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find_release_tree.cpp
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find_release_tree.cpp
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#include "stdafx.h"
#include "foo_discogs.h"
#include "multiformat.h"
#include "db_fetcher_component.h"
#include "find_release_utils.h"
#include "find_release_dialog.h"
#include "find_release_tree.h"
const size_t WINE_CHILDREN = 99999;
const size_t TRACER_IMG_NDX = 3;
const size_t CHILDREN_DONE_IMG_NDX = 6;
const size_t TRACER_CHILDREN_DONE_IMG_NDX = 7;
//
pfc::string8 CFindReleaseTree::run_hook_columns(row_col_data& row_data, int item_data) {
mounted_param myparam((LPARAM)item_data);
pfc::string8 search_formatted;
pfc::string8 id;
row_data.col_data_list.clear();
if (myparam.is_master()) {
CONF.search_master_format_string->run_hook(location, m_info_p, m_hook.get(), search_formatted, nullptr);
id << m_find_release_artist->master_releases[myparam.master_ndx]->id;
}
else {
if (myparam.is_release()) {
CONF.search_master_sub_format_string->run_hook(location, m_info_p, m_hook.get(), search_formatted, nullptr);
pfc::string8 main_release_id = m_find_release_artist->master_releases[myparam.master_ndx]->main_release->id;
pfc::string8 this_release_id = m_find_release_artist->master_releases[myparam.master_ndx]->sub_releases[myparam.release_ndx]->id;
id << this_release_id;
}
else
{
CONF.search_release_format_string->run_hook(location, m_info_p, m_hook.get(), search_formatted, nullptr);
id << m_find_release_artist->releases[myparam.release_ndx]->id;
}
}
row_data.col_data_list.emplace_back(std::make_pair(0/*walk_cfg.icol*/, search_formatted));
row_data.id = atoi(id);
return search_formatted;
}
void CFindReleaseTree::rebuild_treeview() {
TreeView_DeleteAllItems(m_hwndTreeView);
std::shared_ptr<vec_t>& priv_vec = m_rt_cache.get_vec_ref();
for (auto& walk : *priv_vec)
{
TVINSERTSTRUCT tvis = { 0 };
tvis.item.mask = TVIF_TEXT | TVIF_IMAGE | TVIF_SELECTEDIMAGE | TVIF_CHILDREN | TVIF_PARAM | TVIF_STATE;
tvis.item.pszText = LPSTR_TEXTCALLBACK;
tvis.item.iSelectedImage = I_IMAGECALLBACK;
tvis.item.cChildren = I_CHILDRENCALLBACK;
tvis.item.lParam = walk.first->first;
tvis.hParent = TVI_ROOT;
tvis.hInsertAfter = TVI_LAST;
mounted_param myparam(walk.first->first);
bool bbold = (walk.first->second.first.id == m_idtracer_p->master_id) && myparam.is_master();
bbold |= (walk.first->second.first.id == m_idtracer_p->release_id) && myparam.is_nmrelease();
int img_ndx;
on_tree_display_cell_image(myparam.master_ndx, myparam.release_ndx, walk.first->second.first.id, walk.first, img_ndx);
if (bbold) {
tvis.item.iImage = TRACER_IMG_NDX;
tvis.item.iSelectedImage = TRACER_IMG_NDX;
tvis.item.state = TVIS_BOLD;
tvis.item.stateMask = TVIS_BOLD;
}
else {
tvis.item.mask = TVIF_TEXT | TVIF_IMAGE | TVIF_SELECTEDIMAGE | TVIF_CHILDREN | TVIF_PARAM | TVIF_STATE;
tvis.item.iImage = -1;
tvis.item.iSelectedImage = -1;
}
HTREEITEM newnode = TreeView_InsertItem(m_hwndTreeView, &tvis);
walk.second = newnode;
}
}
void release_tree_cache::vec_PushBack(std::pair<cache_iterator_t, HTREEITEM> item) {
m_vec_ptr->push_back(item);
}
bool release_tree_cache::get_cached_find_release_node(int lparam, pfc::string8& item, row_col_data& row_data) {
cache_t* cached = &m_cache_ptr->cache;
auto it = cached->find(lparam);
