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test.c
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#include "abi.h"
#include "test_vec.h"
#include <assert.h>
#include <string.h>
#include <stdint.h>
#include <stdio.h>
#define ARRAY_SIZE(a) sizeof(a)/sizeof(a[0])
//===============================================================
// TESTS
//===============================================================
// Keep this in case it is needed later for debuggin
static void print_data(uint8_t * in, size_t sz) {
for (size_t i = 0; i < sz; i++) {
if (i % ABI_WORD_SZ == 0 && i > 0)
printf("\n\r");
printf("0x%x, ", in[i]);
}
printf("\n\r");
}
static inline uint32_t get_u32_be(uint8_t * in, size_t off) {
return (in[off + 3] | in[off + 2] << 8 | in[off + 1] << 16 | in[off + 0] << 24);
}
static inline void test_ex1(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = ex1_encoded+4;
size_t inSz = sizeof(ex1_encoded) - 4;
printf("Example 1...");
// function baz(uint32 x, bool y)
assert(abi_decode_param(out, outSz, ex1_abi, ARRAY_SIZE(ex1_abi), info, in, inSz) == sizeof(ex1_param_0));
assert((out[3] | out[2] << 8 | out[1] << 16 | out[0] << 24) == ex1_param_0);
memset(out, 0, outSz);
info.typeIdx = 1;
assert(abi_decode_param(out, outSz, ex1_abi, ARRAY_SIZE(ex1_abi), info, in, inSz) == sizeof(ex1_param_1));
assert((bool) out[0] == ex1_param_1);
memset(out, 0, outSz);
printf("passed.\n\r");
}
static inline void test_ex2(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = ex2_encoded+4;
size_t inSz = sizeof(ex2_encoded) - 4;
printf("Example 2...");
// function bar(bytes3[2])
info.typeIdx = 0;
info.arrIdx = 0;
assert(abi_decode_param(out, outSz, ex2_abi, ARRAY_SIZE(ex2_abi), info, in, inSz) == sizeof(ex2_param_00));
assert(0 == memcmp(ex2_param_00, out, sizeof(ex2_param_00)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex2_abi, ARRAY_SIZE(ex2_abi), info, in, inSz) == sizeof(ex2_param_01));
assert(0 == memcmp(ex2_param_01, out, sizeof(ex2_param_01)));
memset(out, 0, outSz);
info.arrIdx = 0;
printf("passed.\n\r");
}
static inline void test_ex3(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = ex3_encoded+4;
size_t inSz = sizeof(ex3_encoded) - 4;
printf("Example 3...");
// function sam(bytes, bool, uint[])
assert(abi_decode_param(out, outSz, ex3_abi, ARRAY_SIZE(ex3_abi), info, in, inSz) == sizeof(ex3_param_0)); // 4 bytes in payload
assert(0 == memcmp(ex3_param_0, out, sizeof(ex3_param_0)));
memset(out, 0, outSz);
info.typeIdx = 1;
assert(abi_decode_param(out, outSz, ex3_abi, ARRAY_SIZE(ex3_abi), info, in, inSz) == sizeof(ex3_param_1)); // 1 byte for bool
assert((bool) out[0] == ex3_param_1);
memset(out, 0, outSz);
info.typeIdx = 2;
info.arrIdx = 0;
assert(abi_decode_param(out, outSz, ex3_abi, ARRAY_SIZE(ex3_abi), info, in, inSz) == sizeof(ex3_param_20)); // 3 uint values, each 32 bytes
assert(0 == memcmp(ex3_param_20, out, sizeof(ex3_param_20)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex3_abi, ARRAY_SIZE(ex3_abi), info, in, inSz) == sizeof(ex3_param_21)); // 3 uint values, each 32 bytes
assert(0 == memcmp(ex3_param_21, out, sizeof(ex3_param_21)));
memset(out, 0, outSz);
info.arrIdx = 2;
assert(abi_decode_param(out, outSz, ex3_abi, ARRAY_SIZE(ex3_abi), info, in, inSz) == sizeof(ex3_param_22)); // 3 uint values, each 32 bytes
assert(0 == memcmp(ex3_param_22, out, sizeof(ex3_param_22)));
memset(out, 0, outSz);
info.arrIdx = 0;
// Validate variable array size
info.typeIdx = 2;
assert(abi_get_array_sz(ex3_abi, ARRAY_SIZE(ex3_abi), info, in, inSz) == 3);
printf("passed.\n\r");
}
static inline void test_ex4(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = ex4_encoded+4;
size_t inSz = sizeof(ex4_encoded) - 4;
printf("Example 4...");
// f(uint,uint32[],bytes10,bytes)
info.typeIdx = 0;
assert(abi_decode_param(out, outSz, ex4_abi, ARRAY_SIZE(ex4_abi), info, in, inSz) == sizeof(ex4_param_0)); // uint = uint256 = 32 bytes
assert(0 == memcmp(ex4_param_0, out, sizeof(ex4_param_0)));
memset(out, 0, outSz);
info.typeIdx = 1;
info.arrIdx = 0;
assert(abi_decode_param(out, outSz, ex4_abi, ARRAY_SIZE(ex4_abi), info, in, inSz) == sizeof(ex4_param_10)); // uint32 (see payload)
assert(get_u32_be(out, 0) == ex4_param_10);
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex4_abi, ARRAY_SIZE(ex4_abi), info, in, inSz) == sizeof(ex4_param_11)); // uint32 (see payload)
assert(get_u32_be(out, 0) == ex4_param_11);
memset(out, 0, outSz);
info.arrIdx = 0;
info.typeIdx = 2;
assert(abi_decode_param(out, outSz, ex4_abi, ARRAY_SIZE(ex4_abi), info, in, inSz) == sizeof(ex4_param_2)); // bytes10 = 10 bytes
assert(0 == memcmp(ex4_param_2, out, sizeof(ex4_param_2)));
memset(out, 0, outSz);
info.typeIdx = 3;
assert(abi_decode_param(out, outSz, ex4_abi, ARRAY_SIZE(ex4_abi), info, in, inSz) == sizeof(ex4_param_3)); // 0x0d = 13 bytes
