mirror of
https://github.com/DarkPlacesEngine/gmqcc.git
synced 2025-04-22 18:02:18 +00:00
Dump old tests, test suite will take over .. It isn't activly used, just killing space and looking fugly. If required for reference, see older revisions.
This commit is contained in:
Dale Weiler
parent
852fa9d034
commit
01bfdd2ae5
3 changed files with 0 additions and 514 deletions
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@ -1,163 +0,0 @@
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#ifndef TEST_AST_MACROS_HDR
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#define TEST_AST_MACROS_HDR
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#define TESTVARS() \
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ast_block *curblock; \
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lex_ctx ctx
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#define TESTINIT() \
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ctx.file = NULL; \
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ctx.line = 1;
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#define DEFVAR(name) \
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ast_value *name
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#define VAR(type, name) \
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name = ast_value_new(ctx, #name, type)
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#define VARnamed(type, name, varname) \
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name = ast_value_new(ctx, #varname, type)
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#define MKGLOBAL(name) \
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assert(globals_add(name) >= 0)
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#define FIELD(type, name) \
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name = ast_value_new(ctx, #name, TYPE_FIELD); \
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do { \
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ast_value *field_##name = ast_value_new(ctx, #name, type); \
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name->expression.next = (ast_expression*)field_##name; \
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MKFIELD(name); \
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} while (0)
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#define MKFIELD(name) \
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assert(fields_add(name) >= 0)
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#define MKCONSTFLOAT(name, value) \
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do { \
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name->isconst = true; \
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name->constval.vfloat = value; \
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MKGLOBAL(name); \
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} while(0)
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#define MKCONSTSTRING(name, value) \
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do { \
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name->isconst = true; \
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name->constval.vstring = util_strdup(value); \
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MKGLOBAL(name); \
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} while(0)
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#define MKCONSTVECTOR(name, valx, valy, valz) \
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do { \
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name->isconst = true; \
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name->constval.vvec.x = (valx); \
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name->constval.vvec.y = (valy); \
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name->constval.vvec.z = (valz); \
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MKGLOBAL(name); \
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} while(0)
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#define STATE(a) \
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do { \
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ast_expression *exp = (ast_expression*)(a); \
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assert(ast_block_exprs_add(curblock, exp)); \
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} while(0)
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#define ASSIGN(op, a, b) \
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(ast_expression*)ast_store_new(ctx, INSTR_##op, (ast_expression*)(a), (ast_expression*)(b))
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#define BIN(op, a, b) \
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(ast_expression*)ast_binary_new(ctx, INSTR_##op, (ast_expression*)(a), (ast_expression*)(b))
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#define ENTFIELD(a, b) \
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(ast_expression*)ast_entfield_new(ctx, (ast_expression*)(a), (ast_expression*)(b))
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#define VECMEM(vec, mem) \
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(ast_expression*)ast_member_new(ctx, (ast_expression*)(vec), (mem))
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#define CALL(what) \
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do { \
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ast_call *call = ast_call_new(ctx, (ast_expression*)what); \
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#define CALLPARAM(x) \
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assert(ast_call_params_add(call, (ast_expression*)x));
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#define ENDCALL() \
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STATE(call); \
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} while(0)
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#define ENDCALLWITH(as, where) \
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{ \
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ast_expression *as = (ast_expression*)call; \
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where; \
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} \
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} while(0)
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#define WHILE(cond) \
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do { \
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ast_expression *wh_cond = (ast_expression*)(cond); \
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ast_block *wh_body = ast_block_new(ctx); \
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ast_block *oldcur = curblock; \
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ast_loop *loop; \
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curblock = wh_body;
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#define ENDWHILE() \
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curblock = oldcur; \
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loop = ast_loop_new(ctx, NULL, (ast_expression*)wh_cond, \
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NULL, NULL, (ast_expression*)wh_body); \
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assert(loop); \
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STATE(loop); \
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} while(0)
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#define BUILTIN(name, outtype, number) \
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do { \
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ast_function *func_##name; \
