//Includes a module reference (used for user references, Prelude and Components module).
private CodeFrame IncludeModule(string alias, string name, string dllName, string[] path,
int line, int col, bool reqQual, ElaExpression exp, bool addVar, bool noPrelude)
{
var modIndex = frame.HandleMap.Count;
var modRef = new ModuleReference(frame, name, dllName, path, line, col, reqQual, modIndex);
modRef.NoPrelude = noPrelude;
frame.AddReference(alias, modRef);
//Handles are filled by linker for module indexing at run-time
frame.HandleMap.Add(-1);
if (exp != null)
{
AddLinePragma(exp);
}
cw.Emit(Op.Runmod, modIndex);
var addr = -1;
if (addVar)
{
//Create a variable and bind to it module instance
cw.Emit(Op.Newmod, modIndex);
addr = AddVariable(alias, exp, ElaVariableFlags.Module | ElaVariableFlags.Private, modIndex);
}
//An event is handled by linker and a module is compiled/deserialized
var ev = new ModuleEventArgs(modRef);
comp.OnModuleInclude(ev);
refs.Add(ev.Frame);
if (addr != -1)
{
PopVar(addr);
}
return(ev.Frame);
}
public ModuleEventArgs(ModuleReference mod)
{
Module = mod;
}
internal Reference(CompiledUnit unit, ModuleReference mod)
{
Module = mod;
Unit = unit;
}
//Entry point
internal void CompileUnit(ElaProgram prog)
{
frame.Layouts.Add(new MemoryLayout(0, 0, 1)); //top level layout
cw.StartFrame(0);
//Handles and references should be of the same length. This might not
//be the case, if we are resuming in interactive mode. We should "align" them,
//so they are of the same length.
if (refs.Count != frame.HandleMap.Count)
{
for (var i = 0; i < frame.HandleMap.Count; i++)
{
refs.Add(null);
}
}
//Determine whether this is fresh session.
var scratch = cw.Offset == 0;
//We always include prelude, but a module variable is created just once
//(We check if we are not resuming in interactive mode (cw.Offset==0) and if yes
//we don't create a variable 'prelude'.
if (!String.IsNullOrEmpty(options.Prelude) && scratch)
{
IncludePrelude(prog, scratch);
}
//Always include arguments module
if (scratch)
{
IncludeArguments();
}
//Another workaround that is needed for interactive mode. We need
//to restore a reference list with correct indices (LogicalHandle).
//It can be done by working through the reference map and requesting all referenced
//modules one more time.
if (cw.Offset != 0)
{
var arr = new ModuleReference[frame.References.Count];
foreach (var kv in frame.References)
{
arr[kv.Value.LogicalHandle] = kv.Value;
}
for (var i = 0; i < arr.Length; i++)
{
var e = new ModuleEventArgs(arr[i]);
comp.OnModuleInclude(e);
refs[i] = e.Frame;
}
}
var map = new LabelMap();
//Main compilation routine
CompileProgram(prog, map);
//Forcing evaluation of a program retval
cw.Emit(Op.Force);
//Every Ela module should end with a Stop op typeId
cw.Emit(Op.Stop);
cw.CompileOpList();
frame.Layouts[0].Size = currentCounter;
frame.Layouts[0].StackSize = cw.FinishFrame();
}
//Entry point
internal void CompileUnit(ElaProgram prog)
{
frame.Layouts.Add(new MemoryLayout(0, 0, 1)); //top level layout
cw.StartFrame(0);
//Handles and references should be of the same length. This might not
//be the case, if we are resuming in interactive mode. We should "align" them,
//so they are of the same length.
if (refs.Count != frame.HandleMap.Count)
for (var i = 0; i < frame.HandleMap.Count; i++)
refs.Add(null);
//Determine whether this is fresh session.
var scratch = cw.Offset == 0;
//We always include prelude, but a module variable is created just once
//(We check if we are not resuming in interactive mode (cw.Offset==0) and if yes
//we don't create a variable 'prelude'.
if (!String.IsNullOrEmpty(options.Prelude) && scratch)
IncludePrelude(prog, scratch);
//Always include arguments module
if (scratch)
IncludeArguments();
//Another workaround that is needed for interactive mode. We need
//to restore a reference list with correct indices (LogicalHandle).
//It can be done by working through the reference map and requesting all referenced
//modules one more time.
if (cw.Offset != 0)
{
var arr = new ModuleReference[frame.References.Count];
foreach (var kv in frame.References)
arr[kv.Value.LogicalHandle] = kv.Value;
for (var i = 0; i < arr.Length; i++)
{
var e = new ModuleEventArgs(arr[i]);
comp.OnModuleInclude(e);
refs[i] = e.Frame;
}
}
var map = new LabelMap();
//Main compilation routine
CompileProgram(prog, map);
//Forcing evaluation of a program retval
cw.Emit(Op.Force);
//Every Ela module should end with a Stop op typeId
cw.Emit(Op.Stop);
cw.CompileOpList();
frame.Layouts[0].Size = currentCounter;
frame.Layouts[0].StackSize = cw.FinishFrame();
}
internal ModuleEventArgs(ModuleReference mod)
{
Module = mod;
}
public ModuleEventArgs(ModuleReference mod)
{
Module = mod;
}
//Includes a module reference (used for user references, Prelude and Components module).
private CodeFrame IncludeModule(string alias, string name, string dllName, string[] path,
int line, int col, bool reqQual, ElaExpression exp, bool addVar, bool noPrelude)
{
var modIndex = frame.HandleMap.Count;
var modRef = new ModuleReference(frame, name, dllName, path, line, col, reqQual, modIndex);
modRef.NoPrelude = noPrelude;
frame.AddReference(alias, modRef);
//Handles are filled by linker for module indexing at run-time
frame.HandleMap.Add(-1);
if (exp != null)
AddLinePragma(exp);
cw.Emit(Op.Runmod, modIndex);
var addr = -1;
if (addVar)
{
//Create a variable and bind to it module instance
cw.Emit(Op.Newmod, modIndex);
addr = AddVariable(alias, exp, ElaVariableFlags.Module | ElaVariableFlags.Private, modIndex);
}
//An event is handled by linker and a module is compiled/deserialized
var ev = new ModuleEventArgs(modRef);
comp.OnModuleInclude(ev);
refs.Add(ev.Frame);
if (addr != -1)
PopVar(addr);
return ev.Frame;
}
