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https://git.lyx.org/repos/lyx.git
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2bf1c09376
git-svn-id: svn://svn.lyx.org/lyx/lyx-devel/trunk@23049 a592a061-630c-0410-9148-cb99ea01b6c8
586 lines
18 KiB
C++
586 lines
18 KiB
C++
/**
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* \file ButtonPolicy.cpp
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* This file is part of LyX, the document processor.
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* Licence details can be found in the file COPYING.
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*
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* \author Allan Rae
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*
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* Full author contact details are available in file CREDITS.
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*/
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#include <config.h>
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#include "ButtonPolicy.h"
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#include "support/debug.h"
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#include <iostream>
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using namespace std;
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namespace lyx {
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namespace frontend {
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ButtonPolicy::ButtonPolicy(Policy policy)
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{
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policy_ = policy;
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state_ = INITIAL;
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switch (policy_) {
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case OkCancelPolicy:
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initOkCancel();
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break;
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case OkCancelReadOnlyPolicy:
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initOkCancelReadOnly();
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break;
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case OkApplyCancelPolicy:
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initOkApplyCancel();
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break;
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case OkApplyCancelReadOnlyPolicy:
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initOkApplyCancelReadOnly();
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break;
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case NoRepeatedApplyPolicy:
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initNoRepeatedApply();
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break;
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case NoRepeatedApplyReadOnlyPolicy:
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initNoRepeatedApplyReadOnly();
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break;
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case PreferencesPolicy:
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initPreferences();
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break;
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case IgnorantPolicy:
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break;
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}
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}
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char const * functionName(ButtonPolicy::Policy policy)
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{
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switch (policy) {
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case ButtonPolicy::PreferencesPolicy:
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return "PreferencesPolicy";
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case ButtonPolicy::OkCancelPolicy:
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return "OkCancelPolicy";
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case ButtonPolicy::OkCancelReadOnlyPolicy:
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return "OkCancelReadOnlyPolicy";
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case ButtonPolicy::OkApplyCancelPolicy:
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return "OkApplyCancelPolicy";
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case ButtonPolicy::OkApplyCancelReadOnlyPolicy:
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return "OkApplyCancelReadOnlyPolicy";
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case ButtonPolicy::NoRepeatedApplyPolicy:
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return "NoRepeatedApplyPolicy";
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case ButtonPolicy::NoRepeatedApplyReadOnlyPolicy:
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return "NoRepeatedApplyReadOnlyPolicy";
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case ButtonPolicy::IgnorantPolicy:
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return "IgnorantPolicy";
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default:
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return "Unknown policy";
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}
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}
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void ButtonPolicy::input(SMInput input)
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{
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switch (policy_) {
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case PreferencesPolicy:
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// The APPLIED state is persistent. Next time the dialog is opened,
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// the user will be able to press 'Save'.
