Add a bunch of new Alpha Intrinsics for Rahul Joshi

git-svn-id: https://llvm.org/svn/llvm-project/llvm/trunk@7646 91177308-0d34-0410-b5e6-96231b3b80d8

1 files changed, 76 insertions, 0 deletions

diff --git a/include/llvm/Intrinsics.h b/include/llvm/Intrinsics.h
index 26b9c35..72e85e7 100644
--- a/include/llvm/Intrinsics.h
+++ b/include/llvm/Intrinsics.h
@@ -30,13 +30,89 @@ namespace LLVMIntrinsic {
     //
     alpha_ctlz,     // CTLZ (count leading zero): counts the number of leading
                     // zeros in the given ulong value
+
     alpha_cttz,     // CTTZ (count trailing zero): counts the number of trailing
                     // zeros in the given ulong value 
+
     alpha_ctpop,    // CTPOP (count population): counts the number of ones in
                     // the given ulong value 
+
     alpha_umulh,    // UMULH (unsigned multiply quadword high): Takes two 64-bit
                     // (ulong) values, and returns the upper 64 bits of their
                     // 128 bit product as a ulong
+
+    alpha_vecop,    // A generic vector operation. This function is used to
+                    // represent various Alpha vector/multimedia instructions.
+                    // It takes 4 parameters:
+                    //  - the first two are 2 ulong vectors
+                    //  - the third (uint) is the size (in bytes) of each 
+                    //    vector element. Thus a value of 1 means that the two
+                    //    input vectors consist of 8 bytes
+                    //  - the fourth (uint) is the operation to be performed on
+                    //    the vectors. Its possible values are defined in the
+                    //    enumeration AlphaVecOps.
+
+    alpha_pup,      // A pack/unpack operation. This function is used to
+                    // represent Alpha pack/unpack operations. 
+                    // It takes 3 parameters:
+                    //  - the first is an ulong to pack/unpack
+                    //  - the second (uint) is the size of each component
+                    //    Valid values are 2 (word) or 4 (longword)
+                    //  - the third (uint) is the operation to be performed.
+                    //    Possible values defined in the enumeration 
+                    //    AlphaPupOps
+
+    alpha_bytezap,  // This intrinsic function takes two parameters: a ulong 
+                    // (64-bit) value and a ubyte value, and returns a ulong.
+                    // Each bit in the ubyte corresponds to a byte in the 
+                    // ulong. If the bit is 0, the byte in the output equals
+                    // the corresponding byte in the input, else the byte in
+                    // the output is zero.
+
+    alpha_bytemanip,// This intrinsic function represents all Alpha byte
+                    // manipulation instructions. It takes 3 parameters:
+                    //  - The first two are ulong inputs to operate on
+                    //  - The third (uint) is the operation to perform. 
+                    //    Possible values defined in the enumeration
+                    //    AlphaByteManipOps
+
+    alpha_dfpbop,   // This intrinsic function represents Alpha instructions
+                    // that operate on two doubles and return a double. The
+                    // first two parameters are the two double values to
+                    // operate on, and the third is a uint that specifies the
+                    // operation to perform. Its possible values are defined in
+                    // the enumeration AlphaFloatingBinaryOps
+
+    alpha_dfpuop,   // This intrinsic function represents operation on a single
+                    // double precision floating point value. The first 
+                    // paramters is the value and the second is the operation.
+                    // The possible values for the operations are defined in the
+                    // enumeration AlphaFloatingUnaryOps
+
+    alpha_unordered,// This intrinsic function tests if two double precision
+                    // floating point values are unordered. It has two
+                    // parameters: the two values to be tested. It return a
+                    // boolean true if the two are unordered, else false.
+
+    alpha_uqtodfp,  // A generic function that converts a ulong to a double.
+                    // How the conversion is performed is specified by the
+                    // second parameter, the possible values for which are
+                    // defined in the AlphaUqToDfpOps enumeration
+
+    alpha_uqtosfp,  // A generic function that converts a ulong to a float.
+                    // How the conversion is performed is specified by the
+                    // second parameter, the possible values for which are
+                    // defined in the AlphaUqToSfpOps enumeration
+
+    alpha_dfptosq,  // A generic function that converts double to a long.
+                    // How the conversion is performed is specified by the
+                    // second parameter, the possible values for which are
+                    // defined in the AlphaDfpToSqOps enumeration
+
+    alpha_sfptosq,  // A generic function that converts a float to a long.
+                    // How the conversion is performed is specified by the
+                    // second parameter, the possible values for which are
+                    // defined in the AlphaSfpToSq enumeration
   };
 }