Module: YTLJit::VM::Node::SendUtil

Includes:
AbsArch
Included in:
CApiCommonNode, DirectBlockNode, SendAndNode, SendCompareNode, SendCountNode, SendDirnameNode, SendDivNode, SendElementAssignNode, SendElementRefNode, SendGtGtNode, SendLengthNode, SendLtLtNode, SendMathFuncNode, SendMinusNode, SendModNode, SendMultNode, SendNode, SendOpenNode, SendOrNode, SendPlusNode, SendReadNode, SendSizeNode, SendStripExNode, SendTrExNode, SendXorNode, YieldNode
Defined in:
lib/ytljit/vm.rb

Constant Summary

Constants included from AbsArch

AbsArch::AL, AbsArch::BL, AbsArch::CL, AbsArch::DL, AbsArch::FUNC_ARG, AbsArch::FUNC_ARG_YTL, AbsArch::FUNC_FLOAT_ARG, AbsArch::FUNC_FLOAT_ARG_YTL, AbsArch::INDIRECT_BPR, AbsArch::INDIRECT_RETR, AbsArch::INDIRECT_SPR, AbsArch::INDIRECT_TMPR, AbsArch::INDIRECT_TMPR2, AbsArch::INDIRECT_TMPR3

Constants included from SSE

SSE::XMM0, SSE::XMM1, SSE::XMM2, SSE::XMM3, SSE::XMM4, SSE::XMM5, SSE::XMM6, SSE::XMM7

Instance Method Summary collapse

Instance Method Details

#compile_c_fixarg(context) ⇒ Object 



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# File 'lib/ytljit/vm.rb', line 796

def compile_c_fixarg(context)
  fnc = nil
  numarg = @arguments.size - 2
  sig = context.to_signature
  
  context.start_arg_reg
  context.cpustack_pushn(numarg * AsmType::MACHINE_WORD.size)
  
  argpos = 0
  cursrc = 0
  @arguments.each do |arg|
    # skip prevenv and block_argument
    if cursrc < 2 then
      cursrc = cursrc + 1
      next
    end
    
    if cursrc == 2 then
      # Self
      # Method Select
      # it is legal. use TMPR2 for method select
      # use PTMPR for store self
      context = @func.compile(context)
      fnc = context.ret_reg
      casm = context.assembler
      casm.with_retry do 
        casm.mov(FUNC_ARG[0], context.ret_reg2)
      end
      context.set_reg_content(FUNC_ARG[0].dst_opecode, 
                              context.ret_node)
    else
      # other arg.
      context = arg.compile(context)
      rnode = context.ret_node
      rtype = rnode.decide_type_once(sig)
      context = rtype.gen_boxing(context)
      casm = context.assembler
      casm.with_retry do 
        casm.mov(FUNC_ARG[argpos], context.ret_reg)
      end
      context.set_reg_content(FUNC_ARG[argpos].dst_opecode, 
                              context.ret_node)
    end
    argpos = argpos + 1
    cursrc = cursrc + 1
  end
  
  context = gen_save_thepr(context)
  context = gen_call(context, fnc, numarg)
  
  context.cpustack_popn(numarg * AsmType::MACHINE_WORD.size)
  context.end_arg_reg
  context.ret_reg = RETR
  context.set_reg_content(context.ret_reg, self)
  
  decide_type_once(sig)
  if !@type.boxed then 
    context = @type.to_box.gen_unboxing(context)
  end
  
  context
end

#compile_c_fixarg_raw(context) ⇒ Object 



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# File 'lib/ytljit/vm.rb', line 968

def compile_c_fixarg_raw(context)
  context = @func.compile(context)
  fnc = context.ret_reg
  numarg = @arguments.size
  
  context.start_arg_reg
  context.cpustack_pushn(numarg * AsmType::MACHINE_WORD.size)
  
