// pad right printed public static string Prp(this string text, int totalWidth, char paddingChar) => text.PadRight(totalWidth + (text.Length - Palette.StripColours(text).Length), paddingChar);
private async Task Results()
{
// whitespace (e.g. can change to '·' for debugging)
var ws = ' ';
var totalDuration = results.Sum(i => i.Value.DurationMilliseconds ?? 0 + i.Value.InputResults.Sum(i2 => i2.DurationMilliseconds));
var rows = new List <Tuple <string, string, string, string> > {
Tuple.Create($"{p.Default}Duration{p.Reset}", "", $"{p.Default}Outcome{p.Reset}", $"{p.Default}Target{p.Reset}")
};
foreach (var item in results.OrderBy(i => i.Value.DurationMilliseconds))
{
var duration = $"{p.Timing}{ToStringFromMilliseconds(item.Value.DurationMilliseconds, true)}{p.Reset}";
var percentage = item.Value.DurationMilliseconds.HasValue && totalDuration > 0
? $"{p.Timing}{100 * item.Value.DurationMilliseconds / totalDuration:N1}%{p.Reset}"
: "";
var outcome = item.Value.Outcome == TargetOutcome.Failed
? $"{p.Failed}Failed!{p.Reset}"
: item.Value.Outcome == TargetOutcome.NoInputs
? $"{p.Warning}No inputs!{p.Reset}"
: $"{p.Succeeded}Succeeded{p.Reset}";
var target = $"{p.Target}{item.Key}{p.Reset}";
rows.Add(Tuple.Create(duration, percentage, outcome, target));
var index = 0;
foreach (var result in item.Value.InputResults.OrderBy(r => r.DurationMilliseconds))
{
var inputDuration = $"{(index < item.Value.InputResults.Count - 1 ? p.TreeFork : p.TreeCorner)}{p.Timing}{ToStringFromMilliseconds(result.DurationMilliseconds, true)}{p.Reset}";
var inputPercentage = totalDuration > 0
? $"{(index < item.Value.InputResults.Count - 1 ? p.TreeFork : p.TreeCorner)}{p.Timing}{100 * result.DurationMilliseconds / totalDuration:N1}%{p.Reset}"
: "";
var inputOutcome = result.Outcome == TargetInputOutcome.Failed ? $"{p.Failed}Failed!{p.Reset}" : $"{p.Succeeded}Succeeded{p.Reset}";
var input = $"{ws}{ws}{p.Input}{result.Input}{p.Reset}";
rows.Add(Tuple.Create(inputDuration, inputPercentage, inputOutcome, input));
++index;
}
}
// time column width
var timW = rows.Count > 1 ? rows.Skip(1).Max(row => Palette.StripColours(row.Item1).Length) : 0;
// percentage column width
var perW = rows.Max(row => Palette.StripColours(row.Item2).Length);
// duration column width (time and percentage)
var durW = Max(Palette.StripColours(rows[0].Item1).Length, timW + 2 + perW);
// expand percentage column width to ensure time and percentage are as wide as duration
perW = Max(durW - timW - 2, perW);
// outcome column width
var outW = rows.Max(row => Palette.StripColours(row.Item3).Length);
// target name column width
var tarW = rows.Max(row => Palette.StripColours(row.Item4).Length);
// summary start separator
await this.writer.WriteLineAsync($"{GetPrefix()}{p.Default}{"".Prp(durW + 2 + outW + 2 + tarW, p.Dash)}{p.Reset}").Tax();
// header
await this.writer.WriteLineAsync($"{GetPrefix()}{rows[0].Item1.Prp(durW, ws)}{ws}{ws}{rows[0].Item3.Prp(outW, ws)}{ws}{ws}{rows[0].Item4.Prp(tarW, ws)}").Tax();
// header separator