if (it != cached->end()) {
item = it->second.first.col_data_list.begin()->second;
row_data = it->second.first;
return true;
}
return false;
}
bool check_match(pfc::string8 str, pfc::string8 filter, pfc::array_t<pfc::string> filter_words_lowercase) {
bool bres = true;
if (filter.get_length()) {
pfc::string item_lower = pfc::string(str.get_ptr()).toLower();
for (size_t j = 0; j < filter_words_lowercase.get_count(); j++) {
bres = item_lower.contains(filter_words_lowercase[j]);
if (!bres) {
break;
}
}
}
return bres;
}
//
// release_tree_cache :: update releases
//
std::pair<rppair_t, rppair_t> release_tree_cache::update_releases(const pfc::string8& filter, updRelSrc updsrc, bool init_expand, id_tracer* tracer_p, bool brolemain_filter) {
std::pair<size_t, size_t> vec_lv_reserve_slow;
std::pair<size_t, size_t> vec_lv_reserve_fast;
std::pair<size_t, size_t> master_rel_stat_slow;
std::pair<size_t, size_t> master_rel_stat_fast;
titleformat_hook_impl_multiformat_ptr hook = m_rt_manager->get_hook();
bool delete_on_enter = true;
bool rebuild_tree_cache = true;
if (updsrc == updRelSrc::Filter || delete_on_enter) {
tracer_p->release_reset();
}
pfc::array_t<pfc::string> lcf_words;
bool filtered = filter.get_length() && tokenize_filter(filter, lcf_words);
Artist_ptr find_release_artist = m_rt_manager->get_find_release_artist();
if (delete_on_enter) {
//CALC CACHE - FILTERED
rppair_t r = init_filter(find_release_artist, filter, true, false, true,tracer_p);
vec_lv_reserve_slow = r.first;
master_rel_stat_slow = r.second;
//CLEAR AND RESERVE NEW REF CACHE
m_vec_ptr->clear();
m_vec_ptr->reserve(vec_lv_reserve_slow.first + vec_lv_reserve_slow.second);
if (updsrc != updRelSrc::Filter) {
//DESTROY BULK CACHE
if (m_cache_ptr != nullptr)
m_cache_ptr->cache.clear();
rebuild_tree_cache = true;
}
else {
rebuild_tree_cache = false;
}
}
//exit on empty source
if (!find_release_artist) {
return std::pair(rppair_t(), rppair_t());
}
t_size list_index = 0;
t_size master_index = 0, release_index = 0;
int item_data;
std::pair<cache_iterator_t, bool> last_cache_emplaced;
row_col_data row_data{};
rppair_t reserve;
if (rebuild_tree_cache) {
//CALC CACHE - NOT FILTERED
reserve = init_filter(find_release_artist, "", true, true, true, tracer_p);
vec_lv_reserve_fast = reserve.first;
master_rel_stat_fast = reserve.second;
m_cache_ptr->cache.reserve(find_release_artist->search_order_master.get_count());
}
std::string str_role;
try {
Artist_ptr find_release_artist = m_rt_manager->get_find_release_artist();
for (t_size walk = 0; walk < find_release_artist->search_order_master.get_size(); walk++) {
bool is_master = find_release_artist->search_order_master[walk];
pfc::string8 item;
if (is_master) {
//master
str_role = std::string(find_release_artist->master_releases[master_index]->search_role);
mounted_param thisparam(master_index, ~0, true, false);
item_data = thisparam.lparam();
if (updsrc != updRelSrc::Filter)
{
hook->set_master(&(find_release_artist->master_releases[master_index]));
item = m_rt_manager->run_hook_columns(row_data, item_data);
}
else
get_cached_find_release_node(item_data, item, row_data);
}
else {
//no master release
str_role = std::string(find_release_artist->releases[release_index]->search_role);
mounted_param thisparam(~0, release_index, false, true);
