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Renamed 'ParamConstraint::wantedType' to 'ParamConstraint::requiredType'

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This commit is contained in:
Leonetienne 2021-06-06 15:24:29 +02:00
parent 09a2ce4e74
commit 1b8c156314
5 changed files with 47 additions and 47 deletions
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Hazelnupp.vpp
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30
Hazelnupp/Hazelnupp.cpp
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@ -182,21 +182,21 @@ Value* Hazelnupp::ParseValue(const std::vector<std::string>& values, const Param
// Is a list forced via a constraint? If yes, return an empty list // Is a list forced via a constraint? If yes, return an empty list
if ((constrainType) && if ((constrainType) &&
(constraint->wantedType == DATA_TYPE::LIST)) (constraint->requiredType == DATA_TYPE::LIST))
return new ListValue(); return new ListValue();
// Is a string forced via a constraint? If yes, return an empty string // Is a string forced via a constraint? If yes, return an empty string
else if ((constrainType) && else if ((constrainType) &&
(constraint->wantedType == DATA_TYPE::STRING)) (constraint->requiredType == DATA_TYPE::STRING))
return new StringValue(""); return new StringValue("");
// Is an int or float forced via constraint? If yes, throw an exception // Is an int or float forced via constraint? If yes, throw an exception
else if ((constrainType) && else if ((constrainType) &&
((constraint->wantedType == DATA_TYPE::INT) || ((constraint->requiredType == DATA_TYPE::INT) ||
(constraint->wantedType == DATA_TYPE::FLOAT))) (constraint->requiredType == DATA_TYPE::FLOAT)))
throw HazelnuppConstraintTypeMissmatch( throw HazelnuppConstraintTypeMissmatch(
constraint->key, constraint->key,
constraint->wantedType, constraint->requiredType,
rawInputType, rawInputType,
GetDescription(constraint->key) GetDescription(constraint->key)
); );
@ -207,7 +207,7 @@ Value* Hazelnupp::ParseValue(const std::vector<std::string>& values, const Param
// Force void type by constraint // Force void type by constraint
else if ((constrainType) && else if ((constrainType) &&
(constraint->wantedType == DATA_TYPE::VOID)) (constraint->requiredType == DATA_TYPE::VOID))
{ {
return new VoidValue; return new VoidValue;
} }
@ -219,11 +219,11 @@ Value* Hazelnupp::ParseValue(const std::vector<std::string>& values, const Param
// Should the type be something other than list? // Should the type be something other than list?
if ((constrainType) && if ((constrainType) &&
(constraint->wantedType != DATA_TYPE::LIST)) (constraint->requiredType != DATA_TYPE::LIST))
{ {
throw HazelnuppConstraintTypeMissmatch( throw HazelnuppConstraintTypeMissmatch(
constraint->key, constraint->key,
constraint->wantedType, constraint->requiredType,
rawInputType, rawInputType,
GetDescription(constraint->key) GetDescription(constraint->key)
); );
@ -250,10 +250,10 @@ Value* Hazelnupp::ParseValue(const std::vector<std::string>& values, const Param
// Is the type not supposed to be a string? // Is the type not supposed to be a string?
// void and list are already sorted out // void and list are already sorted out
if ((constrainType) && if ((constrainType) &&
(constraint->wantedType != DATA_TYPE::STRING)) (constraint->requiredType != DATA_TYPE::STRING))
{ {
// We can only force a list-value from here // We can only force a list-value from here
if (constraint->wantedType == DATA_TYPE::LIST) if (constraint->requiredType == DATA_TYPE::LIST)
{ {
ListValue* list = new ListValue(); ListValue* list = new ListValue();
Value* tmp = ParseValue({ val }); Value* tmp = ParseValue({ val });
@ -266,7 +266,7 @@ Value* Hazelnupp::ParseValue(const std::vector<std::string>& values, const Param
else else
throw HazelnuppConstraintTypeMissmatch( throw HazelnuppConstraintTypeMissmatch(
constraint->key, constraint->key,
constraint->wantedType, constraint->requiredType,
rawInputType, rawInputType,
GetDescription(constraint->key) GetDescription(constraint->key)
); );
@ -278,7 +278,7 @@ Value* Hazelnupp::ParseValue(const std::vector<std::string>& values, const Param
// In this case we have a numeric value. // In this case we have a numeric value.
// We should still produce a string if requested // We should still produce a string if requested
if ((constrainType) && if ((constrainType) &&
(constraint->wantedType == DATA_TYPE::STRING)) (constraint->requiredType == DATA_TYPE::STRING))
return new StringValue(val); return new StringValue(val);
// Numeric // Numeric
@ -294,10 +294,10 @@ Value* Hazelnupp::ParseValue(const std::vector<std::string>& values, const Param
if (constrainType) if (constrainType)
{ {
// Must it be an integer? // Must it be an integer?
if (constraint->wantedType == DATA_TYPE::INT) if (constraint->requiredType == DATA_TYPE::INT)
return new IntValue((long long int)num); return new IntValue((long long int)num);
// Must it be a floating point? // Must it be a floating point?
else if (constraint->wantedType == DATA_TYPE::FLOAT) else if (constraint->requiredType == DATA_TYPE::FLOAT)
return new FloatValue(num); return new FloatValue(num);
// Else it must be a List // Else it must be a List
else else
@ -442,7 +442,7 @@ std::string Hazelnupp::GenerateDocumentation() const
ParamDocEntry& cached = paramInfos[it.first]; ParamDocEntry& cached = paramInfos[it.first];
cached.required = it.second.required; cached.required = it.second.required;
cached.typeIsForced = it.second.constrainType; cached.typeIsForced = it.second.constrainType;
cached.type = DataTypeToString(it.second.wantedType); cached.type = DataTypeToString(it.second.requiredType);
std::stringstream defaultValueSs; std::stringstream defaultValueSs;
for (const std::string& s : it.second.defaultValue) for (const std::string& s : it.second.defaultValue)

