internal override void Run(TemplateEnviroment env)
{
foreach (CompiledTemplate item in m_items)
{
item.Run(env);
}
}
internal override void Run(TemplateEnviroment env)
{
object obj = m_func();
env.Writer.Write(obj);
env.Writer.Flush();
}
internal override void Run(TemplateEnviroment env)
{
LanguageQueryFunc func = (LanguageQueryFunc)m_engine.DefaultModule.Globals["query"];
IDatabaseSource dbcontext = (IDatabaseSource)m_engine.DefaultModule.Globals["dbcontext"];
string sql = MakeSqlSubs(m_select, m_engine);
IBedReader reader = dbcontext.GetAnyDDA().AdaptReader(func(sql));
reader.RunForEachRecordAndDispose(dbcontext.Dialect.DialectCaps.MARS, (rec, index) => ProcessRecord(rec, env, index));
}
internal override void Run(TemplateEnviroment env)
{
string sql = SelectTemplate.MakeSqlSubs(m_query, m_engine);
LanguageQueryFunc func = (LanguageQueryFunc)m_engine.DefaultModule.Globals["query"];
using (IDataReader reader = func(sql))
{
if (reader.Read())
{
env.Writer.Write(reader[0].SafeToString());
}
}
}
private void ProcessRecord(IBedRecord record, TemplateEnviroment env, int index)
{
if (index > 0 && m_separ != null)
{
m_separ.Run(env);
}
m_engine.Globals["_row_"] = record;
for (int fi = 0; fi < record.FieldCount; fi++)
{
m_engine.Globals["_" + record.GetName(fi).ToLower() + "_"] = record.GetValue(fi).SafeToString();
}
m_body.Run(env);
}
public static RunTextWriterDelegate CompileScript(string code, TextGeneratorLanguage language)
{
switch (language)
{
case TextGeneratorLanguage.Python:
return(delegate(Stream fw, IDictionary <string, object> extnames, IDictionary <string, object> outnames)
{
PythonEngine engine = new PythonEngine();
ScriptingEnv.InitializeEngine(engine);
engine.SetStandardOutput(fw);
CompiledCode compiled = engine.Compile(code);
//if (node != null) node.GetScriptingNS(engine.DefaultModule.Globals);
if (extnames != null)
{
foreach (string key in extnames.Keys)
{
engine.DefaultModule.Globals[key] = extnames[key];
}
}
compiled.Execute();
if (outnames != null)
{
foreach (string key in engine.DefaultModule.Globals.Keys)
{
outnames[key] = engine.DefaultModule.Globals[key];
}
}
});
case TextGeneratorLanguage.Template:
return(delegate(Stream fw, IDictionary <string, object> extnames, IDictionary <string, object> outnames)
{
PythonEngine engine = new PythonEngine();
engine.SetStandardOutput(fw);
ScriptingEnv.InitializeEngine(engine);
//if (node != null) node.GetScriptingNS(engine.DefaultModule.Globals);
if (extnames != null)
{
foreach (string key in extnames.Keys)
{
engine.DefaultModule.Globals[key] = extnames[key];
}
}
Template tpl = new Template(code, engine);
StreamWriter sw = new StreamWriter(fw);
TemplateEnviroment env = new TemplateEnviroment(sw);
tpl.Run(env);
});
}
throw new Exception("DAE-00258 internal error");
}
internal override void Run(TemplateEnviroment env)
{
bool was = false;
foreach (object obj in (System.Collections.IEnumerable)m_container())
{
if (was && m_separ != null)
{
m_separ.Run(env);
}
m_engine.DefaultModule.Globals[m_varname] = obj;
m_body.Run(env);
was = true;
}
}
internal override void Run(TemplateEnviroment env)
{
env.Writer.Write(m_data);
env.Writer.Flush();
}
internal abstract void Run(TemplateEnviroment env);
public void Run(TemplateEnviroment env)
{
m_template.Run(env);
}
