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|
// -*- Mode: C++; tab-width: 2; -*-
// vi: set ts=2:
//
#include <BALL/CONCEPT/classTest.h>
#include <BALLTestConfig.h>
///////////////////////////
#include <BALL/SYSTEM/directory.h>
///////////////////////////
#ifdef BALL_OS_WINDOWS
# define chdir(a) _chdir(a)
# define getcwd(a, b) _getcwd(a, b)
#endif
/////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////
using namespace BALL;
String PS = FileSystem::PATH_SEPARATOR;
String test_dir;
bool cleanup()
{
if (test_dir == "")
{
test_dir = BALL_TEST_DATA_PATH(Directory_test);
::chdir(test_dir.c_str());
}
if (::chdir(test_dir.c_str()) != 0)
{
Log.error() << "Could not chdir to test dir!" << std::endl;
}
Directory d(test_dir + PS + "dir_a" + PS + "dir_c");
d.remove("test1" + PS + "test1");
d.remove("test1" + PS + "test2");
d.remove("test1" + PS + "test3");
d.remove("test1" + PS + "test4");
d.remove("test1");
d.remove("test2" + PS + "test1");
d.remove("test2" + PS + "test2");
d.remove("test2" + PS + "test3");
d.remove("test2" + PS + "test4");
d.remove("test2");
//d.remove("test1" + PS + "test2");
d.remove("test3" + PS + "test1");
d.remove("test3" + PS + "test2");
d.remove("test3" + PS + "test3");
d.remove("test3" + PS + "test4");
d.remove("test3");
return !(d.has("test1") || d.has("test2") || d.has("test3"));
}
START_TEST(Directory)
/////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////
using namespace BALL;
CHECK([EXTRA]prerequisites)
bool ok = cleanup();
TEST_EQUAL(ok, true)
RESULT
Directory* dd = 0;
char buffer[10000];
CHECK(Directory())
dd = new Directory();
TEST_NOT_EQUAL(dd, 0)
::getcwd(buffer, Directory::MAX_PATH_LENGTH);
String s(buffer);
FileSystem::canonizePath(s);
TEST_EQUAL(dd->getPath(), s)
TEST_EQUAL(dd->isCurrent(), true)
RESULT
CHECK(~Directory())
delete dd;
RESULT
CHECK(bool setCurrent(String directory_path))
Directory d;
bool result = d.setCurrent(test_dir);
TEST_EQUAL(result, true);
::getcwd(buffer, Directory::MAX_PATH_LENGTH);
String path = buffer;
FileSystem::canonizePath(path);
TEST_EQUAL(path, test_dir)
result = d.setCurrent("dir_a");
TEST_EQUAL(result, true);
::getcwd(buffer, Directory::MAX_PATH_LENGTH);
path = buffer;
FileSystem::canonizePath(path);
TEST_EQUAL(path, test_dir + "/dir_a")
result = d.setCurrent("c");
TEST_EQUAL(result, false);
::getcwd(buffer, Directory::MAX_PATH_LENGTH);
path = buffer;
FileSystem::canonizePath(path);
TEST_EQUAL(path, test_dir + "/dir_a")
RESULT
CHECK(Directory(const String& directory_path, bool set_current = false))
::chdir(test_dir.c_str());
Directory d("dir_a");
TEST_EQUAL(d.isValid(), true)
::getcwd(buffer, Directory::MAX_PATH_LENGTH);
String s = String(buffer) + "/dir_a";
FileSystem::canonizePath(s);
TEST_EQUAL(d.getPath(), s)
Directory d1("dir_a/", true);
TEST_EQUAL(d1.isCurrent(), true)
TEST_EQUAL(d1.isValid(), true)
TEST_EQUAL(d.setCurrent(test_dir), true);
Directory d2("dir_a/dir_c/");
TEST_EQUAL(d2.isValid(), true)
Directory d3(test_dir);
TEST_EQUAL(d3.isValid(), true)
Directory d5("dir_f");
TEST_EQUAL(d5.isValid(), false)
RESULT
CHECK(Directory(const Directory& directory))
Directory d("dir_a/");
Directory d1(d);
TEST_EQUAL(d1 == d, true)
RESULT
CHECK(void clear())
Directory d("dir_a/");
d.clear();
TEST_EQUAL(d.getPath(), "")
RESULT
CHECK(void destroy())
Directory d1("dir_a/");
d1.destroy();
RESULT
CHECK(bool set(const String& directory_path, bool set_current = false))
Directory d;
d.set("dir_a/dir_c/");
TEST_EQUAL(d.getPath(), test_dir + "/dir_a/dir_c")
TEST_EQUAL(d.isCurrent(), false)
d.set("dir_a/dir_c/", true);
TEST_EQUAL(d.isCurrent(), true)
d.setCurrent(test_dir);
RESULT
CHECK(void set(const Directory& directory))
Directory d("dir_a/");
Directory d1;
d1.set(d);
TEST_EQUAL(d1.getPath(), test_dir + "/dir_a")
RESULT
CHECK(Directory& operator = (const Directory& directory))
Directory d("dir_a/");
Directory d1;
d1 = d;
TEST_EQUAL(d1.getPath(), test_dir + "/dir_a")
RESULT
CHECK(const String& getPath() const)
STATUS("Creating directory")
Directory d1("dir_a/");
STATUS("Done.")