assert(0 == memcmp(ex4_param_3, out, sizeof(ex4_param_3)));
memset(out, 0, outSz);
// Validate array size
info.typeIdx = 1;
assert(abi_get_array_sz(ex4_abi, ARRAY_SIZE(ex4_abi), info, in, inSz) == 2);
printf("passed.\n\r");
}
static inline void test_ex5(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = ex5_encoded+4;
size_t inSz = sizeof(ex5_encoded) - 4;
printf("Example 5...");
// f(uint[3],uint[])
assert(abi_decode_param(out, outSz, ex5_abi, ARRAY_SIZE(ex5_abi), info, in, inSz) == sizeof(ex5_param_00));
assert(0 == memcmp(ex5_param_00, out, sizeof(ex5_param_00)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex5_abi, ARRAY_SIZE(ex5_abi), info, in, inSz) == sizeof(ex5_param_01));
assert(0 == memcmp(ex5_param_01, out, sizeof(ex5_param_01)));
memset(out, 0, outSz);
info.arrIdx = 2;
assert(abi_decode_param(out, outSz, ex5_abi, ARRAY_SIZE(ex5_abi), info, in, inSz) == sizeof(ex5_param_02));
assert(0 == memcmp(ex5_param_02, out, sizeof(ex5_param_02)));
memset(out, 0, outSz);
info.typeIdx = 1;
info.arrIdx = 0;
assert(abi_decode_param(out, outSz, ex5_abi, ARRAY_SIZE(ex5_abi), info, in, inSz) == sizeof(ex5_param_10));
assert(0 == memcmp(ex5_param_10, out, sizeof(ex5_param_10)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex5_abi, ARRAY_SIZE(ex5_abi), info, in, inSz) == sizeof(ex5_param_11));
assert(0 == memcmp(ex5_param_11, out, sizeof(ex5_param_11)));
memset(out, 0, outSz);
// Validate array size
info.typeIdx = 1;
assert(abi_get_array_sz(ex5_abi, ARRAY_SIZE(ex5_abi), info, in, inSz) == 2);
printf("passed.\n\r");
}
static inline void test_ex6(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = ex6_encoded;
size_t inSz = sizeof(ex6_encoded);
printf("Example 6...");
assert(abi_decode_param(out, outSz, ex6_abi, ARRAY_SIZE(ex6_abi), info, in, inSz) == sizeof(ex6_param_00));
assert(0 == memcmp(ex6_param_00, out, sizeof(ex6_param_00)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex6_abi, ARRAY_SIZE(ex6_abi), info, in, inSz) == sizeof(ex6_param_01));
assert(0 == memcmp(ex6_param_01, out, sizeof(ex6_param_01)));
memset(out, 0, outSz);
info.typeIdx = 1;
info.arrIdx = 0;
assert(abi_decode_param(out, outSz, ex6_abi, ARRAY_SIZE(ex6_abi), info, in, inSz) == sizeof(ex6_param_10));
assert(0 == memcmp(ex6_param_10, out, sizeof(ex6_param_10)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex6_abi, ARRAY_SIZE(ex6_abi), info, in, inSz) == sizeof(ex6_param_11));
assert(0 == memcmp(ex6_param_11, out, sizeof(ex6_param_11)));
memset(out, 0, outSz);
info.typeIdx = 2;
info.arrIdx = 0;
assert(abi_decode_param(out, outSz, ex6_abi, ARRAY_SIZE(ex6_abi), info, in, inSz) == sizeof(ex6_param_20));
assert(0 == memcmp(ex6_param_20, out, sizeof(ex6_param_20)));
memset(out, 0, outSz);
// Validate array size
info.typeIdx = 1;
assert(abi_get_array_sz(ex6_abi, ARRAY_SIZE(ex6_abi), info, in, inSz) == 3);
printf("passed.\n\r");
}
static inline void test_ex7(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = ex7_encoded;
size_t inSz = sizeof(ex7_encoded);
printf("Example 7...");
assert(abi_decode_param(out, outSz, ex7_abi, ARRAY_SIZE(ex7_abi), info, in, inSz) == sizeof(ex7_param_00));
assert(0 == memcmp(ex7_param_00, out, sizeof(ex7_param_00)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex7_abi, ARRAY_SIZE(ex7_abi), info, in, inSz) == sizeof(ex7_param_01));
assert(0 == memcmp(ex7_param_01, out, sizeof(ex7_param_01)));
memset(out, 0, outSz);
info.arrIdx = 2;
assert(abi_decode_param(out, outSz, ex7_abi, ARRAY_SIZE(ex7_abi), info, in, inSz) == sizeof(ex7_param_02));
assert(0 == memcmp(ex7_param_02, out, sizeof(ex7_param_02)));
memset(out, 0, outSz);
info.typeIdx = 1;
info.arrIdx = 0;
assert(abi_decode_param(out, outSz, ex7_abi, ARRAY_SIZE(ex7_abi), info, in, inSz) == sizeof(ex7_param_10));
assert(0 == memcmp(ex7_param_10, out, sizeof(ex7_param_10)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex7_abi, ARRAY_SIZE(ex7_abi), info, in, inSz) == sizeof(ex7_param_11));
assert(0 == memcmp(ex7_param_11, out, sizeof(ex7_param_11)));
memset(out, 0, outSz);
// Validate array size
info.typeIdx = 1;
assert(abi_get_array_sz(ex7_abi, ARRAY_SIZE(ex7_abi), info, in, inSz) == 2);
printf("passed.\n\r");
}
static inline void test_ex8(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = ex8_encoded;
size_t inSz = sizeof(ex8_encoded);
printf("Example 8...");
assert(abi_decode_param(out, outSz, ex8_abi, ARRAY_SIZE(ex8_abi), info, in, inSz) == sizeof(ex8_param_00));
assert(0 == memcmp(ex8_param_00, out, sizeof(ex8_param_00)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex8_abi, ARRAY_SIZE(ex8_abi), info, in, inSz) == sizeof(ex8_param_01));
assert(0 == memcmp(ex8_param_01, out, sizeof(ex8_param_01)));
memset(out, 0, outSz);
info.arrIdx = 2;
