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package org.sufficientlysecure.keychain.service;
import android.os.Parcel;
import android.os.Parcelable;
import java.io.Serializable;
import java.util.ArrayList;
/** This class is a a transferable representation for a collection of changes
* to be done on a keyring.
*
* This class should include all types of operations supported in the backend.
*
* All changes are done in a differential manner. Besides the two key
* identification attributes, all attributes may be null, which indicates no
* change to the keyring. This is also the reason why boxed values are used
* instead of primitives in the subclasses.
*
* Application of operations in the backend should be fail-fast, which means an
* error in any included operation (for example revocation of a non-existent
* subkey) will cause the operation as a whole to fail.
*/
public class SaveKeyringParcel implements Parcelable {
// the master key id to be edited. if this is null, a new one will be created
public Long mMasterKeyId;
// the key fingerprint, for safety. MUST be null for a new key.
public byte[] mFingerprint;
public String mNewPassphrase;
public ArrayList<String> mAddUserIds;
public ArrayList<SubkeyAdd> mAddSubKeys;
public ArrayList<SubkeyChange> mChangeSubKeys;
public String mChangePrimaryUserId;
public ArrayList<String> mRevokeUserIds;
public ArrayList<Long> mRevokeSubKeys;
public SaveKeyringParcel() {
reset();
}
public SaveKeyringParcel(long masterKeyId, byte[] fingerprint) {
this();
mMasterKeyId = masterKeyId;
mFingerprint = fingerprint;
}
public void reset() {
mNewPassphrase = null;
mAddUserIds = new ArrayList<String>();
mAddSubKeys = new ArrayList<SubkeyAdd>();
mChangePrimaryUserId = null;
mChangeSubKeys = new ArrayList<SubkeyChange>();
mRevokeUserIds = new ArrayList<String>();
mRevokeSubKeys = new ArrayList<Long>();
}
// performance gain for using Parcelable here would probably be negligible,
// use Serializable instead.
public static class SubkeyAdd implements Serializable {
public int mAlgorithm;
public int mKeysize;
public int mFlags;
public Long mExpiry;
public SubkeyAdd(int algorithm, int keysize, int flags, Long expiry) {
mAlgorithm = algorithm;
mKeysize = keysize;
mFlags = flags;
mExpiry = expiry;
}
}
public static class SubkeyChange implements Serializable {
public long mKeyId;
public Integer mFlags;
// this is a long unix timestamp, in seconds (NOT MILLISECONDS!)
public Long mExpiry;
public SubkeyChange(long keyId, Integer flags, Long expiry) {
mKeyId = keyId;
mFlags = flags;
mExpiry = expiry;
}
}
public SaveKeyringParcel(Parcel source) {
mMasterKeyId = source.readInt() != 0 ? source.readLong() : null;
mFingerprint = source.createByteArray();
mNewPassphrase = source.readString();
mAddUserIds = source.createStringArrayList();
mAddSubKeys = (ArrayList<SubkeyAdd>) source.readSerializable();
mChangeSubKeys = (ArrayList<SubkeyChange>) source.readSerializable();
mChangePrimaryUserId = source.readString();
mRevokeUserIds = source.createStringArrayList();
mRevokeSubKeys = (ArrayList<Long>) source.readSerializable();
}
@Override
public void writeToParcel(Parcel destination, int flags) {
destination.writeInt(mMasterKeyId == null ? 0 : 1);
if(mMasterKeyId != null) {
destination.writeLong(mMasterKeyId);
}
destination.writeByteArray(mFingerprint);
destination.writeString(mNewPassphrase);
destination.writeStringList(mAddUserIds);
destination.writeSerializable(mAddSubKeys);
destination.writeSerializable(mChangeSubKeys);
destination.writeString(mChangePrimaryUserId);
destination.writeStringList(mRevokeUserIds);
destination.writeSerializable(mRevokeSubKeys);
}
public static final Creator<SaveKeyringParcel> CREATOR = new Creator<SaveKeyringParcel>() {
public SaveKeyringParcel createFromParcel(final Parcel source) {
return new SaveKeyringParcel(source);
}
public SaveKeyringParcel[] newArray(final int size) {
return new SaveKeyringParcel[size];
}
};
@Override
public int describeContents() {
return 0;
}
}
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