all will be int

IBAF-Editor/syntax/cbs-gen/IBAF-Statements.sdf3

@@ -35,10 +35,8 @@ context-free syntax // Language
     "{" L-statement* "}"
   L-statement.L-statement--R-print-LPAREN-L-exp-RPAREN-SEMI =
     "print" "(" L-exp ")" ";"
-  L-statement.L-statement--L-type-L-id-SEMI =
-    L-type L-id ";"
-  L-statement.L-statement--L-type-L-id-EQUALS-L-exp-SEMI =
-    L-type L-id "=" L-exp ";"
+  L-statement.L-statement--L-id-SEMI =
+    L-id ";"
   L-statement.L-statement--L-id-EQUALS-L-exp-SEMI =
     L-id "=" L-exp ";"
   L-statement.L-statement--R-return-L-exp-Q-SEMI =
@@ -46,13 +44,6 @@ context-free syntax // Language
   L-statement.L-statement--R-fun-L-id-LPAREN-RPAREN-LBRACE-L-statement-S-RBRACE =
     "fun" L-id "(" ")" "{" L-statement* "}"
   
-  L-type.L-type--R-int =
-    "int"
-  L-type.L-type--R-bool =
-    "bool"
-  L-type.L-type--L-id =
-    L-id
-  
   
   // # Handling variable declarations
                    
@@ -93,10 +84,6 @@ variables // Meta-variables
   L-statement+ = "(:Stmt" [1-9]? "+:)" {prefer}
   L-statement* = "..." [1-9]? {prefer}
   L-statement* = "..." [1-9]? {prefer}
-  L-type = "(:Typ" [1-9]? ":)" {prefer}
-  L-type? = "(:Typ" [1-9]? "?:)" {prefer}
-  L-type* = "(:Typ" [1-9]? "*:)" {prefer}
-  L-type+ = "(:Typ" [1-9]? "+:)" {prefer}
   
   // # Handling variable declarations
                    

IBAF-Editor/trans/cbs-gen/IBAF-Statements.str

@@ -24,12 +24,9 @@ to-funcons:
   |[ execute[: print((:Exp:)); :] ]| ->
   |[ print eval-exp[: (:Exp:) :] ]|
 to-funcons:
-  |[ execute[: (:Typ:)(:Id:); :] ]| ->
-  |[ null ]|
-to-funcons:
-  |[ execute[: (:Typ:)(:Id:)=(:Exp:); :] ]| ->
+  |[ execute[: (:Id:); :] ]| ->
   |[ assign (bound id[: (:Id:) :], 
-             eval-exp[: (:Exp:) :]) ]|
+             0) ]|
 to-funcons:
   |[ execute[: (:Id:)=(:Exp:); :] ]| ->
   |[ assign (bound id[: (:Id:) :], 
@@ -55,18 +52,16 @@ to-funcons:
                  
 
 to-funcons:
-  |[ collect-declared-vars[: (:Typ:)(:Id:)=(:Exp:); :] ]| ->
-  |[ bind (\"(:Id:)\", 
-             allocate-initialised-variable (integers, 
-                     0)) ]|
+  |[ collect-declared-vars[: (:Id:)=(:Exp:); :] ]| ->
+  |[ bind (id[: (:Id:) :], 
+             allocate-variable (integers)) ]|
 to-funcons:
-  |[ collect-declared-vars[: (:Typ:)(:Id:); :] ]| ->
-  |[ bind (\"(:Id:)\", 
-             allocate-initialised-variable (integers, 
-                     0)) ]|
+  |[ collect-declared-vars[: (:Id:); :] ]| ->
+  |[ bind (id[: (:Id:) :], 
+             allocate-variable (integers)) ]|
 to-funcons:
   |[ collect-declared-vars[: fun(:Id:)(){(:Stmt*:)} :] ]| ->
-  |[ bind (\"(:Id:)\", 
+  |[ bind (id[: (:Id:) :], 
              function abstraction (execute[: {(:Stmt*:)} :])) ]|
 to-funcons:
   |[ collect-declared-vars[:  :] ]| ->