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if (SMI_CANCEL == input || SMI_HIDE == input) {
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if (state_ != APPLIED)
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state_ = INITIAL;
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} else {
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nextState(input);
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}
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break;
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case IgnorantPolicy:
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break;
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default:
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// CANCEL and HIDE always take us to INITIAL for all cases
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if (SMI_CANCEL == input || SMI_HIDE == input)
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state_ = INITIAL;
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else
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nextState(input);
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break;
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}
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}
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bool ButtonPolicy::buttonStatus(Button button) const
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{
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return policy_ == IgnorantPolicy ? true : button & outputs_[state_];
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}
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bool ButtonPolicy::isReadOnly() const
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{
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switch(policy_) {
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case NoRepeatedApplyReadOnlyPolicy:
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case OkCancelReadOnlyPolicy:
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case OkApplyCancelReadOnlyPolicy:
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return RO_INITIAL == state_
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|| RO_VALID == state_
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|| RO_INVALID == state_
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|| RO_APPLIED == state_;
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default:
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return false;
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}
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}
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static char const * printState(ButtonPolicy::State const & state)
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{
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switch (state) {
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case ButtonPolicy::INITIAL:
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return "INITIAL";
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case ButtonPolicy::VALID:
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return "VALID";
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case ButtonPolicy::INVALID:
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return "INVALID";
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case ButtonPolicy::APPLIED:
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return "APPLIED";
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case ButtonPolicy::RO_INITIAL:
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return "RO_INITIAL";
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case ButtonPolicy::RO_VALID:
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return "RO_VALID";
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case ButtonPolicy::RO_INVALID:
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return "RO_INVALID";
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case ButtonPolicy::RO_APPLIED:
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return "RO_APPLIED";
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case ButtonPolicy::BOGUS:
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return "BOGUS";
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default:
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return "";
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}
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}
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static char const * printInput(ButtonPolicy::SMInput const & input)
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{
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switch (input) {
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case ButtonPolicy::SMI_VALID:
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return "SMI_VALID";
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case ButtonPolicy::SMI_INVALID:
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return "SMI_INVALID";
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case ButtonPolicy::SMI_OKAY:
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return "SMI_OKAY";
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case ButtonPolicy::SMI_APPLY:
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return "SMI_APPLY";
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case ButtonPolicy::SMI_CANCEL:
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return "SMI_CANCEL";
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case ButtonPolicy::SMI_RESTORE:
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return "SMI_RESTORE";
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case ButtonPolicy::SMI_HIDE:
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return "SMI_HIDE";
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case ButtonPolicy::SMI_READ_ONLY:
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return "SMI_READ_ONLY";
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case ButtonPolicy::SMI_READ_WRITE:
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return "SMI_READ_WRITE";
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case ButtonPolicy::SMI_NOOP:
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return "SMI_NOOP";
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case ButtonPolicy::SMI_TOTAL:
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return "SMI_TOTAL";
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default:
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return "";
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}
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}
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void ButtonPolicy::nextState(SMInput input)
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{
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if (SMI_NOOP == input)
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return;
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State tmp = state_machine_[state_][input];
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LYXERR(Debug::GUI, "Transition from state "
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<< printState(state_) << " to state "
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<< printState(tmp) << " after input "
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<< printInput(input));
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if (tmp != BOGUS) {
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state_ = tmp;
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} else {
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lyxerr << functionName(policy_)
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<< ": No transition for input "
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<< printInput(input)
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<< " from state "
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<< printState(state_)
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<< endl;
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}
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}
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void ButtonPolicy::initPreferences()
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{
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outputs_ = StateOutputs(APPLIED + 1, ButtonPolicy::ALL_BUTTONS);
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state_machine_ = StateMachine(APPLIED + 1,
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StateArray(int(SMI_TOTAL), ButtonPolicy::BOGUS));
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// Build the state output map
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outputs_[INITIAL] = CLOSE;
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outputs_[VALID] = RESTORE | OKAY | APPLY | CANCEL;
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outputs_[INVALID] = RESTORE | CANCEL;
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outputs_[APPLIED] = OKAY | CLOSE;
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// Build the state machine one state at a time
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// NOTE: Since CANCEL and HIDE always go to INITIAL they are
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// left out of the state machine and handled explicitly
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// in input(). This won't necessarily be true for all
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// policies though so I'll leave those two as distinct
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// inputs rather than merge them. For example, a dialog
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// that doesn't update it's input fields when reshown
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// after being hidden needs a policy where CANCEL and
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// HIDE are treated differently.
