add futur works, with drawings

slides.typ

@@ -1824,19 +1824,28 @@
   A lot of engineering, preferably spearheaded by Google.
 ]
 
-#for i in range(3) {
-  let delta_x = 75pt
+//- Benchmark of APKs to evaluate finishing rate
+//- Make tools reusing sources from Android Open Source Project
+//- Require developpers to provide high coverage tests inputs with the APKs
+#for i in range(4) {
+  let delta_x = 50pt
   let myell = ellipse.with(
     stroke: green + 5pt,
     outset: 5pt,
     fill: white,
   )
-  let myline(start, end) = {
+  let myell_red = ellipse.with(
+    stroke: red + 5pt,
+    outset: 0pt,
+    fill: white,
+  )
+  let myline(start, end, color: green) = {
     place(left+top, dx: delta_x, line(
       start: start, end: end,
-      stroke: green + 5pt,
+      stroke: color + 5pt,
     ))
   }
+
   let myplace(pos, body) = context {
     let size = measure(body);
     place(
@@ -1853,6 +1862,7 @@
   let pos_tools = (100pt, 50pt)
   let pos_devs = (500pt, -100pt)
   let pos_google = (500pt, 100pt)
+  let pos_test = (600pt, 0pt)
   
   let circle_apk = myell[APK]
   let circle_android = myell[Android]
@@ -1861,12 +1871,109 @@
   let circle_tools = myell[Analysis tools]
   let circle_devs = myell[Developers]
   let circle_google = myell[Google]
+  let circle_test = myell_red(align(center)[Public \ Dynamic Tests])
 
 
   counter("logical-slide").update( n => n - 1 )
   slide(
     title: [Future Works], {
 
+    if i >= 1 {
+      let dx = 25pt
+      let cdx = 30pt
+      let cdy = 30pt
+      let st = (
+        pos_dataset.at(0) - dx, 
+        pos_dataset.at(1)
+      )
+      let en = (
+        pos_tools.at(0) - dx, 
+        pos_tools.at(1)
+      )
+      let c1 = (
+        st.at(0) - cdx, 
+        (st.at(1) + en.at(1)) / 2 - cdy
+      )
+      let c2 = (
+        st.at(0) - cdx, 
+        (st.at(1) + en.at(1)) / 2 + cdy
+      )
+      place(left+top, dx: delta_x, curve(
+        stroke: red + 5pt,
+        curve.move(st),
+        curve.cubic(c1, c2, en)
+      ))
+      place(
+        left+top, 
+        dx: delta_x + st.at(0) - 150pt, 
+        dy: (st.at(1) + en.at(1)) / 2 - 30pt,
+        text(fill: red)[
+          RASTA-like \
+          benchmark
+        ]
+      )
+    }
+    if i >= 2 {
+      let cdx = 50pt
+      let cdy = 0pt
+      let st = (
+        pos_tools.at(0), 
+        pos_tools.at(1)
+      )
+      let en = (
+        pos_aosp.at(0),
+        pos_aosp.at(1)
+      )
+      let c = (
+        (st.at(0) + en.at(0)) / 2 - 40pt,
+        (st.at(1) + en.at(1)) / 2 + 50pt
+      )
+      let c1 = (
+         c.at(0) - cdx, 
+         c.at(1) - cdy
+      )
+      let c2 = (
+         c.at(0) + cdx, 
+         c.at(1) + cdy
+      )
+      place(left+top, dx: delta_x, curve(
+        stroke: red + 5pt,
+        curve.move(st),
+        curve.cubic(c1, c2, en)
+      ))
+      place(
+        left+top, 
+        dx: delta_x + c.at(0) - 100pt, 
+        dy: c.at(1),
+        text(fill: red)[
+          Use Android Code
+        ]
+      )
+    }
+    if i >= 3 {
+
+      myline(pos_apk, pos_test, color: red)
+      myline(pos_android, pos_test, color: red)
+      myline(pos_devs, pos_test, color: red)
+      myline(pos_tools, pos_test, color: red)
+      myline(pos_google, pos_test, color: red)
+
+      myplace(pos_test, circle_test)
+
+      place(
+        left+top, 
+        dx: delta_x + pos_test.at(0) - 10pt, 
+        dy: pos_test.at(1) + 45pt,
+        text(fill: red, align(center)[
+          Require \
+          high-coverage \
+          tests inputs \
+          for some \ 
+          permissions
+        ])
+      )
+    }
+
     myline(pos_apk, pos_android)
     myline(pos_aosp, pos_android)
     myline(pos_apk, pos_dataset)
@@ -1885,60 +1992,12 @@
     myplace(pos_google, circle_google)
   })
 }
-    //- Benchmark of APKs to evaluate finishing rate
-    //- Make tools reusing sources from Android Open Source Project
-    //- Require developpers to provide high coverage tests inputs with the APKs
-
 
 #empty-slide[
   Questions
 ]
 
-
-/*
-#slide()[
-  #get_figure(<fig:th-cg-before-after>))
-]
-
-#slide()[
-  #pl.toolbox.slide-number
-  #context({
-    pl.toolbox.all-sections((sections, current) => {
-      for i in sections {
-        repr(i.at("body").at("text"))
-      }
-    })
-  })
-]
-*/
-
-
-
-
 #pagebreak()
 #set page(height: auto, margin: 25mm)
 #bibliography("bibliography.bib")
 
-
-/*
-* RETOUR 1:
-*
-* Pas de retour en arriere
-* Ne pas se retourner
-*
-* Bon premier jet.
-*
-* - slide text bof
-* - Parti 3: plus dure a comprendre
-* - Expliquer ce qui est fait avant le résultat (surtout parti 3)
-*
-* slite titre problemenatiques: PB1, PB2 PB3
-*
-* Plus d'état de l'art, dans chapitres? redonner contexte au debut des chapitre, en profiter pour l'état de l'art. Pas plus d'un ou deux papiers, si important.
-* Remplacer l'état de l'art dans l'intro par intuition et mettre soa dans chapitre
-* 
-* PQ: focu on dcl & refl
-*
-* RQ1: Static, RQ2: Check coherence static / dynamic, RQ3: transformation
-*
-*/