Merge branch 'dev' into dev-improve-struct-top-level-import

.github/workflows/black.yml

@@ -36,7 +36,7 @@ jobs:
           cp pyproject.toml .github/linters
 
       - name: Black
-        uses: docker://github/super-linter:v4
+        uses: docker://github/super-linter:v4.8.7
         if: always()
         env:
           # run linter on everything to catch preexisting problems

tests/ast-parsing/expected/assembly-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: INLINE ASM 1\n\"];\n1->2;\n2[label=\"Node Type: NEW VARIABLE 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: INLINE ASM 4\n\"];\n4->5;\n5[label=\"Node Type: NEW VARIABLE 5\n\"];\n5->6;\n6[label=\"Node Type: EXPRESSION 6\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/assignment-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->5;\n5[label=\"Node Type: EXPRESSION 5\n\"];\n5->6;\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: EXPRESSION 7\n\"];\n7->8;\n8[label=\"Node Type: EXPRESSION 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->10;\n10[label=\"Node Type: EXPRESSION 10\n\"];\n10->11;\n11[label=\"Node Type: EXPRESSION 11\n\"];\n11->12;\n12[label=\"Node Type: EXPRESSION 12\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/binaryoperation-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->5;\n5[label=\"Node Type: EXPRESSION 5\n\"];\n5->6;\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: EXPRESSION 7\n\"];\n7->8;\n8[label=\"Node Type: EXPRESSION 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->10;\n10[label=\"Node Type: EXPRESSION 10\n\"];\n10->11;\n11[label=\"Node Type: EXPRESSION 11\n\"];\n11->12;\n12[label=\"Node Type: EXPRESSION 12\n\"];\n12->13;\n13[label=\"Node Type: EXPRESSION 13\n\"];\n13->14;\n14[label=\"Node Type: EXPRESSION 14\n\"];\n14->15;\n15[label=\"Node Type: EXPRESSION 15\n\"];\n15->16;\n16[label=\"Node Type: EXPRESSION 16\n\"];\n16->17;\n17[label=\"Node Type: EXPRESSION 17\n\"];\n17->18;\n18[label=\"Node Type: EXPRESSION 18\n\"];\n18->19;\n19[label=\"Node Type: EXPRESSION 19\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/break-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->4;\n2[label=\"Node Type: BEGIN_LOOP 2\n\"];\n2->5;\n3[label=\"Node Type: END_LOOP 3\n\"];\n3->13;\n4[label=\"Node Type: NEW VARIABLE 4\n\"];\n4->2;\n5[label=\"Node Type: IF_LOOP 5\n\"];\n5->6[label=\"True\"];\n5->3[label=\"False\"];\n6[label=\"Node Type: IF 6\n\"];\n6->7[label=\"True\"];\n6->8[label=\"False\"];\n7[label=\"Node Type: BREAK 7\n\"];\n7->3;\n8[label=\"Node Type: END_IF 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->10;\n10[label=\"Node Type: EXPRESSION 10\n\"];\n10->5;\n11[label=\"Node Type: BEGIN_LOOP 11\n\"];\n11->14;\n12[label=\"Node Type: END_LOOP 12\n\"];\n13[label=\"Node Type: NEW VARIABLE 13\n\"];\n13->11;\n14[label=\"Node Type: IF_LOOP 14\n\"];\n14->17[label=\"True\"];\n14->12[label=\"False\"];\n15[label=\"Node Type: BEGIN_LOOP 15\n\"];\n15->18;\n16[label=\"Node Type: END_LOOP 16\n\"];\n16->24;\n17[label=\"Node Type: NEW VARIABLE 17\n\"];\n17->15;\n18[label=\"Node Type: IF_LOOP 18\n\"];\n18->19[label=\"True\"];\n18->16[label=\"False\"];\n19[label=\"Node Type: IF 19\n\"];\n19->20[label=\"True\"];\n19->21[label=\"False\"];\n20[label=\"Node Type: BREAK 20\n\"];\n20->16;\n21[label=\"Node Type: END_IF 21\n\"];\n21->22;\n22[label=\"Node Type: EXPRESSION 22\n\"];\n22->23;\n23[label=\"Node Type: EXPRESSION 23\n\"];\n23->18;\n24[label=\"Node Type: EXPRESSION 24\n\"];\n24->14;\n}\n"
+  }
+}

tests/ast-parsing/expected/call_to_variable-0.8.12-compact.json

@@ -0,0 +1,6 @@
+{
+  "C": {},
+  "D": {
+    "f(C)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/comment-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "A": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/conditional-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->6;\n6[label=\"Node Type: IF 6\n\"];\n6->7[label=\"True\"];\n6->8[label=\"False\"];\n7[label=\"Node Type: EXPRESSION 7\n\"];\n7->9;\n8[label=\"Node Type: EXPRESSION 8\n\"];\n8->9;\n9[label=\"Node Type: END_IF 9\n\"];\n9->10;\n10[label=\"Node Type: IF 10\n\"];\n10->11[label=\"True\"];\n10->12[label=\"False\"];\n11[label=\"Node Type: EXPRESSION 11\n\"];\n11->13;\n12[label=\"Node Type: EXPRESSION 12\n\"];\n12->13;\n13[label=\"Node Type: END_IF 13\n\"];\n13->14;\n14[label=\"Node Type: IF 14\n\"];\n14->16[label=\"True\"];\n14->26[label=\"False\"];\n16[label=\"Node Type: EXPRESSION 16\n\"];\n16->17;\n17[label=\"Node Type: END_IF 17\n\"];\n17->18;\n18[label=\"Node Type: IF 18\n\"];\n18->19[label=\"True\"];\n18->20[label=\"False\"];\n19[label=\"Node Type: EXPRESSION 19\n\"];\n19->21;\n20[label=\"Node Type: EXPRESSION 20\n\"];\n20->21;\n21[label=\"Node Type: END_IF 21\n\"];\n21->22;\n22[label=\"Node Type: IF 22\n\"];\n22->23[label=\"True\"];\n22->24[label=\"False\"];\n23[label=\"Node Type: EXPRESSION 23\n\"];\n23->25;\n24[label=\"Node Type: EXPRESSION 24\n\"];\n24->25;\n25[label=\"Node Type: END_IF 25\n\"];\n26[label=\"Node Type: IF 26\n\"];\n26->27[label=\"True\"];\n26->28[label=\"False\"];\n27[label=\"Node Type: EXPRESSION 27\n\"];\n27->29;\n28[label=\"Node Type: EXPRESSION 28\n\"];\n28->29;\n29[label=\"Node Type: END_IF 29\n\"];\n29->17;\n}\n"
+  }
+}