assert(abi_decode_param(out, outSz, ex8_abi, ARRAY_SIZE(ex8_abi), info, in, inSz) == sizeof(ex8_param_02));
assert(0 == memcmp(ex8_param_02, out, sizeof(ex8_param_02)));
memset(out, 0, outSz);
info.typeIdx = 1;
info.arrIdx = 0;
assert(abi_decode_param(out, outSz, ex8_abi, ARRAY_SIZE(ex8_abi), info, in, inSz) == sizeof(ex8_param_10));
assert(0 == memcmp(ex8_param_10, out, sizeof(ex8_param_10)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex8_abi, ARRAY_SIZE(ex8_abi), info, in, inSz) == sizeof(ex8_param_11));
assert(0 == memcmp(ex8_param_11, out, sizeof(ex8_param_11)));
memset(out, 0, outSz);
// Validate array size
info.typeIdx = 0;
info.arrIdx = 2;
assert(abi_get_array_sz(ex8_abi, ARRAY_SIZE(ex8_abi), info, in, inSz) == 3);
printf("passed.\n\r");
}
static inline void test_ex9(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = ex9_encoded;
size_t inSz = sizeof(ex9_encoded);
printf("Example 9...");
assert(abi_decode_param(out, outSz, ex9_abi, ARRAY_SIZE(ex9_abi), info, in, inSz) == sizeof(ex9_param_0));
assert(0 == memcmp(ex9_param_0, out, sizeof(ex9_param_0)));
memset(out, 0, outSz);
info.typeIdx = 1;
assert(abi_decode_param(out, outSz, ex9_abi, ARRAY_SIZE(ex9_abi), info, in, inSz) == sizeof(ex9_param_10));
assert(0 == memcmp(ex9_param_10, out, sizeof(ex9_param_10)));
memset(out, 0, outSz);
info.typeIdx = 2;
assert(abi_decode_param(out, outSz, ex9_abi, ARRAY_SIZE(ex9_abi), info, in, inSz) == sizeof(ex9_param_20));
assert(0 == memcmp(ex9_param_20, out, sizeof(ex9_param_20)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex9_abi, ARRAY_SIZE(ex9_abi), info, in, inSz) == sizeof(ex9_param_21));
assert(0 == memcmp(ex9_param_21, out, sizeof(ex9_param_21)));
memset(out, 0, outSz);
info.typeIdx = 3;
info.arrIdx = 0;
assert(abi_decode_param(out, outSz, ex9_abi, ARRAY_SIZE(ex9_abi), info, in, inSz) == sizeof(ex9_param_3));
assert(0 == memcmp(ex9_param_3, out, sizeof(ex9_param_3)));
memset(out, 0, outSz);
printf("passed.\n\r");
}
static inline void test_ex10(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = ex10_encoded;
size_t inSz = sizeof(ex10_encoded);
printf("Example 10...");
assert(abi_decode_param(out, outSz, ex10_abi, ARRAY_SIZE(ex10_abi), info, in, inSz) == sizeof(ex10_param_00));
assert(0 == memcmp(ex10_param_00, out, sizeof(ex10_param_00)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex10_abi, ARRAY_SIZE(ex10_abi), info, in, inSz) == sizeof(ex10_param_01));
assert(0 == memcmp(ex10_param_01, out, sizeof(ex10_param_01)));
memset(out, 0, outSz);
info.arrIdx = 2;
assert(abi_decode_param(out, outSz, ex10_abi, ARRAY_SIZE(ex10_abi), info, in, inSz) == sizeof(ex10_param_02));
assert(0 == memcmp(ex10_param_02, out, sizeof(ex10_param_02)));
memset(out, 0, outSz);
info.typeIdx = 1;
info.arrIdx = 0;
assert(abi_decode_param(out, outSz, ex10_abi, ARRAY_SIZE(ex10_abi), info, in, inSz) == sizeof(ex10_param_10));
assert(0 == memcmp(ex10_param_10, out, sizeof(ex10_param_10)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex10_abi, ARRAY_SIZE(ex10_abi), info, in, inSz) == sizeof(ex10_param_11));
assert(0 == memcmp(ex10_param_11, out, sizeof(ex10_param_11)));
memset(out, 0, outSz);
printf("passed.\n\r");
}
static inline void test_ex11(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = ex11_encoded;
size_t inSz = sizeof(ex11_encoded);
printf("Example 11...");
assert(abi_decode_param(out, outSz, ex11_abi, ARRAY_SIZE(ex11_abi), info, in, inSz) == sizeof(ex11_param_0));
assert(0 == memcmp(ex11_param_0, out, sizeof(ex11_param_0)));
memset(out, 0, outSz);
info.typeIdx = 1;
assert(abi_decode_param(out, outSz, ex11_abi, ARRAY_SIZE(ex11_abi), info, in, inSz) == sizeof(ex11_param_10));
assert(0 == memcmp(ex11_param_10, out, sizeof(ex11_param_10)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex11_abi, ARRAY_SIZE(ex11_abi), info, in, inSz) == sizeof(ex11_param_11));
assert(0 == memcmp(ex11_param_11, out, sizeof(ex11_param_11)));
memset(out, 0, outSz);
info.arrIdx = 2;
assert(abi_decode_param(out, outSz, ex11_abi, ARRAY_SIZE(ex11_abi), info, in, inSz) == sizeof(ex11_param_12));
assert(0 == memcmp(ex11_param_12, out, sizeof(ex11_param_12)));
memset(out, 0, outSz);
info.arrIdx = 3;
assert(abi_decode_param(out, outSz, ex11_abi, ARRAY_SIZE(ex11_abi), info, in, inSz) == sizeof(ex11_param_13));
assert(0 == memcmp(ex11_param_13, out, sizeof(ex11_param_13)));
memset(out, 0, outSz);
info.arrIdx = 4;
assert(abi_decode_param(out, outSz, ex11_abi, ARRAY_SIZE(ex11_abi), info, in, inSz) == sizeof(ex11_param_14));
assert(0 == memcmp(ex11_param_14, out, sizeof(ex11_param_14)));
memset(out, 0, outSz);
info.typeIdx = 2;
info.arrIdx = 0;
assert(abi_decode_param(out, outSz, ex11_abi, ARRAY_SIZE(ex11_abi), info, in, inSz) == sizeof(ex11_param_2));
