public bool AddOtherCFlags(PBXList flags)
{
bool modified = false;
if(!ContainsKey(BUILDSETTINGS_KEY))
this.Add(BUILDSETTINGS_KEY, new PBXDictionary());
foreach(string flag in flags) {
if(!((PBXDictionary)_data[BUILDSETTINGS_KEY]).ContainsKey(OTHER_C_FLAGS_KEY)) {
((PBXDictionary)_data[BUILDSETTINGS_KEY]).Add(OTHER_C_FLAGS_KEY, new PBXList());
} else if(((PBXDictionary)_data[BUILDSETTINGS_KEY])[OTHER_C_FLAGS_KEY] is string) {
string tempString = (string)((PBXDictionary)_data[BUILDSETTINGS_KEY])[OTHER_C_FLAGS_KEY];
((PBXDictionary)_data[BUILDSETTINGS_KEY])[OTHER_C_FLAGS_KEY] = new PBXList();
((PBXList)((PBXDictionary)_data[BUILDSETTINGS_KEY])[OTHER_C_FLAGS_KEY]).Add(tempString);
}
if(!((PBXList)((PBXDictionary)_data[BUILDSETTINGS_KEY])[OTHER_C_FLAGS_KEY]).Contains(flag)) {
((PBXList)((PBXDictionary)_data[BUILDSETTINGS_KEY])[OTHER_C_FLAGS_KEY]).Add(flag);
modified = true;
}
}
return modified;
}
protected bool AddSearchPaths(PBXList paths, string key, bool recursive = true)
{
bool modified = false;
if(!ContainsKey(BUILDSETTINGS_KEY))
this.Add(BUILDSETTINGS_KEY, new PBXDictionary());
foreach(string path in paths) {
string currentPath = path;
if(recursive && !path.EndsWith("/**"))
currentPath += "**";
if(!((PBXDictionary)_data[BUILDSETTINGS_KEY]).ContainsKey(key)) {
((PBXDictionary)_data[BUILDSETTINGS_KEY]).Add(key, new PBXList());
} else if(((PBXDictionary)_data[BUILDSETTINGS_KEY])[key] is string) {
PBXList list = new PBXList();
list.Add(((PBXDictionary)_data[BUILDSETTINGS_KEY])[key]);
((PBXDictionary)_data[BUILDSETTINGS_KEY])[key] = list;
}
if(!((PBXList)((PBXDictionary)_data[BUILDSETTINGS_KEY])[key]).Contains(currentPath)) {
((PBXList)((PBXDictionary)_data[BUILDSETTINGS_KEY])[key]).Add(currentPath);
modified = true;
}
}
return modified;
}
public bool SetWeakLink(bool weak = false)
{
PBXDictionary settings = null;
PBXList attributes = null;
if(!_data.ContainsKey(SETTINGS_KEY)) {
if(weak) {
attributes = new PBXList();
attributes.internalNewlines = false;
attributes.Add(WEAK_VALUE);
settings = new PBXDictionary();
settings.Add(ATTRIBUTES_KEY, attributes);
settings.internalNewlines = false;
this.Add(SETTINGS_KEY, settings);
}
return true;
}
settings = _data[SETTINGS_KEY] as PBXDictionary;
settings.internalNewlines = false;
if(!settings.ContainsKey(ATTRIBUTES_KEY)) {
if(weak) {
attributes = new PBXList();
attributes.internalNewlines = false;
attributes.Add(WEAK_VALUE);
settings.Add(ATTRIBUTES_KEY, attributes);
return true;
} else {
return false;
}
} else {
attributes = settings[ATTRIBUTES_KEY] as PBXList;
}
attributes.internalNewlines = false;
if(weak) {
attributes.Add(WEAK_VALUE);
} else {
attributes.Remove(WEAK_VALUE);
}
settings.Add(ATTRIBUTES_KEY, attributes);
this.Add(SETTINGS_KEY, settings);
return true;
}
protected bool AddSearchPaths(PBXList paths, string key, bool recursive = true)
{
bool modified = false;
if (!ContainsKey(BUILDSETTINGS_KEY))
{
this.Add(BUILDSETTINGS_KEY, new PBXDictionary());
}
foreach (string path in paths)
{
string currentPath = path;
if (recursive && !path.EndsWith("/**"))
{
currentPath += "**";
}
if (!((PBXDictionary)_data[BUILDSETTINGS_KEY]).ContainsKey(key))
{
((PBXDictionary)_data[BUILDSETTINGS_KEY]).Add(key, new PBXList());
}
else if (((PBXDictionary)_data[BUILDSETTINGS_KEY])[key] is string)
{
PBXList list = new PBXList();
list.Add(((PBXDictionary)_data[BUILDSETTINGS_KEY])[key]);
((PBXDictionary)_data[BUILDSETTINGS_KEY])[key] = list;
}
if (!((PBXList)((PBXDictionary)_data[BUILDSETTINGS_KEY])[key]).Contains(currentPath))
{
((PBXList)((PBXDictionary)_data[BUILDSETTINGS_KEY])[key]).Add(currentPath);
modified = true;
}
}
return(modified);
}
public bool AddOtherCFlags(PBXList flags)
{
foreach(KeyValuePair<string, XCBuildConfiguration> buildConfig in buildConfigurations) {
buildConfig.Value.AddOtherCFlags(flags);
}
modified = true;
return modified;
}
public bool AddLibrarySearchPaths(PBXList paths)
{
foreach(KeyValuePair<string, XCBuildConfiguration> buildConfig in buildConfigurations) {
buildConfig.Value.AddLibrarySearchPaths(paths, false);
}
modified = true;
return modified;
}
public bool AddOtherCFlags(string flag)
{
PBXList flags = new PBXList();
flags.Add(flag);
return AddOtherCFlags(flags);
}
public bool AddFrameworkSearchPaths(PBXList paths, bool recursive = true)
{
return this.AddSearchPaths(paths, FRAMEWORK_SEARCH_PATHS_KEY, recursive);
}
public bool AddLibrarySearchPaths(PBXList paths, bool recursive = true)
{
return this.AddSearchPaths(paths, LIBRARY_SEARCH_PATHS_KEY, recursive);
}
public bool AddHeaderSearchPaths(PBXList paths, bool recursive = true)
{
return this.AddSearchPaths(paths, HEADER_SEARCH_PATHS_KEY, recursive);
}
protected bool AddSearchPaths(string path, string key, bool recursive = true)
{
PBXList paths = new PBXList();
paths.Add(path);
return AddSearchPaths(paths, key, recursive);
}
private PBXList ParseArray()
{
PBXList list = new PBXList();
bool complete = false;
while(!complete) {
switch(NextToken()) {
case END_OF_FILE:
Debug.Log("Error: Reached end of file inside a list: " + list);
complete = true;
break;
case ARRAY_END_TOKEN:
complete = true;
break;
case ARRAY_ITEM_DELIMITER_TOKEN:
break;
default:
StepBackward();
list.Add(ParseValue());
break;
}
}
return list;
}
public bool AddFrameworkSearchPaths(PBXList paths, bool recursive = true)
{
return(this.AddSearchPaths(paths, FRAMEWORK_SEARCH_PATHS_KEY, recursive));
}
public bool AddLibrarySearchPaths(PBXList paths, bool recursive = true)
{
return(this.AddSearchPaths(paths, LIBRARY_SEARCH_PATHS_KEY, recursive));
}
public bool AddHeaderSearchPaths(PBXList paths, bool recursive = true)
{
return(this.AddSearchPaths(paths, HEADER_SEARCH_PATHS_KEY, recursive));
}