tests/ast-parsing/expected/continue-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->4;\n2[label=\"Node Type: BEGIN_LOOP 2\n\"];\n2->5;\n3[label=\"Node Type: END_LOOP 3\n\"];\n3->13;\n4[label=\"Node Type: NEW VARIABLE 4\n\"];\n4->2;\n5[label=\"Node Type: IF_LOOP 5\n\"];\n5->6[label=\"True\"];\n5->3[label=\"False\"];\n6[label=\"Node Type: IF 6\n\"];\n6->7[label=\"True\"];\n6->8[label=\"False\"];\n7[label=\"Node Type: CONTINUE 7\n\"];\n7->2;\n8[label=\"Node Type: END_IF 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->10;\n10[label=\"Node Type: EXPRESSION 10\n\"];\n10->5;\n11[label=\"Node Type: BEGIN_LOOP 11\n\"];\n11->14;\n12[label=\"Node Type: END_LOOP 12\n\"];\n13[label=\"Node Type: NEW VARIABLE 13\n\"];\n13->11;\n14[label=\"Node Type: IF_LOOP 14\n\"];\n14->17[label=\"True\"];\n14->12[label=\"False\"];\n15[label=\"Node Type: BEGIN_LOOP 15\n\"];\n15->18;\n16[label=\"Node Type: END_LOOP 16\n\"];\n16->24;\n17[label=\"Node Type: NEW VARIABLE 17\n\"];\n17->15;\n18[label=\"Node Type: IF_LOOP 18\n\"];\n18->19[label=\"True\"];\n18->16[label=\"False\"];\n19[label=\"Node Type: IF 19\n\"];\n19->20[label=\"True\"];\n19->21[label=\"False\"];\n20[label=\"Node Type: CONTINUE 20\n\"];\n20->15;\n21[label=\"Node Type: END_IF 21\n\"];\n21->22;\n22[label=\"Node Type: EXPRESSION 22\n\"];\n22->23;\n23[label=\"Node Type: EXPRESSION 23\n\"];\n23->18;\n24[label=\"Node Type: EXPRESSION 24\n\"];\n24->14;\n}\n"
+  }
+}

tests/ast-parsing/expected/contract-0.8.12-compact.json

@@ -0,0 +1,19 @@
+{
+  "A": {},
+  "B": {
+    "constructor(uint256)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n"
+  },
+  "C": {
+    "constructor(uint256)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n"
+  },
+  "D": {
+    "constructor(uint256)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "constructor()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n}\n"
+  },
+  "E": {
+    "constructor(uint256)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n"
+  },
+  "F": {},
+  "G": {},
+  "H": {}
+}

tests/ast-parsing/expected/custom_error-0.8.12-compact.json

@@ -0,0 +1,16 @@
+{
+  "VendingMachine": {
+    "err0()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n}\n",
+    "err1()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n}\n",
+    "err2()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n}\n",
+    "err3()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n}\n"
+  },
+  "A": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n}\n"
+  },
+  "B": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n}\n",
+    "g()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n}\n",
+    "h()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: RETURN 1\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/dowhile-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: BEGIN_LOOP 2\n\"];\n2->4;\n3[label=\"Node Type: IF_LOOP 3\n\"];\n3->4[label=\"True\"];\n3->5[label=\"False\"];\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->3;\n5[label=\"Node Type: END_LOOP 5\n\"];\n5->6;\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: BEGIN_LOOP 7\n\"];\n7->9;\n8[label=\"Node Type: IF_LOOP 8\n\"];\n8->9[label=\"True\"];\n8->10[label=\"False\"];\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->8;\n10[label=\"Node Type: END_LOOP 10\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/emit-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "emitWithKeyword()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/enum-0.8.12-compact.json