TEST_EQUAL(d1.getPath(), test_dir + "/dir_a")
RESULT
CHECK(void get(Directory& directory) const)
Directory d("dir_a/");
Directory d1;
d.get(d1);
TEST_EQUAL(d1.getPath(), test_dir + "/dir_a")
RESULT
CHECK(bool create(String path, const mode_t& mode = 0777))
Directory d;
::chdir(test_dir.c_str());
Directory d1("dir_a/dir_c/", true);
TEST_EQUAL(d1.isValid(), true)
bool ok = cleanup();
TEST_EQUAL(ok, true)
bool result = d1.create("test1");
TEST_EQUAL(result, true)
TEST_EQUAL(d.setCurrent(test_dir), true)
Directory d2;
result = d2.create("dir_a/dir_c/test2");
TEST_EQUAL(result, true)
TEST_EQUAL(d2.isCurrent(), true)
TEST_EQUAL(d.setCurrent(test_dir), true)
Directory d3;
TEST_EQUAL(d3.create(test_dir + "/dir_a/dir_c/test3"), true)
ok = cleanup();
TEST_EQUAL(ok, true)
RESULT
CHECK(bool getNextEntry(String& entry))
bool ok = cleanup();
TEST_EQUAL(ok, true)
Directory d1(".", true);
TEST_EQUAL(d1.isValid(), true)
d1.create("test1");
d1.create("test1/test2");
Directory d2("test1");
String s;
// On some systems, the order (or even the presence!) of "." and ".." is not clear.
// To avoid this, we just skip these entries. These are properties of the
// Filesystem, not the Directory.
bool result = d2.getNextEntry(s);
STATUS("getNextEntry : " << result << " = " << s)
TEST_EQUAL(result, true)
bool found_test2 = false;
while (result)
{
if ((s != ".") && (s != ".."))
{
TEST_EQUAL(s, "test2")
found_test2 = true;
}
result = d2.getNextEntry(s);
STATUS("getNextEntry : " << result << " = " << s)
}
TEST_EQUAL(found_test2, true)
ok = cleanup();
TEST_EQUAL(ok, true)
RESULT
CHECK(Size countItems())
{
Directory d0(test_dir + "/dir_a/dir_c");
d0.create("test1");
Directory d1(test_dir + "/dir_a/dir_c/test1");
d1.create("test1");
d1.create("test2");
d1.create("test3");
d1.create("test4");
TEST_EQUAL(d1.countItems(), 4)
}
bool ok = cleanup();
TEST_EQUAL(ok, true)
RESULT
CHECK(Size countFiles())
Directory d(test_dir + "/dir_a/dir_c");
TEST_EQUAL(d.countFiles(), 2)
bool result = d.create("test1");
TEST_EQUAL(result, true)
Directory d1(test_dir + "/dir_a/dir_c/test1");
TEST_EQUAL(d1.countFiles(), 0)
RESULT
CHECK(Size countDirectories())
{
bool ok = cleanup();
TEST_EQUAL(ok, true)
Directory d(test_dir + "/dir_a/dir_c");
TEST_EQUAL(d.countFiles(), 2)
bool result = d.create("test1");
TEST_EQUAL(result, true)
Directory d0(test_dir + "/dir_a/dir_c");
Size nr_of_subdirs = 1;
if (d0.has("CVS"))
{
nr_of_subdirs ++;
}
TEST_EQUAL(d0.countDirectories(), nr_of_subdirs)
Directory d1(test_dir + "/dir_a/dir_c/test1");
TEST_EQUAL(d1.countDirectories(), 0)
}
bool ok = cleanup();
TEST_EQUAL(ok, true)
RESULT
CHECK(bool remove(String old_path))
Directory d;
d.setCurrent(test_dir);
Directory d1("dir_a/dir_c", true);
d1.create("test1");
TEST_EQUAL(d1.isValid(), true)
bool result = d1.remove("test1");
TEST_EQUAL(result, true)
TEST_EQUAL(d1.remove("xxxx"), false)
RESULT
CHECK(bool rename(String old_path, String new_path))
bool ok = cleanup();
TEST_EQUAL(ok, true)
Directory d;
d.setCurrent(test_dir);
Directory d1("dir_a/dir_c", true);
TEST_EQUAL(d1.isValid(), true)
bool result = d1.create("test1");
TEST_EQUAL(result, true)
