void CPDF_StreamContentParser::Handle_SetLineCap() {
m_pCurStates->m_GraphState.GetModify()->m_LineCap =
(CFX_GraphStateData::LineCap)GetInteger(0);
}
/**
* Subtraction operator, subtracts from the current
* @param other the IntegerData to subtract
*/
virtual void operator-=(const IntegerData *other)
{
Reset();
_integer.operator-=(GetInteger(other));
}
/**
* Add operator, produces a new Integer
* @param other the Integer to add
*/
virtual IntegerData *Add(const IntegerData *other) const
{
return new CppIntegerData(_integer.Plus(GetInteger(other)));
}
/**
* Subtraction operator, produces a new Integer
* @param multiplicand the Integer to multiply this
*/
virtual IntegerData *Multiply(const IntegerData *multiplicand) const
{
return new CppIntegerData(_integer.Times(GetInteger(multiplicand)));
}
/**
* Exponentiating operator
* @param pow raise this to other
*/
virtual IntegerData *Pow(const IntegerData *pow,
const IntegerData *mod) const
{
return new CppIntegerData(a_exp_b_mod_c(_integer,
GetInteger(pow), GetInteger(mod)));
}
QByteArray CompositeIntegerGroup::ElementToByteArray(const Element &a) const
{
return GetInteger(a).GetByteArray();
}
/// --- Limits ---
Limits::Limits( Context* context ) :
m_Context(context)
{
maxColorAttachments = GetInteger(GL_MAX_COLOR_ATTACHMENTS);
maxDrawBuffers = GetInteger(GL_MAX_DRAW_BUFFERS);
maxVertexTextureUnits = GetInteger(GL_MAX_VERTEX_TEXTURE_IMAGE_UNITS);
maxFragmentTextureUnits = GetInteger(GL_MAX_TEXTURE_IMAGE_UNITS);
maxCombinedTextureUnits = GetInteger(GL_MAX_COMBINED_TEXTURE_IMAGE_UNITS);
maxTextureSize[TextureType_1D] = GetInteger(GL_MAX_TEXTURE_SIZE);
maxTextureSize[TextureType_2D] = GetInteger(GL_MAX_TEXTURE_SIZE);
maxTextureSize[TextureType_3D] = GetInteger(GL_MAX_3D_TEXTURE_SIZE);
maxTextureSize[TextureType_Rect] = GetInteger(GL_MAX_RECTANGLE_TEXTURE_SIZE);
maxTextureSize[TextureType_CubeMap] = GetInteger(GL_MAX_CUBE_MAP_TEXTURE_SIZE);
maxTextureCoords = GetInteger(GL_MAX_TEXTURE_COORDS);
maxVertexAttributes = GetInteger(GL_MAX_VERTEX_ATTRIBS);
if (GLEW_EXT_texture_filter_anisotropic)
maxTextureAnisotropy = GetFloat(GL_MAX_TEXTURE_MAX_ANISOTROPY_EXT);
else
maxTextureAnisotropy = 1.f;
// print();
}
// 生成 CPack 包
BOOL CommFormPackFunc(int nFunction, char *buffer, CSList *plist, void *pvoid, int DestNO)
{
ST_CPACK_C *pstpack=(ST_CPACK_C *)pvoid;
//memset(&(pstpack->pack),0,sizeof(ST_PACKDATA_C));
char sOldAppendPwd1[9]="", sOldAppendPwd2[9]="";
char sNewAppendPwd1[9]="", sNewAppendPwd2[9]="";
char sAccountsId[22] = ""; // 转换以后的帐号
int iLen=0;
int tmp = 0;
switch(nFunction)
{
case 11://交易明细查询 847184
/*
1. 功能号：11
2. 发起地址
3. 保留
4. 暂时不用（填空）
5. 卡号
6. 货币代码
7. 起始日期
8. 终止日期
9. 索引流水号
10. 最多返回数量 - 10条
11. 委托方式
*/
tmp = GetInteger(plist->GetAt(7));
AddFieldI_C(pstpack, F_LVOL0, tmp); // 卡号
AddField_C(pstpack, F_SDATE0, plist->GetAt(9)); // 起始日期
AddField_C(pstpack, F_SDATE1, plist->GetAt(10)); // 结束日期
tmp = GetInteger(plist->GetAt(12));
AddFieldI_C(pstpack, F_LVOL1, tmp); // 查询返回记录数
return TRUE;
case 12: // 挂失卡 847102
/*
1. 功能号：12
2. 发起地址
3. 保留
4. 暂时不用（填空）
5. 卡号
6. 密码
7. 客户号
8. 委托方式
*/
// TODO : 修改挂失的限制
tmp = GetInteger(plist->GetAt(7));
AddFieldI_C(pstpack, F_LVOL1, tmp); // 卡号
AddField_C(pstpack, F_SCUST_LIMIT, "system");
return TRUE;
case 9: //查询余额 700001
/*
* 1. 功能号 9
* 2. 发起地址
* 3. 货币代码(不用)
* 4. 不用
* 5. 卡号
* 6. 委托方式
*/
tmp = GetInteger(plist->GetAt(7));
AddFieldI_C(pstpack, F_LVOL3, tmp); // 卡号
return TRUE;
case 901: //用户登录 700000
//////////////////////////////////////////////////////////////////////////
// 测试
//AfxMessageBox(plist->GetAt(7));
//////////////////////////////////////////////////////////////////////////
ChangeIdFromPhone(plist->GetAt(7), sAccountsId); // 转换帐号，从数字转字母
AddField_C(pstpack, F_SSTATUS0, plist->GetAt(5)); // 账号类别
//AddField_C(pstpack, F_SCUST_NO, plist->GetAt(7)); // 账号
//////////////////////////////////////////////////////////////////////////
// 测试
//AfxMessageBox(sAccountsId);
//////////////////////////////////////////////////////////////////////////
AddField_C(pstpack, F_SCUST_NO, sAccountsId); // 账号
//AddField_C(pstpack, F_LVOL0, plist->GetAt(7)); // 卡号
AddField_C(pstpack, F_SBANK_PWD, plist->GetAt(8)); // 密码
return TRUE;
}
return FALSE;
}
/**
* Equality operator
* @param other the ElementData to compare
*/
virtual bool operator==(const ElementData *other) const
{
return _integer == GetInteger(other);
}
AInt AnimaRenderer::GetInteger(const char* propertyName)
{
AnimaString str(propertyName, _allocator);
return GetInteger(str);
}
nsresult
nsOperaProfileMigrator::CopySmartKeywords(nsINavBookmarksService* aBMS,
nsIStringBundle* aBundle,
PRInt64 aParentFolder)
{
nsresult rv;
nsCOMPtr<nsIFile> smartKeywords;
mOperaProfile->Clone(getter_AddRefs(smartKeywords));
smartKeywords->Append(NS_LITERAL_STRING("search.ini"));
nsCOMPtr<nsILocalFile> lf(do_QueryInterface(smartKeywords));
nsINIParser parser;
if (!lf || NS_FAILED(parser.Init(lf)))
return NS_OK;
nsString sourceNameOpera;
rv = aBundle->GetStringFromName(NS_LITERAL_STRING("sourceNameOpera").get(),
getter_Copies(sourceNameOpera));
NS_ENSURE_SUCCESS(rv, rv);
const PRUnichar* sourceNameStrings[] = { sourceNameOpera.get() };
nsString importedSearchUrlsTitle;
rv = aBundle->FormatStringFromName(NS_LITERAL_STRING("importedSearchURLsFolder").get(),
sourceNameStrings, 1,
getter_Copies(importedSearchUrlsTitle));
NS_ENSURE_SUCCESS(rv, rv);
PRInt64 keywordsFolder;
rv = aBMS->CreateFolder(aParentFolder,
NS_ConvertUTF16toUTF8(importedSearchUrlsTitle),
nsINavBookmarksService::DEFAULT_INDEX,
&keywordsFolder);
NS_ENSURE_SUCCESS(rv, rv);
PRInt32 sectionIndex = 1;
nsCAutoString name, url, keyword;
do {
nsCAutoString section("Search Engine ");
section.AppendInt(sectionIndex++);
rv = parser.GetString(section.get(), "Name", name);
if (NS_FAILED(rv)) {
// No more smart keywords found, stop parsing the file.