@@ -0,0 +1,3 @@
+{
+  "C": {}
+}

tests/ast-parsing/expected/event-0.8.12-compact.json

@@ -0,0 +1,3 @@
+{
+  "C": {}
+}

tests/ast-parsing/expected/for-0.8.12-compact.json

@@ -0,0 +1,15 @@
+{
+  "C": {
+    "normalLoopBlockBody()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->4;\n2[label=\"Node Type: BEGIN_LOOP 2\n\"];\n2->5;\n3[label=\"Node Type: END_LOOP 3\n\"];\n4[label=\"Node Type: NEW VARIABLE 4\n\"];\n4->2;\n5[label=\"Node Type: IF_LOOP 5\n\"];\n5->6[label=\"True\"];\n5->3[label=\"False\"];\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: EXPRESSION 7\n\"];\n7->5;\n}\n",
+    "normalLoopExprBody()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->4;\n2[label=\"Node Type: BEGIN_LOOP 2\n\"];\n2->5;\n3[label=\"Node Type: END_LOOP 3\n\"];\n4[label=\"Node Type: NEW VARIABLE 4\n\"];\n4->2;\n5[label=\"Node Type: IF_LOOP 5\n\"];\n5->6[label=\"True\"];\n5->3[label=\"False\"];\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: EXPRESSION 7\n\"];\n7->5;\n}\n",
+    "normalLoopNoBody()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->4;\n2[label=\"Node Type: BEGIN_LOOP 2\n\"];\n2->5;\n3[label=\"Node Type: END_LOOP 3\n\"];\n4[label=\"Node Type: NEW VARIABLE 4\n\"];\n4->2;\n5[label=\"Node Type: IF_LOOP 5\n\"];\n5->6[label=\"True\"];\n5->3[label=\"False\"];\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->5;\n}\n",
+    "loopNoPre()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: NEW VARIABLE 2\n\"];\n2->3;\n3[label=\"Node Type: BEGIN_LOOP 3\n\"];\n3->5;\n4[label=\"Node Type: END_LOOP 4\n\"];\n5[label=\"Node Type: IF_LOOP 5\n\"];\n5->6[label=\"True\"];\n5->4[label=\"False\"];\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: EXPRESSION 7\n\"];\n7->5;\n}\n",
+    "loopNoCond()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->4;\n2[label=\"Node Type: BEGIN_LOOP 2\n\"];\n2->5;\n3[label=\"Node Type: END_LOOP 3\n\"];\n4[label=\"Node Type: NEW VARIABLE 4\n\"];\n4->2;\n5[label=\"Node Type: IF 5\n\"];\n5->6[label=\"True\"];\n5->7[label=\"False\"];\n6[label=\"Node Type: BREAK 6\n\"];\n6->3;\n7[label=\"Node Type: END_IF 7\n\"];\n7->8;\n8[label=\"Node Type: EXPRESSION 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->2;\n}\n",
+    "loopNoPost()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->4;\n2[label=\"Node Type: BEGIN_LOOP 2\n\"];\n2->5;\n3[label=\"Node Type: END_LOOP 3\n\"];\n4[label=\"Node Type: NEW VARIABLE 4\n\"];\n4->2;\n5[label=\"Node Type: IF_LOOP 5\n\"];\n5->6[label=\"True\"];\n5->3[label=\"False\"];\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: EXPRESSION 7\n\"];\n7->5;\n}\n",
+    "loopNoPreCond()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: NEW VARIABLE 2\n\"];\n2->3;\n3[label=\"Node Type: BEGIN_LOOP 3\n\"];\n3->5;\n4[label=\"Node Type: END_LOOP 4\n\"];\n5[label=\"Node Type: IF 5\n\"];\n5->6[label=\"True\"];\n5->7[label=\"False\"];\n6[label=\"Node Type: BREAK 6\n\"];\n6->4;\n7[label=\"Node Type: END_IF 7\n\"];\n7->8;\n8[label=\"Node Type: EXPRESSION 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->3;\n}\n",
+    "loopNoPrePost()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: NEW VARIABLE 2\n\"];\n2->3;\n3[label=\"Node Type: BEGIN_LOOP 3\n\"];\n3->5;\n4[label=\"Node Type: END_LOOP 4\n\"];\n5[label=\"Node Type: IF_LOOP 5\n\"];\n5->6[label=\"True\"];\n5->4[label=\"False\"];\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: EXPRESSION 7\n\"];\n7->5;\n}\n",
+    "loopNoCondPost()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->4;\n2[label=\"Node Type: BEGIN_LOOP 2\n\"];\n2->5;\n3[label=\"Node Type: END_LOOP 3\n\"];\n4[label=\"Node Type: NEW VARIABLE 4\n\"];\n4->2;\n5[label=\"Node Type: IF 5\n\"];\n5->6[label=\"True\"];\n5->7[label=\"False\"];\n6[label=\"Node Type: BREAK 6\n\"];\n6->3;\n7[label=\"Node Type: END_IF 7\n\"];\n7->8;\n8[label=\"Node Type: EXPRESSION 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->2;\n}\n",
+    "loopNoPreCondPost()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: NEW VARIABLE 2\n\"];\n2->3;\n3[label=\"Node Type: BEGIN_LOOP 3\n\"];\n3->5;\n4[label=\"Node Type: END_LOOP 4\n\"];\n5[label=\"Node Type: IF 5\n\"];\n5->6[label=\"True\"];\n5->7[label=\"False\"];\n6[label=\"Node Type: BREAK 6\n\"];\n6->4;\n7[label=\"Node Type: END_IF 7\n\"];\n7->8;\n8[label=\"Node Type: EXPRESSION 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->3;\n}\n",
+    "loopNoPreCondPostBody()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: BEGIN_LOOP 1\n\"];\n1->1;\n1->2;\n2[label=\"Node Type: END_LOOP 2\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/function-0.8.12-compact.json

@@ -0,0 +1,52 @@
+{
+  "C1": {
+    "constructor()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "fallback()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "receive()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n"
+  },
+  "C2": {
+    "constructor()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "fallback()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "receive()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n"
+  },
+  "C3": {
+    "constructor()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n}\n",
+    "modifierNoArgs()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: _ 1\n\"];\n}\n",
+    "modifierWithArgs(uint256)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: _ 1\n\"];\n}\n"
+  },
+  "C4": {
+    "hasArgs(uint256,uint256)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "hasReturns()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "hasArgsAndReturns(uint256,uint256)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n"
+  },
+  "C5": {
+    "payableFunc()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "externalFunc()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "publicFunc()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "internalFunc()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "privateFunc()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "pureFunc()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "viewFunc()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "abstractFunc()": "digraph{\n}\n"
+  },
+  "C6": {
+    "abstractFunc()": "digraph{\n}\n",
+    "abstractFunc2()": "digraph{\n}\n"
+  },
+  "C7": {
+    "abstractFunc3()": "digraph{\n}\n"
+  },
+  "C8": {
+    "abstractFunc3()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "abstractFunc()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "abstractFunc2()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "payableFunc()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "externalFunc()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "publicFunc()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "internalFunc()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "privateFunc()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "pureFunc()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "viewFunc()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/functioncall-0.8.12-compact.json

