Update repo

C2000Ware/libraries/.meta/math/FASTINTDIV/templates/fid.c2000ware_libraries.h.xdt

@@ -0,0 +1,154 @@
+#include <stdlib.h>
+
+% var moduleName = "fastintdiv"
+% let Common   = system.getScript("/driverlib/Common.js");
+% var module = system.modules['/libraries/math/FASTINTDIV' + '/' + moduleName + '.js'];
+% var instance = module.$instances[0];
+%
+%if (module != null)
+%{
+//
+// IMPORTANT NOTE: The standard is to use data types in the format as int32_t, but the structs
+//                 as part of the stdlib.h file do not use these types, so their corresponding
+//                 data types are used here.
+//
+// Return type is ldiv_t:
+//
+// typedef struct {
+//        int32_t quot;
+//        int32_t rem;
+// } ldiv_t;
+// 
+// Example:
+//      int32_t numerator = 2000000000;
+//      int32_t denominator = -500;
+//      ldiv_t result = FID_COMP_I16_BY_I16_T(numerator, denominator);
+//      int32_t quotient = result.quot;
+//      int32_t remainder = result.rem;
+// 
+#define `instance.fid_0` __traditional_div_i16byi16
+#define `instance.fid_2` __traditional_div_i32byi32
+#define `instance.fid_3` __traditional_div_i32byu32
+#define `instance.fid_8` __traditional_div_i32byi16
+
+#define `instance.fid_13` __modulo_div_i16byi16
+#define `instance.fid_14` __modulo_div_i32byi32
+#define `instance.fid_15` __modulo_div_i32byu32
+#define `instance.fid_18` __modulo_div_i32byi16
+
+#define `instance.fid_21` __euclidean_div_i16byi16
+#define `instance.fid_22` __euclidean_div_i32byi32
+#define `instance.fid_25` __euclidean_div_i32byi16
+
+
+
+//
+// Return type is __uldiv_t:
+//
+// typedef struct {
+//     uint32_t quot;
+//     uint32_t rem;
+// }  __uldiv_t;
+// 
+// Example:
+//      uint32_t numerator = 3000000000;
+//      uint32_t denominator = 50000000;
+//      __uldiv_t result = FID_COMP_U32_BY_U32_T(numerator, denominator);
+//      uint32_t quotient = result.quot;
+//      uint32_t remainder = result.rem;
+// 
+#define `instance.fid_1` __traditional_div_u16byu16
+#define `instance.fid_4` __traditional_div_u32byu32
+#define `instance.fid_9` __traditional_div_u32byu16
+
+
+
+// 
+// Return type is lldiv_t:
+//
+// typedef struct {
+//     int64_t quot;
+//     int64_t rem;
+// } lldiv_t;
+// 
+// Example:
+//      int64_t numerator = -2000000000000000000;
+//      int64_t denominator = 500000000;
+//      lldiv_t result = FID_COMP_I64_BY_I64_T(numerator, denominator);
+//      int64_t quotient = result.quot;
+//      int64_t remainder = result.rem;
+//
+#define `instance.fid_5` __traditional_div_i64byi64
+#define `instance.fid_6` __traditional_div_i64byu64
+#define `instance.fid_11` __traditional_div_i64byu32
+
+#define `instance.fid_16` __modulo_div_i64byi64
+#define `instance.fid_17` __modulo_div_i64byu64
+
+#define `instance.fid_23` __euclidean_div_i64byi64
+#define `instance.fid_24` __euclidean_div_i64byu64
+
+
+
+// 
+// Return type is __ulldiv_t:
+//
+// typedef struct {
+//     uint64_t quot;
+//     uint64_t rem;
+// } __ulldiv_t;
+// 
+// Example:
+//      uint64_t numerator = 18000000000000000000;
+//      uint64_t denominator = 5000000000000;
+//      __ulldiv_t result = FID_COMP_U64_BY_U64_T(numerator, denominator);
+//      uint64_t quotient = result.quot;
+//      uint64_t remainder = result.rem;
+//
+#define `instance.fid_7` __traditional_div_u64byu64
+
+
+
+// 
+// Return type is __llldiv_t:
+//
+// typedef struct {
+//     int64_t quot;
+//     int32_t rem;
+// } __llldiv_t;
+//
+// Example:
+//      int64_t numerator = -2000000000000000000;
+//      int32_t denominator = -2000000000;
+//      __llldiv_t result = FID_COMP_I64_BY_I32_T(numerator, denominator);
+//      int64_t quotient = result.quot;
+//      int32_t remainder = result.rem;
+//
+#define `instance.fid_10` __traditional_div_i64byi32
+
+#define `instance.fid_19` __modulo_div_i64byi32
+#define `instance.fid_20` __modulo_div_i64byu32
+
+#define `instance.fid_26` __euclidean_div_i64byi32
+#define `instance.fid_27` __euclidean_div_i64byu32
+
+
+
+// 
+// Return type is __ullldiv_t:
+//
+// typedef struct {
+//     uint64_t quot;
+//     uint32_t rem;
+// } __ullldiv_t;
+// 
+// Example:
+//      uint64_t numerator = 18000000000000000000;
+//      uint32_t denominator = 3000000000;
+//      __ullldiv_t result = FID_COMP_U64_BY_U32_T(numerator, denominator);
+//      uint64_t quotient = result.quot;
+//      uint32_t remainder = result.rem;
+//
+#define `instance.fid_12` __traditional_div_u64byu32
+%}
+%

C2000Ware/libraries/.meta/math/FASTINTDIV/templates/fid.c2000ware_libraries.opt.xdt

@@ -0,0 +1 @@
+--idiv_support=idiv0