break;
}
if (name.IsEmpty())
continue;
rv = parser.GetString(section.get(), "URL", url);
if (NS_FAILED(rv) || url.IsEmpty())
continue;
rv = parser.GetString(section.get(), "Key", keyword);
if (NS_FAILED(rv) || keyword.IsEmpty())
continue;
PRInt32 post;
rv = GetInteger(parser, section.get(), "Is post", &post);
if (NS_SUCCEEDED(rv) && post)
continue;
PRUint32 length = name.Length();
PRInt32 index = 0;
do {
index = name.FindChar('&', index);
if ((PRUint32)index >= length - 2)
break;
// Assume "&&" is an escaped ampersand in the search query title.
if (name.CharAt(index + 1) == '&') {
name.Cut(index, 1);
index += 2;
continue;
}
name.Cut(index, 1);
}
while ((PRUint32)index < length);
nsCOMPtr<nsIURI> uri;
if (NS_FAILED(NS_NewURI(getter_AddRefs(uri), url.get())) || !uri)
continue;
nsCAutoString hostCStr;
uri->GetHost(hostCStr);
NS_ConvertASCIItoUTF16 host(hostCStr);
const PRUnichar* descStrings[] = { NS_ConvertUTF8toUTF16(keyword).get(),
host.get() };
nsString keywordDesc;
rv = aBundle->FormatStringFromName(NS_LITERAL_STRING("importedSearchUrlDesc").get(),
descStrings, 2,
getter_Copies(keywordDesc));
NS_ENSURE_SUCCESS(rv, rv);
PRInt64 newId;
rv = aBMS->InsertBookmark(keywordsFolder, uri,
nsINavBookmarksService::DEFAULT_INDEX,
name, &newId);
NS_ENSURE_SUCCESS(rv, rv);
rv = aBMS->SetKeywordForBookmark(newId, NS_ConvertUTF8toUTF16(keyword));
NS_ENSURE_SUCCESS(rv, rv);
// TODO Bug 397771: set bookmark description to keywordDesc.
}
while (1);
return rv;
}
CExtGridCellEx* PropertiesBar::AddPropertyItemToTree(CPropItem& item, CExtPropertyItem* pRoot, CString& retStr, PropReturn& Return)
{
CExtGridCellString* pString;
CExtGridCellDropListComboBox* pCombo;
CExtGridCellNumber* pNumber;
CExtGridCellCurrency* pCurr;
CExtGridCellCheckBox* pCheck;
CExtGridCellColor* pColor;
CExtGridCellHyperLink* pLink;
CExtGridCellSlider* pSlider;
CExtGridCellFont* pFont;
switch (item.Type)
{
// Edit
case 0:
{
pString = GetEdit(pRoot);
pString->TextSet(retStr);
return pString;
}
// Static
case 1:
{
pString = GetEdit(pRoot);
pString->TextSet(retStr);
pString->ModifyStyle(__EGCS_READ_ONLY | __EGCS_NO_INPLACE_CONTROL);
return pString;
}
// Button
case 2:
{
pLink = GetHyperLink(pRoot);
pLink->TextSet(item.Text);
return pLink;
}
// Value
case 3:
{
pNumber = GetInteger(pRoot);
pNumber->_VariantAssign(Return.val);
return pNumber;
}
// Combo
case 4:
{
pCombo = GetCombo(pRoot);
// Add items
CString Work = item.Text;
int count = Work.Replace("|", "");
count++;
for (int e = 0; e < count; e++)
{
CString tok;
AfxExtractSubString(tok, item.Text, e, '|');
pCombo->InsertString(tok);
}
pCombo->SetCurSel(Return.val);
return pCombo;
}
// Float
case 5:
{
pNumber = GetFloat(pRoot);
pNumber->_VariantAssign(Return.fVal);
return pNumber;
}
// Color
case 6:
{
pColor = GetColor(pRoot);
pColor->SetColor((COLORREF)Return.val);
return pColor;
}
// Checkbox (bool)
case 7:
{
pCheck = GetCheckBox(pRoot);
pCheck->SetCheck(Return.val);
return pCheck;
}
// Font
case 8:
{
pFont = GetFont(pRoot);
return pFont;
}
// Percentage
case 9:
{
pCurr = GetPercent(pRoot);
pCurr->_VariantAssign(Return.fVal * 100.0);
return pCurr;
}
// Slider (same as value)
case 10:
{
pSlider = GetSlider(pRoot);
pSlider->SetPos(Return.val);
return pSlider;
}
// Frame property (int)
case 11:
{
pCombo = GetCombo(pRoot);
// Add frames
for (int e = 0; e < m_pCurrentApplication->layouts.GetSize(); e++)
pCombo->InsertString(m_pCurrentApplication->layouts.GetAt(m_pCurrentApplication->layouts.FindIndex(e))->GetName());
pCombo->SetCurSel(Return.val);
return pCombo;
}
}
// Invalid
return NULL;
}
void AseLoader::Process_MESH(OUT AseFrame* frame)
{
std::vector<D3DXVECTOR3> position;
std::vector<D3DXVECTOR2> uv;
std::vector<FVF_PositionNormalTexture>& vertexArray = frame->GetVertexArray();
int level = 0;
do
{
char* aseToken = GetToken();
if (IsEqual(aseToken, "{"))
{
level++;
}
else if (IsEqual(aseToken, "}"))
{
level--;
}
else if (IsEqual(aseToken, ID_MESH_NUMVERTEX))
{
//
position.resize(GetInteger());
}
else if (IsEqual(aseToken, ID_MESH_NUMFACES))
{
//
vertexArray.resize(GetInteger() * 3);
}
else if (IsEqual(aseToken, ID_MESH_VERTEX_LIST))
{
Process_MESH_VERTEX_LIST(position);
}
else if (IsEqual(aseToken, ID_MESH_FACE_LIST))
{
Process_MESH_FACE_LIST(position, vertexArray);
}
else if (IsEqual(aseToken, ID_MESH_NUMTVERTEX))
{
//
uv.resize(GetInteger());
}
else if (IsEqual(aseToken, ID_MESH_TVERTLIST))
{
Process_MESH_TVERTLIST(uv);
}
else if (IsEqual(aseToken, ID_MESH_TFACELIST))
{
Process_ID_MESH_TFACELIST(uv, vertexArray);
}
else if (IsEqual(aseToken, ID_MESH_NORMALS))
{
Process_MESH_NORMALS(vertexArray);
}
} while (level > 0);
D3DXMATRIXA16& world = frame->GetWorldTransform();
D3DXMATRIXA16 inverseWorld;
D3DXMatrixInverse(&inverseWorld, 0, &world);
for ( size_t i = 0; i < vertexArray.size(); ++i )
{
D3DXVec3TransformCoord(&vertexArray[i].pos, &vertexArray[i].pos, &inverseWorld);
D3DXVec3TransformNormal(&vertexArray[i].normal, &vertexArray[i].normal, &inverseWorld);
}
}
//FlashCS5extension.WriteDynamic(라이브러리 다이나믹들)