@@ -0,0 +1,10 @@
+{
+  "I": {
+    "constructor()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n"
+  },
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->5;\n5[label=\"Node Type: EXPRESSION 5\n\"];\n5->6;\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: EXPRESSION 7\n\"];\n7->8;\n8[label=\"Node Type: EXPRESSION 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->10;\n10[label=\"Node Type: NEW VARIABLE 10\n\"];\n10->11;\n11[label=\"Node Type: EXPRESSION 11\n\"];\n11->12;\n12[label=\"Node Type: EXPRESSION 12\n\"];\n12->13;\n13[label=\"Node Type: EXPRESSION 13\n\"];\n13->14;\n14[label=\"Node Type: EXPRESSION 14\n\"];\n14->15;\n15[label=\"Node Type: EXPRESSION 15\n\"];\n15->16;\n16[label=\"Node Type: EXPRESSION 16\n\"];\n16->17;\n17[label=\"Node Type: EXPRESSION 17\n\"];\n17->18;\n18[label=\"Node Type: EXPRESSION 18\n\"];\n18->19;\n19[label=\"Node Type: EXPRESSION 19\n\"];\n19->20;\n20[label=\"Node Type: EXPRESSION 20\n\"];\n}\n",
+    "publicTarget()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "internalTarget(uint256,uint256)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/if-0.8.12-compact.json

@@ -0,0 +1,8 @@
+{
+  "C": {
+    "ifWithoutElse()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: IF 1\n\"];\n1->2[label=\"True\"];\n1->3[label=\"False\"];\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: END_IF 3\n\"];\n}\n",
+    "ifWithElse()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: IF 1\n\"];\n1->2[label=\"True\"];\n1->3[label=\"False\"];\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->4;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: END_IF 4\n\"];\n}\n",
+    "ifWithElseIf()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: IF 1\n\"];\n1->2[label=\"True\"];\n1->3[label=\"False\"];\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->9;\n3[label=\"Node Type: IF 3\n\"];\n3->4[label=\"True\"];\n3->5[label=\"False\"];\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->8;\n5[label=\"Node Type: IF 5\n\"];\n5->6[label=\"True\"];\n5->7[label=\"False\"];\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: END_IF 7\n\"];\n7->8;\n8[label=\"Node Type: END_IF 8\n\"];\n8->9;\n9[label=\"Node Type: END_IF 9\n\"];\n}\n",
+    "ifWithElseIfElse()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: IF 1\n\"];\n1->2[label=\"True\"];\n1->3[label=\"False\"];\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->7;\n3[label=\"Node Type: IF 3\n\"];\n3->4[label=\"True\"];\n3->5[label=\"False\"];\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->6;\n5[label=\"Node Type: EXPRESSION 5\n\"];\n5->6;\n6[label=\"Node Type: END_IF 6\n\"];\n6->7;\n7[label=\"Node Type: END_IF 7\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/indexaccess-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/indexrangeaccess-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f(bytes)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/library_implicit_conversion-0.8.12-compact.json

@@ -0,0 +1,23 @@
+{
+  "LibByte": {
+    "t(uint256,bytes1)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: RETURN 1\n\"];\n}\n",
+    "t(uint256,bytes32)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: RETURN 1\n\"];\n}\n"
+  },
+  "TestByte": {
+    "test()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: RETURN 2\n\"];\n}\n"
+  },
+  "LibUint": {
+    "t(uint256,uint8)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: RETURN 1\n\"];\n}\n",
+    "t(uint256,uint256)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: RETURN 1\n\"];\n}\n"
+  },
+  "TestUint": {
+    "test()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: RETURN 2\n\"];\n}\n"
+  },
+  "LibInt": {
+    "t(uint256,int8)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: RETURN 1\n\"];\n}\n",
+    "t(uint256,int256)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: RETURN 1\n\"];\n}\n"
+  },
+  "TestUintWithVariableiAndConversion": {
+    "test()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: NEW VARIABLE 2\n\"];\n2->3;\n3[label=\"Node Type: RETURN 3\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/literal-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->5;\n5[label=\"Node Type: EXPRESSION 5\n\"];\n5->6;\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: EXPRESSION 7\n\"];\n7->8;\n8[label=\"Node Type: EXPRESSION 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->10;\n10[label=\"Node Type: EXPRESSION 10\n\"];\n10->11;\n11[label=\"Node Type: EXPRESSION 11\n\"];\n11->12;\n12[label=\"Node Type: EXPRESSION 12\n\"];\n12->13;\n13[label=\"Node Type: EXPRESSION 13\n\"];\n13->14;\n14[label=\"Node Type: EXPRESSION 14\n\"];\n14->15;\n15[label=\"Node Type: EXPRESSION 15\n\"];\n15->16;\n16[label=\"Node Type: EXPRESSION 16\n\"];\n16->17;\n17[label=\"Node Type: EXPRESSION 17\n\"];\n17->18;\n18[label=\"Node Type: EXPRESSION 18\n\"];\n18->19;\n19[label=\"Node Type: EXPRESSION 19\n\"];\n19->20;\n20[label=\"Node Type: EXPRESSION 20\n\"];\n20->21;\n21[label=\"Node Type: EXPRESSION 21\n\"];\n21->22;\n22[label=\"Node Type: EXPRESSION 22\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/memberaccess-0.8.12-compact.json