item_data = thisparam.lparam();
if (updsrc != updRelSrc::Filter)
{
hook->set_release(&(find_release_artist->releases[release_index]));
item = m_rt_manager->run_hook_columns(row_data, item_data);
}
else
get_cached_find_release_node(item_data, item, row_data);
}
if (rebuild_tree_cache) {
// *** BULK CACHE EMPLACE (master or no master release) ***
last_cache_emplaced = m_cache_ptr->cache.emplace(
item_data, std::pair<row_col_data, flagreg> {row_data, { m_cache_ptr->_ver, 0 }});
}
bool inserted = false; bool expanded = false;
//>> check
bool matches = !filtered || check_match(item, filter, lcf_words);
bool matches_role = !brolemain_filter || (str_role.find("Main") != str_role.npos);
matches &= matches_role;
//<< check
int prev_expanded = 0;
if (matches) {
if (is_master)
tracer_p->release_check(find_release_artist->master_releases[master_index]->id, list_index,
is_master, list_index, master_index);
else
tracer_p->release_check(find_release_artist->releases[release_index]->id, list_index,
mounted_param(~0, release_index, false, true), list_index, master_index);
// MASTER OR NO MASTER RELEASES
if (delete_on_enter) {
mounted_param myparam((LPARAM)item_data);
if (myparam.is_master()) {
cache_iterator_t insert_cache_it = m_cache_ptr->cache.find(myparam.lparam());
insert_cache_it->second.second.flag = 0;
insert_cache_it->second.second.ver = m_cache_ptr->_ver;
int ival = 1;
m_cache_ptr->SetCacheFlag(insert_cache_it, NodeFlag::none, &ival);
std::pair<cache_iterator_t, HTREEITEM> vec_row(insert_cache_it, nullptr);
// *** VEC PUSH (MASTER) ***
m_vec_ptr->push_back(std::pair<cache_iterator_t, HTREEITEM>(insert_cache_it, (HTREEITEM)nullptr));
}
else {
if (myparam.is_release()) {
// no push here for releases (see below)
}
else {
tracer_p->release_check(find_release_artist->releases[release_index]->id, list_index,
myparam, ~0, ~0);
cache_iterator_t insert_cache_it = m_cache_ptr->cache.find(myparam.lparam());
insert_cache_it->second.second.flag = 0;
insert_cache_it->second.second.ver = m_cache_ptr->_ver;
int ival = 0;
m_cache_ptr->SetCacheFlag(insert_cache_it, NodeFlag::added, &ival);
flagreg& insfr = insert_cache_it->second.second;
std::pair<cache_iterator_t, HTREEITEM> vecrow(insert_cache_it, (HTREEITEM)nullptr);
// *** VEC PUSH (non master release) ***
m_vec_ptr->push_back(std::pair<cache_iterator_t, HTREEITEM>(vecrow));
}
}
}
list_index++;
inserted = true;
}
if (is_master) {
// SUB-RELEASES LOOP
const MasterRelease_ptr* master_release = &(find_release_artist->master_releases[master_index]);
for (size_t j = 0; j < master_release->get()->sub_releases.get_size(); j++) {
mounted_param thisparam = { master_index, j, true, true };
item_data = thisparam.lparam();
pfc::string8 sub_item;
if (updsrc != updRelSrc::Filter)
{
//set hook release
hook->set_release(&(find_release_artist->master_releases[master_index]->sub_releases[j]));
sub_item = m_rt_manager->run_hook_columns(row_data, item_data);
}
else
get_cached_find_release_node(item_data, sub_item, row_data);
std::pair<cache_iterator_t, bool> last_cache_subitem_emplaced =
{ m_cache_ptr->cache.end(), false };
if (rebuild_tree_cache) {
// *** BULK CACHE EMPLACE (sub-release) ***
last_cache_subitem_emplaced =
m_cache_ptr->cache.emplace(
item_data, std::pair<row_col_data, flagreg> {row_data, { m_cache_ptr->_ver, 0 }}