JSBool WriteDynamic(JSContext *cx, JSObject *obj, unsigned int argc, jsval *argv, jsval *rval) {
writelog("begin");
if(argc != 1)
return JS_FALSE;
writelog("check arg count");
if(pObjectFile) {
JSObject* dynamicObjs;
if(JS_ValueToObject(cx, argv[0], &dynamicObjs) == JS_FALSE)
return ReturnString(cx, "q _ 1", rval);
writelog("get dynamic objects from argv[0]");
unsigned int dynamicLen = (unsigned int)JS_GetArrayLength(cx, dynamicObjs);
if(dynamicLen == -1)
return ReturnString(cx, "q _ 2", rval);
writelog("get dynamic length = %u", dynamicLen);
fwrite(&dynamicLen, sizeof(unsigned int), 1, pObjectFile);
for(int i = 0; i < dynamicLen; i++) {
jsval posDynamic;
if(JS_GetElement(cx, dynamicObjs, i, &posDynamic) == JS_FALSE)
return ReturnString(cx, "q _ 3", rval);
writelog("==================================");
writelog("get dynamic element %d", i);
JSObject* dynamicObj;
if(JS_ValueToObject(cx, posDynamic, &dynamicObj) == JS_FALSE)
return ReturnString(cx, "q _ 4", rval);
writelog("get dynamic object %d", i);
//라이브러리 네임
char *libName = GetString(cx, dynamicObj, 0);
if(libName == 0)
return ReturnString(cx, "q _ 5", rval);
//library ID
unsigned int libID = PushLibraryName(libName);
fwrite(&libID, sizeof(unsigned int), 1, pObjectFile);
writelog("libName = %s, libID = %u", libName, libID);
free(libName);
//library Type
long libType;
if(GetInteger(cx, dynamicObj, 4, &libType) == JS_FALSE)
return ReturnString(cx, "q _ 51", rval);
writelog("lib type = %d", libType);
fwrite(&libType, sizeof(long), 1, pObjectFile);
//frame Length
long frameLength;
if(GetInteger(cx, dynamicObj, 5, &frameLength) == JS_FALSE)
return ReturnString(cx, "q _ 51", rval);
writelog("frame length = %d", frameLength);
fwrite(&frameLength, sizeof(long), 1, pObjectFile);
// //인스턴스
// {
// JSObject* instanceObj;
// if(GetObject(cx, dynamicObj, 3, &instanceObj) == JS_FALSE)
// return ReturnString(cx, "instance _ 1", rval);
//
// //인스턴스 개수
// int insLen = (int)JS_GetArrayLength(cx, instanceObj);
// if(insLen == -1)
// return ReturnString(cx, "instance _ 2", rval);
//
// fwrite(&insLen, sizeof(int), 1, pObjectFile);
//
// writelog("instance length = %d", insLen);
//
// for(int m = 0; m < insLen; m++) {
// //instance obj
// JSObject* insObj;
// if(GetObject(cx, instanceObj, m, &insObj) == JS_FALSE)
// return ReturnString(cx, "instance _ 3", rval);
//
// //instance id
// long insid;
// if(GetInteger(cx, insObj, 1, &insid) == JS_FALSE)
// return ReturnString(cx, "instance _ 4", rval);
//
// //instance name
// char* insName = GetString(cx, insObj, 0);
// //instnace name length
// int insNameLen = strlen(insName);
//
// fwrite(&insNameLen, sizeof(int), 1, pObjectFile);
//
// writelog("instance name length = %d", insNameLen);
//
// fwrite(insName, sizeof(char), insNameLen, pObjectFile);
//
// writelog("instance name = %s", insName);
//
// fwrite(&insid, sizeof(int), 1, pObjectFile);
//
// writelog("instance id = %d", insid);
//
// free(insName);
// }
// }
//레퍼런스
{
JSObject* referenceObj;
if(GetObject(cx, dynamicObj, 1, &referenceObj) == JS_FALSE)
return ReturnString(cx, "q _ 6", rval);
writelog("--------------------------------");
writelog("get reference obj");
//reference count
int refLen = (int)JS_GetArrayLength(cx, referenceObj);
if(refLen == -1)
return ReturnString(cx, "q _ 7", rval);
writelog("reference length = %ld", refLen);
fwrite(&refLen, sizeof(int), 1, pObjectFile);
for(int j = 0; j < refLen; ++j) {
writelog("--------------------------------");
//ref info obj
JSObject* refObj;
if(GetObject(cx, referenceObj, j, &refObj) == JS_FALSE)
return ReturnString(cx, "q _ 71", rval);
int refMemberIndex = 0;
int refinfoLen = (int)JS_GetArrayLength(cx, refObj);
if(refinfoLen == -1)
return ReturnString(cx, "q _ 72", rval);
//reference ID
long refid;
if(GetInteger(cx, refObj, refMemberIndex++, &refid) == JS_FALSE)
return ReturnString(cx, "q _ 8", rval);
//type
long type;
if(GetInteger(cx, refObj, refMemberIndex++, &type) == JS_FALSE)
return ReturnString(cx, "q _ 11", rval);
writelog("type = %d", type);
fwrite(&type, sizeof(long), 1, pObjectFile);
//lib ID
char* libName = GetString(cx, refObj, refMemberIndex++);
//read Depth
//read StartFrame
long startFrame;
if(GetInteger(cx, refObj, refMemberIndex++, &startFrame) == JS_FALSE)
return ReturnString(cx, "q _ 11", rval);
//read End Frame
long endFrame;
if(GetInteger(cx, refObj, refMemberIndex++, &endFrame) == JS_FALSE)
return ReturnString(cx, "q _ 42", rval);
//read next reference ID
long nextrefid;
if(GetInteger(cx, refObj, refMemberIndex++, &nextrefid) == JS_FALSE)
return ReturnString(cx, "q _ 8", rval);
//read depth
long depth;
if(GetInteger(cx, refObj, refMemberIndex++, &depth) == JS_FALSE)
return ReturnString(cx, "q _ 8", rval);
if(type == _TYPE_BITMAP_) {
//lib Path
char* libPath = GetString(cx, refObj, refMemberIndex++);
unsigned int libID = PushLibraryName(libPath);
fwrite(&libID, sizeof(unsigned int), 1, pObjectFile);
writelog("lib path = %s, lib = %u", libPath, libID);
free(libPath);
} else if(type == _TYPE_GRAPHIC_) {
//get lib name
