartType(),
Data =
{
Labels = Util.CreateLabels(1, 60),
Datasets = dataSets
},
Options =
{
Title =
{
Text = "My Test Chart"
},
Scales = new Scales()
{
XAxes = new List <AxesItem>()
{
xAxesTicksItem
},
YAxes = new List <AxesItem>()
{
yAxesTicksItem
}
}
}
};
return(chartConfig);
}