);
}
bool matches = !filtered || check_match(sub_item, filter, lcf_words);
Release_ptr release = find_release_artist->master_releases[master_index]->sub_releases[j];
str_role = std::string(release->search_role);
bool release_roles_todo = !str_role.size();
matches_role = release_roles_todo || !brolemain_filter || (str_role.find("Main") != str_role.npos);
matches &= matches_role;
if (matches) {
int master_id = atoi(find_release_artist->master_releases[master_index]->id);
vec_iterator_t parent;
find_vec_by_id(*m_vec_ptr, master_id, parent);
inserted = parent != m_vec_ptr->end();
bool master_match_role = inserted;
if (!inserted) {
// ADD NOT INSERTED PARENT
if (delete_on_enter) {
std::string master_str_rol = find_release_artist->master_releases[master_index]->search_role;
master_match_role = !brolemain_filter || (master_str_rol.find("Main") != master_str_rol.npos);
if (master_match_role) {
mounted_param not_matching_master_param(master_index, ~0, true, false);
cache_iterator_t insert_cache_it = m_cache_ptr->cache.find(not_matching_master_param.lparam());
insert_cache_it->second.second.flag = 0;
insert_cache_it->second.second.ver = m_cache_ptr->_ver;
int ival = 1;
m_cache_ptr->SetCacheFlag(insert_cache_it, NodeFlag::none, &ival);
// *** VEC PUSH (not matching master) ***
std::pair<cache_iterator_t, HTREEITEM> vec_row(insert_cache_it, nullptr);
m_vec_ptr->push_back(vec_row);
}
}
}
// SUBRELEASE
if (master_match_role && init_expand && prev_expanded == 1) {
tracer_p->release_check(master_release->get()->sub_releases[j]->id, j, (mounted_param((LPARAM)item_data)), ~0, master_index);
// insert
if (delete_on_enter) {
mounted_param myparam((LPARAM)item_data);
if (myparam.is_master()) {
cache_iterator_t insit = last_cache_emplaced.first;
flagreg& insfr = last_cache_emplaced.first->second.second;
// *** VEC PUSH (release) ***
m_vec_ptr->push_back(std::pair<cache_iterator_t, HTREEITEM>
(last_cache_emplaced.first, nullptr));
}
else {
if (myparam.is_release()) {
;
}
else {
cache_iterator_t insit = last_cache_emplaced.first;
flagreg& insfr = last_cache_emplaced.first->second.second;
}
}
}
list_index++;
}
}
}
}
if (is_master) {
master_index++;
}
else {
release_index++;
}
}
}
catch (foo_discogs_exception& e) {
throw e;
}
int list_count = m_vec_ptr->size();
rppair_t full_master_rel_stat = { master_rel_stat_slow, master_rel_stat_fast };
rppair_t full_lv_reserve = rppair_t(vec_lv_reserve_slow, vec_lv_reserve_fast);
return std::pair(full_lv_reserve, full_master_rel_stat);
}
//
// CFindReleaseTree :: update_releases
// from get_artist_done() and apply_filter()
std::pair<rppair_t, rppair_t> CFindReleaseTree::update_releases(const pfc::string8& filter, updRelSrc updsrc, bool init_expand, bool brolemain_filter) {
EnableDispInfo(false);
std::pair<rppair_t, rppair_t> res;
try {
//
// forward UPDATE RELEASES
//
res = m_rt_cache.update_releases(filter, updsrc, init_expand, m_idtracer_p, brolemain_filter);
Artist_ptr artist = get_artist();
rppair rp = rppair(std::pair(std::to_string(res.second.first.first).c_str(), std::to_string(res.second.first.second).c_str()),
std::pair(artist->name, artist->id));
// print root stats
if (artist->loaded_releases)
m_dlg->print_root_stats(rp);
}
catch (foo_discogs_exception& e) {
EnableDispInfo(true);
foo_discogs_exception ex;
