fix: rename to committee_indices to match Rust impl

Author: twoeths

src/compute_indices.zig src/committee_indices.zigsrc/compute_indices.zig renamed to src/committee_indices.zig

@@ -1,8 +1,8 @@
 const std = @import("std");
 const testing = std.testing;
 pub const PubkeyIndexMap = @import("./pubkey_index_map.zig").PubkeyIndexMap;
-pub const ComputeIndices = @import("./compute_indices.zig");
-pub const ComputeShuffledIndex = ComputeIndices.ComputeShuffledIndex;
+pub const CommitteeIndices = @import("./committee_indices.zig");
+pub const ComputeShuffledIndex = CommitteeIndices.ComputeShuffledIndex;
 
 export fn add(a: i32, b: i32) i32 {
     return a + b;

src/root.zig

@@ -4,7 +4,7 @@ pub const PubkeyIndexMap = @import("pubkey_index_map.zig").PubkeyIndexMap;
 const PUBKEY_INDEX_MAP_KEY_SIZE = @import("pubkey_index_map.zig").PUBKEY_INDEX_MAP_KEY_SIZE;
 const innerShuffleList = @import("shuffle.zig").innerShuffleList;
 const SEED_SIZE = @import("shuffle.zig").SEED_SIZE;
-const compute_indices = @import("compute_indices.zig");
+const committee_indices = @import("committee_indices.zig");
 const ErrorCode = @import("error.zig").ErrorCode;
 const NOT_FOUND_INDEX = @import("error.zig").NOT_FOUND_INDEX;
 const ERROR_INDEX = @import("error.zig").ERROR_INDEX;
@@ -264,26 +264,26 @@ export fn doShuffleList(active_indices: [*c]u32, len: usize, seed: [*c]u8, seed_
 export fn computeProposerIndexElectra(seed: [*c]u8, seed_len: usize, active_indices: [*c]u32, active_indices_len: usize, effective_balance_increments: [*c]u16, effective_balance_increments_len: usize, max_effective_balance_electra: u64, effective_balance_increment: u32, rounds: u32) u32 {
     const allocator = gpa.allocator();
     // TODO: is it better to define a Result struct with code and value
-    const proposer_index = compute_indices.computeProposerIndexElectra(allocator, seed[0..seed_len], active_indices[0..active_indices_len], effective_balance_increments[0..effective_balance_increments_len], max_effective_balance_electra, effective_balance_increment, rounds) catch return ERROR_INDEX;
+    const proposer_index = committee_indices.computeProposerIndexElectra(allocator, seed[0..seed_len], active_indices[0..active_indices_len], effective_balance_increments[0..effective_balance_increments_len], max_effective_balance_electra, effective_balance_increment, rounds) catch return ERROR_INDEX;
     return proposer_index;
 }
 
-export fn computeProposerIndex(seed: [*c]u8, seed_len: usize, active_indices: [*c]u32, active_indices_len: usize, effective_balance_increments: [*c]u16, effective_balance_increments_len: usize, rand_byte_count: compute_indices.ByteCount, max_effective_balance: u64, effective_balance_increment: u32, rounds: u32) u32 {
+export fn computeProposerIndex(seed: [*c]u8, seed_len: usize, active_indices: [*c]u32, active_indices_len: usize, effective_balance_increments: [*c]u16, effective_balance_increments_len: usize, rand_byte_count: committee_indices.ByteCount, max_effective_balance: u64, effective_balance_increment: u32, rounds: u32) u32 {
     const allocator = gpa.allocator();
     // TODO: is it better to define a Result struct with code and value
-    const proposer_index = compute_indices.computeProposerIndex(allocator, seed[0..seed_len], active_indices[0..active_indices_len], effective_balance_increments[0..effective_balance_increments_len], rand_byte_count, max_effective_balance, effective_balance_increment, rounds) catch return ERROR_INDEX;
+    const proposer_index = committee_indices.computeProposerIndex(allocator, seed[0..seed_len], active_indices[0..active_indices_len], effective_balance_increments[0..effective_balance_increments_len], rand_byte_count, max_effective_balance, effective_balance_increment, rounds) catch return ERROR_INDEX;
     return proposer_index;
 }
 
 export fn computeSyncCommitteeIndicesElectra(seed: [*c]u8, seed_len: usize, active_indices: [*c]u32, active_indices_len: usize, effective_balance_increments: [*c]u16, effective_balance_increments_len: usize, max_effective_balance_electra: u64, effective_balance_increment: u32, rounds: u32, out: [*c]u32, out_len: usize) c_uint {
     const allocator = gpa.allocator();
-    compute_indices.computeSyncCommitteeIndicesElectra(allocator, seed[0..seed_len], active_indices[0..active_indices_len], effective_balance_increments[0..effective_balance_increments_len], max_effective_balance_electra, effective_balance_increment, rounds, out[0..out_len]) catch return ErrorCode.Error;
+    committee_indices.computeSyncCommitteeIndicesElectra(allocator, seed[0..seed_len], active_indices[0..active_indices_len], effective_balance_increments[0..effective_balance_increments_len], max_effective_balance_electra, effective_balance_increment, rounds, out[0..out_len]) catch return ErrorCode.Error;
     return ErrorCode.Success;
 }
 
-export fn computeSyncCommitteeIndices(seed: [*c]u8, seed_len: usize, active_indices: [*c]u32, active_indices_len: usize, effective_balance_increments: [*c]u16, effective_balance_increments_len: usize, rand_byte_count: compute_indices.ByteCount, max_effective_balance: u64, effective_balance_increment: u32, rounds: u32, out: [*c]u32, out_len: usize) c_uint {
+export fn computeSyncCommitteeIndices(seed: [*c]u8, seed_len: usize, active_indices: [*c]u32, active_indices_len: usize, effective_balance_increments: [*c]u16, effective_balance_increments_len: usize, rand_byte_count: committee_indices.ByteCount, max_effective_balance: u64, effective_balance_increment: u32, rounds: u32, out: [*c]u32, out_len: usize) c_uint {
     const allocator = gpa.allocator();
-    compute_indices.computeSyncCommitteeIndices(allocator, seed[0..seed_len], active_indices[0..active_indices_len], effective_balance_increments[0..effective_balance_increments_len], rand_byte_count, max_effective_balance, effective_balance_increment, rounds, out[0..out_len]) catch return ErrorCode.Error;
+    committee_indices.computeSyncCommitteeIndices(allocator, seed[0..seed_len], active_indices[0..active_indices_len], effective_balance_increments[0..effective_balance_increments_len], rand_byte_count, max_effective_balance, effective_balance_increment, rounds, out[0..out_len]) catch return ErrorCode.Error;
     return ErrorCode.Success;
 }