unsigned int libID = PushLibraryName(libName);
fwrite(&libID, sizeof(unsigned int), 1, pObjectFile);
writelog("lib name = %s, lib = %u", libName, libID);
free(libName);
} else {
//get lib name
unsigned int libID = PushLibraryName(libName);
fwrite(&libID, sizeof(unsigned int), 1, pObjectFile);
writelog("lib name = %s, lib = %u", libName, libID);
free(libName);
//instance ID
long insLen;
char* insName = GetString(cx, refObj, refMemberIndex++);
insLen = strlen(insName);
fwrite(&insLen, sizeof(long), 1, pObjectFile);
fwrite(insName, insLen, 1, pObjectFile);
writelog("instnace name = %s", insName);
}
//write depth
writelog("depth = %d", depth);
fwrite(&depth, sizeof(long), 1, pObjectFile);
//write Start Frame
writelog("startFrame = %d", startFrame);
fwrite(&startFrame, sizeof(long), 1, pObjectFile);
//write End Frame
writelog("end frame = %d", endFrame);
fwrite(&endFrame, sizeof(long), 1, pObjectFile);
if(type == _TYPE_BITMAP_ || type == _TYPE_GRAPHIC_ || type == _TYPE_MOVIECLIP_) {
writelog("ref id = %d", refid);
fwrite(&refid, sizeof(long), 1, pObjectFile);
//write next reference ID
writelog("next ref id = %d", nextrefid);
fwrite(&nextrefid, sizeof(long), 1, pObjectFile);
//Start Position
double startX;
double startY;
if(GetDouble(cx, refObj, refMemberIndex++, &startX) == JS_FALSE)
return ReturnString(cx, "q _ 12", rval);
if(GetDouble(cx, refObj, refMemberIndex++, &startY) == JS_FALSE)
return ReturnString(cx, "q _ 13", rval);
float startXf, startYf;
startXf = (float)startX;
startYf = (float)startY;
fwrite(&startXf, sizeof(float), 1, pObjectFile);
fwrite(&startYf, sizeof(float), 1, pObjectFile);
writelog("startX = %f, startY = %f", startX, startY);
//Anchor
double anchorX;
double anchorY;
if(GetDouble(cx, refObj, refMemberIndex++, &anchorX) == JS_FALSE)
return ReturnString(cx, "q _ 14", rval);
if(GetDouble(cx, refObj, refMemberIndex++, &anchorY) == JS_FALSE)
return ReturnString(cx, "q _ 15", rval);
float anchorXf, anchorYf;
anchorXf = (float)anchorX;
anchorYf = (float)anchorY;
fwrite(&anchorXf, sizeof(float), 1, pObjectFile);
fwrite(&anchorYf, sizeof(float), 1, pObjectFile);
writelog("anchorX = %f, anchorY = %f", anchorX, anchorY);
//Start Rotation
double startRotation;
if(GetDouble(cx, refObj, refMemberIndex++, &startRotation) == JS_FALSE)
return ReturnString(cx, "q _ 16", rval);
float rotf = (float)startRotation;
fwrite(&rotf, sizeof(float), 1, pObjectFile);
writelog("rotation = %f", startRotation);
//Start Scale
double scaleX;
double scaleY;
if(GetDouble(cx, refObj, refMemberIndex++, &scaleX) == JS_FALSE)
return ReturnString(cx, "q _ 17", rval);
if(GetDouble(cx, refObj, refMemberIndex++, &scaleY) == JS_FALSE)
return ReturnString(cx, "q _ 18", rval);
float scaleXf, scaleYf;
scaleXf = (float)scaleX;
scaleYf = (float)scaleY;
fwrite(&scaleXf, sizeof(float), 1, pObjectFile);
fwrite(&scaleYf, sizeof(float), 1, pObjectFile);
writelog("scale x = %f, y = %f", scaleX, scaleY);
//Start Skew
double startSkewX;
double startSkewY;
if(GetDouble(cx, refObj, refMemberIndex++, &startSkewX) == JS_FALSE)
return ReturnString(cx, "q _ 19", rval);
if(GetDouble(cx, refObj, refMemberIndex++, &startSkewY) == JS_FALSE)
return ReturnString(cx, "q _ 20", rval);
float skewXf, skewYf;
skewXf = (float)startSkewX;
skewYf = (float)startSkewY;
fwrite(&skewXf, sizeof(float), 1, pObjectFile);
fwrite(&skewYf, sizeof(float), 1, pObjectFile);
writelog("skew x = %f, y = %f", startSkewX, startSkewY);
if(type == _TYPE_GRAPHIC_ || type == _TYPE_MOVIECLIP_) {
//Start Color Style
long startColorAlphaPercent;
long startColorRedPercent;
long startColorGreenPercent;
long startColorBluePercent;
long startColorAlphaAmount;
long startColorRedAmount;
long startColorGreenAmount;
long startColorBlueAmount;
if(GetInteger(cx, refObj, refMemberIndex++, &startColorAlphaPercent) == JS_FALSE)
return ReturnString(cx, "q _ 22", rval);
if(GetInteger(cx, refObj, refMemberIndex++, &startColorRedPercent) == JS_FALSE)
return ReturnString(cx, "q _ 23", rval);
if(GetInteger(cx, refObj, refMemberIndex++, &startColorGreenPercent) == JS_FALSE)
return ReturnString(cx, "q _ 24", rval);
if(GetInteger(cx, refObj, refMemberIndex++, &startColorBluePercent) == JS_FALSE)
return ReturnString(cx, "q _ 25", rval);
if(GetInteger(cx, refObj, refMemberIndex++, &startColorAlphaAmount) == JS_FALSE)
return ReturnString(cx, "q _ 26", rval);
if(GetInteger(cx, refObj, refMemberIndex++, &startColorRedAmount) == JS_FALSE)
return ReturnString(cx, "q _ 27", rval);
if(GetInteger(cx, refObj, refMemberIndex++, &startColorGreenAmount) == JS_FALSE)
return ReturnString(cx, "q _ 28", rval);
if(GetInteger(cx, refObj, refMemberIndex++, &startColorBlueAmount) == JS_FALSE)
return ReturnString(cx, "q _ 29", rval);
char alphaPercent = (char)startColorAlphaPercent;
char redPercent = (char)startColorRedPercent;
char greenPercent = (char)startColorGreenPercent;
char bluePercent = (char)startColorBluePercent;
short alphaAmount = (short)startColorAlphaAmount;
short redAmount = (short)startColorRedAmount;
short greenAmount = (short)startColorGreenAmount;