ex << "Error formating release list item [" << e.what() << "]";
throw ex;
}
rebuild_treeview();
EnableDispInfo(true);
return res;
}
void CFindReleaseTree::init_tracker_i(Artist_ptr artist, pfc::string8 filter_master, pfc::string8 filter_release, bool expanded, bool fast) {
t_size ires = 0;
bool filtered = filter_master.get_length() > 0;
bool matches_master = true;
bool matches_release = true;
m_idtracer_p->master_i = pfc_infinite;
m_idtracer_p->release_i = pfc_infinite;
int pos = -1;
if (m_idtracer_p->has_amr() || m_idtracer_p->release_tag) {
int master_ndx = 0; int release_ndx = 0; bool master_done = false; bool release_done = false;
for (size_t walk = 0; walk < artist->search_order_master.get_size(); walk++) {
if (master_done && release_done && fast) break;
bool bmaster = artist->search_order_master[walk];
if (bmaster) {
MasterRelease_ptr mr_p = artist->master_releases[master_ndx];
if (filtered)
matches_master = !stricmp_utf8(mr_p->title, filter_master);
if (matches_master && atoi(artist->master_releases[master_ndx]->id) == m_idtracer_p->master_id) {
pos++;
m_idtracer_p->master_i = master_ndx;
m_idtracer_p->master_pos = pos;
master_done = true;
}
for (size_t j = 0; j < artist->master_releases[master_ndx]->sub_releases.size(); j++) {
Release_ptr r_p = artist->master_releases[master_ndx]->sub_releases[j];
if (filtered) {
matches_release = !stricmp_utf8(r_p->title, filter_release);
}
if (matches_release && atoi(artist->master_releases[master_ndx]->sub_releases[j]->id) == m_idtracer_p->release_id) {
bool bmaster_fault = m_idtracer_p->master_i != master_ndx;
if (bmaster_fault) {
pfc::string8 logmsg = "Error: Master/Release mismatch";
log_msg(logmsg);
}
m_idtracer_p->release_i = mounted_param(master_ndx, j, true, true);
m_idtracer_p->release_pos = pos + j;
if (!m_idtracer_p->master_tag || bmaster_fault) {
m_idtracer_p->master_i = master_ndx;
m_idtracer_p->master_pos = pos;
m_idtracer_p->master_tag = true;
}
release_done = true;
break;
}
}
}
else {
Release_ptr r_p = artist->releases[release_ndx];
if (filtered)
matches_release = !stricmp_utf8(r_p->title, filter_release);
if (matches_release && atoi(artist->releases[release_ndx]->id) == m_idtracer_p->release_id) {
pos++;
m_idtracer_p->release_i = mounted_param(pfc_infinite, release_ndx, false, true);
m_idtracer_p->release_pos = pos;
m_idtracer_p->master_i = pfc_infinite;
m_idtracer_p->master_pos = -1;
release_done = true; master_done = true;
}
}
if (bmaster)
master_ndx++;
else
release_ndx++;
}
}
}
void CFindReleaseTree::init_titles(Artist_ptr artist, pfc::string8 & filter_hint) {
m_hook = std::make_shared<titleformat_hook_impl_multiformat>(&artist);
pfc::string8 frm_album;
service_ptr_t<titleformat_object> m_album_name_script;
static_api_ptr_t<titleformat_compiler>()->compile_force(m_album_name_script, "[%album%]");
metadb_handle_ptr item = m_items[0];
item->format_title(nullptr, frm_album, m_album_name_script, nullptr); //ALBUM
pfc::string8 filter(frm_album.get_length() ? frm_album : "");
if (m_idtracer_p->has_amr() && artist->loaded_releases) {
init_tracker_i(artist, "", "", false, true);
//m_inits empty on first call
init_tracker_i(artist, m_init_master_title, m_init_release_title, false, true);
pfc::string8 mtitle;
pfc::string8 rtitle;
if (m_idtracer_p->master_i != ~0) {
