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#include "include/test.h"
#include "../src/include/pp.h"
#include "../src/include/lexer.h"
#include "../src/include/tree.h"
#include "../src/include/parser.h"
unsigned int TESTS_RUN = 0, TESTS_PASSED = 0;
#define PARSER_SETUP(SRC) \
pp = pp_init(SRC); \
pp_run(pp); \
lexer = lexer_init(pp->psrc); \
lexer_run(lexer); \
parser = parser_init(lexer->tokenl); \
parser_run(parser);
int main(int argc, char** argv) {
tree_t* tree_0;
pp_t* pp;
lexer_t* lexer;
parser_t* parser;
/* Simple empty block. */
char src_0[] = "";
/*
[block]
val:
NULL
nxt:
NULL
*/
tree_0 = tree_init(TREE_TYPE_BLOCK);
tree_0->data.block.val = NULL;
tree_0->data.block.nxt = NULL;
PARSER_SETUP(src_0);
tree_print(tree_0, 0);
tree_print(parser->tree, 0);
ASSERT(tree_cmp(parser->tree, tree_0) == 1);
/* More complicated tree. */
char src_1[] = "" \
":int:f = {" \
"a.b;" \
"c.d"
"}";
/*
[block]
val:
[expression]
val:
[def]
tag:
[tag]
val:
"int"
nxt:
[tag]
val:
"f"
nxt:
NULL
arg:
NULL
val:
[expression]
val:
[block]
val:
[expression]
val:
[call]
target:
"a"
arg:
[carg]
val:
[call]
target:
"b"
arg:
NULL
nxt:
NULL
nxt:
[block]
val:
[expression]
val:
[call]
target:
"c"
arg:
[carg]
val:
[call]
target:
"d"
nxt:
NULL
nxt:
NULL
nxt:
NULL
nxt:
NULL
*/
tree_0 = tree_init(TREE_TYPE_BLOCK);
tree_t* treep_00 = tree_0->data.block.val = tree_init(TREE_TYPE_EXPR);
tree_t* treep_01 = treep_00->data.expr.val = tree_init(TREE_TYPE_DEF);
tree_t* treep_02 = treep_01->data.def.tag = tree_init(TREE_TYPE_TAG);
treep_02->data.tag.val = "int";
tree_t* treep_03 = treep_02->data.tag.nxt = tree_init(TREE_TYPE_TAG);
treep_03->data.tag.val = "f";
treep_03->data.tag.nxt = NULL;
treep_01->data.def.arg = NULL;
tree_t* treep_04 = treep_01->data.def.val = tree_init(TREE_TYPE_EXPR);
tree_t* treep_05 = treep_04->data.expr.val = tree_init(TREE_TYPE_BLOCK);
tree_t* treep_06 = treep_05->data.block.val = tree_init(TREE_TYPE_EXPR);
tree_t* treep_07 = treep_06->data.expr.val = tree_init(TREE_TYPE_CALL);
treep_07->data.call.target = "a";
tree_t* treep_08 = treep_07->data.call.arg = tree_init(TREE_TYPE_CARG);
tree_t* treep_09 = treep_08->data.carg.val = tree_init(TREE_TYPE_EXPR);
tree_t* treep_10 = treep_09->data.expr.val = tree_init(TREE_TYPE_CALL);
treep_10->data.call.target = "b";
treep_10->data.call.arg = NULL;
treep_08->data.carg.nxt = NULL;
tree_t* treep_11 = treep_05->data.block.nxt = tree_init(TREE_TYPE_BLOCK);
tree_t* treep_12 = treep_11->data.block.val = tree_init(TREE_TYPE_EXPR);
tree_t* treep_13 = treep_12->data.expr.val = tree_init(TREE_TYPE_CALL);
treep_13->data.call.target = "c";
tree_t* treep_14 = treep_13->data.call.arg = tree_init(TREE_TYPE_CARG);
tree_t* treep_15 = treep_14->data.carg.val = tree_init(TREE_TYPE_EXPR);
tree_t* treep_16 = treep_15->data.expr.val = tree_init(TREE_TYPE_CALL);
treep_16->data.call.target = "d";
treep_16->data.call.arg = NULL;
treep_14->data.carg.nxt = NULL;
treep_11->data.block.nxt = NULL;
tree_0->data.block.nxt = NULL;
pp = pp_init(src_0);
pp_run(pp);
lexer = lexer_init(pp->psrc);
lexer_run(lexer);
parser = parser_init(lexer->tokenl);
parser_run(parser);
ASSERT(tree_cmp(tree_0, parser->tree));
pp_destroy(pp);
parser_destroy(parser);
lexer_destroy(lexer);
TEST_REPORT;
return 0;
}
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