await this.writer.WriteLineAsync($"{GetPrefix()}{p.Default}{"".Prp(durW, p.Dash)}{p.Reset}{ws}{ws}{p.Default}{"".Prp(outW, p.Dash)}{p.Reset}{ws}{ws}{p.Default}{"".Prp(tarW, p.Dash)}{p.Reset}").Tax();
// targets
foreach (var row in rows.Skip(1))
{
await this.writer.WriteLineAsync($"{GetPrefix()}{row.Item1.Prp(timW, ws)}{p.Reset}{ws}{ws}{row.Item2.Prp(perW, ws)}{p.Reset}{ws}{ws}{row.Item3.Prp(outW, ws)}{p.Reset}{ws}{ws}{row.Item4.Prp(tarW, ws)}{p.Reset}").Tax();
}
// summary end separator
await this.writer.WriteLineAsync($"{GetPrefix()}{p.Default}{"".Prp(durW + 2 + outW + 2 + tarW, p.Dash)}{p.Reset}").Tax();
}
private async Task Results()
{
// whitespace (e.g. can change to '·' for debugging)
var ws = ' ';
var rows = new List <SummaryRow> {
new SummaryRow {
TargetOrInput = $"{p.Default}Target{p.Reset}", Outcome = $"{p.Default}Outcome{p.Reset}", Duration = $"{p.Default}Duration{p.Reset}", Percentage = ""
}
};
foreach (var item in results.OrderBy(i => i.Value.Ordinal))
{
var target = $"{p.Target}{item.Key}{p.Reset}";
var outcome = item.Value.Outcome == TargetOutcome.Failed
? $"{p.Failed}Failed!{p.Reset}"
: item.Value.Outcome == TargetOutcome.NoInputs
? $"{p.Warning}No inputs!{p.Reset}"
: $"{p.Succeeded}Succeeded{p.Reset}";
var duration = item.Value.Duration.HasValue
? $"{p.Timing}{item.Value.Duration.Humanize()}{p.Reset}"
: "";
var percentage = item.Value.Duration.HasValue && totalDuration.HasValue && totalDuration.Value > TimeSpan.Zero
? $"{p.Timing}{100 * item.Value.Duration.Value.TotalMilliseconds / totalDuration.Value.TotalMilliseconds:N1}%{p.Reset}"
: "";
rows.Add(new SummaryRow {
TargetOrInput = target, Outcome = outcome, Duration = duration, Percentage = percentage
});
var index = 0;
foreach (var result in item.Value.InputResults.Values.OrderBy(result => result.Ordinal))
{
var input = $"{ws}{ws}{p.Input}{result.Input}{p.Reset}";
var inputOutcome = result.Outcome == TargetInputOutcome.Failed ? $"{p.Failed}Failed!{p.Reset}" : $"{p.Succeeded}Succeeded{p.Reset}";
var inputDuration = result.Duration.HasValue
? $"{(index < item.Value.InputResults.Count - 1 ? p.TreeFork : p.TreeCorner)}{p.Timing}{result.Duration.Humanize()}{p.Reset}"
: "";
var inputPercentage = result.Duration.HasValue && totalDuration.HasValue && totalDuration.Value > TimeSpan.Zero
? $"{(index < item.Value.InputResults.Count - 1 ? p.TreeFork : p.TreeCorner)}{p.Timing}{100 * result.Duration.Value.TotalMilliseconds / totalDuration.Value.TotalMilliseconds:N1}%{p.Reset}"
: "";
rows.Add(new SummaryRow {
TargetOrInput = input, Outcome = inputOutcome, Duration = inputDuration, Percentage = inputPercentage
});
++index;
}
}
// target or input column width
var tarW = rows.Max(row => Palette.StripColours(row.TargetOrInput).Length);
// outcome column width
var outW = rows.Max(row => Palette.StripColours(row.Outcome).Length);
// duration column width
var durW = rows.Count > 1 ? rows.Skip(1).Max(row => Palette.StripColours(row.Duration).Length) : 0;
// percentage column width
var perW = rows.Max(row => Palette.StripColours(row.Percentage).Length);
// timing column width (duration and percentage)
var timW = Max(Palette.StripColours(rows[0].Duration).Length, durW + 2 + perW);
