#include <stdio.h>
#include <Message.h>
#include <OS.h>
#include <Application.h>
#include <Handler.h>
#include <Looper.h>
#include <String.h>
#include <TestShell.h>
#include <TestUtils.h>
#include <cppunit/TestAssert.h>
#include "PipedAppRunner.h"
#include "BApplicationTester.h"
static
void
test_app(const char *app, const char *expectedResult)
{
PipedAppRunner runner;
CHK(runner.Run(app) == B_OK);
runner.WaitFor();
BString buffer;
CHK(runner.GetOutput(&buffer) == B_OK);
if (buffer != expectedResult)
printf("result is `%s', but should be `%s'\n", buffer.String(),
expectedResult);
CHK(buffer == expectedResult);
}
BApplication(const char *signature)
@case 1 signature is NULL
@results Should print error message and quit.
*/
void TBApplicationTester::BApplication1()
{
const char *output1 =
"bad signature ((null)), must begin with \"application/\" and "
"can't conflict with existing registered mime types inside "
"the \"application\" media type.\n";
const char *output2 =
"bad signature ((null)), must begin with \"application/\" and "
"can't conflict with existing registered mime types inside "
"the \"application\" media type.\n"
"error: 80000005\n"
"InitCheck(): 80000005\n";
test_app("BApplicationTestApp1", output1);
test_app("BApplicationTestApp1a", output1);
test_app("BApplicationTestApp1b", output2);
}
BApplication(const char *signature)
@case 2 signature is no valid MIME string
@results Should print error message and quit.
*/
void TBApplicationTester::BApplication2()
{
const char *output1 =
"bad signature (no valid MIME string), must begin with "
"\"application/\" and can't conflict with existing registered "
"mime types inside the \"application\" media type.\n";
const char *output2 =
"bad signature (no valid MIME string), must begin with "
"\"application/\" and can't conflict with existing registered "
"mime types inside the \"application\" media type.\n"
"error: 80000005\n"
"InitCheck(): 80000005\n";
test_app("BApplicationTestApp2", output1);
test_app("BApplicationTestApp2a", output1);
test_app("BApplicationTestApp2b", output2);
}
BApplication(const char *signature)
@case 3 signature is a valid MIME string, but doesn't have the
"application" supertype
@results Should print error message and quit.
*/
void TBApplicationTester::BApplication3()
{
const char *output1 =
"bad signature (image/gif), must begin with \"application/\" and "
"can't conflict with existing registered mime types inside "
"the \"application\" media type.\n";
const char *output2 =
"bad signature (image/gif), must begin with \"application/\" and "
"can't conflict with existing registered mime types inside "
"the \"application\" media type.\n"
"error: 80000005\n"
"InitCheck(): 80000005\n";
test_app("BApplicationTestApp3", output1);
test_app("BApplicationTestApp3a", output1);
test_app("BApplicationTestApp3b", output2);
}
BApplication(const char *signature)
@case 4 signature is a valid MIME string with "application"
supertype, but a different one than in the app
attributes/resources
@results Should print warning message and continue.
InitCheck() should return B_OK.
*/
void TBApplicationTester::BApplication4()
{
const char *output1 =
"Signature in rsrc doesn't match constructor arg. "
"(application/x-vnd.obos-bapplication-testapp4,"
#ifndef TEST_R5
" "
#endif
"application/x-vnd.obos-bapplication-testapp4-or-not)\n"
"InitCheck(): 0\n";
const char *output2 =
"Signature in rsrc doesn't match constructor arg. "
"(application/x-vnd.obos-bapplication-testapp4,"
#ifndef TEST_R5
" "
#endif
"application/x-vnd.obos-bapplication-testapp4-or-not)\n"
"error: 0\n"
"InitCheck(): 0\n";
test_app("BApplicationTestApp4", output1);
test_app("BApplicationTestApp4a", output1);
test_app("BApplicationTestApp4b", output2);
}
BApplication(const char *signature)
@case 5 signature is a valid MIME string with "application"
supertype, and the same as in the app attributes/resources
@results Shouldn't print anything at all and continue.
InitCheck() should return B_OK.
*/
void TBApplicationTester::BApplication5()
{
const char *output1 = "InitCheck(): 0\n";
const char *output2 =
"error: 0\n"
"InitCheck(): 0\n";
test_app("BApplicationTestApp5", output1);
test_app("BApplicationTestApp5a", output1);
test_app("BApplicationTestApp5b", output2);
}
Test* TBApplicationTester::Suite()
{
TestSuite* SuiteOfTests = new TestSuite;
ADD_TEST4(BApplication, SuiteOfTests, TBApplicationTester, BApplication1);
ADD_TEST4(BApplication, SuiteOfTests, TBApplicationTester, BApplication2);
ADD_TEST4(BApplication, SuiteOfTests, TBApplicationTester, BApplication3);
ADD_TEST4(BApplication, SuiteOfTests, TBApplicationTester, BApplication4);
ADD_TEST4(BApplication, SuiteOfTests, TBApplicationTester, BApplication5);
return SuiteOfTests;
}