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ast_value *thisfuncval; \
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ast_function *thisfunc; \
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DEFVAR(return_##name); \
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VARnamed(TYPE_FUNCTION, name, name); \
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VARnamed(outtype, return_##name, "#returntype"); \
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name->expression.next = (ast_expression*)return_##name; \
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MKGLOBAL(name); \
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func_##name = ast_function_new(ctx, #name, name); \
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thisfunc = func_##name; \
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(void)thisfunc; \
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thisfuncval = name; \
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(void)thisfuncval; \
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assert(functions_add(func_##name) >= 0); \
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func_##name->builtin = number;
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#define ENDBUILTIN() } while(0)
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#define PARAM(ptype, name) \
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do { \
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DEFVAR(parm); \
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VARnamed(ptype, parm, name); \
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assert(ast_value_params_add(thisfuncval, parm)); \
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} while(0)
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#define FUNCTION(name, outtype) \
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do { \
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ast_function *thisfunc; \
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ast_function *func_##name; \
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ast_block *my_funcblock; \
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DEFVAR(var_##name); \
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DEFVAR(return_##name); \
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VARnamed(TYPE_FUNCTION, var_##name, name); \
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VARnamed(outtype, return_##name, "#returntype"); \
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var_##name->expression.next = (ast_expression*)return_##name; \
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MKGLOBAL(var_##name); \
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func_##name = ast_function_new(ctx, #name, var_##name); \
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thisfunc = func_##name; \
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(void)thisfunc; \
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assert(functions_add(func_##name) >= 0); \
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my_funcblock = ast_block_new(ctx); \
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assert(my_funcblock); \
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assert(ast_function_blocks_add(func_##name, my_funcblock)); \
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curblock = my_funcblock;
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#define MKLOCAL(var) \
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assert(ast_block_locals_add(curblock, var))
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#define ENDFUNCTION(name) \
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} while(0)
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#endif
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201
test/ast-test.c
201
test/ast-test.c
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@ -1,201 +0,0 @@
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#include "gmqcc.h"
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#include "ast.h"
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/* NOTE: it's a test - I'll abort() on epic-failure */
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#ifdef assert
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# undef assert
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#endif
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/* (note: 'do {} while(0)' forces the need for a semicolon after assert() */
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#define assert(x) do { if ( !(x) ) { printf("Assertion failed: %s\n", #x); abort(); } } while(0)
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VECTOR_MAKE(ast_value*, globals);
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VECTOR_MAKE(ast_value*, fields);
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VECTOR_MAKE(ast_function*, functions);
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uint32_t opts_flags[1 + (COUNT_FLAGS / 32)];
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uint32_t opts_warn [1 + (COUNT_WARNINGS / 32)];
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uint32_t opts_O = 1;
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const char *opts_output = "progs.dat";
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int opts_standard = COMPILER_GMQCC;
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bool opts_debug = false;
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bool opts_memchk = false;
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bool opts_werror = false;
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#include "ast-macros.h"
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int main()
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{
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size_t i;
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ir_builder *ir;
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TESTVARS();
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DEFVAR(vi);
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DEFVAR(vx);
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DEFVAR(f0);
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DEFVAR(f1);
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DEFVAR(f5);
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DEFVAR(cv3x4x5);
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DEFVAR(cv1x1x1);
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DEFVAR(sHello);
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DEFVAR(sNL);
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DEFVAR(print);
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DEFVAR(ftos);
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DEFVAR(spawn);
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DEFVAR(mema);
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DEFVAR(memb);
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DEFVAR(memv);
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DEFVAR(pawn);
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/* opts_debug = true; */
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BUILTIN(print, TYPE_VOID, -1);
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PARAM(TYPE_STRING, text);
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ENDBUILTIN();
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BUILTIN(ftos, TYPE_STRING, -2);
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PARAM(TYPE_FLOAT, value);
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ENDBUILTIN();
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BUILTIN(spawn, TYPE_ENTITY, -3);