result = d1.rename("test1", "test2");
TEST_EQUAL(result, true)
result = d1.rename("test2", "test3");
TEST_EQUAL(result, true)
TEST_EQUAL(d1.rename("testz", "test"), false)
result = d1.remove("test3");
TEST_EQUAL(result, true)
d.setCurrent(test_dir);
RESULT
CHECK(bool renameTo(String new_path))
Directory d;
Directory d1("dir_a/dir_c");
d1.remove("test1");
bool result = d1.create("test1");
TEST_EQUAL(result, true)
d.setCurrent(test_dir);
Directory d2("dir_a/dir_c/test1", true);
TEST_EQUAL(d2.isValid(), true)
result = d2.renameTo("test2");
TEST_EQUAL(result, true)
result = d1.remove("test2");
TEST_EQUAL(result, true)
d.setCurrent(test_dir);
RESULT
CHECK(bool getFirstEntry(String& entry))
String s;
Directory d0(test_dir + "/dir_a/dir_c");
d0.create("test1");
TEST_EQUAL(d0.getFirstEntry(s), true)
d0.remove("test1");
RESULT
CHECK(bool find(const String& filename, String& filepath))
Directory d1(test_dir + "/dir_a");
String s;
bool result = d1.find("dir_c", s);
TEST_EQUAL(result, true)
TEST_EQUAL(s, test_dir + "/dir_a");
d1.set(test_dir);
result = d1.find("a", s);
TEST_EQUAL(result, true)
TEST_EQUAL(s, test_dir)
result = d1.find("f", s);
TEST_EQUAL(result, false)
RESULT
CHECK(bool has(const String& item))
Directory d1("dir_a/dir_c/");
TEST_EQUAL(d1.has("a"), true)
TEST_EQUAL(d1.has("x"), false)
RESULT
CHECK(bool isCurrent() const)
Directory d;
Directory d1("dir_a/dir_c/");
TEST_EQUAL(d1.isCurrent(), false)
d1.setCurrent();
TEST_EQUAL(d1.isCurrent(), true)
d.setCurrent(test_dir);
RESULT
CHECK(bool isEmpty())
Directory d1(test_dir + "/dir_a/dir_c");
d1.create("xxx");
Directory d2(test_dir + "/dir_a/dir_c/xxx");
TEST_EQUAL(d2.isEmpty(), true)
d1.remove("xxx");
TEST_EQUAL(d1.isEmpty(), false)
RESULT
CHECK(bool operator == (const Directory& directory) const)
Directory d("data/");
Directory d1(d);
TEST_EQUAL(d == d1, true)
d1.set("dir_a/dir_c/");
TEST_EQUAL(d == d1, false)
RESULT
CHECK(bool operator != (const Directory& directory) const)
Directory d("data" + PS);
Directory d1(d);
TEST_EQUAL(d != d1, false)
d1.set("dir_a/dir_c/");
TEST_EQUAL(d != d1, true)
RESULT
CHECK(bool isValid() const)
Directory d("this_directory_should_not_exist");
TEST_EQUAL(d.isValid(), false)
Directory a(test_dir + "/");
TEST_EQUAL(a.isValid(), true)
RESULT
CHECK(bool remove())
Directory d(test_dir + "/");
bool result = d.create("dir_x");
TEST_EQUAL(result, true)
d.set(test_dir + PS + "dir_x");
TEST_EQUAL(d.isValid(), true)
result = d.remove();
TEST_EQUAL(result, true)
TEST_EQUAL(d.isValid(), false)
d.set("this_directory_should_not_exist");
result = d.remove();
TEST_EQUAL(result, false)
RESULT
CHECK(bool setCurrent())
Directory d(test_dir);
TEST_EQUAL(d.setCurrent(), true)
d.set("this_directory_should_not_exist");
TEST_EQUAL(d.setCurrent(), false)
RESULT
CHECK(String getUserHomeDir())
TEST_NOT_EQUAL(Directory::getUserHomeDir(), "")
RESULT
CHECK(bool changeToUserHomeDir())
TEST_NOT_EQUAL(Directory::changeToUserHomeDir(), false)
RESULT
CHECK([Extra]cleanup)
Directory d(test_dir + "/dir_a/dir_c");
d.remove("test1");
d.remove("test2");
d.remove("test3");
RESULT
/////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////
END_TEST
|
