//
// Initialize the dialog based on the information the class was initialized with
//
BOOLEAN AddEditExemptionDialog::OnInit()
{
BOOLEAN UseDefaults = TRUE;
LPTSTR PathLabelText = NULL;
// ADDEDIT_EXEMPTION_LABEL_PATH
// ADDEDIT_EXEMPTION_EDIT_PATH
// ADDEDIT_EXEMPTION_BUTTON_FIND
// ADDEDIT_EXEMPTION_CHECK_RANDALLOC
// ADDEDIT_EXEMPTION_CHECK_RANDIMAGE
// ADDEDIT_EXEMPTION_BUTTON_OK
// ADDEDIT_EXEMPTION_BUTTON_CANCEL
UpdateControlText(
ADDEDIT_EXEMPTION_CHECK_RANDALLOC,
IDS_DISABLE_RANDALLOC);
UpdateControlText(
ADDEDIT_EXEMPTION_CHECK_RANDIMAGE,
IDS_DISABLE_RANDIMAGE);
UpdateControlText(
ADDEDIT_EXEMPTION_CHECK_NRE_SEH,
IDS_DISABLE_NRE_SEH);
UpdateControlText(
ADDEDIT_EXEMPTION_CHECK_NRE_STACK,
IDS_DISABLE_NRE_STACK);
UpdateControlText(
ADDEDIT_EXEMPTION_CHECK_NRE_FORMAT,
IDS_DISABLE_NRE_FORMAT);
//
// Set the path label
//
switch (Type)
{
case ApplicationExemption:
PathLabelText = Locale::LoadStringDefault(
IDS_APPLICATION_PATH_TO_EXEMPT,
TEXT("Application executable path to exempt:"));
break;
case DirectoryExemption:
PathLabelText = Locale::LoadStringDefault(
IDS_DIRECTORY_PATH_TO_EXEMPT,
TEXT("Directory path to exempt:"));
break;
case ImageFileExemption:
PathLabelText = Locale::LoadStringDefault(
IDS_IMAGE_FILE_PATH_TO_EXEMPT,
TEXT("Image file path to exempt:"));
break;
default:
break;
}
if (PathLabelText)
{
HWND PathLabelWindow = GetControl(
ADDEDIT_EXEMPTION_LABEL_PATH);
SendMessage(
PathLabelWindow,
WM_SETTEXT,
NULL,
(LPARAM)(LPTSTR)PathLabelText);
Locale::FreeString(
PathLabelText);
}
//
// Set the edit path if we were supplied an NT path and get information about
// it
//
if (NtFilePath)
{
LPTSTR EditTitleText = NULL;
DWORD Result;
HWND PathEditWindow = GetControl(
ADDEDIT_EXEMPTION_EDIT_PATH);
SendMessage(
PathEditWindow,
WM_SETTEXT,
NULL,
(LPARAM)(LPTSTR)NtFilePath);
if ((Result = Config::GetExemptionInfo(
Scope,
Type,
NtFilePath,
&Flags)) == ERROR_SUCCESS)
{
ModifyCheck(
ADDEDIT_EXEMPTION_CHECK_RANDALLOC,
(Flags & EXEMPT_MEMORY_ALLOCATIONS)
? TRUE : FALSE);
ModifyCheck(
ADDEDIT_EXEMPTION_CHECK_RANDIMAGE,
(Flags & EXEMPT_IMAGE_FILES)
? TRUE : FALSE);
ModifyCheck(
ADDEDIT_EXEMPTION_CHECK_NRE_SEH,
(Flags & EXEMPT_NRE_SEH)
? TRUE : FALSE);
ModifyCheck(
ADDEDIT_EXEMPTION_CHECK_NRE_STACK,
(Flags & EXEMPT_NRE_STACK)
? TRUE : FALSE);
ModifyCheck(
ADDEDIT_EXEMPTION_CHECK_NRE_FORMAT,
(Flags & EXEMPT_NRE_FORMAT)
? TRUE : FALSE);
UseDefaults = FALSE;
}
EditTitleText = Locale::LoadStringDefault(
IDS_EDIT_EXEMPTION,
TEXT("Edit Exemption"));
if (EditTitleText)
{
SendMessage(
GetWindow(),
WM_SETTEXT,
0,
(LPARAM)(LPTSTR)EditTitleText);
Locale::FreeString(
EditTitleText);
}
//
// Don't allow the editing of the path
//
EnableControl(
ADDEDIT_EXEMPTION_EDIT_PATH,
FALSE);
EnableControl(
ADDEDIT_EXEMPTION_BUTTON_FIND,
FALSE);
}
else
{
LPTSTR AddTitleText = Locale::LoadStringDefault(
IDS_ADD_EXEMPTION,
TEXT("Add Exemption"));
if (AddTitleText)
{
SendMessage(
GetWindow(),
WM_SETTEXT,
0,
(LPARAM)(LPTSTR)AddTitleText);
Locale::FreeString(
AddTitleText);
}
}
//
// If we should use the default check state...