short blueAmount = (short)startColorBlueAmount;
fwrite(&redPercent, sizeof(char), 1, pObjectFile);
fwrite(&greenPercent, sizeof(char), 1, pObjectFile);
fwrite(&bluePercent, sizeof(char), 1, pObjectFile);
fwrite(&alphaPercent, sizeof(char), 1, pObjectFile);
fwrite(&redAmount, sizeof(short), 1, pObjectFile);
fwrite(&greenAmount, sizeof(short), 1, pObjectFile);
fwrite(&blueAmount, sizeof(short), 1, pObjectFile);
fwrite(&alphaAmount, sizeof(short), 1, pObjectFile);
writelog("alpha percent = %d", startColorAlphaPercent);
writelog("red percent = %d", startColorRedPercent);
writelog("green percent = %d", startColorGreenPercent);
writelog("blue percent = %d", startColorBluePercent);
writelog("alpha amount = %d", startColorAlphaAmount);
writelog("red amount = %d", startColorRedAmount);
writelog("green amount = %d", startColorGreenAmount);
writelog("blue amount = %d", startColorBlueAmount);
}
if(type == _TYPE_GRAPHIC_ || type == _TYPE_MOVIECLIP_) {
long startColorBlendMode;
if(GetInteger(cx, refObj, refMemberIndex++, &startColorBlendMode) == JS_FALSE)
return ReturnString(cx, "q _ 30", rval);
unsigned char blendMode = (unsigned char)startColorBlendMode;
fwrite(&blendMode, sizeof(blendMode), 1, pObjectFile);
writelog("blend mode = %d", startColorBlendMode);
//Ease
long easeType;
if(GetInteger(cx, refObj, refMemberIndex++, &easeType) == JS_FALSE)
return ReturnString(cx, "q _ 31", rval);
writelog("ease type = %d", easeType);
unsigned char easeTypeuc = (unsigned char)easeType;
fwrite(&easeTypeuc, sizeof(easeTypeuc), 1, pObjectFile);
if(easeType == 2) { //멀티 타입일 경우(Position, Rotation, Scale, Color, Filters)
for(int l = 0; l < 4; ++l)
{
JSObject* easeObj;
if(GetObject(cx, refObj, refMemberIndex++, &easeObj) == JS_FALSE)
return ReturnString(cx, "q _ 32", rval);
writelog("get multi ease obj");
int easeCount = JS_GetArrayLength(cx, easeObj);
if(easeCount == -1)
return ReturnString(cx, "q _ 33", rval);
writelog("get ease length = %d", easeCount);
fwrite(&easeCount, sizeof(int), 1, pObjectFile);
for(int k = 0; k < easeCount; ++k) {
JSObject* posObj;
if(GetObject(cx, easeObj, k, &posObj) == JS_FALSE)
return ReturnString(cx, "q _ 34", rval);
writelog("get pos obj");
double x, y;
if(GetDouble(cx, posObj, 0, &x) == JS_FALSE)
return ReturnString(cx, "q _ 35", rval);
if(GetDouble(cx, posObj, 1, &y) == JS_FALSE)
return ReturnString(cx, "q _ 36", rval);
float fx, fy;
fx = (float)x;
fy = (float)y;
fwrite(&fx, sizeof(float), 1, pObjectFile);
fwrite(&fy, sizeof(float), 1, pObjectFile);
writelog("x = %f, y = %f", x, y);
}
}
} else if(easeType == 1) { //싱글이나 심플일 경우
JSObject* easeObj;
if(GetObject(cx, refObj, refMemberIndex++, &easeObj) == JS_FALSE)
return ReturnString(cx, "q _ 37", rval);
writelog("get ease obj");
int easeCount = JS_GetArrayLength(cx, easeObj);
if(easeCount == -1)
return ReturnString(cx, "q _ 38", rval);
writelog("get ease length = %d", easeCount);
fwrite(&easeCount, sizeof(int), 1, pObjectFile);
for(int k = 0; k < easeCount; ++k) {
JSObject* posObj;
if(GetObject(cx, easeObj, k, &posObj) == JS_FALSE)
return ReturnString(cx, "q _ 39", rval);
writelog("get pos obj");
double x, y;
if(GetDouble(cx, posObj, 0, &x) == JS_FALSE)
return ReturnString(cx, "q _ 40", rval);
if(GetDouble(cx, posObj, 1, &y) == JS_FALSE)
return ReturnString(cx, "q _ 41", rval);
float fx, fy;
fx = (float)x;
fy = (float)y;
fwrite(&fx, sizeof(float), 1, pObjectFile);
fwrite(&fy, sizeof(float), 1, pObjectFile);
writelog("x = %f, y = %f", x, y);
}
}
}
}
}
}
// //프레임
// {
// JSObject* frameObj;
// if(GetObject(cx, dynamicObj, 2, &frameObj) == JS_FALSE)
// return ReturnString(cx, "q _ 60", rval);
//
// writelog("get frame obj");
//
// //프레임 개수
// int frameCount;
// frameCount = JS_GetArrayLength(cx, frameObj);
// if(frameCount == -1)
// return ReturnString(cx, "q _ 61", rval);
//
// writelog("get frame count = %d", frameCount);
//
// fwrite(&frameCount, sizeof(int), 1, pObjectFile);
//
// for(int j = 0; j < frameCount; ++j) {
// //레퍼런스 아이디 배열
// JSObject* refObj;
// if(GetObject(cx, frameObj, j, &refObj) == JS_FALSE)
// return ReturnString(cx, "q _ 62", rval);
//
// fwrite(&j, sizeof(int), 1, pObjectFile);
//
// writelog("frame = %d", j);
//
// //레퍼런스 개수
// int refCount = JS_GetArrayLength(cx, refObj);
// if(refCount == -1)
// return ReturnString(cx, "q _ 63", rval);
//
// fwrite(&refCount, sizeof(int), 1, pObjectFile);
//
// writelog("ref count = %d", refCount);
//
// for(int k = 0; k < refCount; ++k) {
// //레퍼런스 번호
// long refid;
// if(GetInteger(cx, refObj, k, &refid) == JS_FALSE)
// return ReturnString(cx, "q _ 64", rval);
//
// fwrite(&refid, sizeof(long), 1, pObjectFile);
//
// writelog("ref id = %d", refid);
// }
// }
// }
}
*rval = JS_BooleanToValue(JS_TRUE);
return JS_TRUE;
} else {
return ReturnString(cx, "a _ 17", rval);
}
}
Element CompositeIntegerGroup::CascadeExponentiate(const Element &a1, const Integer &e1,
const Element &a2, const Integer &e2) const
{
return Element(new IntegerElementData(
_p.PowCascade(GetInteger(a1), e1, GetInteger(a2), e2)));
}
void CSyntTree::Imprimir(int n)
