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fix review comment
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Signed-off-by: saumya garg <[email protected]>

fix review comment

Signed-off-by: saumya garg <[email protected]>
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saumya garg committed Jul 17, 2023
1 parent cae5c36 commit ff312a1
Showing 1 changed file with 7 additions and 147 deletions.
154 changes: 7 additions & 147 deletions src/runtime_src/core/common/info_aie.cpp
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Original file line number Diff line number Diff line change
Expand Up @@ -73,13 +73,14 @@ populate_bd_info(const boost::property_tree::ptree& input_pt, boost::property_tr
for (const auto& pair : bd_node) {
const std::string& key = pair.first;
const boost::property_tree::ptree& value_tree = pair.second;
if (value_tree.size() != bd_info.size()) return;
boost::property_tree::ptree bd_info_entry;
bd_info_entry.put("bd_num", key);

boost::property_tree::ptree bd_details_array;
int i = 0;
for (const auto& value : value_tree) {
std::string val = value.second.data();
const std::string val = value.second.data();
boost::property_tree::ptree bd_details_entry;
bd_details_entry.put("name", bd_info[i]);
bd_details_entry.put("value", val);
Expand All @@ -101,180 +102,39 @@ populate_bd_info(const boost::property_tree::ptree& input_pt, boost::property_tr
// This function extract BD information for core tiles of 1st generation aie architecture
void
populate_core_bd_info_aie(const boost::property_tree::ptree& input_pt, boost::property_tree::ptree& pt_bd){
std::vector<std::string> bd_info(35);

bd_info[0] = "base_address_a";
bd_info[1] = "base_address_b";
bd_info[2] = "length";
bd_info[3] = "lock_id_a";
bd_info[4] = "lock_acq_val_a";
bd_info[5] = "lock_acq_enable_a";
bd_info[6] = "lock_acq_val_enable_a";
bd_info[7] = "lock_rel_val_a";
bd_info[8] = "lock_rel_enable_a";
bd_info[9] = "lock_rel_val_enable_a";
bd_info[10] = "lock_id_b";
bd_info[11] = "lock_acq_val_b";
bd_info[12] = "lock_acq_enable_b";
bd_info[13] = "lock_acq_val_enable_b";
bd_info[14] = "lock_rel_val_b";
bd_info[15] = "lock_rel_enable_b";
bd_info[16] = "lock_rel_val_enable_b";
bd_info[17] = "pkt_enable";
bd_info[18] = "pkt_id";
bd_info[19] = "pkt_type";
bd_info[20] = "valid_bd";
bd_info[21] = "use_next_bd";
bd_info[22] = "next_bd_id";
bd_info[23] = "A_B_buffer_select";
bd_info[24] = "current_pointer";
bd_info[25] = "double_buffer_enable";
bd_info[26] = "interleave_enable";
bd_info[27] = "interleave_count";
bd_info[28] = "fifo_mode";
bd_info[29] = "x_increment";
bd_info[30] = "x_wrap";
bd_info[31] = "x_offset";
bd_info[32] = "y_increment";
bd_info[33] = "y_wrap";
bd_info[34] = "y_offset";
std::vector<std::string> bd_info = {"base_address_a", "base_address_b", "length","lock_id", "lock_acq_val_a", "lock_acq_enable_a", "lock_acq_val_enable_a", "lock_rel_val_a", "lock_rel_enable_a", "lock_rel_val_enable_a", "lock_id_b", "lock_acq_val_b", "lock_acq_enable_b", "lock_acq_val_enable_b", "lock_rel_val_b", "lock_rel_enable_b", "lock_rel_val_enable_b", "pkt_enable", "pkt_id", "pkt_type", "valid_bd", "use_next_bd", "next_bd_id", "A_B_buffer_select", "current_pointer", "double_buffer_enable", "interleave_enable", "interleave_count", "fifo_mode", "x_increment", "x_wrap", "x_offset", "y_increment", "y_wrap", "y_offset"};

