void CChildDatasetColumnInfo::setColumn(HqlCppTranslator & translator, BuildCtx & ctx, IReferenceSelector * selector, IHqlExpression * _value)
{
OwnedHqlExpr addressSize = getColumnAddress(translator, ctx, selector, sizetType, 0);
OwnedHqlExpr addressData = getColumnAddress(translator, ctx, selector, queryType(), sizeof(size32_t));
OwnedHqlExpr lengthTarget = convertAddressToValue(addressSize, sizetType);
ITypeInfo * columnType = column->queryType();
OwnedHqlExpr value = LINK(_value); //ensureExprType(_value, columnType);
ITypeInfo * valueType = value->queryType();
assertRecordTypesMatch(valueType, columnType);
bool assignInline = false; // canEvaluateInline(value); // MORE: What is the test
// bool assignInline = canAssignInline(&ctx, value) && !canEvaluateInline(&ctx, value);
value.setown(addDatasetLimits(translator, ctx, selector, value));
IHqlExpression * record = column->queryRecord();
if (assignInline)
{
OwnedHqlExpr inlineSize = getSizetConstant(0);
checkAssignOk(translator, ctx, selector, inlineSize, sizeof(size32_t));
//Can only assign inline if we know the maximum length that will be assigned is 0.
Owned<IHqlCppDatasetBuilder> builder = translator.createInlineDatasetBuilder(record, inlineSize, addressData);
builder->buildDeclare(ctx);
translator.buildDatasetAssign(ctx, builder, value);
CHqlBoundTarget boundTarget;
boundTarget.length.set(lengthTarget);
builder->buildFinish(ctx, boundTarget);
}
else
{
CHqlBoundExpr bound;
translator.buildDataset(ctx, value, bound, FormatBlockedDataset);
translator.normalizeBoundExpr(ctx, bound);
ensureSimpleLength(translator, ctx, bound);
OwnedHqlExpr length = translator.getBoundLength(bound);
OwnedHqlExpr size = createValue(no_translated, LINK(sizetType), translator.getBoundSize(bound));
checkAssignOk(translator, ctx, selector, size, sizeof(size32_t));
translator.assignBoundToTemp(ctx, lengthTarget, length);
translator.buildBlockCopy(ctx, addressData, bound);
//Use the size just calculated for the field
OwnedHqlExpr sizeOfExpr = createValue(no_sizeof, LINK(sizetType), LINK(selector->queryExpr()));
OwnedHqlExpr boundSize = translator.getBoundSize(bound);
OwnedHqlExpr srcSize = adjustValue(boundSize, sizeof(size32_t));
ctx.associateExpr(sizeOfExpr, srcSize);
}
}
void CChildLimitedDatasetColumnInfo::setColumnFromBuilder(HqlCppTranslator & translator, BuildCtx & ctx, IReferenceSelector * selector, IHqlCppDatasetBuilder * builder)
{
CHqlBoundExpr bound;
builder->buildFinish(ctx, bound);
if (bound.length)
bound.length.setown(translator.ensureSimpleTranslatedExpr(ctx, bound.length));
OwnedHqlExpr size = createValue(no_translated, LINK(sizetType), translator.getBoundSize(bound));
checkAssignOk(translator, ctx, selector, size, 0);
OwnedHqlExpr addressData = getColumnAddress(translator, ctx, selector, queryType(), 0);
translator.buildBlockCopy(ctx, addressData, bound);
//Use the size just calculated for the field
OwnedHqlExpr sizeOfExpr = createValue(no_sizeof, LINK(sizetType), LINK(selector->queryExpr()));
OwnedHqlExpr srcSize = translator.getBoundSize(bound);
ctx.associateExpr(sizeOfExpr, srcSize);
}
void CChildSetColumnInfo::buildDeserialize(HqlCppTranslator & translator, BuildCtx & ctx, IReferenceSelector * selector, IHqlExpression * helper, IAtom * serializeForm)
{
OwnedHqlExpr address = getColumnAddress(translator, ctx, selector, boolType, 0);
OwnedHqlExpr addressSize = getColumnAddress(translator, ctx, selector, sizetType, sizeof(bool));
OwnedHqlExpr addressData = getColumnAddress(translator, ctx, selector, queryType(), sizeof(bool)+sizeof(size32_t));
size32_t sizeExtra = sizeof(bool)+sizeof(size32_t);
//Read the all flag and the size
OwnedHqlExpr sizeAllSizet = getSizetConstant(sizeExtra);
callDeserializeGetN(translator, ctx, helper, sizeAllSizet, address);
OwnedHqlExpr targetSize = convertAddressToValue(addressSize, sizetType);
OwnedHqlExpr unboundSize = createTranslated(targetSize);
checkAssignOk(translator, ctx, selector, unboundSize, sizeExtra);
callDeserializeGetN(translator, ctx, helper, targetSize, addressData);
OwnedHqlExpr sizeOfExpr = createValue(no_sizeof, LINK(sizetType), LINK(selector->queryExpr()));
OwnedHqlExpr srcSize = adjustValue(targetSize, sizeExtra);
ctx.associateExpr(sizeOfExpr, srcSize);
}
void CChildDatasetColumnInfo::buildDeserialize(HqlCppTranslator & translator, BuildCtx & ctx, IReferenceSelector * selector, IHqlExpression * helper, IAtom * serializeForm)
{
IHqlExpression * record = column->queryRecord();
assertex(!recordRequiresLinkCount(record)); // Why would it?
if (column->isDictionary())
{
if (serializeForm == diskAtom)
{
//If we ever generate the meta definition for an internal serialization format then the following needs to be implemented
UNIMPLEMENTED_X("deserialize serialized dictionary from disk");
return;
}
}
if (isConditional())
checkAssignOk(translator, ctx, selector, queryZero(), sizeof(size32_t));
OwnedHqlExpr addressSize = getColumnAddress(translator, ctx, selector, sizetType, 0);
OwnedHqlExpr addressData = getColumnAddress(translator, ctx, selector, queryType(), sizeof(size32_t));
//Read the all flag and the size
OwnedHqlExpr sizeSizet = getSizetConstant(sizeof(size32_t));
callDeserializeGetN(translator, ctx, helper, sizeSizet, addressSize);
OwnedHqlExpr targetSize = convertAddressToValue(addressSize, sizetType);
OwnedHqlExpr simpleSize = translator.ensureSimpleTranslatedExpr(ctx, targetSize);
OwnedHqlExpr unboundSize = createTranslated(simpleSize);
checkAssignOk(translator, ctx, selector, unboundSize, sizeof(size32_t));
callDeserializeGetN(translator, ctx, helper, simpleSize, addressData);
OwnedHqlExpr sizeOfExpr = createValue(no_sizeof, LINK(sizetType), LINK(selector->queryExpr()));
OwnedHqlExpr srcSize = adjustValue(simpleSize, sizeof(size32_t));
ctx.associateExpr(sizeOfExpr, srcSize);
}