MasterRelease_ptr master_p = artist->master_releases[m_idtracer_p->master_i];
mtitle = master_p->title;
if (m_idtracer_p->release_i.lparam() != -1) {
size_t rel_ndx = m_idtracer_p->release_i.release_ndx;
rtitle = master_p->sub_releases[rel_ndx]->title;
}
else {
rtitle = "";
}
}
else {
if (m_idtracer_p->release_i.lparam() != -1) {
size_t rel_ndx = m_idtracer_p->release_i.release_ndx;
Release_ptr release_p = artist->releases[rel_ndx];
rtitle = release_p->title;
}
}
if (mtitle.get_length()) {
if (stricmp_utf8(filter, mtitle))
{
pfc::string8 buffer(filter);
if (buffer.has_prefix(mtitle))
{
filter.set_string(mtitle);
}
else {
if (!mtitle.has_prefix(buffer))
{
filter = "";
}
}
}
}
m_init_master_title = mtitle;
m_init_release_title = rtitle;
}
filter_hint = filter;
}
void CFindReleaseTree::on_get_artist_done(cupdRelSrc cupdsrc, Artist_ptr& artist) {
if (m_find_release_artist.get() && atoi(m_find_release_artist->id) == atoi(artist->id)) {
return;
}
if (cupdsrc == updRelSrc::ArtistProfile && !cupdsrc.extended) {
if (artist.get()) {
g_discogs->find_release_dialog->UpdateArtistProfile(artist);
}
return;
}
m_rt_cache.vec_Clear();
m_rt_cache.bulk_Clear();
m_rt_cache.new_Version();
m_idtracer_p->set_artist_ovr_id(atoi(artist->id));
g_discogs->find_release_dialog->UpdateArtistProfile(artist);
// INIT HOOK
pfc::string8 hint;
init_titles(artist, hint);
//
if (m_dlg->is_filter_autofill_enabled() && artist.get()/*get_artist()*/) {
m_results_filter.set_string(hint);
if (hint.get_length()) {
CFindReleaseDialog* dlg = (CFindReleaseDialog*)m_dlg;
if (dlg->is_filter_autofill_enabled()) {
dlg->block_filter_box_events(true);
uSetWindowText(m_edit_filter, hint/*filter*/);
dlg->block_filter_box_events(false);
}
}
}
else {
if (cupdsrc == updRelSrc::Undef || cupdsrc == updRelSrc::UndefFast) {
m_results_filter.set_string(hint);
uSetWindowText(m_edit_filter, hint/*filter*/);
}
}
set_find_release_artist(artist);
//filter string...
if (m_idtracer_p->has_amr()) {
init_tracker_i(artist, m_results_filter, m_results_filter, false, true);
}
bool brolemain_filter = m_dlg->config().find_release_filter_flag & FilterFlag::RoleMain;
//
// update releases
//
std::pair<rppair_t, rppair_t> res = update_releases(m_results_filter, cupdsrc, true, brolemain_filter);
}
const foo_conf* release_tree_cache::get_conf() { return &m_rt_manager->m_dlg->config(); }
rppair_t release_tree_cache::init_filter(const Artist_ptr artist, pfc::string8 filter, bool expanded, bool fast, bool no_alloc, id_tracer* tracer_p) {
titleformat_hook_impl_multiformat_ptr hook = m_rt_manager->get_hook();
bool bversions_filter = get_conf()->find_release_filter_flag & FilterFlag::Versions;
bool brolemain_filter = get_conf()->find_release_filter_flag & FilterFlag::RoleMain;
std::pair<t_size, t_size> reserve = std::pair(0, 0);
if (no_alloc) {
fast = false; expanded = true;
}
m_vec_filter.clear();
pfc::array_t<pfc::string> lcf_words;
bool filtered = filter.get_length() && tokenize_filter(filter, lcf_words);
int pos = -1;
int master_ndx = 0;
int release_ndx = 0;
bool master_done = false;
bool release_done = false;
for (size_t walk = 0; walk < artist->search_order_master.get_size(); walk++) {
bool matches_master = false;
bool matches_release = false;
if (master_done && release_done && fast)
break;
bool bmaster = artist->search_order_master[walk];
