Apply formating to all files. CLeanup
This commit is contained in:
IlyaShurupov
parent
43e374f269
commit
744c01c5d0
928 changed files with 14515 additions and 21480 deletions
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@ -1,286 +1,273 @@
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#pragma once
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#include "Allocators.hpp"
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#include "StringLogic.hpp"
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namespace tp {
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// Static data
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extern ModuleManifest gModuleStrings;
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template<typename tChar> class StringTemplate;
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// Hidden slave class
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template<typename tChar = int1>
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class StringData {
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friend StringTemplate<tChar>;
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typedef StringLogic<tChar> Logic;
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typedef typename StringLogic<tChar>::Index Index;
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private:
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uint2 mIsConst; // source is non-modifiable
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uint2 mEditedIdx; // editor id
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uint4 mReferenceCount; // number of users of this
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tChar* mBuff; // actual string data
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StringData() {
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mBuff = (tChar*) "*";
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mReferenceCount = 1;
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mIsConst = true;
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mEditedIdx = 0;
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}
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StringData(const tChar* aBuff, bool aIsConst) {
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MODULE_SANITY_CHECK(gModuleStrings)
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DEBUG_ASSERT(aBuff)
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mBuff = (tChar*) aBuff;
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mReferenceCount = 0;
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mIsConst = aIsConst;
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mEditedIdx = 0;
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}
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explicit StringData(tChar* aBuff) {
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MODULE_SANITY_CHECK(gModuleStrings)
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DEBUG_ASSERT(aBuff)
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auto const len = Logic::calcLength(aBuff);
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mReferenceCount = 0;
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mIsConst = false;
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mEditedIdx = 0;
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mBuff = new tChar[len + 1];
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mBuff[len] = Logic::getEndChar();
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memCopy(mBuff, aBuff, len);
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}
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[[nodiscard]] tChar* getBuffer() {
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return mBuff;
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}
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~StringData() {
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if (!mIsConst) delete[] mBuff;
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}
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void resize(Index size) {
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DEBUG_ASSERT(mReferenceCount == 1 && !mIsConst)
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delete[] mBuff;
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mBuff = new tChar[size + 1];
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mBuff[size] = Logic::getEndChar();
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}
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};
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template<typename tChar = int1>
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class StringTemplate {
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public:
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typedef StringLogic<tChar> Logic;
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typedef StringData<tChar> Data;
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typedef typename Logic::Index Index;
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enum {
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STRINGS_POOL_SIZE = 1024,
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MAX_INT_STRING_LENGTH = 10,
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MAX_BOOL_STRING_LENGTH = 10,
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MAX_FLOAT_STRING_LENGTH = 10,
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};
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static PoolAlloc<StringData<tChar>, STRINGS_POOL_SIZE> sStringPool;
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static Data sNullString;
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private:
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Data* mData;
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public: // Main Interface
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// Creates null string reference
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StringTemplate() {
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mData = &sNullString;
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incReference(mData);
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}
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// References existing string data
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StringTemplate(const StringTemplate& in) {
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mData = in.mData;
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incReference(mData);
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}
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// Creates new string data from raw data pointer.
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// Does not own string buffer - string buffer will not be freed. Initializes as const memory.