@@ -0,0 +1,7 @@
+{
+  "I": {},
+  "F": {},
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: NEW VARIABLE 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->5;\n5[label=\"Node Type: EXPRESSION 5\n\"];\n5->6;\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: EXPRESSION 7\n\"];\n7->8;\n8[label=\"Node Type: EXPRESSION 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->10;\n10[label=\"Node Type: EXPRESSION 10\n\"];\n10->11;\n11[label=\"Node Type: EXPRESSION 11\n\"];\n11->12;\n12[label=\"Node Type: EXPRESSION 12\n\"];\n12->13;\n13[label=\"Node Type: EXPRESSION 13\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/minmax-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/modifier-0.8.12-compact.json

@@ -0,0 +1,8 @@
+{
+  "C": {
+    "onePlaceholder()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: _ 1\n\"];\n}\n",
+    "multiplePlaceholders()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: _ 1\n\"];\n1->2;\n2[label=\"Node Type: _ 2\n\"];\n2->3;\n3[label=\"Node Type: _ 3\n\"];\n}\n",
+    "acceptsVar(uint256)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: _ 1\n\"];\n}\n",
+    "noParams()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: _ 1\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/newexpression-0.8.12-compact.json

@@ -0,0 +1,8 @@
+{
+  "B": {
+    "constructor()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n"
+  },
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/pragma-0.8.12-compact.json

@@ -0,0 +1,3 @@
+{
+  "C": {}
+}

tests/ast-parsing/expected/push-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/return-0.8.12-compact.json

@@ -0,0 +1,9 @@
+{
+  "C": {
+    "returnConstant()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: RETURN 1\n\"];\n}\n",
+    "returnVariable()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: RETURN 2\n\"];\n}\n",
+    "returnTuple()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: NEW VARIABLE 2\n\"];\n2->3;\n3[label=\"Node Type: RETURN 3\n\"];\n}\n",
+    "returnTernary()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->3;\n3[label=\"Node Type: IF 3\n\"];\n3->4[label=\"True\"];\n3->5[label=\"False\"];\n4[label=\"Node Type: RETURN 4\n\"];\n5[label=\"Node Type: RETURN 5\n\"];\n}\n",
+    "returnDelete()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: RETURN 1\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/scope-0.8.12-compact.json

@@ -0,0 +1,8 @@
+{
+  "Scope": {
+    "nested_scope()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: NEW VARIABLE 2\n\"];\n2->3;\n3[label=\"Node Type: NEW VARIABLE 3\n\"];\n}\n",
+    "if_scope()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: IF 1\n\"];\n1->2[label=\"True\"];\n1->3[label=\"False\"];\n2[label=\"Node Type: NEW VARIABLE 2\n\"];\n2->4;\n3[label=\"Node Type: NEW VARIABLE 3\n\"];\n3->4;\n4[label=\"Node Type: END_IF 4\n\"];\n}\n",
+    "while_scope()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: BEGIN_LOOP 2\n\"];\n2->3;\n3[label=\"Node Type: IF_LOOP 3\n\"];\n3->4[label=\"True\"];\n3->5[label=\"False\"];\n4[label=\"Node Type: NEW VARIABLE 4\n\"];\n4->3;\n5[label=\"Node Type: END_LOOP 5\n\"];\n}\n",
+    "for_scope()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->4;\n2[label=\"Node Type: BEGIN_LOOP 2\n\"];\n2->5;\n3[label=\"Node Type: END_LOOP 3\n\"];\n4[label=\"Node Type: NEW VARIABLE 4\n\"];\n4->2;\n5[label=\"Node Type: IF_LOOP 5\n\"];\n5->6[label=\"True\"];\n5->3[label=\"False\"];\n6[label=\"Node Type: NEW VARIABLE 6\n\"];\n6->7;\n7[label=\"Node Type: EXPRESSION 7\n\"];\n7->5;\n}\n"
+  }
+}

tests/ast-parsing/expected/struct-0.8.12-compact.json

@@ -0,0 +1,3 @@
+{
+  "C": {}
+}

tests/ast-parsing/expected/throw-0.8.12-compact.json

@@ -0,0 +1,3 @@
+{
+  "C": {}
+}

tests/ast-parsing/expected/top-level-0.8.12-compact.json

@@ -0,0 +1 @@
+{}

tests/ast-parsing/expected/top-level-import-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/top-level-import-bis-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/top-level-nested-import-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/top_level_variable-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "T": {
+    "g()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/top_level_variable2-0.8.12-compact.json

@@ -0,0 +1,8 @@
+{
+  "T": {
+    "g()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n}\n"
+  },
+  "T2": {
+    "h(uint256[10])": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/trycatch-0.8.12-compact.json