  @arguments.each_with_index do |arg, argpos|
#            p "#{@func.name} #{argpos}"
    context = arg.compile(context)
    rtype = context.ret_node.decide_type_once(context.to_signature)

    atype = @func.arg_type[argpos]
    if atype == :"..." or atype == nil then
      if @func.arg_type.last == :"..." then
        atype = @func.arg_type[-2]
      end
    end
    if atype == :VALUE then
      context = rtype.gen_boxing(context)
    end

    casm = context.assembler
    casm.with_retry do 
      casm.mov(FUNC_ARG[argpos], context.ret_reg)
    end
    context.set_reg_content(FUNC_ARG[argpos].dst_opecode, 
                            context.ret_node)
  end
  
  context = gen_save_thepr(context)
  context = gen_call(context, fnc, numarg)
  
  context.cpustack_popn(numarg * AsmType::MACHINE_WORD.size)
  context.end_arg_reg
  context.ret_reg = RETR
  context.set_reg_content(context.ret_reg, self)
  
  decide_type_once(context.to_signature)
  context
end

#compile_c_vararg(context) ⇒ Object 



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# File 'lib/ytljit/vm.rb', line 751

def compile_c_vararg(context)
  fnc = nil
  context.start_using_reg(TMPR2)
  
  context = gen_make_argv(context) do |context, rarg|
    context.start_arg_reg
    
    context.cpustack_pushn(3 * AsmType::MACHINE_WORD.size)
    casm = context.assembler
    casm.with_retry do 
      casm.mov(FUNC_ARG[0], rarg.size) # argc
      casm.mov(FUNC_ARG[1], TMPR2)     # argv
    end
    context.set_reg_content(FUNC_ARG[0].dst_opecode, :argc)
    context.set_reg_content(FUNC_ARG[1].dst_opecode, TMPR2)

    # Method Select
    # it is legal. use TMPR2 for method select
    # use PTMPR for store self
    context = @func.compile(context)
    fnc = context.ret_reg
    casm.with_retry do 
      casm.mov(FUNC_ARG[2], context.ret_reg2)     # self
    end
    context.set_reg_content(FUNC_ARG[2].dst_opecode, context.ret_node)
    
    context = gen_save_thepr(context)
    context = gen_call(context, fnc, 3)
    context.cpustack_popn(3 * AsmType::MACHINE_WORD.size)
    context.end_arg_reg
    context.end_using_reg(TMPR2)
    context.ret_reg = RETR
    context.set_reg_content(context.ret_reg, self)
    context.ret_node = self

    @type = nil
    decide_type_once(context.to_signature)
    if !@type.boxed then
      context = @type.to_box.gen_unboxing(context)
    end
    
    context
  end
end

#compile_ytl(context) ⇒ Object 



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# File 'lib/ytljit/vm.rb', line 859

def compile_ytl(context)
  fnc = nil
  numarg = @arguments.size
  cursig = context.to_signature
  
  context.start_arg_reg
  context.start_arg_reg(FUNC_ARG_YTL)
  context.cpustack_pushn(numarg * 8)

  casm = context.assembler
  # construct and set exception handler in current frame
  fstentry = nil
  if @current_exception_table then
    [:ensure].each do |kind|
      ent = nil
      if entbase = @current_exception_table[kind] then
        ent = entbase[3]
      end
      if ent then
        csadd = ent.get_code_space(cursig).var_base_immidiate_address
      else
        csadd = TopTopNode.get_nothing_proc.var_base_immidiate_address
      end
      entry = casm.add_value_entry(csadd)
      fstentry ||= entry.to_immidiate
    end
    handoff = OpIndirect.new(BPR, AsmType::MACHINE_WORD.size * 2)
    casm.with_retry do
      casm.mov(TMPR, fstentry)
      casm.mov(handoff, TMPR)
    end
    context.set_reg_content(handoff, :first_exception_entry)
  end