assert(0 == memcmp(ex11_param_2, out, sizeof(ex11_param_2)));
memset(out, 0, outSz);
printf("passed.\n\r");
}
static inline void test_ex12(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = ex12_encoded;
size_t inSz = sizeof(ex12_encoded);
printf("Example 12...");
assert(abi_decode_param(out, outSz, ex12_abi, ARRAY_SIZE(ex12_abi), info, in, inSz) == sizeof(ex12_param_00));
assert(0 == memcmp(ex12_param_00, out, sizeof(ex12_param_00)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex12_abi, ARRAY_SIZE(ex12_abi), info, in, inSz) == sizeof(ex12_param_01));
assert(0 == memcmp(ex12_param_01, out, sizeof(ex12_param_01)));
memset(out, 0, outSz);
info.arrIdx = 2;
assert(abi_decode_param(out, outSz, ex12_abi, ARRAY_SIZE(ex12_abi), info, in, inSz) == sizeof(ex12_param_02));
assert(0 == memcmp(ex12_param_02, out, sizeof(ex12_param_02)));
memset(out, 0, outSz);
info.typeIdx = 1;
info.arrIdx = 0;
assert(abi_decode_param(out, outSz, ex12_abi, ARRAY_SIZE(ex12_abi), info, in, inSz) == sizeof(ex12_param_1));
assert(0 == memcmp(ex12_param_1, out, sizeof(ex12_param_1)));
memset(out, 0, outSz);
info.typeIdx = 2;
assert(abi_decode_param(out, outSz, ex12_abi, ARRAY_SIZE(ex12_abi), info, in, inSz) == sizeof(ex12_param_2));
assert(get_u32_be(out, 0) == ex12_param_2);
memset(out, 0, outSz);
info.typeIdx = 3;
assert(abi_decode_param(out, outSz, ex12_abi, ARRAY_SIZE(ex12_abi), info, in, inSz) == sizeof(ex12_param_30));
assert(0 == memcmp(ex12_param_30, out, sizeof(ex12_param_30)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex12_abi, ARRAY_SIZE(ex12_abi), info, in, inSz) == sizeof(ex12_param_31));
assert(0 == memcmp(ex12_param_31, out, sizeof(ex12_param_31)));
memset(out, 0, outSz);
printf("passed.\n\r");
}
static inline void test_ex13(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = ex13_encoded;
size_t inSz = sizeof(ex13_encoded);
printf("Example 13...");
assert(abi_decode_param(out, outSz, ex13_abi, ARRAY_SIZE(ex13_abi), info, in, inSz) == sizeof(ex13_param_00));
assert(0 == memcmp(ex13_param_00, out, sizeof(ex13_param_00)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex13_abi, ARRAY_SIZE(ex13_abi), info, in, inSz) == sizeof(ex13_param_01));
assert(0 == memcmp(ex13_param_01, out, sizeof(ex13_param_01)));
memset(out, 0, outSz);
info.typeIdx = 1;
info.arrIdx = 0;
assert(abi_decode_param(out, outSz, ex13_abi, ARRAY_SIZE(ex13_abi), info, in, inSz) == sizeof(ex13_param_10));
assert(0 == memcmp(ex13_param_10, out, sizeof(ex13_param_10)));
memset(out, 0, outSz);
info.arrIdx = 1;
assert(abi_decode_param(out, outSz, ex13_abi, ARRAY_SIZE(ex13_abi), info, in, inSz) == sizeof(ex13_param_11));
assert(0 == memcmp(ex13_param_11, out, sizeof(ex13_param_11)));
memset(out, 0, outSz);
printf("passed.\n\r");
}
static inline void test_ex14(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = ex14_encoded;
size_t inSz = sizeof(ex14_encoded);
printf("Example 14...");
assert(abi_decode_param(out, outSz, ex14_abi, ARRAY_SIZE(ex14_abi), info, in, inSz) == sizeof(ex14_param_0));
assert(0 == memcmp(ex14_param_0, out, sizeof(ex14_param_0)));
memset(out, 0, outSz);
info.typeIdx = 1;
assert(abi_decode_param(out, outSz, ex14_abi, ARRAY_SIZE(ex14_abi), info, in, inSz) == sizeof(ex14_param_1));
assert(0 == memcmp(ex14_param_1, out, sizeof(ex14_param_1)));
memset(out, 0, outSz);
info.typeIdx = 2;
assert(abi_decode_param(out, outSz, ex14_abi, ARRAY_SIZE(ex14_abi), info, in, inSz) == sizeof(ex14_param_2));
assert(0 == memcmp(ex14_param_2, out, sizeof(ex14_param_2)));
memset(out, 0, outSz);
info.typeIdx = 3;
assert(abi_decode_param(out, outSz, ex14_abi, ARRAY_SIZE(ex14_abi), info, in, inSz) == sizeof(ex14_param_3));
assert(0 == memcmp(ex14_param_3, out, sizeof(ex14_param_3)));
memset(out, 0, outSz);
printf("passed.\n\r");
}
static inline void test_fillOrder(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = fillOrder_encoded+4;
size_t inSz = sizeof(fillOrder_encoded) - 4;
printf("(Tuple) FillOrder...");
assert(true == abi_is_valid_schema(fillOrder_abi, ARRAY_SIZE(fillOrder_abi)));
// Non-tuple params
info.typeIdx = 1;
assert(abi_decode_param(out, outSz, fillOrder_abi, ARRAY_SIZE(fillOrder_abi), info, in, inSz) == sizeof(fillOrder_p1));
assert(0 == memcmp(fillOrder_p1, out, sizeof(fillOrder_p1)));
memset(out, 0, outSz);
info.typeIdx = 2;
assert(abi_decode_param(out, outSz, fillOrder_abi, ARRAY_SIZE(fillOrder_abi), info, in, inSz) == sizeof(fillOrder_p2_0));
assert(0 == memcmp(fillOrder_p2_0, out, sizeof(fillOrder_p2_0)));
memset(out, 0, outSz);
// Tuple types
info.typeIdx = 0;
ABISelector_t paramInfo = { .typeIdx = 0 };
size_t decSz;
decSz = abi_decode_tuple_param( out, outSz, fillOrder_abi, ARRAY_SIZE(fillOrder_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(fillOrder_p0_t0));
assert(0 == memcmp(fillOrder_p0_t0, out, decSz));
