String replace_content(ContentReplaceInfo cri, string srcContent)
{
switch (cri.Kind)
{
case treplace_kinds.REGEX:
Regex r = new Regex(cri.SearchString); //!TODO: create it once
return(r.Replace(srcContent, cri.ReplaceString));
case treplace_kinds.DIRECT:
return(srcContent.Replace(cri.SearchString, cri.ReplaceString));
case treplace_kinds.XML:
XmlDocument xml = new XmlDocument();
xml.LoadXml(srcContent);
XmlNamespaceManager xmlsm = new XmlNamespaceManager(xml.NameTable);
String url = cri.GetParam("xmlns_url");
if (url != null)
{
String xmlns_name = cri.GetParam("xmlns_name");
System.Diagnostics.Debug.Assert(xmlns_name != null);
xmlsm.AddNamespace(xmlns_name, url);
}
foreach (XmlNode node in xml.SelectNodes(cri.SearchString, xmlsm))
{
node.InnerText = cri.ReplaceString;
}
return(xml.InnerXml);
}
return(srcContent);
}
String replace_content(ContentReplaceInfo cri, string srcContent) {
switch (cri.Kind) {
case treplace_kinds.REGEX:
Regex r = new Regex(cri.SearchString); //!TODO: create it once
return r.Replace(srcContent, cri.ReplaceString);
case treplace_kinds.DIRECT:
return srcContent.Replace(cri.SearchString, cri.ReplaceString);
case treplace_kinds.XML:
XmlDocument xml = new XmlDocument();
xml.LoadXml(srcContent);
XmlNamespaceManager xmlsm = new XmlNamespaceManager(xml.NameTable);
String url = cri.GetParam("xmlns_url");
if (url != null) {
String xmlns_name = cri.GetParam("xmlns_name");
System.Diagnostics.Debug.Assert(xmlns_name != null);
xmlsm.AddNamespace(xmlns_name, url);
}
foreach (XmlNode node in xml.SelectNodes(cri.SearchString, xmlsm)) {
node.InnerText = cri.ReplaceString;
}
return xml.InnerXml;
}
return srcContent;
}
private void generate_list_replacements()
{
m_ListReplacements = new List <ContentReplaceInfo>();
foreach (XmlNode node in m_VersionNode.SelectNodes("content/replace"))
{
if (!is_replace_rule_applicable(node))
{
continue;
}
ContentReplaceInfo ci = new ContentReplaceInfo(
node.SelectSingleNode("files").InnerText
, expand_macros(node.SelectSingleNode("search").InnerText)
, expand_macros(node.SelectSingleNode("replace").InnerText)
, get_kind(node, "kind", treplace_kinds.REGEX)
);
//for some nodes we need additional params; f.e. for nodes with kind = xml user is able to specify namespaces
foreach (XmlNode xmlns_node in node.SelectNodes("xmlns"))
{
if (xmlns_node != null)
{
XmlNode name = xmlns_node.SelectSingleNode("@name");
if (name == null)
{
throw new Exception("Subnode 'xmlns' requests attribute 'name'");
}
ci.SetAdditionalParam("xmlns_name", xmlns_node.SelectSingleNode("@name").InnerText);
ci.SetAdditionalParam("xmlns_url", xmlns_node.InnerText);
}
}
m_ListReplacements.Add(ci);
}
m_ListReplacements.Add(new ContentReplaceInfo(
m_VersionNode.SelectSingleNode("package/include_files").InnerText
, OriginalPackageName
, getNewPackageName()
, treplace_kinds.DIRECT
));
}
private void generate_list_replacements() {
m_ListReplacements = new List<ContentReplaceInfo>();
foreach (XmlNode node in m_VersionNode.SelectNodes("content/replace")) {
if (!is_replace_rule_applicable(node)) continue;
ContentReplaceInfo ci = new ContentReplaceInfo(
node.SelectSingleNode("files").InnerText
, expand_macros(node.SelectSingleNode("search").InnerText)
, expand_macros(node.SelectSingleNode("replace").InnerText)
, get_kind(node, "kind", treplace_kinds.REGEX)
);
//for some nodes we need additional params; f.e. for nodes with kind = xml user is able to specify namespaces
foreach (XmlNode xmlns_node in node.SelectNodes("xmlns")) {
if (xmlns_node != null) {
XmlNode name = xmlns_node.SelectSingleNode("@name");
if (name == null) throw new Exception("Subnode 'xmlns' requests attribute 'name'");
ci.SetAdditionalParam("xmlns_name", xmlns_node.SelectSingleNode("@name").InnerText);
ci.SetAdditionalParam("xmlns_url", xmlns_node.InnerText);
}
}
m_ListReplacements.Add(ci);
}
m_ListReplacements.Add(new ContentReplaceInfo(
m_VersionNode.SelectSingleNode("package/include_files").InnerText
, OriginalPackageName
, getNewPackageName()
, treplace_kinds.DIRECT
));
}