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//
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// State::INITIAL
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state_machine_[INITIAL][SMI_READ_ONLY] = INITIAL;
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state_machine_[INITIAL][SMI_READ_WRITE] = INITIAL;
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state_machine_[INITIAL][SMI_VALID] = VALID;
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state_machine_[INITIAL][SMI_INVALID] = INVALID;
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// State::VALID
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state_machine_[VALID][SMI_VALID] = VALID;
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state_machine_[VALID][SMI_READ_ONLY] = VALID;
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state_machine_[VALID][SMI_READ_WRITE] = VALID;
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state_machine_[VALID][SMI_INVALID] = INVALID;
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state_machine_[VALID][SMI_APPLY] = APPLIED;
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state_machine_[VALID][SMI_OKAY] = INITIAL;
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state_machine_[VALID][SMI_RESTORE] = INITIAL;
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// State::INVALID
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state_machine_[INVALID][SMI_VALID] = VALID;
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state_machine_[INVALID][SMI_INVALID] = INVALID;
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state_machine_[INVALID][SMI_READ_ONLY] = INVALID;
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state_machine_[INVALID][SMI_READ_WRITE] = INVALID;
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state_machine_[INVALID][SMI_RESTORE] = INITIAL;
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// State::APPLIED
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state_machine_[APPLIED][SMI_VALID] = VALID;
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state_machine_[APPLIED][SMI_INVALID] = INVALID;
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state_machine_[APPLIED][SMI_OKAY] = INITIAL;
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state_machine_[APPLIED][SMI_READ_ONLY] = APPLIED;
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state_machine_[APPLIED][SMI_READ_WRITE] = APPLIED;
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}
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void ButtonPolicy::initOkCancel()
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{
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outputs_ = StateOutputs(INVALID + 1, ButtonPolicy::ALL_BUTTONS);
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state_machine_ = StateMachine(INVALID + 1,
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StateArray(int(SMI_TOTAL), ButtonPolicy::BOGUS));
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// Build the state output map
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outputs_[INITIAL] = CLOSE;
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outputs_[VALID] = RESTORE | OKAY | CANCEL;
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outputs_[INVALID] = RESTORE | CANCEL;
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// Build the state machine one state at a time
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// NOTE: Since CANCEL and HIDE always go to INITIAL they are
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// left out of the state machine and handled explicitly
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// in input()
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//
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// State::INITIAL
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state_machine_[INITIAL][SMI_READ_ONLY] = INITIAL;
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state_machine_[INITIAL][SMI_READ_WRITE] = INITIAL;
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state_machine_[INITIAL][SMI_VALID] = VALID;
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state_machine_[INITIAL][SMI_INVALID] = INVALID;
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// State::VALID
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state_machine_[VALID][SMI_VALID] = VALID;
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state_machine_[VALID][SMI_READ_ONLY] = VALID;
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state_machine_[VALID][SMI_READ_WRITE] = VALID;
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state_machine_[VALID][SMI_INVALID] = INVALID;
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state_machine_[VALID][SMI_OKAY] = INITIAL;
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state_machine_[VALID][SMI_RESTORE] = INITIAL;
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// State::INVALID