{
int i;
for (i = 0; i < n; i++)
printf(" ");
int hijo = 0;
switch(GetType())
{
case SYNT_INSTRUCCION:
printf("Instrucción: \n");
break;
case SYNT_RETURN:
printf("Return: \n");
break;
case SYNT_FOR:
printf("Instrucción For:\n");
for (i = 0; i < n + 1; i++)
printf(" ");
printf("Inicialización:\n");
GetChild(hijo++)->Imprimir(n + 2);
for (i = 0; i < n + 1; i++)
printf(" ");
printf("Condicion:\n");
GetChild(hijo++)->Imprimir(n + 2);
for (i = 0; i < n + 1; i++)
printf(" ");
printf("Incremento:\n");
GetChild(hijo++)->Imprimir(n + 2);
for (i = 0; i < n + 1; i++)
printf(" ");
printf("Ciclo:\n");
GetChild(hijo++)->Imprimir(n + 2);
break;
case SYNT_WHILE:
printf("Instrucción While:\n");
for (i = 0; i < n + 1; i++)
printf(" ");
printf("Condición:\n");
GetChild(hijo++)->Imprimir(n + 2);
for (i = 0; i < n + 1; i++)
printf(" ");
printf("Ciclo:\n");
GetChild(hijo++)->Imprimir(n + 2);
break;
case SYNT_IF:
printf("Instrucción If:\n");
for (i = 0; i < n + 1; i++)
printf(" ");
printf("Condición:\n");
GetChild(hijo++)->Imprimir(n + 2);
for (i = 0; i < n + 1; i++)
printf(" ");
printf("Si es verdad:\n");
GetChild(hijo++)->Imprimir(n + 2);
if (GetChilds() == 3)
{
for (i = 0; i < n + 1; i++)
printf(" ");
printf("Si es falso:\n");
GetChild(hijo++)->Imprimir(n + 2);
}
break;
case SYNT_INSTRUCCION_NULA:
printf("Instrucción nula\n");
break;
case SYNT_LISTA_FUNCIONES:
printf("Lista de funciones:\n");
break;
case SYNT_LISTA_INSTRUCCIONES:
printf("Lista de instrucciones:\n");
break;
case SYNT_IDENTIFICADOR:
printf("Identificador: %s\n", GetString());
break;
case SYNT_VARIABLE:
printf("Variable: %s\n", GetString());
break;
case SYNT_CONSTANTE:
printf("Valor constante ");
if (strcmp(GetReturnType()->GetNombre(), SIMBOLO_INT) == 0)
printf("(entero) %ld\n", GetInteger());
else
if (strcmp(GetReturnType()->GetNombre(), SIMBOLO_FLOAT) == 0)
printf("(float) %f\n", GetFloat());
else
if (strcmp(GetReturnType()->GetNombre(), SIMBOLO_STRING) == 0)
printf("(cadena) %s\n", GetString());
break;
case SYNT_OP_ASIGNACION:
printf ("Operador =\n");
break;
case SYNT_OP_MAS:
printf ("Operador +\n");
break;
case SYNT_OP_MENOS:
printf ("Operador -\n");
break;
case SYNT_OP_POR:
printf ("Operador *\n");
break;
case SYNT_OP_DIV:
printf ("Operador /\n");
break;
case SYNT_LLAMADO_FUNCION:
printf("LLamado a función: %s\n", GetString());
break;
case SYNT_DECLARACION_VARIABLE:
printf("Declaración de variables del tipo %s\n", GetString());
break;
case SYNT_DECLARACION_FUNCION:
printf("Declaración de la función: %s\n", GetString());
break;
case SYNT_CONVERSION:
printf("Conversion desde %s a %s\n", GetChild(0)->GetReturnType()->GetNombre(), GetReturnType()->GetNombre());
break;
case SYNT_TABLA_SIMBOLOS:
printf("Tabla de simbolos\n");
m_pTablaSimbolos->Imprimir(n + 1);
break;
}
n++;
for (; hijo < GetChilds(); hijo++)
GetChild(hijo)->Imprimir(n);
}
Element CompositeIntegerGroup::Inverse(const Element &a) const
{
return Element(new IntegerElementData(GetInteger(a).ModInverse(_p)));
}
BOOL PerformanceMonitorPage::OnInitDialog(CWindow /*focus*/,
LPARAM /*init_param*/) {
auto preferences = application_->GetPreferences(perfmon::kPreferenceName);
auto monitor_cpu = preferences->GetInteger(perfmon::kMonitorCpuValue,
perfmon::kMonitorCpuDefault);
cpu_usage_ = preferences->GetInteger(perfmon::kCpuUsageValue,
perfmon::kCpuUsageDefault);
cpu_time_ =
preferences->GetInteger(perfmon::kCpuTimeValue, perfmon::kCpuTimeDefault);
auto cpu_time_unit = preferences->GetInteger(perfmon::kCpuTimeUnitValue,
perfmon::kCpuTimeUnitDefault);
auto monitor_disk = preferences->GetInteger(perfmon::kMonitorDiskValue,
perfmon::kMonitorDiskDefault);
disk_usage_ = preferences->GetInteger(perfmon::kDiskUsageValue,
perfmon::kDiskUsageDefault);
disk_time_ = preferences->GetInteger(perfmon::kDiskTimeValue,
perfmon::kDiskTimeDefault);
auto disk_time_unit = preferences->GetInteger(perfmon::kDiskTimeUnitValue,
perfmon::kDiskTimeUnitDefault);
auto monitor_traffic = preferences->GetInteger(
perfmon::kMonitorTrafficValue, perfmon::kMonitorTrafficDefault);
traffic_ =
preferences->GetInteger(perfmon::kTrafficValue, perfmon::kTrafficDefault);
auto traffic_unit = preferences->GetInteger(perfmon::kTrafficUnitValue,
perfmon::kTrafficUnitDefault);
traffic_time_ = preferences->GetInteger(perfmon::kTrafficTimeValue,
perfmon::kTrafficTimeDefault);
auto traffic_time_unit = preferences->GetInteger(
perfmon::kTrafficTimeUnitValue, perfmon::kTrafficTimeUnitDefault);
DoDataExchange(DDX_LOAD);
CString seconds, minutes, hours;
seconds.LoadString(IDS_SECONDS);
minutes.LoadString(IDS_MINUTES);
hours.LoadString(IDS_HOURS);
monitor_cpu_.SetCheck(monitor_cpu);
cpu_usage_spin_.SetRange(1, 100);
cpu_time_spin_.SetRange(1, 100);
cpu_time_unit_.AddString(seconds);
cpu_time_unit_.AddString(minutes);
cpu_time_unit_.AddString(hours);
cpu_time_unit_.SetCurSel(cpu_time_unit);
monitor_disk_.SetCheck(monitor_disk);
disk_usage_spin_.SetRange(1, 100);
disk_time_spin_.SetRange(1, 100);
disk_time_unit_.AddString(seconds);
disk_time_unit_.AddString(minutes);