// expand percentage column width to ensure time and percentage are as wide as duration
perW = Max(timW - durW - 2, perW);
// summary start separator
await this.writer.WriteLineAsync($"{GetPrefix()}{p.Default}{"".Prp(tarW + 2 + outW + 2 + timW, p.Dash)}{p.Reset}").Tax();
// header
await this.writer.WriteLineAsync($"{GetPrefix()}{rows[0].TargetOrInput.Prp(tarW, ws)}{ws}{ws}{rows[0].Outcome.Prp(outW, ws)}{ws}{ws}{rows[0].Duration.Prp(timW, ws)}").Tax();
// header separator
await this.writer.WriteLineAsync($"{GetPrefix()}{p.Default}{"".Prp(tarW, p.Dash)}{p.Reset}{ws}{ws}{p.Default}{"".Prp(outW, p.Dash)}{p.Reset}{ws}{ws}{p.Default}{"".Prp(timW, p.Dash)}{p.Reset}").Tax();
// targets
foreach (var row in rows.Skip(1))
{
await this.writer.WriteLineAsync($"{GetPrefix()}{row.TargetOrInput.Prp(tarW, ws)}{p.Reset}{ws}{ws}{row.Outcome.Prp(outW, ws)}{p.Reset}{ws}{ws}{row.Duration.Prp(durW, ws)}{p.Reset}{ws}{ws}{row.Percentage.Prp(perW, ws)}{p.Reset}").Tax();
}
// summary end separator
await this.writer.WriteLineAsync($"{GetPrefix()}{p.Default}{"".Prp(tarW + 2 + outW + 2 + timW, p.Dash)}{p.Reset}").Tax();
}
private string List(TargetCollection targets, List <string> rootTargets, int maxDepth, int maxDepthToShowInputs, bool listInputs, string startingPrefix)
{
var lines = new List <(string, string)>();
foreach (var rootTarget in rootTargets)
{
Append(new List <string> {
rootTarget
}, new Stack <string>(), true, "", 0);
}
var maxColumn1Width = lines.Max(line => Palette.StripColours(line.Item1).Length);
return(string.Join("", lines.Select(line => $"{line.Item1.PadRight(maxColumn1Width + line.Item1.Length - Palette.StripColours(line.Item1).Length)} {line.Item2}{Environment.NewLine}")));
void Append(List <string> names, Stack <string> seenTargets, bool isRoot, string previousPrefix, int depth)
{
if (depth > maxDepth)
{
return;
}
foreach (var item in names.Select((name, index) => new { name, index }))
{
var circularDependency = seenTargets.Contains(item.name);
seenTargets.Push(item.name);
try
{
var prefix = isRoot
? startingPrefix ?? ""
: $"{previousPrefix.Replace(p.TreeCorner, " ").Replace(p.TreeFork, p.TreeDown)}{(item.index == names.Count - 1 ? p.TreeCorner : p.TreeFork)}";
var isMissing = !targets.Contains(item.name);
var line = $"{prefix}{p.Target}{item.name}";
if (isMissing)
{
lines.Add((line + $"{p.Reset} {p.Failed}(missing){p.Reset}", null));
continue;
}
if (circularDependency)
{
lines.Add((line + $"{p.Reset} {p.Failed}(circular dependency){p.Reset}", targets[item.name].Description));
continue;
}
lines.Add((line + p.Reset, targets[item.name].Description));
var target = targets[item.name];
if (listInputs && depth <= maxDepthToShowInputs && target is IHaveInputs hasInputs)
{
foreach (var inputItem in hasInputs.Inputs.Select((input, index) => new { input, index }))
{
var inputPrefix = $"{prefix.Replace(p.TreeCorner, " ").Replace(p.TreeFork, p.TreeDown)}{(target.Dependencies.Any() && depth + 1 <= maxDepth ? p.TreeDown : " ")}";
lines.Add(($"{inputPrefix}{p.Input}{inputItem.input}{p.Reset}", null));
}
}
Append(target.Dependencies, seenTargets, false, prefix, depth + 1);
}
finally
{
seenTargets.Pop();
}
}
}
}