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ENDBUILTIN();
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TESTINIT();
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VAR(TYPE_FLOAT, f0);
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VAR(TYPE_FLOAT, f1);
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VAR(TYPE_FLOAT, f5);
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VAR(TYPE_STRING, sHello);
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VAR(TYPE_STRING, sNL);
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VAR(TYPE_VECTOR, cv3x4x5);
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VAR(TYPE_VECTOR, cv1x1x1);
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FIELD(TYPE_FLOAT, mema);
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FIELD(TYPE_FLOAT, memb);
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FIELD(TYPE_VECTOR, memv);
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MKCONSTFLOAT(f0, 0.0);
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MKCONSTFLOAT(f1, 1.0);
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MKCONSTFLOAT(f5, 5.0);
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MKCONSTSTRING(sHello, "Hello, World\n");
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MKCONSTSTRING(sNL, "\n");
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MKCONSTVECTOR(cv3x4x5, 3, 4, 5);
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MKCONSTVECTOR(cv1x1x1, 1, 1, 1);
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FUNCTION(foo, TYPE_VOID);
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ENDFUNCTION(foo);
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#define PRINTNL() do { CALL(print) CALLPARAM(sNL) ENDCALL(); } while(0)
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FUNCTION(main, TYPE_VOID);
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VAR(TYPE_FLOAT, vi);
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VAR(TYPE_FLOAT, vx);
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VAR(TYPE_ENTITY, pawn);
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MKLOCAL(vi);
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MKLOCAL(vx);
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MKLOCAL(pawn);
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STATE(ASSIGN(STORE_F, vi, f0));
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WHILE(BIN(LT, vi, f5));
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STATE(ASSIGN(STORE_F, vx, BIN(MUL_F, vi, f5)));
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STATE(ASSIGN(STORE_F, vi, BIN(ADD_F, vi, f1)));
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ENDWHILE();
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CALL(print)
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CALLPARAM(sHello)
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ENDCALL();
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CALL(spawn)
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ENDCALLWITH(newent, STATE(ASSIGN(STORE_ENT, pawn, newent)));
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STATE(ASSIGN(STOREP_F, ENTFIELD(pawn, mema), f5));
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STATE(ASSIGN(STOREP_F, ENTFIELD(pawn, memb), f1));
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STATE(ASSIGN(STOREP_V, ENTFIELD(pawn, memv), cv3x4x5));
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CALL(ftos)
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CALLPARAM(ENTFIELD(pawn, mema))
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ENDCALLWITH(output,
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CALL(print)
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CALLPARAM(output)
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CALLPARAM(sNL)
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ENDCALL();
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);
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CALL(ftos)
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CALLPARAM(ENTFIELD(pawn, memb))
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ENDCALLWITH(output,
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CALL(print)
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CALLPARAM(output)
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CALLPARAM(sNL)
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ENDCALL();
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);
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CALL(ftos)
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CALLPARAM(ENTFIELD(pawn, VECMEM(memv, 2)))
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ENDCALLWITH(output,
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CALL(print)
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CALLPARAM(output)
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CALLPARAM(sNL)
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ENDCALL();
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);
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ENDFUNCTION(main);
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ir = ir_builder_new("ast_test");
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assert(ir);
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/* gen fields */
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for (i = 0; i < fields_elements; ++i) {
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if (!ast_global_codegen(fields_data[i], ir)) {
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assert(!"failed to generate field");
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}
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}
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/* gen globals */
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for (i = 0; i < globals_elements; ++i) {
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if (!ast_global_codegen(globals_data[i], ir)) {
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assert(!"failed to generate global");
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}
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}
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/* gen functions */
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for (i = 0; i < functions_elements; ++i) {
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if (!ast_function_codegen(functions_data[i], ir)) {
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assert(!"failed to generate function");
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}
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if (!ir_function_finalize(functions_data[i]->ir_func))
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assert(!"finalize on function failed...");
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}
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/* dump */
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ir_builder_dump(ir, printf);
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/* Now create a file */
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if (!ir_builder_generate(ir, "test_ast.dat"))
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printf("*** failed to generate code\n");
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/* ir cleanup */
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ir_builder_delete(ir);
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/* cleanup */
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/* Functions must be deleted FIRST since their expressions
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* reference global variables.
