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--- std:start [2022/07/17 06:31]
rajit [Functions]
+++ std:start [2023/04/08 12:16]
rajit [Nested namespaces]
@@ Line 4: / Line 4: @@
 ====== Functions ======
+===== Parameter-type functions =====
 <code act>
@@ Line 24: / Line 26: @@
 </code>
 Computes the quantity ''n'' to the power of ''m''. Note that ''pint''s use 64-bit representation.
+===== Runtime Functions =====
+<code act>
+export template<pint W; pint N; pint taps[N]> function fib_lfsr (int<W> state) : int<W>;
+</code>
+Given the current ''W''-bit state of a Fibonacci-style linear feedback shift register (LFSR), compute the next state. The LFSR has ''N'' taps, and the ith tap is at location ''taps[i]''.
 ====== Definitions ======
+<code act>
+export template<pint ID, N,W>
+defproc rom (chan?(int<std::ceil_log2(N)>) addr; chan!(int<W>) dout);
+</code>
+(This can be used after ''actsim'' is installed.)
+<code act>
+export template<pint N, W>
+defproc ram (chan?(int<2>) rd; chan?(int<std::ceil_log2(N)>) addr;
+             chan?(int<W>) din;  chan!(int<W>) dout);
+</code>
+<code act>
+export defcell buf_arbiter(bool? a, b; bool! u, v) ;
+</code>
+<code act>
+export defcell ideal_arbiter(bool? a, b; bool! u, v) ;
+</code>
+<code act>
+export template<pint N, M>
+defproc arbiter(chan?(int<N>) A; chan?(int<M>) B; chan!(int<N>) Ap; chan!(int<M>) Bp);
+</code>
 ====== Nested namespaces ======
@@ Line 31: / Line 69: @@
 The ''std'' namespace contains a number of nested namespaces:
-  * [[channels|channels]]: Standard channel definitions
   * [[data|data]]: Standard data types
+  * [[channels|channels]]: Standard channel definitions
   * [[gates|gates]]: Commonly used gates
   * [[cells|cells]]: A simple synchronous standard-cell library
   * [[io|io]]: Standard I/O primitives
+  * [[bit|bit]]: Bit-manipulation functions