paramInfo.typeIdx = 1;
decSz = abi_decode_tuple_param( out, outSz, fillOrder_abi, ARRAY_SIZE(fillOrder_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(fillOrder_p0_t1));
assert(0 == memcmp(fillOrder_p0_t1, out, decSz));
paramInfo.typeIdx = 2;
decSz = abi_decode_tuple_param( out, outSz, fillOrder_abi, ARRAY_SIZE(fillOrder_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(fillOrder_p0_t2));
assert(0 == memcmp(fillOrder_p0_t2, out, decSz));
paramInfo.typeIdx = 3;
decSz = abi_decode_tuple_param( out, outSz, fillOrder_abi, ARRAY_SIZE(fillOrder_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(fillOrder_p0_t3));
assert(0 == memcmp(fillOrder_p0_t3, out, decSz));
paramInfo.typeIdx = 4;
decSz = abi_decode_tuple_param( out, outSz, fillOrder_abi, ARRAY_SIZE(fillOrder_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(fillOrder_p0_t4));
assert(0 == memcmp(fillOrder_p0_t4, out, decSz));
paramInfo.typeIdx = 5;
decSz = abi_decode_tuple_param( out, outSz, fillOrder_abi, ARRAY_SIZE(fillOrder_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(fillOrder_p0_t5));
assert(0 == memcmp(fillOrder_p0_t5, out, decSz));
paramInfo.typeIdx = 6;
decSz = abi_decode_tuple_param( out, outSz, fillOrder_abi, ARRAY_SIZE(fillOrder_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(fillOrder_p0_t6));
assert(0 == memcmp(fillOrder_p0_t6, out, decSz));
paramInfo.typeIdx = 7;
decSz = abi_decode_tuple_param( out, outSz, fillOrder_abi, ARRAY_SIZE(fillOrder_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(fillOrder_p0_t7));
assert(0 == memcmp(fillOrder_p0_t7, out, decSz));
paramInfo.typeIdx = 8;
decSz = abi_decode_tuple_param( out, outSz, fillOrder_abi, ARRAY_SIZE(fillOrder_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(fillOrder_p0_t8));
assert(0 == memcmp(fillOrder_p0_t8, out, decSz));
paramInfo.typeIdx = 9;
decSz = abi_decode_tuple_param( out, outSz, fillOrder_abi, ARRAY_SIZE(fillOrder_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(fillOrder_p0_t9));
assert(0 == memcmp(fillOrder_p0_t9, out, decSz));
paramInfo.typeIdx = 10;
decSz = abi_decode_tuple_param( out, outSz, fillOrder_abi, ARRAY_SIZE(fillOrder_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(fillOrder_p0_t10));
assert(0 == memcmp(fillOrder_p0_t10, out, decSz));
paramInfo.typeIdx = 11;
decSz = abi_decode_tuple_param( out, outSz, fillOrder_abi, ARRAY_SIZE(fillOrder_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(fillOrder_p0_t11));
assert(0 == memcmp(fillOrder_p0_t11, out, decSz));
printf("passed.\n\r");
}
static inline void test_marketSellOrders(uint8_t * out, size_t outSz) {
ABISelector_t tupleInfo = { .typeIdx = 0 };
uint8_t * in = marketSellOrders_encoded+4;
size_t inSz = sizeof(marketSellOrders_encoded) - 4;
printf("(Tuple) marketSellOrders...");
assert(true == abi_is_valid_schema(marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi)));
// Non-tuple params
tupleInfo.typeIdx = 1;
assert(abi_decode_param(out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, in, inSz) == sizeof(marketSellOrders_p1));
assert(0 == memcmp(marketSellOrders_p1, out, sizeof(marketSellOrders_p1)));
memset(out, 0, outSz);
tupleInfo.typeIdx = 2;
tupleInfo.arrIdx = 0;
assert(abi_decode_param(out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, in, inSz) == sizeof(marketSellOrders_p2_0));
assert(0 == memcmp(marketSellOrders_p2_0, out, sizeof(marketSellOrders_p2_0)));
memset(out, 0, outSz);
// Tuple types
tupleInfo.typeIdx = 0;
ABISelector_t paramInfo = { .typeIdx = 0 };
size_t decSz;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t0_p0));
assert(0 == memcmp(marketSellOrders_p0_t0_p0, out, decSz));
paramInfo.typeIdx = 1;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t0_p1));
assert(0 == memcmp(marketSellOrders_p0_t0_p1, out, decSz));
paramInfo.typeIdx = 2;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t0_p2));
assert(0 == memcmp(marketSellOrders_p0_t0_p2, out, decSz));
paramInfo.typeIdx = 3;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t0_p3));
assert(0 == memcmp(marketSellOrders_p0_t0_p3, out, decSz));
paramInfo.typeIdx = 4;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t0_p4));
assert(0 == memcmp(marketSellOrders_p0_t0_p4, out, decSz));
paramInfo.typeIdx = 5;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t0_p5));
assert(0 == memcmp(marketSellOrders_p0_t0_p5, out, decSz));
paramInfo.typeIdx = 6;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t0_p6));
assert(0 == memcmp(marketSellOrders_p0_t0_p6, out, decSz));
paramInfo.typeIdx = 7;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t0_p7));
assert(0 == memcmp(marketSellOrders_p0_t0_p7, out, decSz));
paramInfo.typeIdx = 8;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t0_p8));