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StringTemplate(const tChar* raw) {
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mData = new (sStringPool.allocate(0)) StringData(raw, true);
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incReference(mData);
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}
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// Copies raw data and claims ownership over it
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StringTemplate(tChar* raw) {
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mData = new (sStringPool.allocate(0)) StringData(raw);
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incReference(mData);
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}
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~StringTemplate() {
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decReference(mData);
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}
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private:
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static void incReference(Data* dp) {
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dp->mReferenceCount++;
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}
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void decReference(Data* dp) {
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DEBUG_ASSERT(dp->mReferenceCount > 0)
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dp->mReferenceCount--;
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if (!dp->mReferenceCount) {
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mData->~StringData();
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sStringPool.deallocate(mData);
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}
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}
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public: // Access
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// used to read data
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[[nodiscard]] const tChar* read() const {
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return mData->mBuff;
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}
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// used to write data
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// output will be null if in TextEditing mode
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[[nodiscard]] tChar* write() {
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makeModifiable();
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return mData->getBuffer();
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}
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// output will be null if in TextEditing mode
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tChar* resize(Index size) {
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makeModifiable();
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mData->resize(size);
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return write();
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}
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public:
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void makeModifiable() {
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// We have no rights to modify if someone references that memory too
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// So we need to create new copy of StringData
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if (mData->mReferenceCount > 1) {
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mData = new (sStringPool.allocate(0)) StringData(mData->mBuff);
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incReference(mData);
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return;
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}
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// Also if initial raw data was marked as const - create copy of raw data
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// Note - raw data will be lost at this point if no other record of such is stored
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if (mData->mIsConst) {
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mData = new (sStringPool.allocate(0)) StringData(mData->mBuff);
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incReference(mData);
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}
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}
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template<class tArchiver>
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void archiveWrite(tArchiver& ar) const {
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auto size = this->size();
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ar << size;
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ar.writeBytes(read(), size);
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}
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template<class tArchiver>
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void archiveRead(tArchiver& ar) {
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Index size;
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ar >> size;
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resize(size);
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ar.readBytes(write(), size);
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}
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public: // Syntax sugars
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explicit StringTemplate(alni val) {
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tChar raw[MAX_INT_STRING_LENGTH];
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Logic::convertValueToString(val, raw, MAX_INT_STRING_LENGTH);
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mData = new (sStringPool.allocate(0)) StringData(raw);
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incReference(mData);
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}
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explicit StringTemplate(alnf val) {
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tChar raw[MAX_INT_STRING_LENGTH];
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Logic::convertValueToString(val, raw, MAX_FLOAT_STRING_LENGTH);
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mData = new (sStringPool.allocate(0)) StringData(raw);
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incReference(mData);
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}
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explicit StringTemplate(bool val) {
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tChar raw[MAX_INT_STRING_LENGTH];
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Logic::convertValueToString(val, raw, MAX_BOOL_STRING_LENGTH);
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mData = new (sStringPool.allocate(0)) StringData(raw);
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incReference(mData);
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}
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explicit operator alni() {
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alni out;
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Logic::convertStringToValue(read(), out);
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return out;
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}
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explicit operator alnf() {
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alnf out;
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Logic::convertStringToValue(read(), out);
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return out;
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}
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explicit operator bool() {
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bool out;
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Logic::convertStringToValue(read(), out);
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return out;
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}
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Index size() const {
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return Logic::calcLength(read());
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}
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void calcLineOffsets(Buffer<Index>& aOut) const {
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Logic::calcLineOffsets(read(), size(), aOut);
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}
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StringTemplate& operator=(tChar* in) {
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this->~StringTemplate();
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new (this) StringTemplate(in);
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return *this;
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}
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StringTemplate& operator=(const tChar* in) {
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this->~StringTemplate();
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new (this) StringTemplate(in);
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return *this;