//
if (UseDefaults)
{
//
// Initialize the check state
//
if ((Type == ApplicationExemption) ||
(Type == DirectoryExemption))
{
ModifyCheck(
ADDEDIT_EXEMPTION_CHECK_RANDALLOC,
TRUE);
ModifyCheck(
ADDEDIT_EXEMPTION_CHECK_RANDIMAGE,
TRUE);
}
else
{
ModifyCheck(
ADDEDIT_EXEMPTION_CHECK_RANDIMAGE,
TRUE);
}
}
//
// If it's not an application exemption, disable the NRE protection
// mechanisms.
//
if (Type != ApplicationExemption)
{
EnableControl(
ADDEDIT_EXEMPTION_CHECK_NRE_SEH,
FALSE);
EnableControl(
ADDEDIT_EXEMPTION_CHECK_NRE_STACK,
FALSE);
EnableControl(
ADDEDIT_EXEMPTION_CHECK_NRE_FORMAT,
FALSE);
}
//
// Otherwise, if it is an application exemption and we should use defaults,
// check all three of them.
//
else if (UseDefaults)
{
ModifyCheck(
ADDEDIT_EXEMPTION_CHECK_NRE_SEH,
FALSE);
ModifyCheck(
ADDEDIT_EXEMPTION_CHECK_NRE_STACK,
FALSE);
ModifyCheck(
ADDEDIT_EXEMPTION_CHECK_NRE_FORMAT,
FALSE);
}
//
// If it's an image file exemption, disable the randomized allocations check
// as it's not applicable
//
if (Type == ImageFileExemption)
{
EnableControl(
ADDEDIT_EXEMPTION_CHECK_RANDALLOC,
FALSE);
}
return TRUE;
}
void EffectDistortion::UpdateUI()
{
// set control text and names to match distortion type
switch (mParams.mTableChoiceIndx)
{
case kHardClip:
UpdateControlText(mThresholdT, mOldThresholdTxt, true);
UpdateControlText(mNoiseFloorT, mOldmNoiseFloorTxt, false);
UpdateControlText(mParam1T, mOldParam1Txt, true);
UpdateControlText(mParam2T, mOldParam2Txt, true);
UpdateControlText(mRepeatsT, mOldRepeatsTxt, false);
UpdateControl(ID_Threshold, true, _("Clipping level"));
UpdateControl(ID_NoiseFloor, false, defaultLabel[1]);
UpdateControl(ID_Param1, true, _("Drive"));
UpdateControl(ID_Param2, true, _("Make-up Gain"));
UpdateControl(ID_Repeats, false, defaultLabel[4]);
UpdateControl(ID_DCBlock, false, wxEmptyString);
break;
case kSoftClip:
UpdateControlText(mThresholdT, mOldThresholdTxt, true);
UpdateControlText(mNoiseFloorT, mOldmNoiseFloorTxt, false);
UpdateControlText(mParam1T, mOldParam1Txt, true);
UpdateControlText(mParam2T, mOldParam2Txt, true);
UpdateControlText(mRepeatsT, mOldRepeatsTxt, false);
UpdateControl(ID_Threshold, true, _("Clipping threshold"));
UpdateControl(ID_NoiseFloor, false, defaultLabel[1]);
UpdateControl(ID_Param1, true, _("Hardness"));
UpdateControl(ID_Param2, true, _("Make-up Gain"));
UpdateControl(ID_Repeats, false, defaultLabel[4]);
UpdateControl(ID_DCBlock, false, wxEmptyString);
break;
case kHalfSinCurve:
UpdateControlText(mThresholdT, mOldThresholdTxt, false);
UpdateControlText(mNoiseFloorT, mOldmNoiseFloorTxt, false);
UpdateControlText(mParam1T, mOldParam1Txt, true);
UpdateControlText(mParam2T, mOldParam2Txt, true);
UpdateControlText(mRepeatsT, mOldRepeatsTxt, false);
