Is the boundary for this translation integer only (32bit). Is there any provision for 16bit

• Related Articles

• How is the Ada bit representation for record types converted?

  There is a fairly direct translation, with Ada records becoming C/C++ structs, and Ada components becoming C fields, with C/C++ bitfield specifications generated as appropriate.

• Do you have support for 64 bit when using Ada changer?

  Ada-C/C++ Changer does support 64-bit target environment when you do code generation. It is just a question of updating the "config" file. We use it ourselves on a daily basis on a 64-bit Intel target ("X64").

• How are fixed and scaled integer/floats handled (i.e. Ada delta).

  Ada fixed-point types are translated to C integer types, with run-time routines used for special operations such as fixed-fixed multiply and divide where the built-in C operators don't do the right thing.

• How are Ada record types converted? What do they look like if they have bit representations?

  Ada C/C++ Changer use C/C++ bit field specifications as necessary to provide an identical "struct" representation as described in above answers.

• We don’t understand some of the ADA custom type conversions Type Reset_Data_Type is (One, Two, Three, Four) was converted to Const Integer Reset_data_type_enum_integer_table[4]={3,6,11,15};Const Character Test_data_type_enum_image_table[11]= {“ONETWOTHREEFOUR”}

  Ada provides ‘Image’ and ‘Value’ functions for every enumeration type, and so the compiler needs to build up a table of information that allows an internal enumeration value to be turned into a string, and vice-versa. The enum_integer_table and the ...