public AutoTextDataProvider(AutoTextData dataIn)
{
var data = dataIn;
_metricData = data.MetricData;
Blocks = data.Blocks;
// Normalize casing
Array.ForEach(data.Blocks,
x => Array.ForEach(x.BlockItems, y =>
{
y.MetricCode = y.MetricCode.ToUpper();
y.VariableCodes = y.VariableCodes == null ? null : Array.ConvertAll(y.VariableCodes, z => z.ToUpper());
}));
Array.ForEach(data.Metrics, x => x.Code = x.Code.ToUpper());
Array.ForEach(data.Variables, x => x.Code = x.Code.ToUpper());
// Init lookups
_metricToId = data.Metrics.ToDictionary(x => x.Code, x => x.Id, StringComparer.OrdinalIgnoreCase);
_variableToId = data.Variables.ToDictionary(x => x.Code, x => x.Id, StringComparer.OrdinalIgnoreCase);
// Set direction based on value
foreach (var metricData in data.MetricData)
{
foreach (var variableData in metricData.VariableData)
{
variableData.Direction = DirectionType.FLAT;
if (variableData.PercentChange >= 0.05)
{
var isPositive = (variableData.CurrentValue - variableData.PreviousValue) > 0;
variableData.Direction = isPositive ? DirectionType.POSITIVE : DirectionType.NEGATIVE;
}
}
}
}
public AutoTextMain(AutoTextDefinitions definitions, AutoTextData data)
{
DefinitionsProvider = new AutoTextDefinitionsProvider(definitions);
DataProvider = new AutoTextDataProvider(data);
// Setup macro variables
MacroVariables = new MacroVariables();
MacroVariables.Add(definitions.MacroVariables);
// Setup direction
Direction = new Direction(definitions.Synonyms);
}