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state_machine_[INVALID][SMI_VALID] = VALID;
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state_machine_[INVALID][SMI_INVALID] = INVALID;
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state_machine_[INVALID][SMI_READ_ONLY] = INVALID;
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state_machine_[INVALID][SMI_READ_WRITE] = INVALID;
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state_machine_[INVALID][SMI_RESTORE] = INITIAL;
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}
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void ButtonPolicy::initOkCancelReadOnly()
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{
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outputs_ = StateOutputs(RO_INVALID + 1, ButtonPolicy::ALL_BUTTONS);
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state_machine_ = StateMachine(RO_INVALID + 1,
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StateArray(int(SMI_TOTAL), ButtonPolicy::BOGUS));
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// Build the state output map
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outputs_[INITIAL] = CLOSE;
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outputs_[VALID] = RESTORE | OKAY | CANCEL;
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outputs_[INVALID] = RESTORE | CANCEL;
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outputs_[RO_INITIAL] = CLOSE;
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outputs_[RO_VALID] = RESTORE | CANCEL;
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outputs_[RO_INVALID] = RESTORE | CANCEL;
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// Build the state machine one state at a time
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// NOTE: Since CANCEL and HIDE always go to INITIAL they are
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// left out of the state machine and handled explicitly
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// in input()
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//
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// State::INITIAL
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state_machine_[INITIAL][SMI_READ_WRITE] = INITIAL;
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state_machine_[INITIAL][SMI_VALID] = VALID;
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state_machine_[INITIAL][SMI_INVALID] = INVALID;
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state_machine_[INITIAL][SMI_READ_ONLY] = RO_INITIAL;
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// State::VALID
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state_machine_[VALID][SMI_VALID] = VALID;
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state_machine_[VALID][SMI_READ_WRITE] = VALID;
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state_machine_[VALID][SMI_INVALID] = INVALID;
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state_machine_[VALID][SMI_OKAY] = INITIAL;
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state_machine_[VALID][SMI_RESTORE] = INITIAL;
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state_machine_[VALID][SMI_READ_ONLY] = RO_VALID;
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// State::INVALID
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state_machine_[INVALID][SMI_INVALID] = INVALID;
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state_machine_[INVALID][SMI_READ_WRITE] = INVALID;
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state_machine_[INVALID][SMI_VALID] = VALID;
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state_machine_[INVALID][SMI_RESTORE] = INITIAL;
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state_machine_[INVALID][SMI_READ_ONLY] = RO_INVALID;
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// State::RO_INITIAL
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state_machine_[RO_INITIAL][SMI_READ_ONLY] = RO_INITIAL;
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state_machine_[RO_INITIAL][SMI_VALID] = RO_VALID;
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state_machine_[RO_INITIAL][SMI_INVALID] = RO_INVALID;
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state_machine_[RO_INITIAL][SMI_READ_WRITE] = INITIAL;
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// State::RO_VALID
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state_machine_[RO_VALID][SMI_VALID] = RO_VALID;
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state_machine_[RO_VALID][SMI_READ_ONLY] = RO_VALID;
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state_machine_[RO_VALID][SMI_INVALID] = RO_INVALID;
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state_machine_[RO_VALID][SMI_READ_WRITE] = VALID;
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state_machine_[RO_VALID][SMI_RESTORE] = RO_INITIAL;
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// State::RO_INVALID
