package ea;

import com.google.crypto.tink.proto.OutputPrefixType;
import com.google.crypto.tink.shaded.protobuf.ByteString;
import java.security.GeneralSecurityException;
import ra.y0;

/* JADX INFO: loaded from: classes2.dex */
public final /* synthetic */ class i implements ma.b {

    /* JADX INFO: renamed from: a, reason: collision with root package name */
    public final /* synthetic */ int f25665a;

    /* JADX WARN: Multi-variable type inference failed */
    public final com.bumptech.glide.g a(da.l lVar, Integer num) throws GeneralSecurityException {
        xyz.stream.utils.q qVar = null;
        Object[] objArr = 0;
        Object[] objArr2 = 0;
        Object[] objArr3 = 0;
        Object[] objArr4 = 0;
        switch (this.f25665a) {
            case 0:
                m mVar = (m) lVar;
                int i10 = mVar.f25697a;
                if (i10 != 16 && i10 != 32) {
                    throw new GeneralSecurityException("AES key size must be 16 or 32 bytes");
                }
                u.e eVar = new u.e(11);
                eVar.f33125a = mVar;
                eVar.f33128d = num;
                eVar.f33126b = xyz.stream.utils.f0.x(mVar.f25697a);
                eVar.f33127c = xyz.stream.utils.f0.x(mVar.f25698b);
                return eVar.a();
            case 1:
                q qVar2 = (q) lVar;
                ma.c0 c0Var = o.f25714a;
                int i11 = qVar2.f25735a;
                if (i11 == 24) {
                    throw new GeneralSecurityException("192 bit AES GCM Parameters are not valid");
                }
                xyz.stream.utils.t tVar = new xyz.stream.utils.t();
                tVar.f36172b = qVar2;
                tVar.f36174d = num;
                tVar.f36173c = xyz.stream.utils.f0.x(i11);
                return tVar.d();
            case 2:
                u uVar = (u) lVar;
                ma.c0 c0Var2 = s.f25749a;
                int i12 = uVar.f25763a;
                if (i12 == 24) {
                    throw new GeneralSecurityException("192 bit AES GCM Parameters are not valid");
                }
                xyz.stream.utils.t tVar2 = new xyz.stream.utils.t(objArr == true ? 1 : 0);
                tVar2.f36172b = uVar;
                tVar2.f36174d = num;
                tVar2.f36173c = xyz.stream.utils.f0.x(i12);
                return tVar2.e();
            case 3:
                y yVar = (y) lVar;
                ma.c0 c0Var3 = w.f25779a;
                xyz.stream.utils.t tVar3 = new xyz.stream.utils.t((u.a) (objArr2 == true ? 1 : 0));
                tVar3.f36172b = yVar;
                tVar3.f36174d = num;
                tVar3.f36173c = xyz.stream.utils.f0.x(yVar.f25792a);
                return tVar3.f();
            case 4:
                ma.c0 c0Var4 = a0.f25627a;
                return z.S(((c0) lVar).f25634a, xyz.stream.utils.f0.x(32), num);
            case 5:
                ma.c0 c0Var5 = d0.f25637a;
                return g0.S((i0) lVar, num);
            case 6:
                ma.h hVar = f0.f25651a;
                return k0.S((n0) lVar, num);
            case 7:
                return q0.S((t0) lVar, xyz.stream.utils.f0.x(32), num);
            case 8:
                ma.c0 c0Var6 = v0.f25775a;
                return u0.S(((x0) lVar).f25791a, xyz.stream.utils.f0.x(32), num);
            case 9:
                ja.d dVar = (ja.d) lVar;
                ja.b.a(dVar);
                xyz.stream.utils.t tVar4 = new xyz.stream.utils.t((xyz.stream.utils.p) (objArr3 == true ? 1 : 0));
                tVar4.f36172b = dVar;
                tVar4.f36174d = num;
                tVar4.f36173c = xyz.stream.utils.f0.x(dVar.f28736a);
                return tVar4.g();
            case 10:
                ma.m mVar2 = ma.m.f30537b;
                y0 y0Var = ((ma.k) lVar).f30532a.f30529b;
                ma.c cVar = ma.c.f30500d;
                ma.h hVarB = cVar.b(y0Var.I());
                if (!((Boolean) cVar.f30502b.get(y0Var.I())).booleanValue()) {
                    throw new GeneralSecurityException("Creating new keys is not allowed.");
                }
                ByteString byteStringJ = y0Var.J();
                hVarB.getClass();
                ra.x0 x0VarK = y0.K();
                x0VarK.j(hVarB.f30517a);
                x0VarK.k(byteStringJ);
                x0VarK.i(OutputPrefixType.RAW);
                y0 y0Var2 = (y0) x0VarK.c();
                ma.i0 i0Var = new ma.i0(y0Var2, ma.p0.a(y0Var2.I()));
                ma.t tVar5 = ma.t.f30555b;
                ma.h0 h0Var = (ma.h0) tVar5.g(ma.m.f30537b.b(tVar5.b(i0Var), null));
                ra.v0 v0VarK = ra.w0.K();
                String str = h0Var.f30520a;
                v0VarK.f();
                ra.w0.D((ra.w0) v0VarK.f23982b, str);
                v0VarK.f();
                ra.w0.E((ra.w0) v0VarK.f23982b, h0Var.f30522c);
                v0VarK.f();
                ra.w0.F((ra.w0) v0VarK.f23982b, h0Var.f30523d);
                ra.w0 w0Var = (ra.w0) v0VarK.c();
                return new ma.j(ma.h0.a(w0Var.I(), w0Var.J(), w0Var.H(), y0Var.H(), num));
            case 11:
                na.d dVar2 = (na.d) lVar;
                i iVar = na.b.f31129a;
                int i13 = dVar2.f31138a;
                if (i13 != 32) {
                    throw new GeneralSecurityException("AesCmacKey size wrong, must be 32 bytes");
                }
                xyz.stream.utils.t tVar6 = new xyz.stream.utils.t((xyz.stream.utils.r) (objArr4 == true ? 1 : 0));
                tVar6.f36172b = dVar2;
                tVar6.f36173c = xyz.stream.utils.f0.x(i13);
                tVar6.f36174d = num;
                return tVar6.i();
            default:
                na.l lVar2 = (na.l) lVar;
                ma.c0 c0Var7 = na.i.f31146a;
                xyz.stream.utils.t tVar7 = new xyz.stream.utils.t(qVar);
                tVar7.f36172b = lVar2;
                tVar7.f36173c = xyz.stream.utils.f0.x(lVar2.f31163a);
                tVar7.f36174d = num;
                return tVar7.k();
        }
    }
}