if (bmaster) {
// ---- MASTERS ----
MasterRelease_ptr mr_p = artist->master_releases[master_ndx];
//>check
matches_master = true;
if (filtered) {
row_col_data row_data{};
hook->set_master(&mr_p);
pfc::string8 item = m_rt_manager->run_hook_columns(row_data, (master_ndx << 16) | 9999);
matches_master = check_match(item, filter, lcf_words);
}
if (brolemain_filter) {
std::string str_role = std::string(mr_p->search_role);
matches_master &= (str_role.find("Main") != str_role.npos);
}
//<check
if (matches_master) {
pos++;
if (atoi(artist->master_releases[master_ndx]->id) == tracer_p->master_id) {
tracer_p->master_pos = pos;
}
// ** EMPLACE MASTER FILTER
if (!no_alloc)
m_vec_filter.emplace_back(std::pair<int, int>(master_ndx, pfc_infinite));
reserve.first++;
master_done = true;
}
for (size_t j = 0; j < artist->master_releases[master_ndx]->sub_releases.size(); j++) {
// ---- SUB-RELEASES ----
Release_ptr r_p = artist->master_releases[master_ndx]->sub_releases[j];
matches_release = true;
//>check sub-release
if (bversions_filter && filtered) {
row_col_data row_data{};
hook->set_release(&(artist->master_releases[master_ndx]->sub_releases[j]));
pfc::string8 sub_item = m_rt_manager->run_hook_columns(row_data, (master_ndx << 16) | j);
matches_release = check_match(sub_item, filter, lcf_words);
}
//<end check
if (matches_release) {
pos++;
if (atoi(artist->master_releases[master_ndx]->sub_releases[j]->id) == tracer_p->release_id) {
tracer_p->release_pos = pos + j;
}
// ** EMPLACE SUB-RELEASE FILTER
if (!no_alloc)
m_vec_filter.emplace_back(std::pair<size_t, size_t>(master_ndx, j));
reserve.second++;
release_done = true;
}
}
}
else {
// ---- NON-MASTER RELEASES
Release_ptr non_master = artist->releases[release_ndx];
//>check non-master release
matches_release = true;
if (filtered) {
row_col_data row_data{};
hook->set_release(&(artist->releases[release_ndx]));
pfc::string8 item = m_rt_manager->run_hook_columns(row_data, (9999 << 16) | release_ndx);
matches_release = check_match(item, filter, lcf_words);
}
if (brolemain_filter) {
std::string str_role = std::string(non_master->search_role);
pfc::array_t<pfc::string8> search_roles = non_master->search_roles;
for (auto it : search_roles) {
if (it.equals("Main"))
break;
}
matches_release &= (str_role.find("Main") != str_role.npos);
}
//<end check
if (matches_release) {
pos++;
if (tracer_p->need_release()) {
tracer_p->release_check(non_master->id, pos, mounted_param(pfc_infinite, release_ndx, false, true), pfc_infinite, pfc_infinite);
}
// ** EMPLACE NON-MASTER RELEASE FILTER
if (!no_alloc)
m_vec_filter.emplace_back(std::pair<int, int>(pfc_infinite, release_ndx));
reserve.second++;
release_done = true; master_done = true;
}
}
if (bmaster)
master_ndx++;
else
release_ndx++;
}
return rppair_t(reserve, { master_ndx, release_ndx });
}
pfc::string8 CFindReleaseTree::get_param_id(mounted_param myparam) {
pfc::string8 res_selected_id;
if (myparam.is_master())
res_selected_id = m_find_release_artist->master_releases[myparam.master_ndx]->main_release_id;
else
if (myparam.is_release()) {
MasterRelease_ptr dbugmasrel = m_find_release_artist->master_releases[myparam.master_ndx];
res_selected_id = m_find_release_artist->master_releases[myparam.master_ndx]->sub_releases[myparam.release_ndx]->id;
}
else