IBAF-Tests/IBAF-1/fun.ibaf

@@ -4,6 +4,6 @@ fun test() {
     return 3;
 }
 
-int x = test();
+x = test();
 
 print(x);

IBAF-Tests/IBAF-1/scopes.ibaf

@@ -1,13 +1,13 @@
 
-int z =5;
-int x =5*3;
+z =5;
+x =5*3;
 print(x);
 
 x = 2;
 print(x*3);
 
 {
-    int y =4;
+    y =4;
     print (y);
 }
 

IBAF-cbs/IBAF/IBAF-Start/IBAF-Expressions.cbs

@@ -44,7 +44,7 @@ Rule eval-exp[[ '(' Exp ')' ]] = eval-exp[[ Exp ]]
 
 Lexis Id:id ::= ('a'-'z' | 'A'-'Z') ('a'-'z' | 'A'-'Z' | '0'-'9')*
 
-Semantics id[[ _:id ]] : ids
+Semantics id[[ _:id ]] : identifiers
 Rule id[[ Id ]] = \"Id\"
 
 

IBAF-cbs/IBAF/IBAF-Start/IBAF-Statements.cbs

@@ -4,23 +4,16 @@ Language "IBAFlang"
 
 Syntax Stmt: statement ::= '{' statement* '}'
                     | 'print' '(' exp ')' ';'
-                    | type id ';'
-                    | type id '=' exp ';'
+                    | id ';'
                     | id '=' exp ';'
                     | 'return' exp? ';'
                     | 'fun' id '(' ')' '{' statement* '}'
 
-Syntax Typ:type ::= 'int'
-                   | 'bool'
-                   | id
-
-
 Semantics execute[[ Stmt*:statement* ]] : => null-type
 
 Rule execute[[ '{' Stmt* '}' ]] = scope(collateral(collect-declared-vars[[ Stmt* ]]), execute[[ Stmt* ]])
 Rule execute[[ 'print' '(' Exp ')' ';' ]] = print eval-exp[[ Exp ]]
-Rule execute[[ Typ Id ';' ]] = null
-Rule execute[[ Typ Id '=' Exp ';' ]] = assign(bound id[[ Id ]], eval-exp[[ Exp ]])
+Rule execute[[ Id ';' ]] = assign(bound id[[ Id ]], 0)
 Rule execute[[ Id '=' Exp ';' ]] = assign(bound id[[ Id ]], eval-exp[[ Exp ]])
 Rule execute[[ 'return' Exp ';' ]] = return eval-exp[[ Exp ]]
 Rule execute[[ 'return' ';' ]] = return null
@@ -36,25 +29,13 @@ Rule execute[[ Stmt Stmt+ ]] = sequential(execute[[ Stmt ]], execute[[ Stmt+ ]])
 
 Semantics collect-declared-vars[[ Stmt*:statement* ]] : (=>environments)+
 
-Rule collect-declared-vars[[ Typ Id '=' Exp ';' ]] = 
-  bind(
-        \"Id\", 
-        allocate-initialised-variable(
-            integers, //TODO: use type
-            0 //TODO: use correct default value for type
+Rule collect-declared-vars[[ Id '=' Exp ';' ]] = bind(id[[ Id ]], 
+    allocate-variable(integers)
 )
+Rule collect-declared-vars[[ Id ';' ]] = bind(id[[ Id ]], 
+    allocate-variable(integers)
 )
-Rule collect-declared-vars[[ Typ Id ';' ]] = 
-  bind(
-        \"Id\", 
-        allocate-initialised-variable(
-            integers, //TODO: use type
-            0 //TODO: use correct default value for type
-        )
-    )
-Rule collect-declared-vars[[ 'fun' Id '(' ')' '{' Stmt* '}' ]] = 
-  bind(
-    \"Id\", 
+Rule collect-declared-vars[[ 'fun' Id '(' ')' '{' Stmt* '}' ]] = bind(id[[ Id ]], 
     function abstraction(execute[[ '{' Stmt* '}' ]])
 )
 Rule collect-declared-vars[[ ]] = map()