  # push prev env
  if @func.is_a?(YieldNode) then
    prevenv = @frame_info.offset_arg(0, BPR)
    casm.with_retry do 
      casm.mov(TMPR, prevenv)
      casm.mov(FUNC_ARG_YTL[0], TMPR)
    end
    context.set_reg_content(FUNC_ARG_YTL[0].dst_opecode, prevenv)
  elsif @func.is_a?(DirectBlockNode) then
    context = @arguments[0].compile(context)
    casm.with_retry do 
      casm.mov(FUNC_ARG_YTL[0], context.ret_reg)
    end
    context.set_reg_content(FUNC_ARG_YTL[0].dst_opecode, context.ret_node)
  else
    casm.with_retry do 
      casm.mov(FUNC_ARG_YTL[0], BPR)
    end
    context.set_reg_content(FUNC_ARG_YTL[0].dst_opecode, BPR)
  end
  
  # block
  # eval block
  # local block
  
  # compile block with other code space and context
  tcontext = context.dup
  tcontext.prev_context = context
  tcontext.stack_content = []
  @arguments[1].compile(tcontext)
  
  casm = context.assembler

  # other arguments
  @arguments[3..-1].each_with_index do |arg, i|
    context = arg.compile(context)
    casm = context.assembler
    casm.with_retry do 
      casm.mov(FUNC_ARG_YTL[i + 3], context.ret_reg)
    end
    context.set_reg_content(FUNC_ARG_YTL[i + 3].dst_opecode, 
                            context.ret_node)
  end

  sig = @yield_signature_cache[cursig]
  ecs = @arguments[1].code_space_from_signature[sig]
  ecs ||= @arguments[1].code_space
  entry = ecs.var_base_immidiate_address
  casm.with_retry do 
    casm.mov(FUNC_ARG_YTL[1], entry)
  end
  context.set_reg_content(FUNC_ARG_YTL[1].dst_opecode, entry)

  # self
  # Method Select
  # it is legal. use TMPR2 for method select
  # use PTMPR for store self
  context = @func.compile(context)
  fnc = context.ret_reg
  casm = context.assembler
  casm.with_retry do 
    casm.mov(FUNC_ARG_YTL[2], context.ret_reg2)
  end
  context.set_reg_content(FUNC_ARG_YTL[2].dst_opecode, @arguments[2])

  context = gen_save_thepr(context)
  context = gen_call(context, fnc, numarg)
  
  context.cpustack_popn(numarg * 8)
  context.end_arg_reg
  context.end_arg_reg(FUNC_ARG_YTL)

  context
end

#gen_eval_self(context) ⇒ Object 



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# File 'lib/ytljit/vm.rb', line 700

def gen_eval_self(context)
  # eval 1st arg(self)
  slfnode = @arguments[2]
  context = slfnode.compile(context)

  rnode = context.ret_node
#          rnode.type = nil
  rtype = rnode.decide_type_once(context.to_signature)
  if !rtype.boxed then
    context = rtype.gen_unboxing(context)
  end
  context
end

#signature(context, args = @arguments) ⇒ Object 



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# File 'lib/ytljit/vm.rb', line 714

def signature(context, args = @arguments)
  res = []
  cursig = context.to_signature
  if args[1].is_a?(BlockTopNode) then 
    res.push cursig[1]
  else
    res.push args[0].decide_type_once(cursig)
  end
  if @func.is_a?(YieldNode) then
    res.push cursig[0]
  else
    res.push args[1].decide_type_once(cursig)
  end

  mt, slf = get_send_method_node(cursig)
  res.push slf

  args[3..-1].each do |ele|
    if ele.type_list(cursig) == [[], []] then
      res.push ele.type
    else
      ele.type = nil
      res.push ele.decide_type_once(cursig)
    end
  end

  if mt and args[1].is_a?(BlockTopNode) then
    sig =  @yield_signature_cache[cursig]
    if sig then
      args[1].type = nil
      res[1] = args[1].decide_type_once(sig)
    end
  end

  res
end