disk_time_unit_.AddString(hours);
disk_time_unit_.SetCurSel(disk_time_unit);
monitor_traffic_.SetCheck(monitor_traffic);
traffic_spin_.SetRange32(1, 100000);
traffic_unit_.AddString(L"B/s");
traffic_unit_.AddString(L"KB/s");
traffic_unit_.AddString(L"MB/s");
traffic_unit_.SetCurSel(traffic_unit);
traffic_time_spin_.SetRange(1, 100);
traffic_time_unit_.AddString(seconds);
traffic_time_unit_.AddString(minutes);
traffic_time_unit_.AddString(hours);
traffic_time_unit_.SetCurSel(traffic_time_unit);
return TRUE;
}
bool CompositeIntegerGroup::IsIdentity(const Element &a) const
{
return (GetInteger(a) == 1);
}
int main()
{
Set<nodeT *> graph;
Map<nodeT *> graphMap;
InitGraphics();
SetWindowTitle("Pathfinder");
string backgroundFile;
bool timeToQuit = false;
cout << "This masterful piece of work is a graph extravaganza!" << endl;
while (true) {
cout << "Your options are:" << endl;
cout << "(1) Choose a new graph data file" << endl;
cout << "(2) Find shortest path using Dijkstra's algorithm" << endl;
cout << "(3) Compute the minimal spanning tree using Kruskal's algorithm" << endl;
cout << "(4) Determine if the graph has cycles" << endl;
cout << "(5) Quit" << endl;
cout << "Enter choice: ";
int choice = GetInteger();
string datafile;
void UpdateDisplay();
switch (choice) {
case 1:
cout << "Enter the name of the data file: ";
datafile = GetLine();
//datafile = "Small.txt";
//datafile = "USA.txt";
//datafile = "Stanford.txt";
graph.clear();
graphMap.clear();
backgroundFile = ReadGraph(graph, graphMap, datafile);
break;
case 2:
if (backgroundFile == "") {
cout << "No file is specified" << endl;
}
else {
UpdateDisplay();
MovePen(0,0);
DrawNamedPicture(backgroundFile);
DrawNodesAndArcs(graph);
cout << "(2) Finding shortest path using Dijkstra's algorithm" << endl;
HandleShortestPath(graph);
}
break;
case 3:
if (backgroundFile == "") {
cout << "No file is specified" << endl;
}
else {
cout << "(3) Computing the minimal spanning tree using Kruskal's algorithm" << endl;
UpdateDisplay();
MovePen(0,0);
DrawNamedPicture(backgroundFile);
//DrawNodesAndArcs(graph);
minimumSpanningTree(graph, graphMap);
}
break;
case 4:
if (backgroundFile == "") {
cout << "No file is specified" << endl;
}
else {
graphT graph2;
graph2.allNodes = graph;
cout << "(4) Determining if the graph has cycles" << endl;
if (IsCyclicGraph(graph2))
cout << "Yes, it is cyclic" << endl;
else
cout << "No, it is not cyclic" << endl;
}
break;
case 5:
cout << "Thanks for using Pathfinder. Bye!" << endl;
timeToQuit = true;
break;
default:
cout << "Invalid choice" << endl;
break;
}
if (timeToQuit) break;
}
return (0);
}
/**
* Subtraction operator, produces a new Integer
* @param other the Integer to subtract (subtrahend)
*/
virtual IntegerData *Subtract(const IntegerData *other) const
{
return new CppIntegerData(_integer.Minus(GetInteger(other)));
}
BOOL MonitorClipboardPage::OnInitDialog(CWindow /*focus*/,
LPARAM /*init_param*/) {
auto preferences = application_->GetPreferences(clipbrd::kPreferenceName);
num_rings_ = preferences->GetInteger(clipbrd::kNumRingsKeyValue,
clipbrd::kNumRingsDefault);
num_entries_ = preferences->GetInteger(clipbrd::kNumEntriesKeyValue,
clipbrd::kNumEntriesDefault);
DoDataExchange(DDX_LOAD);
num_rings_spin_.SetRange(kMinRings, kMaxRings);
num_entries_spin_.SetRange(kMinEntries, kMaxEntries);
UINT key_code, modifiers;
key_code = preferences->GetInteger(clipbrd::kPrevRingKeyValue,
clipbrd::kPrevRingKeyDefault);
modifiers = preferences->GetInteger(clipbrd::kPrevRingModifiersValue,
clipbrd::kPrevRingModifiersDefault);
prev_ring_hotkey_.SetHotKey(key_code, modifiers);
key_code = preferences->GetInteger(clipbrd::kNextRingKeyValue,
clipbrd::kNextRingKeyDefault);
modifiers = preferences->GetInteger(clipbrd::kNextRingModifiersValue,
clipbrd::kNextRingModifiersDefault);
next_ring_hotkey_.SetHotKey(key_code, modifiers);
key_code = preferences->GetInteger(clipbrd::kPrevEntryKeyValue,
clipbrd::kPrevEntryKeyDefault);
modifiers = preferences->GetInteger(clipbrd::kPrevEntryModifiersValue,
clipbrd::kPrevEntryModifiersDefault);
prev_entry_hotkey_.SetHotKey(key_code, modifiers);
key_code = preferences->GetInteger(clipbrd::kNextEntryKeyValue,
clipbrd::kNextEntryKeyDefault);
modifiers = preferences->GetInteger(clipbrd::kNextEntryModifiersValue,
clipbrd::kNextEntryModifiersDefault);
next_entry_hotkey_.SetHotKey(key_code, modifiers);
key_code = preferences->GetInteger(clipbrd::kDeleteEntryKeyValue,
clipbrd::kDeleteEntryKeyDefault);
modifiers = preferences->GetInteger(clipbrd::kDeleteEntryModifiersValue,
clipbrd::kDeleteEntryModifiersDefault);
delete_hotkey_.SetHotKey(key_code, modifiers);
return TRUE;
}
/**
* Division operator, produces a new Integer
* @param divisor the Integer to divide into this
*/
virtual IntegerData *Divide(const IntegerData *divisor) const
{
return new CppIntegerData(_integer.DividedBy(GetInteger(divisor)));
}
void MpGlobal::ParseOptions (int argc, const char *argv[],
const char *application)
{
// If the application name is given the parse the X resources data base.
