add ct modulus

cpp/gen_cpp.py

@@ -3,6 +3,8 @@ from v0curves import curves
 # define the number of security levels in curves
 num_sec_levels = len(curves)
 
+polynomial_i
+
 
 import_string = f"""
 
@@ -19,12 +21,15 @@ typedef struct v0curves
 {
     int rlweDimension;
     int polynomialSize;
+    int ciphertextModulus;
 
     v0curves(int rlweDimension,
-                int polynomialSize_)
+                int polynomialSize_,
+                int ciphertextModulus)
     {
         rlweDimension = rlweDimension_;
         polynomialSize = polynomialSize_;
+        ciphertextModulus = ciphertextModulus_;
     }
 
 } v0curves;"""
@@ -35,19 +40,20 @@ v0curves parameters[num_sec_levels] = """
 
 
 get_string = """
-extern "C" int security_estimator(int rlweDimension, int polynomialSize)
+extern "C" int security_estimator(int rlweDimension, int polynomialSize, int ciphertextModulus)
 {
 }"""
 
 
-def constructor(rlweDimension, polynomialSize):
-    return f"v0curves({rlweDimension}, {polynomialSize}),"
+def constructor(rlweDimension, polynomialSize, ciphertextModulus):
+    return f"v0curves({rlweDimension}, {polynomialSize}, {ciphertextModulus}),"
 
 
 def fill_parameters(
     # Return a string with parameters for the c++ array initialization
     polynomial_size_results,
     rlwe_dimension_results,
+    ciphertextModulus,
 ):
     parameters = "{}{{".format(table_string)
     for security_level in range(num_sec_levels):
@@ -58,10 +64,10 @@ def fill_parameters(
             line += constructor(
                 int(polynomial_size_results[security_level]),
                 int(rlwe_dimension_results[security_level]),
-
+                int(ciphertext_modulus_results[security_level]),
             )
         except ValueError:
-            line += constructor(0, 0)
+            line += constructor(0, 0,0)
         line = line[:-1]
         line += "},"
         parameters += line
@@ -73,6 +79,7 @@ def fill_parameters(
 def codegen(
     polynomial_size_results,
     rlwe_dimension_results,
+    ciphertext_modulus_results,
 ):
     # Generate the C++ file as a string
     code = f"""
@@ -82,6 +89,7 @@ def codegen(
     {fill_parameters(
         polynomial_size_results,
         rlwe_dimension_results,
+        ciphertext_modulus_results
     )}
     {get_string}
     """
@@ -91,11 +99,13 @@ def codegen(
 def write_codegen(
     polynomial_size_results,
     rlwe_dimension_results,
+    ciphertext_modulus_results
 ):
     # Create the c++ source
     code = codegen(
         polynomial_size_results,
         rlwe_dimension_results,
+        ciphertext_modulus_results
     )
     # TODO: insert correct filename here with a path
     with open(f"test.cpp", "w") as f:
@@ -107,12 +117,13 @@ def main_codegen():
     # finding parameters for V0
     (
         polynomial_size_results,
-        rlwe_dimension_results
+        rlwe_dimension_results,
+        ciphertext_modulus_resultss
     ) = main_optimization_v0()
 
     # code generation
     write_codegen(
         polynomial_size_results,
-        rlwe_dimension_results
+        rlwe_dimension_results,
+        ciphertext_modulus_results
     )
-