return populate_bd_info(input_pt, pt_bd, bd_info);
}

// This function extract BD information for shim tiles of 1st generation aie architecture
void
populate_shim_bd_info_aie(const boost::property_tree::ptree& input_pt, boost::property_tree::ptree& pt_bd){
std::vector<std::string> bd_info(20);

bd_info[0] = "base_address";
bd_info[1] = "length";
bd_info[2] = "lock_id";
bd_info[3] = "lock_acq_val";
bd_info[4] = "lock_acq_enable";
bd_info[5] = "lock_acq_val_enable";
bd_info[6] = "lock_rel_val";
bd_info[7] = "lock_rel_enable";
bd_info[8] = "lock_rel_val_enable";
bd_info[9] = "pkt_enable";
bd_info[10] = "pkt_id";
bd_info[11] = "pkt_type";
bd_info[12] = "valid_bd";
bd_info[13] = "use_next_bd";
bd_info[14] = "next_bd_id";
bd_info[15] = "smid";
bd_info[16] = "cache";
bd_info[17] = "qos";
bd_info[18] = "secure_access";
bd_info[19] = "burst_length";
std::vector<std::string> bd_info = {"base_address", "length", "lock_id", "lock_acq_val", "lock_acq_enable", "lock_acq_val_enable", "lock_rel_val", "lock_rel_enable", "lock_rel_val_enable","pkt_enable", "pkt_id", "pkt_type", "valid_bd", "use_next_bd", "next_bd_id", "smid", "cache", "qos", "secure_access", "burst_length"};

return populate_bd_info(input_pt, pt_bd, bd_info);
}

// This function extract BD information for core tiles of 2nd generation aie architecture
void
populate_core_bd_info_aieml(const boost::property_tree::ptree& input_pt, boost::property_tree::ptree& pt_bd){
std::vector<std::string> bd_info(24);

bd_info[0] = "base_address";
bd_info[1] = "length";
bd_info[2] = "lock_acq_id";
bd_info[3] = "lock_acq_val";
bd_info[4] = "lock_acq_enable";
bd_info[5] = "lock_rel_id";
bd_info[6] = "lock_rel_val";
bd_info[7] = "pkt_enable";
bd_info[8] = "pkt_id";
bd_info[9] = "pkt_type";
bd_info[10] = "valid_bd";
bd_info[11] = "use_next_bd";
bd_info[12] = "next_bd_id";
bd_info[13] = "tlast_suppress";
bd_info[14] = "out_of_order_bd_id";
bd_info[15] = "compression_enable";
bd_info[16] = "iteration_current";
bd_info[17] = "iteration_step_size";
bd_info[18] = "iteration_wrap";
bd_info[19] = "d0_step_size";
bd_info[20] = "d0_wrap";
bd_info[21] = "d1_step_size";
bd_info[22] = "d1_wrap";
bd_info[23] = "d2_step_size";
std::vector<std::string> bd_info = {"base_address", "length", "lock_id", "lock_acq_val", "lock_acq_enable", "lock_rel_id", "lock_rel_val", "pkt_enable", "pkt_id", "pkt_type", "valid_bd", "use_next_bd", "next_bd_id", "tlast_suppress", "out_of_order_bd_id", "compression_enable", "iteration_current", "iteration_step_size", "iteration_wrap", "d0_stepsize", "d0_wrap", "d1_stepsize", "d1_wrap", "d2_stepsize"};

return populate_bd_info(input_pt, pt_bd, bd_info);
}

// This function extract BD information for shim tiles of 2nd generation aie architecture
void
populate_shim_bd_info_aieml(const boost::property_tree::ptree& input_pt, boost::property_tree::ptree& pt_bd){
std::vector<std::string> bd_info(27);

