public void AddTwoBags(PositionsBag bagOne, PositionsBag bagTwo)
{
XList.AddRange(bagOne.XList);
XList.AddRange(bagTwo.XList);
YList.AddRange(bagOne.YList);
YList.AddRange(bagTwo.YList);
}
internal void ProcessBasicPackageInformation()
{
// -----------------------------------------------------------------------------------------------------------------------------------
// New Step: Validate the basic information of this package
string pkgName = Source.PackageRules.GetProperty("name").Value;
Architecture pkgArchitecture = Architecture.Auto;
FourPartVersion pkgVersion = Source.PackageRules.GetPropertyValue("version");
FlavorString pkgFlavor = Source.PackageRules.GetPropertyValue("flavor");
string pkgPublicKeyToken = Source.Certificate.PublicKeyToken;
if (string.IsNullOrEmpty(pkgName)) {
Event<Error>.Raise(
MessageCode.MissingPackageName, Source.PackageRules.Last().SourceLocation, "Missing property 'name' in 'package' rule.");
}
if (pkgVersion == 0) {
// try to figure out package version from binaries.
// check assemblies first
foreach (var assembly in Assemblies) {
pkgVersion = assembly.Version;
if (pkgVersion == 0) {
Event<Error>.Raise(
MessageCode.AssemblyHasNoVersion, assembly.Rule.SourceLocation, "Assembly '{0}/{1}' doesn't have a version.", assembly.Name, assembly.Culture ?? "");
} else {
Event<Warning>.Raise(
MessageCode.AssumingVersionFromAssembly, Assemblies.First().Rule.SourceLocation,
"Package Version not specified, assuming version '{0}' from first assembly", pkgVersion.ToString());
if (pkgArchitecture == Architecture.Auto || pkgArchitecture == Architecture.Unknown) {
// while we're here, let's grab this as the architecture.
pkgArchitecture = assembly.Architecture;
}
break;
}
}
if (pkgVersion == 0) {
// check application next
foreach (var file in DestinationDirectoryFiles) {
var binary = Binary.Load(file.SourcePath).Result;
if (binary.IsPEFile) {
pkgVersion = binary.FileVersion;
Event<Warning>.Raise(
MessageCode.AssumingVersionFromApplicationFile, null,
"Package Version not specified, assuming version '{0}' from application file '{1}'", pkgVersion.ToString(),
file.SourcePath);
if (pkgArchitecture == Architecture.Auto || pkgArchitecture == Architecture.Unknown) {
// while we're here, let's grab this as the architecture.
if (binary.IsAnyCpu) {
pkgArchitecture = Architecture.Any;
} else if (binary.Is64Bit) {
pkgArchitecture = Architecture.x64;
} else {
pkgArchitecture = Architecture.x86;
}
}
break;
}
}
}
if (pkgVersion == 0) {
Event<Error>.Raise(MessageCode.UnableToDeterminePackageVersion, null, "Unable to determine package version.");
return; // fast fail.
}
}
// set any assemblies without version numbers to package version
foreach (var assembly in Assemblies.Where(each => each.Version == 0L)) {
assembly.Version = pkgVersion;
}
// make sure that all the assemblies have the same version as the package
foreach (var assembly in Assemblies.Where(each => each.Version != pkgVersion)) {
Event<Error>.Raise(MessageCode.AssemblyVersionDoesNotMatch, null, "Assembly '{0}' has different version ({1}) that this package ({2}) .", assembly.Name, assembly.Version, Version);
}
// check to see that all the assemblies are the same version.
var versions = Assemblies.Select(each => each.Version).Distinct().ToArray();
if (versions.Length > 1) {
foreach (var asm in Assemblies) {
Event<Error>.Raise(
MessageCode.MultipleAssemblyVersions, asm.Rule.SourceLocation, "All Assemblies must have the same version. '{0}' Version => {1}.",
asm.Name, asm.Version);
}
// fail fast, this is pointless.
return;
}
var arch = Source.PackageRules.GetPropertyValue("arch") as string;
arch = arch ?? Source.PackageRules.GetPropertyValue("architecture") as string;
if ((pkgArchitecture == Architecture.Auto || pkgArchitecture == Architecture.Unknown) && arch != null) {
pkgArchitecture = arch;
}
// is it still not set?
if (pkgArchitecture == Architecture.Auto || pkgArchitecture == Architecture.Unknown) {
// figure it out from what's going in the package.