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state_machine_[RO_INVALID][SMI_READ_ONLY] = RO_INVALID;
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state_machine_[RO_INVALID][SMI_INVALID] = RO_INVALID;
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state_machine_[RO_INVALID][SMI_VALID] = RO_VALID;
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state_machine_[RO_INVALID][SMI_READ_WRITE] = INVALID;
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state_machine_[RO_INVALID][SMI_RESTORE] = RO_INITIAL;
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}
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void ButtonPolicy::initNoRepeatedApplyReadOnly()
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{
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outputs_ = StateOutputs(RO_INVALID + 1, ButtonPolicy::ALL_BUTTONS);
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state_machine_ = StateMachine(RO_INVALID + 1,
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StateArray(int(SMI_TOTAL), ButtonPolicy::BOGUS));
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// Build the state output map
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outputs_[INITIAL] = CLOSE;
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outputs_[VALID] = RESTORE | OKAY | APPLY | CANCEL;
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outputs_[INVALID] = RESTORE | CANCEL;
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outputs_[RO_INITIAL] = CLOSE;
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outputs_[RO_VALID] = RESTORE | CANCEL;
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outputs_[RO_INVALID] = RESTORE | CANCEL;
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// Build the state machine one state at a time
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// NOTE: Since CANCEL and HIDE always go to INITIAL they are
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// left out of the state machine and handled explicitly
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// in input()
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//
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// State::INITIAL
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state_machine_[INITIAL][SMI_READ_WRITE] = INITIAL;
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state_machine_[INITIAL][SMI_VALID] = VALID;
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state_machine_[INITIAL][SMI_INVALID] = INVALID;
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state_machine_[INITIAL][SMI_READ_ONLY] = RO_INITIAL;
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// State::VALID
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state_machine_[VALID][SMI_VALID] = VALID;
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state_machine_[VALID][SMI_READ_WRITE] = VALID;
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state_machine_[VALID][SMI_INVALID] = INVALID;
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state_machine_[VALID][SMI_OKAY] = INITIAL;
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state_machine_[VALID][SMI_APPLY] = INITIAL;
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state_machine_[VALID][SMI_RESTORE] = INITIAL;
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state_machine_[VALID][SMI_READ_ONLY] = RO_VALID;
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// State::INVALID
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state_machine_[INVALID][SMI_INVALID] = INVALID;
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state_machine_[INVALID][SMI_READ_WRITE] = INVALID;
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state_machine_[INVALID][SMI_VALID] = VALID;
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state_machine_[INVALID][SMI_RESTORE] = INITIAL;
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state_machine_[INVALID][SMI_READ_ONLY] = RO_INVALID;
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// State::RO_INITIAL
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state_machine_[RO_INITIAL][SMI_READ_ONLY] = RO_INITIAL;
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state_machine_[RO_INITIAL][SMI_VALID] = RO_VALID;
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state_machine_[RO_INITIAL][SMI_INVALID] = RO_INVALID;
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state_machine_[RO_INITIAL][SMI_READ_WRITE] = INITIAL;
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// State::RO_VALID
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state_machine_[RO_VALID][SMI_VALID] = RO_VALID;
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state_machine_[RO_VALID][SMI_READ_ONLY] = RO_VALID;
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state_machine_[RO_VALID][SMI_INVALID] = RO_INVALID;
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state_machine_[RO_VALID][SMI_READ_WRITE] = VALID;
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state_machine_[RO_VALID][SMI_RESTORE] = RO_INITIAL;
