And your bank's customer support will never ask for it. UPI payment apps do not store or read your UPI-PIN details. Note: Please do not share your UPI-PIN with anyone. You have to enter your UPI-PIN to authorize all bank transactions. UPI-PIN (UPI Personal Identification Number) is a 4 to 6-digit pass code that you create or set when you first set up UPI on an app like WhatsApp Pay, Google Pay, BHIM, PayTm or PhonePe. UPI allows you to instantly and electronically transfer money from your bank account to someone else’s bank account without any risk using your mobile. Unified Payments Interface (UPI) is an instant payment system developed by the National Payments Corporation of India (NPCI), an entity regulated by the Reserve Bank of India. Please do not share your UPI PIN with anyone. Your money will be transferred instantly and directly from your bank account to your NPS account with HDFC Pension. You will need to simply enter your UPI PIN on your chosen UPI app to authorize and transfer the payment. You can regularly put money into your NPS account using your bank’s UPI app or third-party apps like WhatsApp Pay, Google Pay, BHIM, PhonePe, Paytm, etc.ĭepending on the amount and frequency you decide when you help activate your NPS account, you will receive a periodic “collect request” from HDFC Pension. How can I use UPI to put money into my NPS account? Please read the Scheme documents carefully before investing. The illustrations shown do not take fees, charges and any government taxes into account. NPS investments are subject to market risk. Actual returns as well as pension benefits and savings values in financial instruments may rise or fall and you should seek appropriate financial advice independently before investing yourself or before encouraging others to do the same in any pension or savings instrument. pinBox Inclusion has no financial liability whatsoever in connection with any decision, observation or conclusion that may be made by any person or entity on the basis of the illustrations presented in this calculator. Neither pinBox Inclusion, nor any NPS product or ecosystem partners guarantee or represent that the assumptions, market returns and calculations expressed or implied, or savings values depicted in this calculator are guaranteed or correct. Without unsafe code, the borrow checker is sufficient to keep track of your objects.Disclaimer: This calculator seeks to only illustrate the power of compounding over multiple year savings horizons and the importance of starting old age savings as early as possible. Why is this useful? For example because you can now work with raw pointers, as is required in the Future trait.īut in general, Pin is only really useful if paired with unsafe code. In this example, there is absolutely no way to ever unpin x_pinned again, and print_addr can only be called on the pinned object. Let x_unpinned = Pin::into_inner(x_pinned) // FAILS! Let x_pinned = Box::pin(MyData(42, PhantomPinned)) Therefore, to make data with PhantomPinned unmovable, you have to Pin it first.įor example, if you create a pinned version of your MyStruct variable, you cannot unpin it: fn main() It just says that once the data is pinned, it will never be able to be unpinned again. PhantomPinned does not make data immovable. Since it is not covered in other questions and docs, what is inherently wrong with just getting by with Box. Thus, I would appreciate if someone elaborated this topic on these questions. This code is compilable, despite the fact that it moves MyStruct from main to func and etc.Īs for Box and Pin they both keep their contents on the heap, so it does not seem to be subjected to motions. Initially, I thought that std::marker::PhantomPinned prevents an instance from being moved around (by forbidding it), but seemingly it does not. I would like to know examples where keeping a T type within Box would be unsafe, while within Pin it would be safe.
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