Modified transform.hpp

include/inc-transform/rewrite_util.hpp

@@ -25,28 +25,30 @@ namespace IRDB_SDK
 	extern Instruction_t* insertAssemblyBefore   (FileIR_t* firp, Instruction_t* before, string assembly, Instruction_t *target=nullptr);
 	extern Instruction_t* insertAssemblyAfter    (FileIR_t* firp, Instruction_t* after , string assembly, Instruction_t *target=nullptr);
 /*
- * The insertAssemblyInstructionsBefore function takes in a group of (semicolon-seperated) assembly statements and inserts them into the 
+ * The insertAssemblyInstructionsBefore function takes in a group of (semicolon/newline-seperated) assembly statements and other template parameters, and insert them into the
  * program before the "before" instruction.
  * Param: firp -- The current FileIR_t object
  * before -- The instruction that the new instructions will be inserted before
- * instructions -- The assembly to be inserted.  Typical assembly formatting applies:  instructions 
+ * templateins -- The assembly template to be inserted.  Typical assembly formatting applies:  instructions 
  * start on new lines, defined labels are allowed. For x86, the format must be in NASM style assembly.
+ * templateParams -- The template arguments to be substituted into the template string.
  * Returns: A vector of the newly inserted instructions.
  * Side Effect: The new instructions are inserted into the IRDB data structures.
  */
 
-        extern std::vector<Instruction_t*> insertAssemblyInstructionsBefore   (FileIR_t* firp, Instruction_t* before, string instructions, Instruction_t *target=nullptr);
+        extern std::vector<Instruction_t*> insertAssemblyInstructionsBefore   (FileIR_t* firp, Instruction_t* before, string templateIns, vector<string> templateParams);
 /*
- * The insertAssemblyInstructionsAfter function takes in a group of (semicolon-seperated) assembly statements and inserts them into the 
+ * The insertAssemblyInstructionsAfter function takes in a group of (semicolon/newline-seperated) assembly statements and other template parameters, and insert them into the
  * program after the "after" instruction.
  * Param: firp -- The current FileIR_t object
  * after -- The instruction that the new instructions will be inserted after
- * instructions -- The assembly to be inserted.  Typical assembly formatting applies:  instructions 
+ * templateins -- The assembly template to be inserted.  Typical assembly formatting applies:  instructions 
  * start on new lines, defined labels are allowed. For x86, the format must be in NASM style assembly.
+ * templateParams -- The template arguments to be substituted into the template string.
  * Returns: A vector of the newly inserted instructions.
  * Side Effect: The new instructions are inserted into the IRDB data structures.
  */
-        extern std::vector<Instruction_t*> insertAssemblyInstructionsAfter    (FileIR_t* firp, Instruction_t* after , string instructions, Instruction_t *target=nullptr);
+        extern std::vector<Instruction_t*> insertAssemblyInstructionsAfter    (FileIR_t* firp, Instruction_t* after , string templateIns, vector<string> templateParams);
 	extern Instruction_t* insertDataBitsBefore   (FileIR_t* firp, Instruction_t* before, string dataBits, Instruction_t *target=nullptr);
 	extern Instruction_t* insertDataBitsAfter    (FileIR_t* firp, Instruction_t* after , string dataBits, Instruction_t *target=nullptr);
 

include/inc-transform/transform.hpp

@@ -36,6 +36,8 @@ namespace IRDB_SDK
 			Instruction_t* insertAssemblyAfter   (Instruction_t* p_after , const string &p_asm, Instruction_t* p_targ=nullptr);
 			Instruction_t* insertDataBitsBefore  (Instruction_t* p_before, const string &p_asm, Instruction_t* p_targ=nullptr);
 			Instruction_t* insertDataBitsAfter   (Instruction_t* p_after , const string &p_asm, Instruction_t* p_targ=nullptr);
+			vector<Instruction_t*> insertAssemblyInstructionsBefore(Instruction_t* before, string templateIns, vector<string> templateParams);
+			vector<Instruction_t*> insertAssemblyInstructionsAfter(Instruction_t* after, string templateIns, vector<string> templateParams);
 
 			Instruction_t* addNewDataBits        (const string& p_bits);
 			Instruction_t* addNewAssembly        (const string& p_asm);