UpdateControl(ID_Threshold, false, defaultLabel[0]);
UpdateControl(ID_NoiseFloor, false, defaultLabel[1]);
UpdateControl(ID_Param1, true, _("Distortion amount"));
UpdateControl(ID_Param2, true, _("Output level"));
UpdateControl(ID_Repeats, false, defaultLabel[4]);
UpdateControl(ID_DCBlock, false, wxEmptyString);
break;
case kExpCurve:
UpdateControlText(mThresholdT, mOldThresholdTxt, false);
UpdateControlText(mNoiseFloorT, mOldmNoiseFloorTxt, false);
UpdateControlText(mParam1T, mOldParam1Txt, true);
UpdateControlText(mParam2T, mOldParam2Txt, true);
UpdateControlText(mRepeatsT, mOldRepeatsTxt, false);
UpdateControl(ID_Threshold, false, defaultLabel[0]);
UpdateControl(ID_NoiseFloor, false, defaultLabel[1]);
UpdateControl(ID_Param1, true, _("Distortion amount"));
UpdateControl(ID_Param2, true, _("Output level"));
UpdateControl(ID_Repeats, false, defaultLabel[4]);
UpdateControl(ID_DCBlock, false, wxEmptyString);
break;
case kLogCurve:
UpdateControlText(mThresholdT, mOldThresholdTxt, false);
UpdateControlText(mNoiseFloorT, mOldmNoiseFloorTxt, false);
UpdateControlText(mParam1T, mOldParam1Txt, true);
UpdateControlText(mParam2T, mOldParam2Txt, true);
UpdateControlText(mRepeatsT, mOldRepeatsTxt, false);
UpdateControl(ID_Threshold, false, defaultLabel[0]);
UpdateControl(ID_NoiseFloor, false, defaultLabel[1]);
UpdateControl(ID_Param1, true, _("Distortion amount"));
UpdateControl(ID_Param2, true, _("Output level"));
UpdateControl(ID_Repeats, false, defaultLabel[4]);
UpdateControl(ID_DCBlock, false, wxEmptyString);
break;
case kCubic:
UpdateControlText(mThresholdT, mOldThresholdTxt, false);
UpdateControlText(mNoiseFloorT, mOldmNoiseFloorTxt, false);
UpdateControlText(mParam1T, mOldParam1Txt, true);
UpdateControlText(mParam2T, mOldParam2Txt, true);
UpdateControlText(mRepeatsT, mOldRepeatsTxt, true);
UpdateControl(ID_Threshold, false, defaultLabel[0]);
UpdateControl(ID_NoiseFloor, false, defaultLabel[1]);
UpdateControl(ID_Param1, true, _("Distortion amount"));
UpdateControl(ID_Param2, true, _("Output level"));
UpdateControl(ID_Repeats, true, _("Repeat processing"));
UpdateControl(ID_DCBlock, false, wxEmptyString);
break;
case kEvenHarmonics:
UpdateControlText(mThresholdT, mOldThresholdTxt, false);
UpdateControlText(mNoiseFloorT, mOldmNoiseFloorTxt, false);
UpdateControlText(mParam1T, mOldParam1Txt, true);
UpdateControlText(mParam2T, mOldParam2Txt, true);
UpdateControlText(mRepeatsT, mOldRepeatsTxt, false);
UpdateControl(ID_Threshold, false, defaultLabel[0]);
UpdateControl(ID_NoiseFloor, false, defaultLabel[1]);
UpdateControl(ID_Param1, true, _("Distortion amount"));
UpdateControl(ID_Param2, true, _("Harmonic brightness"));
UpdateControl(ID_Repeats, false, defaultLabel[4]);
UpdateControl(ID_DCBlock, true, wxEmptyString);
break;