10
Hazelnupp/ParamConstraint.h
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@ -23,20 +23,20 @@ namespace Hazelnp
} }
//! Constructs a type-safety constraint //! Constructs a type-safety constraint
static ParamConstraint TypeSafety(DATA_TYPE wantedType, bool constrainType = true) static ParamConstraint TypeSafety(DATA_TYPE requiredType, bool constrainType = true)
{ {
ParamConstraint pc; ParamConstraint pc;
pc.constrainType = constrainType; pc.constrainType = constrainType;
pc.wantedType = wantedType; pc.requiredType = requiredType;
return pc; return pc;
} }
//! Whole constructor //! Whole constructor
ParamConstraint(bool constrainType, DATA_TYPE wantedType, const std::vector<std::string>& defaultValue, bool required) ParamConstraint(bool constrainType, DATA_TYPE requiredType, const std::vector<std::string>& defaultValue, bool required)
: :
constrainType{ constrainType }, constrainType{ constrainType },
wantedType{ wantedType }, requiredType{ requiredType },
defaultValue{ defaultValue }, defaultValue{ defaultValue },
required{ required } required{ required }
{ {
@ -48,7 +48,7 @@ namespace Hazelnp
bool constrainType = false; bool constrainType = false;
//! Constrain the parameter to this value. Requires `constrainType` to be set to true. //! Constrain the parameter to this value. Requires `constrainType` to be set to true.
DATA_TYPE wantedType = DATA_TYPE::VOID; DATA_TYPE requiredType = DATA_TYPE::VOID;
//! The default value for this parameter. //! The default value for this parameter.
//! Gets applied if this parameter was not given. //! Gets applied if this parameter was not given.

2
Test_Hazelnupp/Constraints.cpp
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@ -519,7 +519,7 @@ namespace TestHazelnupp
// Verify // Verify
Assert::IsTrue(dftvalConst_expected.required == dftvalConst.required, L"required"); Assert::IsTrue(dftvalConst_expected.required == dftvalConst.required, L"required");
Assert::IsTrue(dftvalConst_expected.defaultValue == dftvalConst.defaultValue, L"defaultValue"); Assert::IsTrue(dftvalConst_expected.defaultValue == dftvalConst.defaultValue, L"defaultValue");
Assert::IsTrue(dftvalConst_expected.wantedType == dftvalConst.wantedType, L"wantedType"); Assert::IsTrue(dftvalConst_expected.requiredType == dftvalConst.requiredType, L"requiredType");
Assert::IsTrue(dftvalConst_expected.constrainType == dftvalConst.constrainType, L"constrainType"); Assert::IsTrue(dftvalConst_expected.constrainType == dftvalConst.constrainType, L"constrainType");
return; return;

2
readme.md
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@ -244,7 +244,7 @@ Note that you can also combine these two constraint-types by populating the stru
```cpp ```cpp
ParamConstraint pc; ParamConstraint pc;
pc.constrainType = true; pc.constrainType = true;
pc.wantedType = DATA_TYPE::STRING; pc.requiredType = DATA_TYPE::STRING;
pc.defaultValue = {}; // no default value pc.defaultValue = {}; // no default value
pc.required = true; pc.required = true;