// This is done before the command line arguments to allow overriding
if (application != NULL) ParseResources (application);
// now parse the command line options
for (int i = 1; i < argc; i++) {
// toggles
if (! MatchOption(argv[i],"-german",4) ) {
Mp.Language = MpGerman;
} else if (! MatchOption(argv[i],"-english",4) ) {
Mp.Language = MpEnglish;
// integers
} else if (! MatchOption(argv[i],"-framewidth",7) ) {
Mp.FrameWidth = GetInteger(argc,argv,++i);
} else if (! MatchOption(argv[i],"-framemidwidth",7) ) {
Mp.FrameMidWidth = GetInteger(argc,argv,++i);
} else if (! MatchOption(argv[i],"-framestyle",7) ) {
Mp.FrameStyle = GetInteger(argc,argv,++i);
} else if (! MatchOption(argv[i],"-buttonheight",8) ) {
Mp.ButtonHeight = GetInteger(argc,argv,++i);
} else if (! MatchOption(argv[i],"-buttonwidth",8) ) {
Mp.ButtonWidth = GetInteger(argc,argv,++i);
} else if (! MatchOption(argv[i],"-shifterwidth",9) ) {
Mp.ShifterWidth = GetInteger(argc,argv,++i);
} else if (! MatchOption(argv[i],"-toggleimagesize",9) ) {
Mp.ToggleImageSize = GetInteger(argc,argv,++i);
} else if (! MatchOption(argv[i],"-pulldownimagesize",11) ) {
Mp.PulldownImageSize = GetInteger(argc,argv,++i);
} else if (! MatchOption(argv[i],"-radioimagesize",8) ) {
Mp.RadioImageSize = GetInteger(argc,argv,++i);
// strings
} else if (! MatchOption(argv[i],"-printer",3) ) {
if (++i < argc)
strncpy(DefaultPrinter,argv[i],str_max);
} else if (! MatchOption(argv[i],"-viewer",3) ) {
if (++i < argc)
strncpy(DefaultViewer,argv[i],str_max);
} else if (! MatchOption(argv[i],"-psviewer",3) ) {
if (++i < argc)
strncpy(DefaultPSViewer,argv[i],str_max);
}
}
}
virtual IntegerData *Modulus(const IntegerData *modulus) const
{
return new CppIntegerData(_integer % GetInteger(modulus));
}
Element CompositeIntegerGroup::Multiply(const Element &a, const Element &b) const
{
return Element(new IntegerElementData((GetInteger(a).MultiplyMod(GetInteger(b), _p))));
}
/**
* Less than or equal
* @param other the IntegerData to compare
*/
virtual bool operator<=(const IntegerData *other) const
{
return _integer <= GetInteger(other);
}
Element CompositeIntegerGroup::Exponentiate(const Element &a, const Integer &exp) const
{
return Element(new IntegerElementData(GetInteger(a).Pow(exp, _p)));
}
struct TParameterList *NextParameter(
struct TParameterList *ptParameterList,
char *pcValue)
/****************************************************************************/
/* Determines which of the array of next pointers has to be choosen. This */
/* array of next pointers is used to implement the union in function defi- */
/* nitions. If there is no union, the normal next parameter is returned. */
/****************************************************************************/
{
int iValue;
char *pcErrorLine;
struct TParameterList *ptNewList;
iValue = GetInteger(pcValue);
if (ptParameterList->iFollowedByUnion == TRUE)
{
if ((iValue < 0) || (iValue > UNIONARRAYSIZE + 1))
{
pcErrorLine = (char *) malloc(64);
sprintf(pcErrorLine, "Runtime error, %d out of union boundary", iValue);
LogLine(pcErrorLine);
free(pcErrorLine);
return NULL;
}
else
{
ptNewList = ptParameterList->aptNext[iValue];
}
}
else
{
ptParameterList->ptThis->iLoopCount = iValue;
ptNewList = ptParameterList->aptNext[0];
}
if (ptNewList != NULL)
while ((ptNewList != NULL) && (ptNewList->ptRepRec != NULL))
{
if (ptNewList->ptRepRec->iBegin)
{
/* We found the begin of a repeated block. Now find out how */
/* many times we can expect the referenced block.. */
if (ptNewList->ptRepRec->ptParameter == NULL)
{
AddError2("Parameter %s should be eigther constant or unspecified",
ptNewList->ptRepRec->ptParameter->pcName);
iValue = 0;
}
else
{
if (ptNewList->ptRepRec->ptParameter->ptValue == NULL)
{
AddError2("Parameter %s must be a constant!",
ptNewList->ptRepRec->ptParameter->pcName);
iValue = 0;
}
else
iValue = ptNewList->ptRepRec->ptParameter->iLoopCount;
}
if (iValue == 0)
ptNewList = ptNewList->aptNext[1];
else
ptNewList->ptRepRec->iCounter = iValue;
ptNewList = ptNewList->aptNext[0];
}
else
{
/* We found the end of a repeated block. Jump to the beginning */
/* Decrement counter and continue.. */
ptNewList = ptNewList->aptNext[1];
ptNewList->ptRepRec->iCounter--;
if (ptNewList->ptRepRec->iCounter == 0)
ptNewList = ptNewList->aptNext[1];
ptNewList = ptNewList->aptNext[0];
}
}
return ptNewList;
}
int main() {
bool endSim = false;
Randomize();
while (true) {
double invalidElectResult = 0;
int voters;
double spread;
double votingError;
int trialRuns;
Vector<int> elections;
while (true) {
cout << "Enter number of voters (or 0 to end simulation): ";
voters = GetInteger();
if (voters == 0) {
endSim = true;
break;
}
else if (voters < 0)
cout << "Enter a positive integer." << endl;
else
break;
}
if (endSim) break;
while (true) {
cout << "Enter percentage spread between candidates (0 - 1.0): ";
spread = GetReal();
if (spread >=0 && spread <= 1.0)
break;
else
cout << "Spread must be between 0 and 1.0" << endl;
}
while (true) {
cout << "Enter voting error percentage: (0 - 1.0): ";
votingError = GetReal();
if (votingError >=0 && votingError <= 1.0)
break;
else
cout << "Voting error must be between 0 and 1.0" << endl;
}
while (true) {
cout << "Enter number of times to run the trial: ";
trialRuns = GetInteger();
if (trialRuns >= 1)
break;
else
cout << "Enter a positive integer" << endl;
}
for (int i = 0; i < trialRuns; i++) {
invalidElectResult = RunElectionTrial(voters, spread, votingError);
cout << "Trial " << i + 1 << ": ";
cout << "Chance of an invalid election result after 500 trials = " << invalidElectResult << "%" << endl;
elections.add(invalidElectResult);
}
scoreStatsT scores = calculateStatistics(elections);
cout << "Scores: MIN = " << scores.min << endl;
cout << "Scores: MAX = " << scores.max << endl;
cout << "Scores: AVG = " << scores.avg << endl;
cout << "Scores: NUM = " << scores.num << endl;
cout << "********************************************************" << endl << endl;
}
return 0;
}