res_selected_id = m_find_release_artist->releases[myparam.release_ndx]->id;
return res_selected_id;
}
int release_tree_cache::get_src_param(updRelSrc updsrc, id_tracer* tracer_p) {
int src_lparam = -1;
if (m_vec_ptr->size()) {
mounted_param myparam;
if (tracer_p->has_amr()) {
myparam = tracer_p->release_i.lparam();
vec_iterator_t vec_lv_it;
find_vec_by_lparam(*m_vec_ptr, src_lparam, vec_lv_it);
if (vec_lv_it != m_vec_ptr->end()) {
src_lparam = myparam.lparam();
return src_lparam;
}
else {
//release not loaded, try to select master and expand
mounted_param not_found;
myparam = mounted_param(tracer_p->master_i, ~0, tracer_p->master_tag, false);
src_lparam = myparam.lparam();
vec_iterator_t vec_lv_it;
find_vec_by_lparam(*m_vec_ptr, src_lparam, vec_lv_it);
if (vec_lv_it != m_vec_ptr->end()) {
src_lparam = myparam.lparam();
int ival = 1;
if (updsrc == updRelSrc::Undef) {
m_cache_ptr->SetCacheFlag(vec_lv_it->first, NodeFlag::expanded, &ival);
m_rt_manager->SetHit(src_lparam);
}
return src_lparam;
}
else {
//release not loaded, trying to select master to expand
src_lparam = tracer_p->release_i.lparam();
vec_iterator_t vec_lv_it;
find_vec_by_lparam(*m_vec_ptr, src_lparam, vec_lv_it);
if (vec_lv_it != m_vec_ptr->end()) {
src_lparam = myparam.lparam();
int ival = 1;
m_cache_ptr->SetCacheFlag(vec_lv_it->first, NodeFlag::expanded, &ival);
return src_lparam;
}
}
}
}
else {
vec_iterator_t vec_lv_it;
find_vec_by_id(*m_vec_ptr, tracer_p->master_id, vec_lv_it);
if (vec_lv_it != m_vec_ptr->end()) {
src_lparam = vec_lv_it->first->first;
return src_lparam;
}
}
}
return src_lparam;
}
bool CFindReleaseTree::on_tree_display_cell_image(size_t item, size_t subitem, size_t id, cache_iterator_t cache_it, int& result) {
bool children_done;
m_rt_cache.get_bulk()->GetCacheFlag(cache_it, NodeFlag::added, &children_done);
bool tree_children_done;
bool tree_children_done_ver = m_rt_cache.get_bulk()->GetCacheFlag(cache_it, NodeFlag::tree_created, &tree_children_done);
bool is_traced;
if (item != pfc_infinite) {
if (subitem != pfc_infinite)
is_traced = (id == m_idtracer_p->release_id);
else
is_traced = (id == m_idtracer_p->master_id);
}
else {
is_traced = (id == m_idtracer_p->release_id);
}
result = is_traced ? TRACER_IMG_NDX + (tree_children_done ? 1: 0) : tree_children_done ? CHILDREN_DONE_IMG_NDX : I_IMAGENONE/*-1*/;
return true;
}
void CFindReleaseTree::set_image_list() {
m_hImageList.Create(fb2k::isDarkMode() ? IDB_BITMAP_TRACER_EXT_DRK : IDB_BITMAP_TRACER_EXT, 16, ILC_COLOR4, fb2k::isDarkMode() ? RGB(0, 0, 0) : RGB(255, 255, 255));
SendMessage(m_hwndTreeView, TVM_SETIMAGELIST, 0, (LPARAM)(HIMAGELIST)m_hImageList);
}
void CFindReleaseTree::Inititalize(HWND treeview, HWND filter_edit, HWND url_edit,
metadb_handle_list items, pfc::string8 filter_hint) {
m_idtracer_p->enabled = true;
m_edit_filter = filter_edit;
m_edit_release = url_edit;
m_hwndTreeView = treeview;
m_items = items;
m_results_filter.set_string(filter_hint);
set_image_list();
}
int CFindReleaseTree::get_param_id_master(mounted_param myparam) {
if (myparam.is_master())
return atoi(m_find_release_artist->master_releases[myparam.master_ndx]->id);
else
return pfc_infinite;
}
// ON RELEASE SELECTED
void CFindReleaseTree::on_release_selected(int src_lparam) {
const std::shared_ptr<vec_t> vec_items = m_rt_cache.get_vec();