Use wrap-method-calls.xsl

[c71n93]

Now aoi is works only with "raw" xmir files. This approach causes some problems. For example issue #40. Example in this issue can be simplified:

Common dot notation

EO

[] > obj1
  [] > attr1
    1 > @

[x] > main
  x.attr1 > @

xmir

object main:

<o abstract="" line="13" name="main" pos="0">
   <o line="13" name="x" pos="1"/>
   <o base="x" line="14" pos="2" ref="13"/>
   <o base=".attr1" line="14" method="" name="@" pos="3"/>
</o>

Here aoi works fine and infers x as obj1.

Vertical dot notation

EO

[] > obj1
  [] > attr1
    1 > @

[x] > main
  attr1. > @
    x

xmir

object main:

<o abstract="" line="12" name="main" pos="0">
   <o line="12" name="x" pos="1"/>
   <o base=".attr1" line="13" name="@" pos="2">
      <o base="x" line="14" pos="4" ref="12"/>
   </o>
</o>

Here aoi doesn't work and can't infer x

Using wrap-method-calls.xsl optimisation

It seems that the right solution is to use already optimized xmir files. Thus, xmir will be similar for programs with similar functionality.

EO (common dot notation)

[] > obj1
  [] > attr1
    1 > @

[x] > main
  x.attr1 > @

EO (vertical dot notation)

[] > obj1
  [] > attr1
    1 > @

[x] > main
  attr1. > @
    x

Optimized xmir (with wrap-method-calls.xsl)

object main:

<o abstract="" line="12" name="main" pos="0">
   <o line="12" name="x" pos="1"/>
   <o base=".attr1" line="13" name="@" pos="2">
      <o base="x" line="14" pos="4" ref="12"/>
   </o>
</o>

Thus, all interaction with xmir needs to be reworked for using optimized with wrap-method-calls.xsl xmir.