Added new features autocomplite.

1. Добавлена подстановка соединений таблиц(и представлений) по их FK.
   Подстановка работает в двух вариантах:
   1.1 После ключевого слова ON:самая правая таблица соединяется с любой левой.
   1.2 После ключевого слова WHERE AND OR все таблицы соединяются со всеми.
2. Дополнение условия соединения после символа = .
   Представления можно соединить только если поле представления является полем таблицы.
3. Стандартное автодополнение теперь выдаёт список таблиц и представление после JOIN.
This commit is contained in:
lsv 2025-02-10 11:01:46 +05:00
parent b7b911c93b
commit 21ee30844a
10 changed files with 1873 additions and 916 deletions

View file

@ -29,6 +29,7 @@
#include "utils/popuphelp.h"
#include "utils/FormatterSQL.h"
#include "utils/dlgTransformText.h"
#include "utils/TableColsMap.h"
wxString ctlSQLBox::sqlKeywords;
static const wxString s_leftBrace(_T("([{"));
@ -239,6 +240,7 @@ void ctlSQLBox::Create(wxWindow *parent, wxWindowID id, const wxPoint &pos, cons
AutoCompSetIgnoreCase(true);
AutoCompSetFillUps(wxT(" \t"));
AutoCompSetDropRestOfWord(true);
AutoCompSetMaxHeight(10);
SetEOLMode(settings->GetLineEndingType());
}
@ -1748,7 +1750,12 @@ void ctlSQLBox::OnAutoComplete(wxCommandEvent &rev)
else
tab_ret = tab_complete(what.mb_str(wxConvUTF8), spaceidx + 1, what.Len() + 1, m_database);
wxString wxRet;
if ((tab_ret == NULL || tab_ret[0] == '\0')&&(what.Right(1)>' ')){
if (tab_ret != NULL) {
wxRet = wxString(tab_ret, wxConvUTF8);
free(tab_ret);
}
if ((wxRet.IsEmpty())){ // my autocomplite
int extflag = 0;
auto [s,e] = SelectQuery(pos);
wxString sql = GetTextRange(s, e);
FSQL::FormatterSQL f(sql);
@ -1763,10 +1770,23 @@ void ctlSQLBox::OnAutoComplete(wxCommandEvent &rev)
if (vi.type == FSQL::spaces) {
ItemPos--;
f.GetItem(ItemPos, vi);
extflag += TableColsMap::Flag::NOT_ADD_FIRST_SPACE;
}
wxString leftexp;
if (vi.type == FSQL::separation && vi.txt == '=') {
f.GetItem(ItemPos, vi);
ItemPos--;
if (f.next_item_no_space(ItemPos, -1) != -1) {
f.GetItem(ItemPos, vi);
if (vi.type == FSQL::identifier || vi.type == FSQL::name) {
leftexp = vi.txt;
}
else return;
};
}
wxString field;
bool ast = false;
if (vi.type == FSQL::separation) {
if (vi.type == FSQL::separation && !CHKFLAG(extflag, TableColsMap::Flag::NOT_ADD_FIRST_SPACE)) {
ast=vi.txt == ".*";
while (f.GetItem(--ItemPos, vi)) {
if (vi.type == FSQL::identifier || vi.type == FSQL::name) {
@ -1776,9 +1796,32 @@ void ctlSQLBox::OnAutoComplete(wxCommandEvent &rev)
if (vi.srcpos != -1) break;
};
}
else if (vi.type == FSQL::identifier) {
else if (vi.type == FSQL::identifier && !CHKFLAG(extflag, TableColsMap::Flag::NOT_ADD_FIRST_SPACE && leftexp.IsEmpty())) {
field = vi.txt;
}
else if (vi.type == FSQL::keyword || !leftexp.IsEmpty()) {
// where, on ,and , ...
wxArrayString tn, an;
int ccc=f.GetTableListBeforePosition(ItemPos,tn,an);
if (ccc > 1) {
// decode view select field
TableColsMap tmaps;
int flag = TableColsMap::Flag::ALL_LEFT_TO_RIGHT | TableColsMap::Flag::USE_TRANSIT_FK;
if (leftexp.IsEmpty()) {
if (vi.txt.Lower() == "where" || vi.txt.Lower() == "and" || vi.txt.Lower() == "or") flag = TableColsMap::Flag::SEQUENCE_LIST_TABLE | TableColsMap::Flag::USE_TRANSIT_FK;
} else flag = TableColsMap::Flag::SEQUENCE_LIST_TABLE | TableColsMap::Flag::USE_TRANSIT_FK;
flag |= extflag;
wxString list=tmaps.AddTableList(m_database, tn, an, (TableColsMap::Flag) flag,leftexp);
if (!list.IsEmpty()) {
int l2 = 0;
AutoCompShow(l2, list);
}
//
//wxString r = wxJoin(tn, '\t');
}
return;
}
if (!field.IsEmpty()) {
wxString lf;
wxString tabn;
@ -1820,6 +1863,30 @@ void ctlSQLBox::OnAutoComplete(wxCommandEvent &rev)
r=wxJoin(sort, '\t');
AutoCompShow(l2, r);
}
return;
}
if (vi.type == FSQL::name) {
field = vi.txt;
// for any name found table
bool isok = false;
while (f.GetItem(ItemPos--, vi)) {
if (vi.endlevel != -1 && vi.endlevel < ItemPos) ItemPos = vi.endlevel;
if (vi.type == FSQL::keyword && vi.txt.Lower() == "from") { isok = true; break; }
if (vi.type == FSQL::keyword && vi.txt.Lower() == "where") { break; }
if (vi.type == FSQL::keyword && vi.txt.Lower() == "group") { break; }
}
if (isok) {
what = "from " + field;
spaceidx = what.Find(' ');
tab_ret = tab_complete(what.mb_str(wxConvUTF8), spaceidx + 1, what.Len() + 1, m_database);
if (tab_ret != NULL) {
wxString wxRet;
wxRet = wxString(tab_ret, wxConvUTF8);
bool empty = tab_ret[0] == '\0';
free(tab_ret);
if (!empty) AutoCompShow(what.Len() - spaceidx - 1, wxRet);
}
}
}
return;
}
@ -1932,8 +1999,6 @@ void ctlSQLBox::OnAutoComplete(wxCommandEvent &rev)
spaceidx = -1;
//return; /* No autocomplete available for this string */
} else {
wxRet = wxString(tab_ret, wxConvUTF8);
free(tab_ret);
}
// Switch to the generic list control. Native doesn't play well with
// autocomplete on Mac.

