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st...@google.com
st...@google.com
My SD card's file system supports a last modified timestamp; that is 'adb shell touch /mnt/sdcard/foo' works as expected. I need to check that calling from runtime works as well.
ya...@gmail.com
I couldn't reproduce this with a test case.
@hardwick.jim if this test doesn't pass for you, could you paste its output here? As well as your device's full version information. Thanks.
public final class FileTest extends TestCase {
public void testSetLastModified() {
File file = new File("/mnt/sdcard/foo");
assertTrue(file.setLastModified(0));
assertEquals(0, file.lastModified());
}
}
@hardwick.jim if this test doesn't pass for you, could you paste its output here? As well as your device's full version information. Thanks.
public final class FileTest extends TestCase {
public void testSetLastModified() {
File file = new File("/mnt/sdcard/foo");
assertTrue(file.setLastModified(0));
assertEquals(0, file.lastModified());
}
}
Description
What is Quick Share Compression?
Quick Share Compression is a feature that compresses files automatically while sharing them, ensuring that the recipient receives the full, original file, without any loss of quality. This technology uses advanced algorithms and compression techniques to shrink files without sacrificing performance.
Benefits for Users
Quick Share Compression offers numerous benefits for users:
Faster file sharing: By compressing files instantly, Quick Share Compression speeds up the sharing process, especially when dealing with large media files.
Improved data efficiency: Compressed files take up less space on devices and networks, making it easier to share massive files without running out of storage or bandwidth.
Enhanced user experience: Quick Share Compression ensures that shared files arrive at their destination in full quality, providing a seamless and enjoyable experience for users.
Benefits for Media-Heavy Users
For media-heavy users, such as those who frequently share large files like videos, photos, and music, Quick Share Compression is particularly beneficial:
Reduced file size: Compressed files are significantly smaller, making it easier to upload and download them, even on slow connections.
Faster uploads: With Quick Share Compression, media-heavy users can expect faster upload speeds, reducing the time spent waiting for files to transfer.
Improved video quality: By compressing files instantly, Quick Share Compression ensures that shared videos arrive at their destination with no loss of quality.
How it Works
Quick Share Compression uses advanced algorithms and compression techniques to shrink files without sacrificing performance:
Instant compression: When a file is selected for sharing, the system compresses it instantaneously using proprietary technology.
Lossless compression: Quick Share Compression employs lossless compression methods to ensure that shared files arrive at their destination in full quality.
Real-time decompression: On the receiving end, the compressed file is automatically decompressed and restored to its original state.
Technical Implementation
To implement Quick Share Compression, we'll:
Integrate with Android's built-in compression algorithm: Our system will utilize a robust compression algorithm already integrated into Android's operating system.
Develop proprietary compression technology: We'll create custom compression algorithms that provide optimal file size reduction while maintaining quality.
Collaborate with data transfer experts: We'll work closely with industry experts to ensure the feature is efficient, reliable, and secure.
Future Development
As we continue to refine and improve Quick Share Compression, we'll:
Expand compatibility: Our system will be compatible with a wide range of devices and file formats.
Integrate with Google Drive and other cloud services: We'll ensure seamless integration with popular cloud storage services like Google Drive, Dropbox, and OneDrive.
Enhance security features: We'll implement robust security measures to protect shared files from unauthorized access or tampering.