static fssh_status_t
command_info(int argc, const char* const* argv)
{
fssh_dev_t volumeID = get_volume_id();
if (volumeID < 0)
return volumeID;
fssh_fs_info info;
fssh_status_t status = _kern_read_fs_info(volumeID, &info);
if (status != FSSH_B_OK)
return status;
printf("root inode: %" FSSH_B_PRIdINO "\n", info.root);
printf("flags: ");
print_flag(info.flags, FSSH_B_FS_HAS_QUERY, "Q", "-");
print_flag(info.flags, FSSH_B_FS_HAS_ATTR, "A", "-");
print_flag(info.flags, FSSH_B_FS_HAS_MIME, "M", "-");
print_flag(info.flags, FSSH_B_FS_IS_SHARED, "S", "-");
print_flag(info.flags, FSSH_B_FS_IS_PERSISTENT, "P", "-");
print_flag(info.flags, FSSH_B_FS_IS_REMOVABLE, "R", "-");
print_flag(info.flags, FSSH_B_FS_IS_READONLY, "-", "W");
printf("\nblock size: %" FSSH_B_PRIdOFF "\n", info.block_size);
printf("I/O size: %" FSSH_B_PRIdOFF "\n", info.io_size);
printf("total size: %s (%" FSSH_B_PRIdOFF " blocks)\n",
byte_string(info.total_blocks, info.block_size), info.total_blocks);
printf("free size: %s (%" FSSH_B_PRIdOFF " blocks)\n",
byte_string(info.free_blocks, info.block_size), info.free_blocks);
printf("total nodes: %" FSSH_B_PRIdOFF "\n", info.total_nodes);
printf("free nodes: %" FSSH_B_PRIdOFF "\n", info.free_nodes);
printf("volume name: %s\n", info.volume_name);
printf("fs name: %s\n", info.fsh_name);
return FSSH_B_OK;
}
unc::ustring decode_byte_string(const char* string)
{
if (!string) {
return unc::ustring();
}
std::string byte_string(string);
return unc::decode<encoding>(byte_string);
}
unc::ustring decode_string(mpg123_string* string)
{
if (!string) {
return unc::ustring();
}
std::string byte_string(string->p, string->fill);
return unc::decode<encoding>(byte_string);
}
TEST(fxcrt, ByteStringOperatorEQ) {
CFX_ByteString null_string;
EXPECT_TRUE(null_string == null_string);
CFX_ByteString empty_string("");
EXPECT_TRUE(empty_string == empty_string);
EXPECT_TRUE(empty_string == null_string);
EXPECT_TRUE(null_string == empty_string);
CFX_ByteString deleted_string("hello");
deleted_string.Delete(0, 5);
EXPECT_TRUE(deleted_string == deleted_string);
EXPECT_TRUE(deleted_string == null_string);
EXPECT_TRUE(deleted_string == empty_string);
EXPECT_TRUE(null_string == deleted_string);
EXPECT_TRUE(empty_string == deleted_string);
CFX_ByteString byte_string("hello");
EXPECT_TRUE(byte_string == byte_string);
EXPECT_FALSE(byte_string == null_string);
EXPECT_FALSE(byte_string == empty_string);
EXPECT_FALSE(byte_string == deleted_string);
EXPECT_FALSE(null_string == byte_string);
EXPECT_FALSE(empty_string == byte_string);
EXPECT_FALSE(deleted_string == byte_string);
CFX_ByteString byte_string_same1("hello");
EXPECT_TRUE(byte_string == byte_string_same1);
EXPECT_TRUE(byte_string_same1 == byte_string);
CFX_ByteString byte_string_same2(byte_string);
EXPECT_TRUE(byte_string == byte_string_same2);
EXPECT_TRUE(byte_string_same2 == byte_string);
CFX_ByteString byte_string1("he");
CFX_ByteString byte_string2("hellp");
CFX_ByteString byte_string3("hellod");
EXPECT_FALSE(byte_string == byte_string1);
EXPECT_FALSE(byte_string == byte_string2);
EXPECT_FALSE(byte_string == byte_string3);
EXPECT_FALSE(byte_string1 == byte_string);
EXPECT_FALSE(byte_string2 == byte_string);
EXPECT_FALSE(byte_string3 == byte_string);
CFX_ByteStringC null_string_c;
CFX_ByteStringC empty_string_c("");
EXPECT_TRUE(null_string == null_string_c);
EXPECT_TRUE(null_string == empty_string_c);
EXPECT_TRUE(empty_string == null_string_c);
EXPECT_TRUE(empty_string == empty_string_c);
EXPECT_TRUE(deleted_string == null_string_c);
EXPECT_TRUE(deleted_string == empty_string_c);
EXPECT_TRUE(null_string_c == null_string);
EXPECT_TRUE(empty_string_c == null_string);
EXPECT_TRUE(null_string_c == empty_string);
EXPECT_TRUE(empty_string_c == empty_string);
EXPECT_TRUE(null_string_c == deleted_string);
EXPECT_TRUE(empty_string_c == deleted_string);
CFX_ByteStringC byte_string_c_same1("hello");
EXPECT_TRUE(byte_string == byte_string_c_same1);
EXPECT_TRUE(byte_string_c_same1 == byte_string);
CFX_ByteStringC byte_string_c1("he");
CFX_ByteStringC byte_string_c2("hellp");
CFX_ByteStringC byte_string_c3("hellod");
EXPECT_FALSE(byte_string == byte_string_c1);
EXPECT_FALSE(byte_string == byte_string_c2);
EXPECT_FALSE(byte_string == byte_string_c3);
EXPECT_FALSE(byte_string_c1 == byte_string);
EXPECT_FALSE(byte_string_c2 == byte_string);
EXPECT_FALSE(byte_string_c3 == byte_string);
const char* c_null_string = nullptr;
const char* c_empty_string = "";
EXPECT_TRUE(null_string == c_null_string);
EXPECT_TRUE(null_string == c_empty_string);
EXPECT_TRUE(empty_string == c_null_string);
EXPECT_TRUE(empty_string == c_empty_string);
EXPECT_TRUE(deleted_string == c_null_string);
EXPECT_TRUE(deleted_string == c_empty_string);
EXPECT_TRUE(c_null_string == null_string);
EXPECT_TRUE(c_empty_string == null_string);
EXPECT_TRUE(c_null_string == empty_string);
EXPECT_TRUE(c_empty_string == empty_string);
EXPECT_TRUE(c_null_string == deleted_string);
EXPECT_TRUE(c_empty_string == deleted_string);
const char* c_string_same1 = "hello";
EXPECT_TRUE(byte_string == c_string_same1);
EXPECT_TRUE(c_string_same1 == byte_string);
const char* c_string1 = "he";
const char* c_string2 = "hellp";
const char* c_string3 = "hellod";
EXPECT_FALSE(byte_string == c_string1);
EXPECT_FALSE(byte_string == c_string2);
EXPECT_FALSE(byte_string == c_string3);
EXPECT_FALSE(c_string1 == byte_string);
EXPECT_FALSE(c_string2 == byte_string);
EXPECT_FALSE(c_string3 == byte_string);
}
estring::estring(const char* str, std::string encoding)
: encoding(encoding.empty() ? Encoding::guess(byte_string((const byte_t*)str)) : Encoding::byName(encoding)),
_string((const byte_t*)str) {
}
