void LoadMonoDevelopConfigurationProperties (string configName, SlnSection sec, Solution sln, ProgressMonitor monitor)
{
SolutionConfiguration config = sln.Configurations [configName];
if (config == null)
return;
sln.ReadConfigurationData (monitor, sec.Properties, config);
}
void LoadNestedProjects (SlnSection sec, IDictionary<string, SolutionFolderItem> entries, ProgressMonitor monitor)
{
if (sec == null || sec.SectionType != SlnSectionType.PreProcess)
return;
foreach (var kvp in sec.Properties) {
// Guids should be upper case for VS compatibility
var pair = new KeyValuePair<string, string> (kvp.Key.ToUpper (), kvp.Value.ToUpper ());
SolutionFolderItem folderItem;
SolutionFolderItem item;
if (!entries.TryGetValue (pair.Value, out folderItem)) {
//Container not found
LoggingService.LogWarning (GettextCatalog.GetString ("Project with guid '{0}' not found.", pair.Value));
continue;
}
SolutionFolder folder = folderItem as SolutionFolder;
if (folder == null) {
LoggingService.LogWarning (GettextCatalog.GetString ("Item with guid '{0}' is not a folder.", pair.Value));
continue;
}
if (!entries.TryGetValue (pair.Key, out item)) {
//Containee not found
LoggingService.LogWarning (GettextCatalog.GetString ("Project with guid '{0}' not found.", pair.Key));
continue;
}
folder.Items.Add (item);
}
}
void WriteNestedProjects (SolutionFolder folder, SolutionFolder root, SlnSection sec)
{
foreach (SolutionFolderItem ce in folder.Items)
sec.Properties.SetValue (ce.ItemId, folder.ItemId);
}
public void Generate(bool ForceRegenerate)
{
var s = new SlnFile();
s.FullPath = OutputDirectory / (SolutionName + ".sln");
using (var sr = new StringReader(SlnTemplateText))
{
s.Read(sr);
}
s.Projects.Clear();
s.SolutionConfigurationsSection.Clear();
s.ProjectConfigurationsSection.Clear();
foreach (var ConfigurationType in Enum.GetValues(typeof(ConfigurationType)).Cast <ConfigurationType>())
{
var ConfigurationTypeAndArchitecture = $"{ConfigurationType}|{GetArchitectureString(TargetOperatingSystem, TargetArchitecture)}";
s.SolutionConfigurationsSection.SetValue(ConfigurationTypeAndArchitecture, ConfigurationTypeAndArchitecture);
}
SlnSection NestedProjects = null;
foreach (var Section in s.Sections.Where(Section => Section.Id == "NestedProjects"))
{
Section.Clear();
NestedProjects = Section;
}
if (NestedProjects == null)
{
NestedProjects = new SlnSection
{
Id = "NestedProjects"
};
s.Sections.Add(NestedProjects);
}
var Filters = new Dictionary <String, String>(StringComparer.OrdinalIgnoreCase);
foreach (var Project in ProjectReferences)
{
var Dir = Project.VirtualDir.ToString(PathStringStyle.Windows);
if (!Filters.ContainsKey(Dir))
{
var CurrentDir = Dir.AsPath();
var CurrentDirFilter = CurrentDir.ToString(PathStringStyle.Windows);
while ((CurrentDirFilter != ".") && !Filters.ContainsKey(CurrentDirFilter))
{
var g = Guid.ParseExact(Hash.GetHashForPath(CurrentDirFilter, 32), "N").ToString().ToUpper();
Filters.Add(CurrentDirFilter, g);
CurrentDir = CurrentDir.Parent;
CurrentDirFilter = CurrentDir.ToString(PathStringStyle.Windows);
if (CurrentDirFilter != ".")
{
var gUpper = Guid.ParseExact(Hash.GetHashForPath(CurrentDirFilter, 32), "N").ToString().ToUpper();
NestedProjects.Properties.SetValue("{" + g + "}", "{" + gUpper + "}");
}
}
}
s.Projects.Add(new SlnProject
{
TypeGuid = "{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}",
Name = Project.Name,
FilePath = Project.FilePath.FullPath.RelativeTo(OutputDirectory).ToString(PathStringStyle.Windows),
Id = "{" + Project.Id + "}"
});
var conf = new SlnPropertySet("{" + Project.Id + "}");
foreach (var c in s.SolutionConfigurationsSection)
{
var Value = TargetOperatingSystem == OperatingSystemType.Windows ? c.Value.Replace("|x86", "|Win32") : c.Value;
conf.SetValue(c.Key + ".ActiveCfg", Value);
conf.SetValue(c.Key + ".Build.0", Value);
}
s.ProjectConfigurationsSection.Add(conf);
if (Dir != ".")
{
NestedProjects.Properties.SetValue("{" + Project.Id + "}", "{" + Filters[Dir] + "}");
}
}
foreach (var f in Filters)
{
s.Projects.Add(new SlnProject
{
TypeGuid = "{2150E333-8FDC-42A3-9474-1A3956D46DE8}",
Name = f.Key.AsPath().FileName,
FilePath = f.Key.AsPath().FileName,
Id = "{" + f.Value + "}"
});
}
foreach (var Section in s.Sections.Where(Section => Section.Id == "ExtensibilityGlobals"))
{
Section.Properties.SetValue("SolutionGuid", "{" + SolutionId.ToUpper() + "}");
}
String Text;
using (var sw = new StringWriter())
{
s.Write(sw);
Text = sw.ToString();
}
TextFile.WriteToFile(s.FullPath, Text, Encoding.UTF8, !ForceRegenerate);
}
static DataItem ReadDataItem (SlnSection pset, Dictionary<DataNode,int> ids)
{
DataItem it = new DataItem ();
var lines = pset.GetContent ().ToArray ();
int lineNum = 0;
int lastLine = lines.Length - 1;
while (lineNum <= lastLine) {
if (!ReadDataNode (it, lines, lastLine, "", ids, ref lineNum))
lineNum++;
}
return it;
}
static DataItem ReadDataItem (SlnSection pset)
{
return ReadDataItem (pset, null);
}
static void WriteDataItem (SlnSection pset, DataItem item)
{
HashSet<DataItem> removedItems = new HashSet<DataItem> ();
Dictionary<DataNode,int> ids = new Dictionary<DataNode, int> ();
// First of all read the existing data item, since we want to keep data that has not been modified
// The ids collection is filled with a map of items and their ids
var currentItem = ReadDataItem (pset, ids);
// UpdateFromItem will add new data to the item, it will remove the data that has been removed, and
// will ignore unknown data that has not been set or removed
currentItem.UpdateFromItem (item, removedItems);
// List of IDs that are not used anymore and can be reused when writing the item
var unusedIds = new Queue<int> (removedItems.Select (it => ids[it]).OrderBy (i => i));
// Calculate the next free id, to be used when adding new items
var usedIds = ids.Where (p => !removedItems.Contains (p.Key)).Select (p => p.Value).ToArray ();
int nextId = usedIds.Length > 0 ? usedIds.Max () + 1 : 0;
var newSet = new List<KeyValuePair<string, string>> ();
foreach (DataNode val in currentItem.ItemData)
WriteDataNode (newSet, "", val, ids, unusedIds, ref nextId);
pset.SetContent (newSet);
}
