public static boolean saveFormulaForUserBrickParameterChange() {
InternFormulaParser formulaToParse = formulaEditorEditText.getFormulaParser();
FormulaElement formulaParseTree = formulaToParse.parseFormula();
switch (formulaToParse.getErrorTokenIndex()) {
case PARSER_OK:
currentFormula.setRoot(formulaParseTree);
if (onFormulaChangedListener != null) {
onFormulaChangedListener.onFormulaChanged(
formulaBrick, currentBrickField, currentFormula);
}
if (formulaEditorBrick != null) {
currentFormula.refreshTextField(brickView);
}
formulaEditorEditText.formulaSaved();
return true;
}
return false;
}
public boolean saveFormulaIfPossible() {
InternFormulaParser formulaToParse = formulaEditorEditText.getFormulaParser();
FormulaElement formulaParseTree = formulaToParse.parseFormula();
switch (formulaToParse.getErrorTokenIndex()) {
case PARSER_OK:
currentFormula.setRoot(formulaParseTree);
if (onFormulaChangedListener != null) {
onFormulaChangedListener.onFormulaChanged(
formulaBrick, currentBrickField, currentFormula);
}
if (formulaEditorBrick != null) {
currentFormula.refreshTextField(brickView);
}
formulaEditorEditText.formulaSaved();
showToast(R.string.formula_editor_changes_saved, false);
return true;
case PARSER_STACK_OVERFLOW:
return checkReturnWithoutSaving(PARSER_STACK_OVERFLOW);
default:
formulaEditorEditText.setParseErrorCursorAndSelection();
return checkReturnWithoutSaving(PARSER_INPUT_SYNTAX_ERROR);
}
}