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// State::RO_INVALID
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state_machine_[RO_INVALID][SMI_INVALID] = RO_INVALID;
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state_machine_[RO_INVALID][SMI_READ_ONLY] = RO_INVALID;
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state_machine_[RO_INVALID][SMI_VALID] = RO_VALID;
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state_machine_[RO_INVALID][SMI_READ_WRITE] = INVALID;
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state_machine_[RO_INVALID][SMI_RESTORE] = RO_INITIAL;
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}
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void ButtonPolicy::initOkApplyCancelReadOnly()
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{
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outputs_ = StateOutputs(RO_APPLIED + 1, ButtonPolicy::ALL_BUTTONS);
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state_machine_ = StateMachine(RO_APPLIED + 1,
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StateArray(int(SMI_TOTAL), ButtonPolicy::BOGUS));
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// Build the state output map
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outputs_[INITIAL] = CLOSE;
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outputs_[VALID] = RESTORE | OKAY | APPLY | CANCEL;
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outputs_[INVALID] = RESTORE | CANCEL;
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outputs_[APPLIED] = OKAY | APPLY | CLOSE;
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outputs_[RO_INITIAL] = CLOSE;
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outputs_[RO_VALID] = RESTORE | CANCEL;
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outputs_[RO_INVALID] = RESTORE | CANCEL;
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outputs_[RO_APPLIED] = CLOSE;
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// Build the state machine one state at a time
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// NOTE: Since CANCEL and HIDE always go to INITIAL they are
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// left out of the state machine and handled explicitly
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// in input()
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//
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// State::INITIAL
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state_machine_[INITIAL][SMI_READ_WRITE] = INITIAL;
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state_machine_[INITIAL][SMI_VALID] = VALID;
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state_machine_[INITIAL][SMI_INVALID] = INVALID;
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state_machine_[INITIAL][SMI_READ_ONLY] = RO_INITIAL;
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// State::VALID
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state_machine_[VALID][SMI_VALID] = VALID;
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state_machine_[VALID][SMI_READ_WRITE] = VALID;
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state_machine_[VALID][SMI_INVALID] = INVALID;
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state_machine_[VALID][SMI_OKAY] = INITIAL;
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state_machine_[VALID][SMI_RESTORE] = INITIAL;
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state_machine_[VALID][SMI_APPLY] = APPLIED;
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state_machine_[VALID][SMI_READ_ONLY] = RO_VALID;
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// State::INVALID
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state_machine_[INVALID][SMI_INVALID] = INVALID;
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state_machine_[INVALID][SMI_READ_WRITE] = INVALID;
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state_machine_[INVALID][SMI_VALID] = VALID;
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state_machine_[INVALID][SMI_RESTORE] = INITIAL;
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state_machine_[INVALID][SMI_READ_ONLY] = RO_INVALID;
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// State::APPLIED
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state_machine_[APPLIED][SMI_APPLY] = APPLIED;
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state_machine_[APPLIED][SMI_READ_WRITE] = APPLIED;
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state_machine_[APPLIED][SMI_VALID] = VALID;
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state_machine_[APPLIED][SMI_INVALID] = INVALID;
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state_machine_[APPLIED][SMI_OKAY] = INITIAL;
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state_machine_[APPLIED][SMI_READ_ONLY] = RO_APPLIED;
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// State::RO_INITIAL