assert(0 == memcmp(marketSellOrders_p0_t0_p8, out, decSz));
paramInfo.typeIdx = 9;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t0_p9));
assert(0 == memcmp(marketSellOrders_p0_t0_p9, out, decSz));
paramInfo.typeIdx = 10;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t0_p10));
assert(0 == memcmp(marketSellOrders_p0_t0_p10, out, decSz));
paramInfo.typeIdx = 11;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t0_p11));
assert(0 == memcmp(marketSellOrders_p0_t0_p11, out, decSz));
tupleInfo.arrIdx = 1;
paramInfo.typeIdx = 0;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t1_p0));
assert(0 == memcmp(marketSellOrders_p0_t1_p0, out, decSz));
paramInfo.typeIdx = 1;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t1_p1));
assert(0 == memcmp(marketSellOrders_p0_t1_p1, out, decSz));
paramInfo.typeIdx = 2;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t1_p2));
assert(0 == memcmp(marketSellOrders_p0_t1_p2, out, decSz));
paramInfo.typeIdx = 3;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t1_p3));
assert(0 == memcmp(marketSellOrders_p0_t1_p3, out, decSz));
paramInfo.typeIdx = 4;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t1_p4));
assert(0 == memcmp(marketSellOrders_p0_t1_p4, out, decSz));
paramInfo.typeIdx = 5;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t1_p5));
assert(0 == memcmp(marketSellOrders_p0_t1_p5, out, decSz));
paramInfo.typeIdx = 6;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t1_p6));
assert(0 == memcmp(marketSellOrders_p0_t1_p6, out, decSz));
paramInfo.typeIdx = 7;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t1_p7));
assert(0 == memcmp(marketSellOrders_p0_t1_p7, out, decSz));
paramInfo.typeIdx = 8;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t1_p8));
assert(0 == memcmp(marketSellOrders_p0_t1_p8, out, decSz));
paramInfo.typeIdx = 9;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t1_p9));
assert(0 == memcmp(marketSellOrders_p0_t1_p9, out, decSz));
paramInfo.typeIdx = 10;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t1_p10));
assert(0 == memcmp(marketSellOrders_p0_t1_p10, out, decSz));
paramInfo.typeIdx = 11;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t1_p11));
assert(0 == memcmp(marketSellOrders_p0_t1_p11, out, decSz));
tupleInfo.arrIdx = 2;
paramInfo.typeIdx = 0;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t2_p0));
assert(0 == memcmp(marketSellOrders_p0_t2_p0, out, decSz));
paramInfo.typeIdx = 1;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t2_p1));
assert(0 == memcmp(marketSellOrders_p0_t2_p1, out, decSz));
paramInfo.typeIdx = 2;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t2_p2));
assert(0 == memcmp(marketSellOrders_p0_t2_p2, out, decSz));
paramInfo.typeIdx = 3;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t2_p3));
assert(0 == memcmp(marketSellOrders_p0_t2_p3, out, decSz));
paramInfo.typeIdx = 4;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t2_p4));
assert(0 == memcmp(marketSellOrders_p0_t2_p4, out, decSz));
paramInfo.typeIdx = 5;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t2_p5));
assert(0 == memcmp(marketSellOrders_p0_t2_p5, out, decSz));
paramInfo.typeIdx = 6;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t2_p6));
assert(0 == memcmp(marketSellOrders_p0_t2_p6, out, decSz));
paramInfo.typeIdx = 7;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t2_p7));
assert(0 == memcmp(marketSellOrders_p0_t2_p7, out, decSz));
paramInfo.typeIdx = 8;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t2_p8));
assert(0 == memcmp(marketSellOrders_p0_t2_p8, out, decSz));
paramInfo.typeIdx = 9;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t2_p9));
assert(0 == memcmp(marketSellOrders_p0_t2_p9, out, decSz));
paramInfo.typeIdx = 10;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t2_p10));
assert(0 == memcmp(marketSellOrders_p0_t2_p10, out, decSz));
paramInfo.typeIdx = 11;
decSz = abi_decode_tuple_param( out, outSz, marketSellOrders_abi, ARRAY_SIZE(marketSellOrders_abi),
tupleInfo, paramInfo, in, inSz);
assert(decSz == sizeof(marketSellOrders_p0_t2_p11));
assert(0 == memcmp(marketSellOrders_p0_t2_p11, out, decSz));
printf("passed.\n\r");
}
static inline void test_tupleElementary(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = tupleElementary_encoded;
size_t inSz = sizeof(tupleElementary_encoded);
printf("(Tuple) tupleElementary_encoded...");
assert(true == abi_is_valid_schema(tupleElementary_abi, ARRAY_SIZE(tupleElementary_abi)));
// Non-tuple params
assert( abi_decode_param(out, outSz, tupleElementary_abi, ARRAY_SIZE(tupleElementary_abi),
info, in, inSz) == sizeof(tupleElementary_p0));
assert(0 == memcmp(tupleElementary_p0, out, sizeof(tupleElementary_p0)));
memset(out, 0, outSz);
info.typeIdx = 2;