@@ -0,0 +1,9 @@
+{
+  "ERC20": {
+    "balanceOf(address)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: RETURN 1\n\"];\n}\n"
+  },
+  "C": {
+    "tryCatchFunctionCall()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: TRY 2\n\"];\n2->3;\n2->5;\n2->7;\n3[label=\"Node Type: CATCH 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->7;\n5[label=\"Node Type: CATCH 5\n\"];\n5->6;\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: TRY 7\n\"];\n7->8;\n7->10;\n7->12;\n8[label=\"Node Type: CATCH 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->12;\n10[label=\"Node Type: CATCH 10\n\"];\n10->11;\n11[label=\"Node Type: EXPRESSION 11\n\"];\n11->12;\n12[label=\"Node Type: TRY 12\n\"];\n12->13;\n12->15;\n12->17;\n12->19;\n13[label=\"Node Type: CATCH 13\n\"];\n13->14;\n14[label=\"Node Type: EXPRESSION 14\n\"];\n14->19;\n15[label=\"Node Type: CATCH 15\n\"];\n15->16;\n16[label=\"Node Type: EXPRESSION 16\n\"];\n16->19;\n17[label=\"Node Type: CATCH 17\n\"];\n17->18;\n18[label=\"Node Type: EXPRESSION 18\n\"];\n18->19;\n19[label=\"Node Type: TRY 19\n\"];\n19->20;\n19->21;\n20[label=\"Node Type: CATCH 20\n\"];\n21[label=\"Node Type: CATCH 21\n\"];\n21->22;\n22[label=\"Node Type: EXPRESSION 22\n\"];\n}\n",
+    "tryCatchContractDeployment()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: TRY 1\n\"];\n1->2;\n1->6;\n2[label=\"Node Type: CATCH 2\n\"];\n2->3;\n3[label=\"Node Type: TRY 3\n\"];\n3->4;\n3->5;\n4[label=\"Node Type: CATCH 4\n\"];\n5[label=\"Node Type: CATCH 5\n\"];\n6[label=\"Node Type: CATCH 6\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/tupleexpression-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: NEW VARIABLE 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->5;\n5[label=\"Node Type: EXPRESSION 5\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/unaryexpression-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->5;\n5[label=\"Node Type: EXPRESSION 5\n\"];\n5->6;\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: NEW VARIABLE 7\n\"];\n7->8;\n8[label=\"Node Type: EXPRESSION 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->10;\n10[label=\"Node Type: NEW VARIABLE 10\n\"];\n10->11;\n11[label=\"Node Type: EXPRESSION 11\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/unchecked-0.8.12-compact.json

@@ -0,0 +1,6 @@
+{
+  "C": {
+    "f(uint256,uint256)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: RETURN 1\n\"];\n}\n",
+    "g(uint256,uint256)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: RETURN 1\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/units_and_global_variables-0.8.12-compact.json

@@ -0,0 +1,18 @@
+{
+  "A": {},
+  "I": {},
+  "Test": {
+    "ether_unit()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n}\n",
+    "time_unit()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->5;\n5[label=\"Node Type: EXPRESSION 5\n\"];\n}\n",
+    "block_and_transactions()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->5;\n5[label=\"Node Type: EXPRESSION 5\n\"];\n5->6;\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: EXPRESSION 7\n\"];\n7->8;\n8[label=\"Node Type: EXPRESSION 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->10;\n10[label=\"Node Type: EXPRESSION 10\n\"];\n10->11;\n11[label=\"Node Type: EXPRESSION 11\n\"];\n11->12;\n12[label=\"Node Type: EXPRESSION 12\n\"];\n12->13;\n13[label=\"Node Type: EXPRESSION 13\n\"];\n13->14;\n14[label=\"Node Type: EXPRESSION 14\n\"];\n14->15;\n15[label=\"Node Type: EXPRESSION 15\n\"];\n15->16;\n16[label=\"Node Type: EXPRESSION 16\n\"];\n}\n",
+    "abi_encode()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->5;\n5[label=\"Node Type: NEW VARIABLE 5\n\"];\n5->6;\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: NEW VARIABLE 7\n\"];\n7->8;\n8[label=\"Node Type: EXPRESSION 8\n\"];\n}\n",
+    "member()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: NEW VARIABLE 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n}\n",
+    "error_handling()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->5;\n5[label=\"Node Type: EXPRESSION 5\n\"];\n}\n",
+    "math_and_crypto()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->5;\n5[label=\"Node Type: EXPRESSION 5\n\"];\n5->6;\n6[label=\"Node Type: NEW VARIABLE 6\n\"];\n6->7;\n7[label=\"Node Type: NEW VARIABLE 7\n\"];\n7->8;\n8[label=\"Node Type: NEW VARIABLE 8\n\"];\n8->9;\n9[label=\"Node Type: NEW VARIABLE 9\n\"];\n9->10;\n10[label=\"Node Type: EXPRESSION 10\n\"];\n}\n",
+    "address_related()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->5;\n5[label=\"Node Type: EXPRESSION 5\n\"];\n5->6;\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: EXPRESSION 7\n\"];\n7->8;\n8[label=\"Node Type: EXPRESSION 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n}\n",
+    "return_addr()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n}\n",
+    "address_edge_case()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n}\n",
+    "contract_related()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n1->2;\n2[label=\"Node Type: NEW VARIABLE 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n}\n",
+    "type_related()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: EXPRESSION 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n2->3;\n3[label=\"Node Type: EXPRESSION 3\n\"];\n3->4;\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->5;\n5[label=\"Node Type: EXPRESSION 5\n\"];\n5->6;\n6[label=\"Node Type: EXPRESSION 6\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/using-for-0.8.12-compact.json

@@ -0,0 +1,9 @@
+{
+  "L1": {
+    "f(uint256)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: RETURN 1\n\"];\n}\n"
+  },
+  "L2": {
+    "f(bytes32)": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: RETURN 1\n\"];\n}\n"
+  },
+  "C": {}
+}