bd_info[0] = "base_address";
bd_info[1] = "length";
bd_info[2] = "lock_acq_id";
bd_info[3] = "lock_acq_val";
bd_info[4] = "lock_acq_enable";
bd_info[5] = "lock_rel_id";
bd_info[6] = "lock_rel_val";
bd_info[7] = "pkt_enable";
bd_info[8] = "pkt_id";
bd_info[9] = "pkt_type";
bd_info[10] = "valid_bd";
bd_info[11] = "use_next_bd";
bd_info[12] = "next_bd_id";
bd_info[13] = "tlast_suppress";
bd_info[14] = "iteration_step_size";
bd_info[15] = "iteration_wrap";
bd_info[16] = "d0_step_size";
bd_info[17] = "d0_wrap";
bd_info[18] = "iteration_wrap";
bd_info[19] = "d0_step_size";
bd_info[20] = "d0_wrap";
bd_info[21] = "d1_after";
bd_info[22] = "d2_step_size";
bd_info[23] = "smid";
bd_info[24] = "cache";
bd_info[25] = "secure_access";
bd_info[26] = "burst_length";
std::vector<std::string> bd_info = {"base_address", "length", "lock_id", "lock_acq_val", "lock_acq_enable", "lock_rel_id", "lock_rel_val", "pkt_enable", "pkt_id", "pkt_type", "valid_bd", "use_next_bd", "next_bd_id", "tlast_suppress", "out_of_order_bd_id", "compression_enable", "iteration_current", "iteration_stepsize", "iteration_wrap", "d0_stepsize", "d0_wrap", "d1_stepsize", "d1_wrap", "d2_stepsize", "smid", "cache", "qos", "secure_access", "burst_length"};

return populate_bd_info(input_pt, pt_bd, bd_info);
}

// This function extract BD information for mem tiles of 2nd generation aie architecture
void
populate_mem_bd_info_aieml(const boost::property_tree::ptree& input_pt, boost::property_tree::ptree& pt_bd){
std::vector<std::string> bd_info(30);

bd_info[0] = "base_address";
bd_info[1] = "length";
bd_info[2] = "lock_acq_id";
bd_info[3] = "lock_acq_val";
bd_info[4] = "lock_acq_enable";
bd_info[5] = "lock_rel_id";
bd_info[6] = "lock_rel_val";
bd_info[7] = "pkt_enable";
bd_info[8] = "pkt_id";
bd_info[9] = "pkt_type";
bd_info[10] = "valid_bd";
bd_info[11] = "use_next_bd";
bd_info[12] = "next_bd_id";
bd_info[13] = "tlast_suppress";
bd_info[14] = "out_of_order_bd_id";
bd_info[15] = "compression_enable";
bd_info[16] = "iteration_current";
bd_info[17] = "iteration_step_size";
bd_info[18] = "iteration_wrap";
bd_info[19] = "d0_step_size";
bd_info[20] = "d0_wrap";
bd_info[21] = "d1_step_size";
bd_info[22] = "d1_wrap";
bd_info[23] = "d1_before";
bd_info[24] = "d1_after";
bd_info[25] = "d2_step_size";
bd_info[26] = "d2_wrap";
bd_info[27] = "d2_before";
bd_info[28] = "d2_after";
bd_info[29] = "d3_step_size";
std::vector<std::string> bd_info = {"base_address", "length", "lock_id", "lock_acq_val", "lock_acq_enable", "lock_rel_id", "lock_rel_val", "pkt_enable", "pkt_id", "pkt_type", "valid_bd", "use_next_bd", "next_bd_id", "tlast_suppress", "out_of_order_bd_id", "compression_enable", "iteration_current", "iteration_stepsize", "iteration_wrap", "d0_stepsize", "d0_wrap", "d0_before", "d0_after", "d1_stepsize", "d1_wrap", "d1_before", "d1_after", "d2_stepsize", "d2_wrap", "d2_before", "d2_after", "d3_stepsize"};

return populate_bd_info(input_pt, pt_bd, bd_info);
}
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