Event<Error>.Raise(MessageCode.UnableToDeterminePackageArchitecture, null, "Unable to determine package architecture.");
}
var locations = Source.PackageRules.GetPropertyValues("location").Union(Source.PackageRules.GetPropertyValues("locations"));
if( !locations.IsNullOrEmpty()) {
Locations = new XList<Uri>();
Locations.AddRange(locations.Select(location => location.ToUri()).Where(uri => uri != null));
}
var feeds = Source.PackageRules.GetPropertyValues("feed").Union(Source.PackageRules.GetPropertyValues("feeds"));
if (!feeds.IsNullOrEmpty()) {
Feeds = new XList<Uri>();
Feeds.AddRange(feeds.Select(feed => feed.ToUri()).Where(uri => uri != null));
}
var publisher = Source.PackageRules.GetPropertyValue("publisher");
if( !string.IsNullOrEmpty(publisher)) {
var identityRules = Source.IdentityRules.GetRulesByParameter(publisher);
if (!identityRules.IsNullOrEmpty()) {
PackageDetails.Publisher = new Identity {
Name = identityRules.GetPropertyValue("name"),
Email = identityRules.GetPropertyValue("email"),
Location = identityRules.GetPropertyValue("website").ToUri()
};
}
}
CanonicalName = string.Format("coapp:{0}{1}-{2}-{3}-{4}", pkgName, pkgFlavor, pkgVersion, pkgArchitecture, pkgPublicKeyToken);
}
XList <int> CalculateRow(Topic parent, Topic[] children, MindMapLayoutArgs e)
{
XList <int> listHeight = new XList <int>();
if (!parent.IsRoot)
{
parent.TextSize = CalculateTextSize(parent, e);
listHeight.Add(parent.ContentBounds.Height);
}
XList <int> prevSubListHeight = new XList <int>();
bool isIncrease = parent.IsRoot || parent.Type == TopicType.Barrier;
int i = isIncrease ? 0 : children.Length - 1;
while (i > -1 && i < children.Length)
{
Topic subTopic = children[i];
XList <int> subListHeight = CalculateRow(subTopic, e);
if (subTopic.Type == TopicType.Barrier && prevSubListHeight.Count > 1)
{
prevSubListHeight.RemoveAt(0);
if (subListHeight.IsEmpty)
{
subListHeight.AddRange(prevSubListHeight);
}
else
{
XList <int> savedList = subListHeight;
subListHeight = new XList <int>();
subListHeight.Add(savedList[0]);
subListHeight.AddRange(prevSubListHeight);
savedList.RemoveAt(0);
subListHeight.AddRange(savedList);
}
}
if (parent.Type == TopicType.Barrier || parent.IsRoot)
{
// Append row
listHeight.AddRange(subListHeight);
}
else
{
// Merge rows
for (int k = 0, n = listHeight.Count; k < n; ++k)
{
if (k < subListHeight.Count)
{
listHeight[k] = Math.Max(subListHeight[k], listHeight[k]);
}
else
{
break;
}
}
if (listHeight.Count < subListHeight.Count)
{
for (int k = listHeight.Count, n = subListHeight.Count; k < n; ++k)
{
listHeight.Add(subListHeight[k]);
}
}
}
prevSubListHeight = subListHeight;
if (isIncrease)
{
++i;
}
else
{
--i;
}
}
return(listHeight);
}
public void AddBag(PositionsBag bag)
{
XList.AddRange(bag.XList);
YList.AddRange(bag.YList);
}