File diff suppressed because it is too large Load diff

View file

@ -536,6 +536,8 @@ wxString ctlSQLResult::AutoColsPlot(int flags,frmQuery* parent) {
wxArrayString leg;
wxArrayInt colsY;
wxString rez="Draw plot";
wxString sss;
std::vector<long> typeCols;
if (IsSelection()) {
unsigned int i;
int col;
@ -551,13 +553,20 @@ wxString ctlSQLResult::AutoColsPlot(int flags,frmQuery* parent) {
{
for (col = topLeft[i].GetCol(); col <= bottomRight[i].GetCol(); col++) {
//clearCellData(row, col);
wxString aa = wxString::Format(",%d,", col);
if (sss.Find(aa) != -1) continue;
sss += aa;
cols.Add(col);
typeCols.push_back(colTypClasses.Item(col));
}
}
}
wxArrayInt cls = GetSelectedCols();
for (i = 0; i < cls.Count(); i++) {
if (cols.Index(cls[i])== wxNOT_FOUND) cols.Add(cls[i]);
if (cols.Index(cls[i]) == wxNOT_FOUND) {
cols.Add(cls[i]);
typeCols.push_back(colTypClasses.Item(cls[i]));
}
// for (row = 1; row < GetNumberRows(); row++) {
// clearCellData(row, cols[i]);
// }
@ -575,10 +584,10 @@ wxString ctlSQLResult::AutoColsPlot(int flags,frmQuery* parent) {
int legC = -1;
int xC = -1;
//cols = GetSelectedCols();
if (cols.Count() == 2) {
legC = cl1; idx++;
if (cols.Count() == 2 && typeCols[idx]!= PGTYPCLASS_NUMERIC) {
legC = cl1; idx++; // 1 cols = legend
cl1 = cols[idx];
if (colTypClasses.Item(cl1) != PGTYPCLASS_NUMERIC) {
if (typeCols[idx] != PGTYPCLASS_NUMERIC) {
wxMessageBox("The number of selected column 2 needed Number type\nExample: LY", "Plot");
return "";
}
@ -604,17 +613,29 @@ wxString ctlSQLResult::AutoColsPlot(int flags,frmQuery* parent) {
}
if (cols.Count() < 3) {
wxMessageBox("The number of selected columns must be more than 1\nExample: LXY or XYYYY...", "Plot");
return "";
// wxMessageBox("The number of selected columns must be more than 1\nExample: LXY or XYYYY...", "Plot");
// return "";
}
}
else {
wxMessageBox("The number of selected columns must be more than 0\nExample: LXY or Y or XYYYY...", "Plot");
return "";
}
int idx = 0;
int cl1 = cols[idx];
int legC = -1;
int xC = -1;
int typeAxisX = mpX_DATETIME;
// Leg col
if (colTypClasses.Item(cl1) == PGTYPCLASS_STRING) { legC = cl1; idx++; }
if (typeCols[idx] == PGTYPCLASS_STRING) {
legC = cl1;
idx++;
if (cols.Count() < 2) {
wxMessageBox("Column 2 must be numeric\nExample: LY or LXY", "Plot");
return "";
}
}
cl1 = cols[idx];
// X col
wxString xA, yA;
@ -622,6 +643,16 @@ wxString ctlSQLResult::AutoColsPlot(int flags,frmQuery* parent) {
if (colTypClasses.Item(cl1) == PGTYPCLASS_DATE) { xC = cl1; idx++; }
else if (colTypClasses.Item(cl1) == PGTYPCLASS_NUMERIC) { xC = cl1; typeAxisX = mpX_NORMAL; idx++; }
if (xC == -1) { wxMessageBox("The value type of column X must be a date or a number", "Plot"); return ""; }
if (cols.GetCount() == 1 && typeCols[0]!= PGTYPCLASS_NUMERIC) {
wxMessageBox("The value type of column Y must be a number", "Plot");
return "";
}
if (cols.GetCount() == 1 && typeCols[0] == PGTYPCLASS_NUMERIC) {
// only Y
xC = -1;
idx = 0;
xA = "NumRow";
}
// Y cols
for (size_t col = idx; col < cols.Count(); col++)
{
@ -695,6 +726,7 @@ wxString ctlSQLResult::AutoColsPlot(int flags,frmQuery* parent) {
int fmttype = -1;
wxDateTime dt;
bool first = true;
if (cols.GetCount() == 1) first = false;
for (size_t col = 0; col < colsY.Count(); col++)
{
lg = leg[col];
@ -726,6 +758,10 @@ wxString ctlSQLResult::AutoColsPlot(int flags,frmQuery* parent) {
y.push_back(yv);
}
if (cols.GetCount() == 1) {
double nrows = 1;
for (int i = 0; i < numRows; i++) x.push_back(nrows++);
}
frame->AddSeries(lg, x, y,lbar);
y.clear();
first = false;