case kSinCurve:
UpdateControlText(mThresholdT, mOldThresholdTxt, false);
UpdateControlText(mNoiseFloorT, mOldmNoiseFloorTxt, false);
UpdateControlText(mParam1T, mOldParam1Txt, true);
UpdateControlText(mParam2T, mOldParam2Txt, true);
UpdateControlText(mRepeatsT, mOldRepeatsTxt, false);
UpdateControl(ID_Threshold, false, defaultLabel[0]);
UpdateControl(ID_NoiseFloor, false, defaultLabel[1]);
UpdateControl(ID_Param1, true, _("Distortion amount"));
UpdateControl(ID_Param2, true, _("Output level"));
UpdateControl(ID_Repeats, false, defaultLabel[4]);
UpdateControl(ID_DCBlock, false, wxEmptyString);
break;
case kLeveller:
UpdateControlText(mThresholdT, mOldThresholdTxt, false);
UpdateControlText(mNoiseFloorT, mOldmNoiseFloorTxt, true);
UpdateControlText(mParam1T, mOldParam1Txt, true);
UpdateControlText(mParam2T, mOldParam2Txt, false);
UpdateControlText(mRepeatsT, mOldRepeatsTxt, true);
UpdateControl(ID_Threshold, false, defaultLabel[0]);
UpdateControl(ID_NoiseFloor, true, defaultLabel[1]);
UpdateControl(ID_Param1, true, _("Levelling fine adjustment"));
UpdateControl(ID_Param2, false, defaultLabel[3]);
UpdateControl(ID_Repeats, true, _("Degree of Levelling"));
UpdateControl(ID_DCBlock, false, wxEmptyString);
break;
case kRectifier:
UpdateControlText(mThresholdT, mOldThresholdTxt, false);
UpdateControlText(mNoiseFloorT, mOldmNoiseFloorTxt, false);
UpdateControlText(mParam1T, mOldParam1Txt, true);
UpdateControlText(mParam2T, mOldParam2Txt, false);
UpdateControlText(mRepeatsT, mOldRepeatsTxt, false);
UpdateControl(ID_Threshold, false, defaultLabel[0]);
UpdateControl(ID_NoiseFloor, false, defaultLabel[1]);
UpdateControl(ID_Param1, true, _("Distortion amount"));
UpdateControl(ID_Param2, false, defaultLabel[3]);
UpdateControl(ID_Repeats, false, defaultLabel[4]);
UpdateControl(ID_DCBlock, true, wxEmptyString);
break;
case kHardLimiter:
UpdateControlText(mThresholdT, mOldThresholdTxt, true);
UpdateControlText(mNoiseFloorT, mOldmNoiseFloorTxt, false);
UpdateControlText(mParam1T, mOldParam1Txt, true);
UpdateControlText(mParam2T, mOldParam2Txt, true);
UpdateControlText(mRepeatsT, mOldRepeatsTxt, false);
UpdateControl(ID_Threshold, true, _("dB Limit"));
UpdateControl(ID_NoiseFloor, false, defaultLabel[1]);
UpdateControl(ID_Param1, true, _("Wet level"));
UpdateControl(ID_Param2, true, _("Residual level"));
UpdateControl(ID_Repeats, false, defaultLabel[4]);
UpdateControl(ID_DCBlock, false, wxEmptyString);
break;
default:
UpdateControl(ID_Threshold, true, defaultLabel[0]);
UpdateControl(ID_NoiseFloor, true, defaultLabel[1]);
UpdateControl(ID_Param1, true, defaultLabel[2]);
UpdateControl(ID_Param2, true, defaultLabel[3]);
UpdateControl(ID_Repeats, true, defaultLabel[4]);
UpdateControl(ID_DCBlock, false, wxEmptyString);
}
}