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}
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StringTemplate& operator=(const StringTemplate& in) {
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if (&in == this) return *this;
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this->~StringTemplate();
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new (this) StringTemplate(in);
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return *this;
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}
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bool operator==(const StringTemplate& in) const {
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if (&in == this) return true;
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if (in.mData == mData) return true;
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return Logic::isEqualLogic(in.read(), read());
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}
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StringTemplate operator+(const StringTemplate& in) const {
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StringTemplate out;
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auto const newSize = in.size() + size();
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out.resize(newSize);
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Logic::insertLogic(out.write(), newSize, read(), in.read(), size(), in.size());
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return out;
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}
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public: // Debugging
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[[nodiscard]] ualni getReferenceCount() const { return mData->mReferenceCount; }
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[[nodiscard]] bool getIsConstFlag() const { return mData->mIsConst; }
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};
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template<typename tChar>
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PoolAlloc<StringData<tChar>, StringTemplate<tChar>::STRINGS_POOL_SIZE> StringTemplate<tChar>::sStringPool;
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template<typename tChar>
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StringData<tChar> StringTemplate<tChar>::sNullString;
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using String = StringTemplate<int1>;
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template<typename tChar>
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ualni hash(StringTemplate<tChar> in) {
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return hash(in.read());
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}
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#pragma once
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#include "Allocators.hpp"
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#include "StringLogic.hpp"
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namespace tp {
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// Static data
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extern ModuleManifest gModuleStrings;
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template <typename tChar>
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class StringTemplate;
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// Hidden slave class
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template <typename tChar = int1>
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class StringData {
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friend StringTemplate<tChar>;
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typedef StringLogic<tChar> Logic;
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typedef typename StringLogic<tChar>::Index Index;
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private:
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uint2 mIsConst; // source is non-modifiable
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uint2 mEditedIdx; // editor id
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uint4 mReferenceCount; // number of users of this
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tChar* mBuff; // actual string data
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StringData() {
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mBuff = (tChar*) "*";
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mReferenceCount = 1;
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mIsConst = true;
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mEditedIdx = 0;
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}
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StringData(const tChar* aBuff, bool aIsConst) {
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MODULE_SANITY_CHECK(gModuleStrings)
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DEBUG_ASSERT(aBuff)
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mBuff = (tChar*) aBuff;
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mReferenceCount = 0;
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mIsConst = aIsConst;
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mEditedIdx = 0;
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}
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explicit StringData(tChar* aBuff) {
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MODULE_SANITY_CHECK(gModuleStrings)
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DEBUG_ASSERT(aBuff)
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auto const len = Logic::calcLength(aBuff);
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mReferenceCount = 0;
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mIsConst = false;
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mEditedIdx = 0;
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mBuff = new tChar[len + 1];
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mBuff[len] = Logic::getEndChar();
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memCopy(mBuff, aBuff, len);
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}
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[[nodiscard]] tChar* getBuffer() { return mBuff; }
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~StringData() {
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if (!mIsConst) delete[] mBuff;
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}
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void resize(Index size) {
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DEBUG_ASSERT(mReferenceCount == 1 && !mIsConst)
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delete[] mBuff;
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mBuff = new tChar[size + 1];
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mBuff[size] = Logic::getEndChar();
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}
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};
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template <typename tChar = int1>
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class StringTemplate {
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public:
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typedef StringLogic<tChar> Logic;
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typedef StringData<tChar> Data;
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typedef typename Logic::Index Index;
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enum {
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STRINGS_POOL_SIZE = 1024,
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MAX_INT_STRING_LENGTH = 10,
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MAX_BOOL_STRING_LENGTH = 10,
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MAX_FLOAT_STRING_LENGTH = 10,
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};
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static PoolAlloc<StringData<tChar>, STRINGS_POOL_SIZE> sStringPool;
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static Data sNullString;
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private:
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Data* mData;
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public: // Main Interface
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// Creates null string reference
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StringTemplate() {
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mData = &sNullString;
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incReference(mData);
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}
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// References existing string data
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StringTemplate(const StringTemplate& in) {
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mData = in.mData;
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incReference(mData);
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}
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// Creates new string data from raw data pointer.
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// Does not own string buffer - string buffer will not be freed. Initializes as const memory.