tests/ast-parsing/expected/variable-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "basic()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: NEW VARIABLE 2\n\"];\n2->3;\n3[label=\"Node Type: NEW VARIABLE 3\n\"];\n3->4;\n4[label=\"Node Type: NEW VARIABLE 4\n\"];\n4->5;\n5[label=\"Node Type: NEW VARIABLE 5\n\"];\n5->6;\n6[label=\"Node Type: NEW VARIABLE 6\n\"];\n6->7;\n7[label=\"Node Type: NEW VARIABLE 7\n\"];\n7->8;\n8[label=\"Node Type: NEW VARIABLE 8\n\"];\n8->9;\n9[label=\"Node Type: NEW VARIABLE 9\n\"];\n9->10;\n10[label=\"Node Type: NEW VARIABLE 10\n\"];\n10->11;\n11[label=\"Node Type: NEW VARIABLE 11\n\"];\n11->12;\n12[label=\"Node Type: NEW VARIABLE 12\n\"];\n12->13;\n13[label=\"Node Type: NEW VARIABLE 13\n\"];\n13->14;\n14[label=\"Node Type: NEW VARIABLE 14\n\"];\n14->15;\n15[label=\"Node Type: NEW VARIABLE 15\n\"];\n15->16;\n16[label=\"Node Type: NEW VARIABLE 16\n\"];\n16->17;\n17[label=\"Node Type: NEW VARIABLE 17\n\"];\n17->18;\n18[label=\"Node Type: NEW VARIABLE 18\n\"];\n18->19;\n19[label=\"Node Type: NEW VARIABLE 19\n\"];\n19->20;\n20[label=\"Node Type: NEW VARIABLE 20\n\"];\n20->21;\n21[label=\"Node Type: NEW VARIABLE 21\n\"];\n21->22;\n22[label=\"Node Type: NEW VARIABLE 22\n\"];\n22->23;\n23[label=\"Node Type: NEW VARIABLE 23\n\"];\n23->24;\n24[label=\"Node Type: NEW VARIABLE 24\n\"];\n24->25;\n25[label=\"Node Type: NEW VARIABLE 25\n\"];\n25->26;\n26[label=\"Node Type: NEW VARIABLE 26\n\"];\n26->27;\n27[label=\"Node Type: NEW VARIABLE 27\n\"];\n27->28;\n28[label=\"Node Type: NEW VARIABLE 28\n\"];\n28->29;\n29[label=\"Node Type: NEW VARIABLE 29\n\"];\n29->30;\n30[label=\"Node Type: NEW VARIABLE 30\n\"];\n30->31;\n31[label=\"Node Type: NEW VARIABLE 31\n\"];\n31->32;\n32[label=\"Node Type: NEW VARIABLE 32\n\"];\n32->33;\n33[label=\"Node Type: NEW VARIABLE 33\n\"];\n33->34;\n34[label=\"Node Type: NEW VARIABLE 34\n\"];\n34->35;\n35[label=\"Node Type: NEW VARIABLE 35\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/variabledeclaration-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: NEW VARIABLE 2\n\"];\n2->3;\n3[label=\"Node Type: NEW VARIABLE 3\n\"];\n3->4;\n4[label=\"Node Type: NEW VARIABLE 4\n\"];\n4->5;\n5[label=\"Node Type: NEW VARIABLE 5\n\"];\n5->6;\n6[label=\"Node Type: NEW VARIABLE 6\n\"];\n6->7;\n7[label=\"Node Type: NEW VARIABLE 7\n\"];\n7->8;\n8[label=\"Node Type: NEW VARIABLE 8\n\"];\n8->12;\n10[label=\"Node Type: NEW VARIABLE 10\n\"];\n10->11;\n11[label=\"Node Type: NEW VARIABLE 11\n\"];\n12[label=\"Node Type: IF 12\n\"];\n12->13[label=\"True\"];\n12->14[label=\"False\"];\n13[label=\"Node Type: EXPRESSION 13\n\"];\n13->15;\n14[label=\"Node Type: EXPRESSION 14\n\"];\n14->15;\n15[label=\"Node Type: END_IF 15\n\"];\n15->10;\n}\n"
+  }
+}

tests/ast-parsing/expected/while-0.8.12-compact.json

@@ -0,0 +1,5 @@
+{
+  "C": {
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: BEGIN_LOOP 2\n\"];\n2->3;\n3[label=\"Node Type: IF_LOOP 3\n\"];\n3->4[label=\"True\"];\n3->5[label=\"False\"];\n4[label=\"Node Type: EXPRESSION 4\n\"];\n4->3;\n5[label=\"Node Type: END_LOOP 5\n\"];\n5->6;\n6[label=\"Node Type: EXPRESSION 6\n\"];\n6->7;\n7[label=\"Node Type: BEGIN_LOOP 7\n\"];\n7->8;\n8[label=\"Node Type: IF_LOOP 8\n\"];\n8->9[label=\"True\"];\n8->10[label=\"False\"];\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->8;\n10[label=\"Node Type: END_LOOP 10\n\"];\n}\n"
+  }
+}

tests/ast-parsing/expected/yul-0.8.12-compact.json

@@ -0,0 +1,7 @@
+{
+  "L": {},
+  "C": {
+    "f(uint256,uint256[])": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: NEW VARIABLE 1\n\"];\n1->2;\n2[label=\"Node Type: NEW VARIABLE 2\n\"];\n2->3;\n3[label=\"Node Type: INLINE ASM 3\n\"];\n3->4;\n4[label=\"Node Type: NEW VARIABLE 4\n\"];\n4->5;\n5[label=\"Node Type: EXPRESSION 5\n\"];\n5->6;\n6[label=\"Node Type: NEW VARIABLE 6\n\"];\n6->7;\n7[label=\"Node Type: EXPRESSION 7\n\"];\n7->8;\n8[label=\"Node Type: NEW VARIABLE 8\n\"];\n8->9;\n9[label=\"Node Type: EXPRESSION 9\n\"];\n9->10;\n10[label=\"Node Type: NEW VARIABLE 10\n\"];\n10->11;\n11[label=\"Node Type: EXPRESSION 11\n\"];\n11->12;\n12[label=\"Node Type: EXPRESSION 12\n\"];\n12->13;\n13[label=\"Node Type: EXPRESSION 13\n\"];\n13->14;\n14[label=\"Node Type: EXPRESSION 14\n\"];\n14->15;\n15[label=\"Node Type: EXPRESSION 15\n\"];\n15->16;\n16[label=\"Node Type: NEW VARIABLE 16\n\"];\n16->17;\n17[label=\"Node Type: EXPRESSION 17\n\"];\n17->18;\n18[label=\"Node Type: NEW VARIABLE 18\n\"];\n18->19;\n19[label=\"Node Type: EXPRESSION 19\n\"];\n19->20;\n20[label=\"Node Type: NEW VARIABLE 20\n\"];\n20->21;\n21[label=\"Node Type: EXPRESSION 21\n\"];\n21->22;\n22[label=\"Node Type: NEW VARIABLE 22\n\"];\n22->23;\n23[label=\"Node Type: EXPRESSION 23\n\"];\n23->24;\n24[label=\"Node Type: EXPRESSION 24\n\"];\n24->25;\n25[label=\"Node Type: EXPRESSION 25\n\"];\n25->26;\n26[label=\"Node Type: EXPRESSION 26\n\"];\n26->27;\n27[label=\"Node Type: EXPRESSION 27\n\"];\n27->28;\n28[label=\"Node Type: NEW VARIABLE 28\n\"];\n28->29;\n29[label=\"Node Type: EXPRESSION 29\n\"];\n}\n",
+    "f()": "digraph{\n0[label=\"Node Type: ENTRY_POINT 0\n\"];\n0->1;\n1[label=\"Node Type: INLINE ASM 1\n\"];\n1->2;\n2[label=\"Node Type: EXPRESSION 2\n\"];\n}\n"
+  }
+}