assert( abi_decode_param(out, outSz, tupleElementary_abi, ARRAY_SIZE(tupleElementary_abi),
info, in, inSz) == sizeof(tupleElementary_p2));
assert(0 == memcmp(tupleElementary_p2, out, sizeof(tupleElementary_p2)));
memset(out, 0, outSz);
// Tuple params
info.typeIdx = 1;
ABISelector_t paramInfo = { .typeIdx = 0 };
assert( abi_decode_tuple_param(out, outSz, tupleElementary_abi, ARRAY_SIZE(tupleElementary_abi),
info, paramInfo, in, inSz) == sizeof(tupleElementary_p1_t0_p0));
assert(0 == memcmp(tupleElementary_p1_t0_p0, out, sizeof(tupleElementary_p1_t0_p0)));
memset(out, 0, outSz);
paramInfo.typeIdx = 1;
assert( abi_decode_tuple_param(out, outSz, tupleElementary_abi, ARRAY_SIZE(tupleElementary_abi),
info, paramInfo, in, inSz) == sizeof(tupleElementary_p1_t0_p1));
assert(0 == memcmp(tupleElementary_p1_t0_p1, out, sizeof(tupleElementary_p1_t0_p1)));
memset(out, 0, outSz);
printf("passed.\n\r");
}
static inline void test_tupleFixedArray0(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = tupleFixedArray0_encoded;
size_t inSz = sizeof(tupleFixedArray0_encoded);
printf("(Tuple) tupleFixedArray0_encoded...");
assert(true == abi_is_valid_schema(tupleFixedArray0_abi, ARRAY_SIZE(tupleFixedArray0_abi)));
// Non-tuple params
assert( abi_decode_param(out, outSz, tupleFixedArray0_abi, ARRAY_SIZE(tupleFixedArray0_abi),
info, in, inSz) == sizeof(tupleFixedArray0_p0));
assert(0 == memcmp(tupleFixedArray0_p0, out, sizeof(tupleFixedArray0_p0)));
memset(out, 0, outSz);
info.typeIdx = 2;
assert( abi_decode_param(out, outSz, tupleFixedArray0_abi, ARRAY_SIZE(tupleFixedArray0_abi),
info, in, inSz) == sizeof(tupleFixedArray0_p2_0));
assert(0 == memcmp(tupleFixedArray0_p2_0, out, sizeof(tupleFixedArray0_p2_0)));
memset(out, 0, outSz);
// Tuple types
info.typeIdx = 1;
ABISelector_t paramInfo = { .typeIdx = 0 };
size_t decSz;
decSz = abi_decode_tuple_param( out, outSz, tupleFixedArray0_abi, ARRAY_SIZE(tupleFixedArray0_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleFixedArray0_p1_t0_p0));
assert(0 == memcmp(tupleFixedArray0_p1_t0_p0, out, decSz));
paramInfo.typeIdx = 1;
decSz = abi_decode_tuple_param( out, outSz, tupleFixedArray0_abi, ARRAY_SIZE(tupleFixedArray0_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleFixedArray0_p1_t0_p1));
assert(0 == memcmp(tupleFixedArray0_p1_t0_p1, out, decSz));
info.arrIdx = 1;
paramInfo.typeIdx = 0;
decSz = abi_decode_tuple_param( out, outSz, tupleFixedArray0_abi, ARRAY_SIZE(tupleFixedArray0_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleFixedArray0_p1_t1_p0));
assert(0 == memcmp(tupleFixedArray0_p1_t1_p0, out, decSz));
paramInfo.typeIdx = 1;
decSz = abi_decode_tuple_param( out, outSz, tupleFixedArray0_abi, ARRAY_SIZE(tupleFixedArray0_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleFixedArray0_p1_t1_p1));
assert(0 == memcmp(tupleFixedArray0_p1_t1_p1, out, decSz));
printf("passed.\n\r");
}
static inline void test_tupleFixedArray1(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = tupleFixedArray1_encoded;
size_t inSz = sizeof(tupleFixedArray1_encoded);
printf("(Tuple) tupleFixedArray1_encoded...");
size_t decSz;
assert(true == abi_is_valid_schema(tupleFixedArray1_abi, ARRAY_SIZE(tupleFixedArray1_abi)));
// Non-tuple params
decSz = abi_decode_param( out, outSz, tupleFixedArray1_abi, ARRAY_SIZE(tupleFixedArray1_abi),
info, in, inSz);
assert(decSz == sizeof(tupleFixedArray1_p0));
assert(0 == memcmp(tupleFixedArray1_p0, out, sizeof(tupleFixedArray1_p0)));
memset(out, 0, outSz);
info.typeIdx = 2;
assert( abi_decode_param(out, outSz, tupleFixedArray1_abi, ARRAY_SIZE(tupleFixedArray1_abi),
info, in, inSz) == sizeof(tupleFixedArray1_p2));
assert(0 == memcmp(tupleFixedArray1_p2, out, sizeof(tupleFixedArray1_p2)));
memset(out, 0, outSz);
// Tuple types
info.typeIdx = 1;
ABISelector_t paramInfo = { .typeIdx = 0 };
decSz = abi_decode_tuple_param( out, outSz, tupleFixedArray1_abi, ARRAY_SIZE(tupleFixedArray1_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleFixedArray1_p1_t0_p0));
assert(0 == memcmp(tupleFixedArray1_p1_t0_p0, out, decSz));
paramInfo.typeIdx = 1;
decSz = abi_decode_tuple_param( out, outSz, tupleFixedArray1_abi, ARRAY_SIZE(tupleFixedArray1_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleFixedArray1_p1_t0_p1));
assert(0 == memcmp(tupleFixedArray1_p1_t0_p1, out, decSz));
info.arrIdx = 1;
paramInfo.typeIdx = 0;
decSz = abi_decode_tuple_param( out, outSz, tupleFixedArray1_abi, ARRAY_SIZE(tupleFixedArray1_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleFixedArray1_p1_t1_p0));
assert(0 == memcmp(tupleFixedArray1_p1_t1_p0, out, decSz));
paramInfo.typeIdx = 1;
decSz = abi_decode_tuple_param( out, outSz, tupleFixedArray1_abi, ARRAY_SIZE(tupleFixedArray1_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleFixedArray1_p1_t1_p1));
