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// DESCRIPTION: Verilator: Verilog Test module
//
// This file ONLY is placed under the Creative Commons Public Domain, for
// any use, without warranty, 2024 by PlanV GmbH.
// SPDX-License-Identifier: CC0-1.0
module t_foreach_array;
// Define various structures to test foreach behavior
int dyn_arr[][];
int queue[$][$];
int unpacked_arr [3:1][9:8];
int associative_array_3d[string][string][string];
int queue_unp[$][3]; // Outer dynamic queue with fixed-size inner arrays
int unp_queue[3][$]; // Fixed-size outer array with dynamic inner queues
int dyn_queue[][]; // Fully dynamic 2D array
int queue_dyn[$][]; // Outer dynamic queue with dynamic inner queues
int dyn_unp[][3]; // Dynamic outer array with fixed-size inner arrays
int unp_dyn[3][]; // Fixed-size outer array with dynamic inner arrays
// Define counter for various structures of array
int count_que, exp_count_que;
int count_dyn, exp_count_dyn;
int count_unp, exp_count_unp;
int count_assoc;
int count_queue_unp, exp_count_queue_unp;
int count_unp_queue, exp_count_unp_queue;
int count_dyn_queue, exp_count_dyn_queue;
int count_queue_dyn, exp_count_queue_dyn;
int count_dyn_unp, exp_count_dyn_unp;
int count_unp_dyn, exp_count_unp_dyn;
string k1, k2, k3;
initial begin
// Initialize
queue = '{'{1, 2, 3}, '{4, 5}, '{6}};
dyn_arr = '{'{1, 2, 3}, '{4, 5, 6, 0, 10}, '{6, 7, 8, 9}};
associative_array_3d["key1"]["subkey1"]["subsubkey1"] = 1;
associative_array_3d["key1"]["subkey1"]["subsubkey2"] = 2;
associative_array_3d["key1"]["subkey2"]["subsubkey1"] = 3;
associative_array_3d["key1"]["subkey3"]["subsubkey1"] = 4;
associative_array_3d["key1"]["subkey3"]["subsubkey2"] = 5;
associative_array_3d["key1"]["subkey3"]["subsubkey3"] = 6;
associative_array_3d["key2"]["subkey1"]["subsubkey1"] = 7;
associative_array_3d["key2"]["subkey1"]["subsubkey2"] = 8;
associative_array_3d["key2"]["subkey3"]["subsubkey1"] = 9;
queue_unp = '{'{1, 2, 3}, '{4, 5, 6}, '{7, 8, 9}};
unp_queue[0] = '{10, 11};
unp_queue[1] = '{12, 13, 14};
unp_queue[2] = '{15};
dyn_queue = '{'{16, 17}, '{18, 19, 20}};
queue_dyn = '{'{21, 22}, '{23, 24, 25}};
dyn_unp = '{'{26, 27, 28}, '{29, 30, 31}};
unp_dyn[0] = '{32, 33};
unp_dyn[1] = '{34, 35, 36};
unp_dyn[2] = '{37};
// Perform foreach loop counting and expected value calculation
count_que = 0;
foreach(queue[i, j]) count_que++;
exp_count_que = 0;
foreach(queue[i]) foreach(queue[i][j]) exp_count_que++;
count_dyn = 0;
foreach(dyn_arr[i, j]) count_dyn++;
exp_count_dyn = 0;
foreach(dyn_arr[i]) foreach(dyn_arr[i][j]) exp_count_dyn++;
count_unp = 0;
foreach(unpacked_arr[i, j]) count_unp++;
exp_count_unp = 0;
foreach(unpacked_arr[i]) foreach(unpacked_arr[i][j]) exp_count_unp++;
count_assoc = 0;
foreach(associative_array_3d[k1, k2, k3]) count_assoc++;
count_queue_unp = 0;
foreach (queue_unp[i, j]) count_queue_unp++;
exp_count_queue_unp = 0;
foreach (queue_unp[i]) foreach (queue_unp[i][j]) exp_count_queue_unp++;
count_unp_queue = 0;
foreach (unp_queue[i, j]) count_unp_queue++;
exp_count_unp_queue = 0;
foreach (unp_queue[i]) foreach (unp_queue[i][j]) exp_count_unp_queue++;
count_dyn_queue = 0;
foreach (dyn_queue[i, j]) count_dyn_queue++;
exp_count_dyn_queue = 0;
foreach (dyn_queue[i]) foreach (dyn_queue[i][j]) exp_count_dyn_queue++;
count_queue_dyn = 0;
foreach (queue_dyn[i, j]) count_queue_dyn++;
exp_count_queue_dyn = 0;
foreach (queue_dyn[i]) foreach (queue_dyn[i][j]) exp_count_queue_dyn++;
count_dyn_unp = 0;
foreach (dyn_unp[i, j]) count_dyn_unp++;
exp_count_dyn_unp = 0;
foreach (dyn_unp[i]) foreach (dyn_unp[i][j]) exp_count_dyn_unp++;
count_unp_dyn = 0;
foreach (unp_dyn[i, j]) count_unp_dyn++;
exp_count_unp_dyn = 0;
foreach (unp_dyn[i]) foreach (unp_dyn[i][j]) exp_count_unp_dyn++;
// Verification checks
if (count_que != 6 || count_que != exp_count_que) $stop;
if (count_dyn != 12 || count_dyn != exp_count_dyn) $stop;
if (count_unp != 6 || count_unp != exp_count_unp) $stop;
if (count_assoc != 9) $stop;
if (count_queue_unp != exp_count_queue_unp) $stop;
if (count_unp_queue != exp_count_unp_queue) $stop;
if (count_dyn_queue != exp_count_dyn_queue) $stop;
if (count_queue_dyn != exp_count_queue_dyn) $stop;
if (count_dyn_unp != exp_count_dyn_unp) $stop;
if (count_unp_dyn != exp_count_unp_dyn) $stop;
$write("*-* All Finished *-*\\n");
$finish;
end
endmodule
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