tests/test_ast_parsing.py

@@ -12,6 +12,9 @@ import pytest
 from crytic_compile import CryticCompile, save_to_zip
 from crytic_compile.utils.zip import load_from_zip
 
+from solc_select.solc_select import install_artifacts as install_solc_versions
+from solc_select.solc_select import installed_versions as get_installed_solc_versions
+
 from slither import Slither
 from slither.printers.guidance.echidna import Echidna
 
@@ -26,7 +29,7 @@ ALL_04 = range(0, 27)
 ALL_05 = range(0, 18)
 ALL_06 = range(0, 13)
 ALL_07 = range(0, 7)
-ALL_08 = range(0, 12)
+ALL_08 = range(0, 13)
 
 # these are tests that are currently failing right now
 XFAIL = (
@@ -70,25 +73,9 @@ XFAIL = (
 )
 
 
-def get_solc_versions() -> List[str]:
+def get_tests() -> Dict[str, List[str]]:
-    """
-    get a list of all the supported versions of solidity, sorted from earliest to latest
-    :return: ascending list of versions, for example ["0.4.0", "0.4.1", ...]
-    """
-    result = subprocess.run(["solc-select", "versions"], stdout=subprocess.PIPE, check=True)
-    solc_versions = result.stdout.decode("utf-8").split("\n")
-
-    # there's an extra newline so just remove all empty strings
-    solc_versions = [version.split(" ")[0] for version in solc_versions if version != ""]
-
-    solc_versions = sorted(solc_versions, key=lambda x: list(map(int, x.split("."))))
-    return solc_versions
-
-
-def get_tests(solc_versions) -> Dict[str, List[str]]:
     """
     parse the list of testcases on disk
-    :param solc_versions: the list of valid solidity versions
     :return: a dictionary of test id to list of base solidity versions supported
     """
     slither_root = os.path.dirname(os.path.dirname(os.path.abspath(__file__)))
@@ -112,6 +99,8 @@ def get_tests(solc_versions) -> Dict[str, List[str]]:
             tests[key] = sorted(test, key=StrictVersion)
 
     # validate tests
+    solc_versions = get_installed_solc_versions()
+    missing_solc_versions = set()
     for test, vers in tests.items():
         if len(vers) == 1:
             if vers[0] != "all":
@@ -119,7 +108,9 @@ def get_tests(solc_versions) -> Dict[str, List[str]]:
         else:
             for ver in vers:
                 if ver not in solc_versions:
-                    raise Exception("base version not found", test, ver)
+                    missing_solc_versions.add(ver)
+    if missing_solc_versions:
+        install_solc_versions(missing_solc_versions)
 
     return tests
 
@@ -140,8 +131,8 @@ def get_all_test() -> List[Item]:
     generate a list of testcases by testing each test id with every solidity version for both legacy and compact ast
     :return: the testcases
     """
-    solc_versions = get_solc_versions()
+    tests = get_tests()
-    tests = get_tests(solc_versions)
+    solc_versions = get_installed_solc_versions()
 
     ret = []
 

tests/test_detectors.py

@@ -8,6 +8,9 @@ from typing import Type, Optional, List
 import pytest
 from deepdiff import DeepDiff  # pip install deepdiff
 
+from solc_select.solc_select import install_artifacts as install_solc_versions
+from solc_select.solc_select import installed_versions as get_installed_solc_versions
+
 from slither import Slither
 from slither.detectors.abstract_detector import AbstractDetector
 from slither.detectors import all_detectors
@@ -52,7 +55,7 @@ def id_test(test_item: Test):
     return f"{test_item.detector}: {test_item.solc_ver}/{test_item.test_file}"
 
 
-ALL_TESTS = [
+ALL_TEST_OBJECTS = [
     Test(
         all_detectors.UninitializedFunctionPtrsConstructor,
         "uninitialized_function_ptr_constructor.sol",
@@ -1200,6 +1203,20 @@ ALL_TESTS = [
         "0.8.0",
     ),
 ]
+
+
+def get_all_tests() -> List[Test]:
+    installed_solcs = set(get_installed_solc_versions())
+    required_solcs = {test.solc_ver for test in ALL_TEST_OBJECTS}
+    missing_solcs = list(required_solcs - installed_solcs)
+    if missing_solcs:
+        install_solc_versions(missing_solcs)
+
+    return ALL_TEST_OBJECTS
+
+
+ALL_TESTS = get_all_tests()
+
 GENERIC_PATH = "/GENERIC_PATH"