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state_machine_[RO_INITIAL][SMI_READ_ONLY] = RO_INITIAL;
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state_machine_[RO_INITIAL][SMI_VALID] = RO_VALID;
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state_machine_[RO_INITIAL][SMI_INVALID] = RO_INVALID;
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state_machine_[RO_INITIAL][SMI_READ_WRITE] = INITIAL;
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// State::RO_VALID
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state_machine_[RO_VALID][SMI_VALID] = RO_VALID;
|
|
state_machine_[RO_VALID][SMI_READ_ONLY] = RO_VALID;
|
|
state_machine_[RO_VALID][SMI_INVALID] = RO_INVALID;
|
|
state_machine_[RO_VALID][SMI_READ_WRITE] = VALID;
|
|
state_machine_[RO_VALID][SMI_RESTORE] = RO_INITIAL;
|
|
// State::RO_INVALID
|
|
state_machine_[RO_INVALID][SMI_INVALID] = RO_INVALID;
|
|
state_machine_[RO_INVALID][SMI_READ_ONLY] = RO_INVALID;
|
|
state_machine_[RO_INVALID][SMI_VALID] = RO_VALID;
|
|
state_machine_[RO_INVALID][SMI_READ_WRITE] = INVALID;
|
|
state_machine_[RO_INVALID][SMI_RESTORE] = RO_INITIAL;
|
|
// State::RO_APPLIED
|
|
state_machine_[RO_APPLIED][SMI_READ_ONLY] = RO_APPLIED;
|
|
state_machine_[RO_APPLIED][SMI_INVALID] = RO_INVALID;
|
|
state_machine_[RO_APPLIED][SMI_VALID] = RO_VALID;
|
|
state_machine_[RO_APPLIED][SMI_READ_WRITE] = APPLIED;
|
|
}
|
|
|
|
|
|
void ButtonPolicy::initOkApplyCancel()
|
|
{
|
|
outputs_ = StateOutputs(APPLIED + 1, ButtonPolicy::ALL_BUTTONS);
|
|
state_machine_ = StateMachine(APPLIED + 1,
|
|
StateArray(int(SMI_TOTAL), ButtonPolicy::BOGUS));
|
|
|
|
// Build the state output map
|
|
outputs_[INITIAL] = CLOSE;
|
|
outputs_[VALID] = RESTORE | OKAY | APPLY | CANCEL;
|
|
outputs_[INVALID] = RESTORE | CANCEL;
|
|
outputs_[APPLIED] = OKAY | APPLY | CLOSE;
|
|
|
|
// Build the state machine one state at a time
|
|
// NOTE: Since CANCEL and HIDE always go to INITIAL they are
|
|
// left out of the state machine and handled explicitly
|
|
// in input()
|
|
//
|
|
// State::INITIAL
|
|
state_machine_[INITIAL][SMI_READ_ONLY] = INITIAL;
|
|
state_machine_[INITIAL][SMI_READ_WRITE] = INITIAL;
|
|
state_machine_[INITIAL][SMI_VALID] = VALID;
|
|
state_machine_[INITIAL][SMI_INVALID] = INVALID;
|
|
// State::VALID
|
|
state_machine_[VALID][SMI_VALID] = VALID;
|
|
state_machine_[VALID][SMI_READ_ONLY] = VALID;
|
|
state_machine_[VALID][SMI_READ_WRITE] = VALID;
|
|
state_machine_[VALID][SMI_INVALID] = INVALID;
|
|
state_machine_[VALID][SMI_OKAY] = INITIAL;
|
|
state_machine_[VALID][SMI_RESTORE] = INITIAL;
|
|
state_machine_[VALID][SMI_APPLY] = APPLIED;
|
|
// State::INVALID
|
|
state_machine_[INVALID][SMI_INVALID] = INVALID;
|
|
state_machine_[INVALID][SMI_READ_ONLY] = INVALID;
|
|
state_machine_[INVALID][SMI_READ_WRITE] = INVALID;
|
|
state_machine_[INVALID][SMI_VALID] = VALID;
|
|
state_machine_[INVALID][SMI_RESTORE] = INITIAL;
|
|
// State::APPLIED
|
|
state_machine_[APPLIED][SMI_APPLY] = APPLIED;
|
|
state_machine_[APPLIED][SMI_READ_ONLY] = APPLIED;
|
|
state_machine_[APPLIED][SMI_READ_WRITE] = APPLIED;
|
|
state_machine_[APPLIED][SMI_VALID] = VALID;
|
|
state_machine_[APPLIED][SMI_INVALID] = INVALID;
|
|
state_machine_[APPLIED][SMI_OKAY] = INITIAL;
|
|
}
|
|
|
|
|
|
void ButtonPolicy::initNoRepeatedApply()
|
|
{
|
|
outputs_ = StateOutputs(INVALID + 1, ButtonPolicy::ALL_BUTTONS);
|
|
state_machine_ = StateMachine(INVALID + 1,
|
|
StateArray(int(SMI_TOTAL), ButtonPolicy::BOGUS));
|
|
|
|
// Build the state output map
|
|
outputs_[INITIAL] = CLOSE;
|
|
outputs_[VALID] = RESTORE | OKAY | APPLY | CANCEL;
|
|
outputs_[INVALID] = RESTORE | CANCEL;
|
|
|
|
// Build the state machine one state at a time
|
|
// NOTE: Since CANCEL and HIDE always go to INITIAL they are
|
|
// left out of the state machine and handled explicitly
|
|
// in input()
|
|
//
|
|
// State::INITIAL
|
|
state_machine_[INITIAL][SMI_READ_ONLY] = INITIAL;
|
|
state_machine_[INITIAL][SMI_READ_WRITE] = INITIAL;
|
|
state_machine_[INITIAL][SMI_VALID] = VALID;
|
|
state_machine_[INITIAL][SMI_INVALID] = INVALID;
|
|
// State::VALID
|
|
state_machine_[VALID][SMI_VALID] = VALID;
|
|
state_machine_[VALID][SMI_READ_ONLY] = VALID;
|
|
state_machine_[VALID][SMI_READ_WRITE] = VALID;
|
|
state_machine_[VALID][SMI_INVALID] = INVALID;
|
|
state_machine_[VALID][SMI_OKAY] = INITIAL;
|
|
state_machine_[VALID][SMI_APPLY] = INITIAL;
|
|
state_machine_[VALID][SMI_RESTORE] = INITIAL;
|
|
// State::INVALID
|
|
state_machine_[INVALID][SMI_INVALID] = INVALID;
|
|
state_machine_[INVALID][SMI_READ_ONLY] = INVALID;
|
|
state_machine_[INVALID][SMI_READ_WRITE] = INVALID;
|
|
state_machine_[INVALID][SMI_VALID] = VALID;
|
|
state_machine_[INVALID][SMI_RESTORE] = INITIAL;
|
|
}
|
|
|
|
|
|
ostream & operator<<(ostream & os, ButtonPolicy::State st)
|
|
{
|
|
return os << int(st);
|
|
}
|
|
|
|
|
|
ostream & operator<<(ostream & os, ButtonPolicy::SMInput smi)
|
|
{
|
|
return os << int(smi);
|
|
}
|
|
|
|
|
|
} // namespace frontend
|
|
} // namespace lyx
|