public void ReadConfig(IFubuFile config, IPackageLog log)
{
_diagnostics.SetCurrentProvenance(config.Provenance);
var reader = new SharingDslReader(_diagnostics);
log.Trace(" Reading sharing directives from {0}", config.ToString());
log.TrapErrors(() => config.ReadLines(text =>
{
if (text.Trim().IsEmpty()) return;
log.TrapErrors(() => reader.ReadLine(text, config.Provenance));
}));
}
public void ReadFile(string file, IPackageLog log)
{
var reader = new AssetDslReader(_assets);
log.Trace(" Reading script directives from {0}", file);
log.TrapErrors(() =>
{
_fileSystem.ReadTextFile(file, text =>
{
if (text.Trim().IsEmpty()) return;
log.TrapErrors(() => reader.ReadLine(text));
});
});
}
public void ReadConfig(IFubuFile config, IPackageLog log)
{
_diagnostics.SetCurrentProvenance(config.Provenance);
var reader = new SharingDslReader(_diagnostics);
log.Trace(" Reading sharing directives from {0}", config.ToString());
log.TrapErrors(() => config.ReadLines(text =>
{
if (text.Trim().IsEmpty())
{
return;
}
log.TrapErrors(() => reader.ReadLine(text, config.Provenance));
}));
}
public void ReadFile(string provenance, string file, IPackageLog log)
{
_diagnostics.SetCurrentProvenance(provenance);
var reader = new SharingDslReader(_diagnostics);
log.Trace(" Reading spark directives from {0}", file);
log.TrapErrors(() => _fileSystem.ReadTextFile(file, text =>
{
if (text.Trim().IsEmpty())
{
return;
}
log.TrapErrors(() => reader.ReadLine(text, provenance));
}));
}
public void ReadFile(string provenance, string file, IPackageLog log)
{
_diagnostics.SetCurrentProvenance(provenance);
var reader = new SparkDslReader(_diagnostics);
log.Trace(" Reading spark directives from {0}", file);
log.TrapErrors(() => _fileSystem.ReadTextFile(file, text =>
{
if (text.Trim().IsEmpty())
{
return;
}
log.TrapErrors(() => reader.ReadLine(text, provenance));
}));
}
public void Precompile(IPackageLog log)
{
Parallel.ForEach(nonNativePartialDescriptors(), vd=> log.TrapErrors(() => {
var def = vd.ToViewDefinition();
_providerCache.GetViewEntry(def.ViewDescriptor);
_providerCache.GetViewEntry(def.PartialDescriptor);
}));
}
public void ReadFile(string file, IPackageLog log)
{
_diagnostics.SetCurrentProvenance(file);
var reader = new AssetDslReader(_diagnostics);
_configurationFiles.Fill(file.ToFullPath());
log.Trace(" Reading script directives from {0}", file);
log.TrapErrors(() =>
{
_fileSystem.ReadTextFile(file, text =>
{
if (text.Trim().IsEmpty()) return;
log.TrapErrors(() => reader.ReadLine(text));
});
});
}
public void Precompile(IPackageLog log)
{
nonNativePartialDescriptors().Each(vd => log.TrapErrors(() => {
var def = vd.ToViewDefinition();
_providerCache.GetViewEntry(def.ViewDescriptor);
_providerCache.GetViewEntry(def.PartialDescriptor);
}));
}
public void ReadFile(string file, IPackageLog log)
{
var reader = new ScriptDslReader(_scripts);
log.Trace(" Reading script directives from {0}", file);
log.TrapErrors(() =>
{
_fileSystem.ReadTextFile(file, text =>
{
if (text.Trim().IsEmpty())
{
return;
}
log.TrapErrors(() => reader.ReadLine(text));
});
});
}
public void ReadFile(string file, IPackageLog log)
{
_diagnostics.SetCurrentProvenance(file);
var reader = new AssetDslReader(_diagnostics);
_configurationFiles.Fill(file.ToFullPath());
log.Trace(" Reading script directives from {0}", file);
log.TrapErrors(() =>
{
_fileSystem.ReadTextFile(file, text =>
{
if (text.Trim().IsEmpty())
{
return;
}
log.TrapErrors(() => reader.ReadLine(text));
});
});
}