assert(0 == memcmp(tupleFixedArray1_p1_t1_p1, out, decSz));
// Fixed size array
assert(tupleFixedArray1_abi[info.typeIdx].arraySz == abi_get_array_sz(tupleFixedArray1_abi, ARRAY_SIZE(tupleFixedArray1_abi), info, in, inSz));
printf("passed.\n\r");
}
static inline void test_tupleVarArray0(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = tupleVarArray0_encoded;
size_t inSz = sizeof(tupleVarArray0_encoded);
printf("(Tuple) tupleVarArray0_encoded...");
size_t decSz;
assert(true == abi_is_valid_schema(tupleVarArray0_abi, ARRAY_SIZE(tupleVarArray0_abi)));
// Non-tuple params
decSz = abi_decode_param( out, outSz, tupleVarArray0_abi, ARRAY_SIZE(tupleVarArray0_abi),
info, in, inSz);
assert(decSz == sizeof(tupleVarArray0_p0));
assert(0 == memcmp(tupleVarArray0_p0, out, sizeof(tupleVarArray0_p0)));
memset(out, 0, outSz);
info.typeIdx = 2;
decSz = abi_decode_param( out, outSz, tupleVarArray0_abi, ARRAY_SIZE(tupleVarArray0_abi),
info, in, inSz);
assert(decSz == sizeof(tupleVarArray0_p2));
assert(0 == memcmp(tupleVarArray0_p2, out, sizeof(tupleVarArray0_p2)));
memset(out, 0, outSz);
// Tuple types
info.typeIdx = 1;
ABISelector_t paramInfo = { .typeIdx = 0 };
decSz = abi_decode_tuple_param( out, outSz, tupleVarArray0_abi, ARRAY_SIZE(tupleVarArray0_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleVarArray0_p1_t0_p0));
assert(0 == memcmp(tupleVarArray0_p1_t0_p0, out, decSz));
paramInfo.typeIdx = 1;
decSz = abi_decode_tuple_param( out, outSz, tupleVarArray0_abi, ARRAY_SIZE(tupleVarArray0_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleVarArray0_p1_t0_p1));
assert(0 == memcmp(tupleVarArray0_p1_t0_p1, out, decSz));
info.arrIdx = 1;
paramInfo.typeIdx = 0;
decSz = abi_decode_tuple_param( out, outSz, tupleVarArray0_abi, ARRAY_SIZE(tupleVarArray0_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleVarArray0_p1_t1_p0));
assert(0 == memcmp(tupleVarArray0_p1_t1_p0, out, decSz));
paramInfo.typeIdx = 1;
decSz = abi_decode_tuple_param( out, outSz, tupleVarArray0_abi, ARRAY_SIZE(tupleVarArray0_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleVarArray0_p1_t1_p1));
assert(0 == memcmp(tupleVarArray0_p1_t1_p1, out, decSz));
assert(2 == abi_get_array_sz(tupleVarArray0_abi, ARRAY_SIZE(tupleVarArray0_abi), info, in, inSz));
printf("passed.\n\r");
}
static inline void test_tupleVarArray1(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = tupleVarArray1_encoded;
size_t inSz = sizeof(tupleVarArray1_encoded);
printf("(Tuple) tupleVarArray1_encoded...");
size_t decSz;
assert(true == abi_is_valid_schema(tupleVarArray1_abi, ARRAY_SIZE(tupleVarArray1_abi)));
// Non-tuple params
decSz = abi_decode_param( out, outSz, tupleVarArray1_abi, ARRAY_SIZE(tupleVarArray1_abi),
info, in, inSz);
assert(decSz == sizeof(tupleVarArray1_p0));
assert(0 == memcmp(tupleVarArray1_p0, out, sizeof(tupleVarArray1_p0)));
memset(out, 0, outSz);
info.typeIdx = 2;
decSz = abi_decode_param( out, outSz, tupleVarArray1_abi, ARRAY_SIZE(tupleVarArray1_abi),
info, in, inSz);
assert(decSz == sizeof(tupleVarArray1_p2));
assert(0 == memcmp(tupleVarArray1_p2, out, sizeof(tupleVarArray1_p2)));
memset(out, 0, outSz);
// Tuple types
info.typeIdx = 1;
ABISelector_t paramInfo = { .typeIdx = 0 };
decSz = abi_decode_tuple_param( out, outSz, tupleVarArray1_abi, ARRAY_SIZE(tupleVarArray1_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleVarArray1_p1_t0_p0));
assert(0 == memcmp(tupleVarArray1_p1_t0_p0, out, decSz));
paramInfo.typeIdx = 1;
decSz = abi_decode_tuple_param( out, outSz, tupleVarArray1_abi, ARRAY_SIZE(tupleVarArray1_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleVarArray1_p1_t0_p1));
assert(0 == memcmp(tupleVarArray1_p1_t0_p1, out, decSz));
info.arrIdx = 1;
paramInfo.typeIdx = 0;
decSz = abi_decode_tuple_param( out, outSz, tupleVarArray1_abi, ARRAY_SIZE(tupleVarArray1_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleVarArray1_p1_t1_p0));
assert(0 == memcmp(tupleVarArray1_p1_t1_p0, out, decSz));
paramInfo.typeIdx = 1;
decSz = abi_decode_tuple_param( out, outSz, tupleVarArray1_abi, ARRAY_SIZE(tupleVarArray1_abi),
info, paramInfo, in, inSz);
assert(decSz == sizeof(tupleVarArray1_p1_t1_p1));
assert(0 == memcmp(tupleVarArray1_p1_t1_p1, out, decSz));
assert(2 == abi_get_array_sz(tupleVarArray1_abi, ARRAY_SIZE(tupleVarArray1_abi), info, in, inSz));
printf("passed.\n\r");
}
static inline void test_tupleVarArray2(uint8_t * out, size_t outSz) {
ABISelector_t info = { .typeIdx = 0 };
uint8_t * in = tupleVarArray2_encoded;
size_t inSz = sizeof(tupleVarArray2_encoded);
printf("(Tuple) tupleVarArray2_encoded...");
size_t decSz;
assert(true == abi_is_valid_schema(tupleVarArray2_abi, ARRAY_SIZE(tupleVarArray2_abi)));
assert(2 == abi_get_array_sz(tupleVarArray2_abi, ARRAY_SIZE(tupleVarArray2_abi), info, in, inSz));
// Non-tuple params