150 lines
4.4 KiB
Plaintext
150 lines
4.4 KiB
Plaintext
How to add recipes
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==================
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For any test that you want to perform, you write a script located in
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test/recipes/, named {nn}-test_{name}.t, where {nn} is a two digit number and
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{name} is a unique name of your choice.
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Please note that if a test involves a new testing executable, you will need to
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do some additions in test/Makefile. More on this later.
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Naming conventions
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=================
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A test executable is named test/{name}test.c
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A test recipe is named test/recipes/{nn}-test_{name}.t, where {nn} is a two
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digit number and {name} is a unique name of your choice.
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The number {nn} is (somewhat loosely) grouped as follows:
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00-04 sanity, internal and essential API tests
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05-09 individual symmetric cipher algorithms
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10-14 math (bignum)
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15-19 individual asymmetric cipher algorithms
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20-24 openssl commands (some otherwise not tested)
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25-29 certificate forms, generation and verification
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30-35 engine and evp
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60-79 APIs
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70 PACKET layer
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80-89 "larger" protocols (CA, CMS, OCSP, SSL, TSA)
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90-98 misc
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99 most time consuming tests [such as test_fuzz]
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A recipe that just runs a test executable
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=========================================
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A script that just runs a program looks like this:
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#! /usr/bin/perl
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use OpenSSL::Test::Simple;
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simple_test("test_{name}", "{name}test", "{name}");
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{name} is the unique name you have chosen for your test.
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The second argument to `simple_test' is the test executable, and `simple_test'
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expects it to be located in test/
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For documentation on OpenSSL::Test::Simple, do
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`perldoc util/perl/OpenSSL/Test/Simple.pm'.
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A recipe that runs a more complex test
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======================================
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For more complex tests, you will need to read up on Test::More and
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OpenSSL::Test. Test::More is normally preinstalled, do `man Test::More' for
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documentation. For OpenSSL::Test, do `perldoc util/perl/OpenSSL/Test.pm'.
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A script to start from could be this:
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#! /usr/bin/perl
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use strict;
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use warnings;
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use OpenSSL::Test;
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setup("test_{name}");
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plan tests => 2; # The number of tests being performed
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ok(test1, "test1");
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ok(test2, "test1");
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sub test1
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{
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# test feature 1
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}
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sub test2
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{
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# test feature 2
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}
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Changes to test/build.info
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==========================
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Whenever a new test involves a new test executable you need to do the
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following (at all times, replace {NAME} and {name} with the name of your
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test):
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* add {name} to the list of programs under PROGRAMS_NO_INST
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* create a three line description of how to build the test, you will have
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to modify the include paths and source files if you don't want to use the
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basic test framework:
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SOURCE[{name}]={name}.c
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INCLUDE[{name}]=.. ../include
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DEPEND[{name}]=../libcrypto libtestutil.a
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Generic form of C test executables
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==================================
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#include "testutil.h"
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static int my_test(void)
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{
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int testresult = 0; /* Assume the test will fail */
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int observed;
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observed = function(); /* Call the code under test */
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if (!TEST_int_eq(observed, 2)) /* Check the result is correct */
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goto end; /* Exit on failure - optional */
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testresult = 1; /* Mark the test case a success */
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end:
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cleanup(); /* Any cleanup you require */
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return testresult;
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}
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int setup_tests(void)
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{
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ADD_TEST(my_test); /* Add each test separately */
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return 1; /* Indicate success */
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}
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You should use the TEST_xxx macros provided by testutil.h to test all failure
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conditions. These macros produce an error message in a standard format if the
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condition is not met (and nothing if the condition is met). Additional
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information can be presented with the TEST_info macro that takes a printf
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format string and arguments. TEST_error is useful for complicated conditions,
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it also takes a printf format string and argument. In all cases the TEST_xxx
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macros are guaranteed to evaluate their arguments exactly once. This means
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that expressions with side effects are allowed as parameters. Thus,
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if (!TEST_ptr(ptr = OPENSSL_malloc(..)))
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works fine and can be used in place of:
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ptr = OPENSSL_malloc(..);
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if (!TEST_ptr(ptr))
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The former produces a more meaningful message on failure than the latter.
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