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StringTemplate(const tChar* raw) {
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mData = new (sStringPool.allocate(0)) StringData(raw, true);
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incReference(mData);
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}
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// Copies raw data and claims ownership over it
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StringTemplate(tChar* raw) {
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mData = new (sStringPool.allocate(0)) StringData(raw);
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incReference(mData);
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}
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~StringTemplate() { decReference(mData); }
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private:
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static void incReference(Data* dp) { dp->mReferenceCount++; }
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void decReference(Data* dp) {
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DEBUG_ASSERT(dp->mReferenceCount > 0)
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dp->mReferenceCount--;
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if (!dp->mReferenceCount) {
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mData->~StringData();
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sStringPool.deallocate(mData);
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}
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}
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public: // Access
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// used to read data
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[[nodiscard]] const tChar* read() const { return mData->mBuff; }
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// used to write data
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// output will be null if in TextEditing mode
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[[nodiscard]] tChar* write() {
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makeModifiable();
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return mData->getBuffer();
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}
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// output will be null if in TextEditing mode
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tChar* resize(Index size) {
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makeModifiable();
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mData->resize(size);
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return write();
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}
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public:
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void makeModifiable() {
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// We have no rights to modify if someone references that memory too
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// So we need to create new copy of StringData
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if (mData->mReferenceCount > 1) {
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mData = new (sStringPool.allocate(0)) StringData(mData->mBuff);
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incReference(mData);
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return;
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}
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// Also if initial raw data was marked as const - create copy of raw data
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// Note - raw data will be lost at this point if no other record of such is stored
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if (mData->mIsConst) {
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mData = new (sStringPool.allocate(0)) StringData(mData->mBuff);
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incReference(mData);
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}
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}
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template <class tArchiver>
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void archiveWrite(tArchiver& ar) const {
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auto size = this->size();
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ar << size;
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ar.writeBytes(read(), size);
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}
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template <class tArchiver>
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void archiveRead(tArchiver& ar) {
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Index size;
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ar >> size;
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resize(size);
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ar.readBytes(write(), size);
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}
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public: // Syntax sugars
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explicit StringTemplate(alni val) {
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tChar raw[MAX_INT_STRING_LENGTH];
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Logic::convertValueToString(val, raw, MAX_INT_STRING_LENGTH);
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mData = new (sStringPool.allocate(0)) StringData(raw);
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incReference(mData);
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}
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explicit StringTemplate(alnf val) {
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tChar raw[MAX_INT_STRING_LENGTH];
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Logic::convertValueToString(val, raw, MAX_FLOAT_STRING_LENGTH);
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mData = new (sStringPool.allocate(0)) StringData(raw);
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incReference(mData);
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}
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explicit StringTemplate(bool val) {
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tChar raw[MAX_INT_STRING_LENGTH];
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Logic::convertValueToString(val, raw, MAX_BOOL_STRING_LENGTH);
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mData = new (sStringPool.allocate(0)) StringData(raw);
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incReference(mData);
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}
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explicit operator alni() {
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alni out;
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Logic::convertStringToValue(read(), out);
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return out;
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}
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explicit operator alnf() {
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alnf out;
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Logic::convertStringToValue(read(), out);
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return out;
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}
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explicit operator bool() {
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bool out;
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Logic::convertStringToValue(read(), out);
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return out;
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}
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Index size() const { return Logic::calcLength(read()); }
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void calcLineOffsets(Buffer<Index>& aOut) const { Logic::calcLineOffsets(read(), size(), aOut); }
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StringTemplate& operator=(tChar* in) {
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this->~StringTemplate();
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new (this) StringTemplate(in);
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return *this;
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}
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StringTemplate& operator=(const tChar* in) {
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this->~StringTemplate();
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new (this) StringTemplate(in);
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return *this;
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}
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StringTemplate& operator=(const StringTemplate& in) {
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if (&in == this) return *this;
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this->~StringTemplate();
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new (this) StringTemplate(in);
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return *this;
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}
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bool operator==(const StringTemplate& in) const {
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if (&in == this) return true;
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if (in.mData == mData) return true;
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return Logic::isEqualLogic(in.read(), read());
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}
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StringTemplate operator+(const StringTemplate& in) const {
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StringTemplate out;
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auto const newSize = in.size() + size();
|
||||
out.resize(newSize);
|
||||
Logic::insertLogic(out.write(), newSize, read(), in.read(), size(), in.size());
|
||||
return out;
|
||||
}
|
||||
|
||||
public: // Debugging
|
||||
[[nodiscard]] ualni getReferenceCount() const { return mData->mReferenceCount; }
|
||||
[[nodiscard]] bool getIsConstFlag() const { return mData->mIsConst; }
|
||||
};
|
||||
|
||||
template <typename tChar>
|
||||
PoolAlloc<StringData<tChar>, StringTemplate<tChar>::STRINGS_POOL_SIZE> StringTemplate<tChar>::sStringPool;
|
||||
|
||||
template <typename tChar>
|
||||
StringData<tChar> StringTemplate<tChar>::sNullString;
|
||||
|
||||
using String = StringTemplate<int1>;
|
||||
|
||||
template <typename tChar>
|
||||
ualni hash(StringTemplate<tChar> in) {
|
||||
return hash(in.read());
|
||||
}
|
||||
}
|
||||
Loading…
Add table
Add a link
Reference in a new issue