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*/
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for (i = 0; i < functions_elements; ++i) {
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ast_function_delete(functions_data[i]);
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}
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if (functions_data)
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mem_d(functions_data);
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/* We must delete not only globals, but also the functions'
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* ast_values (their type and name), that's why we added them to the globals vector.
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*/
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for (i = 0; i < globals_elements; ++i) {
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ast_value_delete(globals_data[i]);
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}
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if (globals_data)
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mem_d(globals_data);
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return 0;
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}
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150
test/ir-test.c
150
test/ir-test.c
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@ -1,150 +0,0 @@
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#include "gmqcc.h"
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#include "ir.h"
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#ifdef assert
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# undef assert
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#endif
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/* (note: 'do {} while(0)' forces the need for a semicolon after assert() */
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#define assert(x) do { if ( !(x) ) { printf("Assertion failed: %s\n", #x); abort(); } } while(0)
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int main()
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{
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int lf;
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ir_builder *b = ir_builder_new("test");
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ir_value *va = ir_builder_create_global(b, "a", TYPE_FLOAT);
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ir_value *v3 = ir_builder_create_global(b, "const_f_3", TYPE_FLOAT);
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ir_value *vb = ir_builder_create_global(b, "b", TYPE_FLOAT);
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ir_value *vc = ir_builder_create_global(b, "c", TYPE_FLOAT);
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ir_value *vd = ir_builder_create_global(b, "d", TYPE_FLOAT);
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ir_value *life1 = ir_builder_create_global(b, "life1", TYPE_FLOAT);
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ir_value *life2 = ir_builder_create_global(b, "life2", TYPE_FLOAT);
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ir_value *life3 = ir_builder_create_global(b, "life3", TYPE_FLOAT);
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ir_function *fmain = NULL;
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ir_value *la = NULL;
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ir_block *bmain = NULL;
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ir_block *blt = NULL;
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ir_block *bge = NULL;
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ir_block *bend = NULL;
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ir_value *sum = NULL;
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ir_value *prd = NULL;
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ir_value *less = NULL;
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ir_value *x1 = NULL;
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ir_value *vig = NULL;
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ir_value *x2 = NULL;
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ir_instr *retphi = NULL;
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ir_value *retval = NULL;
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assert(ir_value_set_float(v3, 3.0f) );
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assert(ir_value_set_float(vb, 4.0f) );
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assert(ir_value_set_float(vc, 10.0f) );
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assert(ir_value_set_float(vd, 20.0f) );
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fmain = ir_builder_create_function(b, "main");
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assert(fmain);
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la = ir_function_create_local(fmain, "loc1", TYPE_FLOAT);
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assert(la);
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assert( bmain = ir_function_create_block(fmain, "top") );
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assert( blt = ir_function_create_block(fmain, "less") );
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assert( bge = ir_function_create_block(fmain, "greaterequal") );
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assert( bend = ir_function_create_block(fmain, "end") );
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assert(ir_block_create_store_op(bmain, INSTR_STORE_F, va, v3));
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assert( sum = ir_block_create_add(bmain, "%sum", va, vb) );
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assert( prd = ir_block_create_mul(bmain, "%mul", sum, vc) );
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assert( less = ir_block_create_binop(bmain, "%less", INSTR_LT, prd, vd) );
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assert(ir_block_create_if(bmain, less, blt, bge));
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x1 = ir_block_create_binop(blt, "%x1", INSTR_ADD_F, sum, v3);
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assert(x1);
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assert(ir_block_create_goto(blt, bend));
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vig = ir_block_create_binop(bge, "%ignore", INSTR_ADD_F, va, vb);
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assert(vig);
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assert(ir_block_create_store_op(bge, INSTR_STORE_F, la, vig));
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x2 = ir_block_create_binop(bge, "%x2", INSTR_ADD_F, sum, v3);
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assert(x2);
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assert(ir_block_create_goto(bge, bend));
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retphi = ir_block_create_phi(bend, "%retval", TYPE_FLOAT);
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assert(retphi);
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assert(ir_phi_add(retphi, blt, x1));
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assert(ir_phi_add(retphi, bge, x2));
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retval = ir_phi_value(retphi);
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assert(retval);
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assert(ir_block_create_return(bend, retval));
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/*
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printf("%i should be 1\n", ir_value_life_merge(va, 31));
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printf("%i should be 1\n", ir_value_life_merge(va, 33));
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printf("%i should be 0\n", ir_value_life_merge(va, 33));
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printf("%i should be 1\n", ir_value_life_merge(va, 1));
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printf("%i should be 1\n", ir_value_life_merge(va, 2));
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printf("%i should be 1\n", ir_value_life_merge(va, 20));
|
||||
printf("%i should be 1\n", ir_value_life_merge(va, 21));
|
||||
printf("%i should be 1\n", ir_value_life_merge(va, 8));
|
||||
printf("%i should be 1\n", ir_value_life_merge(va, 9));
|
||||
printf("%i should be 1\n", ir_value_life_merge(va, 3));
|
||||
printf("%i should be 0\n", ir_value_life_merge(va, 9));
|
||||
printf("%i should be 1\n", ir_value_life_merge(va, 17));
|
||||
printf("%i should be 1\n", ir_value_life_merge(va, 18));
|
||||
printf("%i should be 1\n", ir_value_life_merge(va, 19));
|
||||
printf("%i should be 0\n", ir_value_life_merge(va, 19));
|
||||
ir_value_dump_life(va, printf);
|
||||
printf("%i should be 1\n", ir_value_life_merge(va, 10));
|
||||
printf("%i should be 1\n", ir_value_life_merge(va, 9));
|
||||
printf("%i should be 0\n", ir_value_life_merge(va, 10));
|
||||
printf("%i should be 0\n", ir_value_life_merge(va, 10));
|
||||
ir_value_dump_life(va, printf);
|
||||
*/
|
||||
|
||||
ir_builder_dump(b, printf);
|
||||
assert(ir_function_finalize(fmain));
|
||||
ir_builder_dump(b, printf);
|
||||
|
||||
ir_value_dump_life(sum, printf);
|
||||
ir_value_dump_life(prd, printf);
|
||||
ir_value_dump_life(less, printf);
|
||||
ir_value_dump_life(x1, printf);
|
||||
ir_value_dump_life(x2, printf);
|
||||
ir_value_dump_life(retval, printf);
|
||||
ir_value_dump_life(vig, printf);
|
||||
ir_value_dump_life(la, printf);
|
||||
|
||||
ir_value_life_merge_into(retval, vig);
|
||||
ir_value_dump_life(retval, printf);
|
||||
ir_value_life_merge(x1, 12);
|
||||
ir_value_life_merge(x1, 13);
|
||||
ir_value_life_merge(x1, 14);
|
||||
ir_value_life_merge_into(retval, x1);
|
||||
ir_value_dump_life(retval, printf);
|
||||
ir_value_life_merge(x1, 20);
|
||||
ir_value_life_merge(x1, 21);
|
||||
ir_value_life_merge(x1, 22);
|
||||
ir_value_life_merge_into(retval, x1);
|
||||
ir_value_dump_life(retval, printf);
|
||||
ir_value_life_merge(x2, 1);
|
||||
ir_value_life_merge(x2, 2);
|
||||
ir_value_life_merge_into(retval, x2);
|
||||
ir_value_dump_life(retval, printf);
|
||||
for (lf = 4; lf <= 15; ++lf)
|
||||
ir_value_life_merge(life1, lf);
|
||||
ir_value_life_merge_into(retval, life1);
|
||||
ir_value_dump_life(retval, printf);
|
||||
for (lf = 17; lf <= 18; ++lf)
|
||||
ir_value_life_merge(life2, lf);
|
||||
ir_value_life_merge_into(retval, life2);
|
||||
ir_value_dump_life(retval, printf);
|
||||
for (lf = 2; lf <= 29; ++lf)
|
||||
ir_value_life_merge(life3, lf);
|
||||
ir_value_life_merge_into(retval, life3);
|
||||
ir_value_dump_life(retval, printf);
|
||||
|
||||
ir_builder_delete(b);
|
||||
return 0;
|
||||
}
|
||||
Loading…
Reference in a new issue