Uses of Class
freemarker.template.TemplateException

Packages that use TemplateException

Package	Description
freemarker.core	The seldom used or advanced parts of the fundamental FreeMarker API, compared to freemarker.template.
freemarker.ext.beans	The default object wrapper of FreeMarker uses this to expose Java Beans and POJO-s to templates.
freemarker.ext.servlet	Servlet for legacy "Model 2" frameworks that allows using FreeMarker templates instead of JSP as the MVC View (see in the Manual).
freemarker.template	The fundamental, most commonly used API-s of FreeMarker; start with Configuration (see also the Getting Started in the Manual.)

Uses of TemplateException in freemarker.core

Subclasses of TemplateException in freemarker.core

Modifier and Type	Class	Description
class	freemarker.core._MiscTemplateException
static class	Configurable.SettingValueAssignmentException	The setting name was recognized, but its value couldn't be parsed or the setting couldn't be set for some other reason.
static class	Configurable.UnknownSettingException	The setting name was not recognized.
class	InvalidReferenceException	A subclass of TemplateException that says that an FTL expression has evaluated to null or it refers to something that doesn't exist.
class	NonBooleanException	Indicates that a TemplateBooleanModel value was expected, but the value had a different type.
class	NonDateException	Indicates that a TemplateDateModel value was expected, but the value had a different type.
class	NonExtendedHashException	Indicates that a TemplateHashModelEx value was expected, but the value had a different type.
class	NonExtendedNodeException	Indicates that a TemplateNodeModelEx value was expected, but the value had a different type.
class	NonHashException	Indicates that a TemplateHashModel value was expected, but the value had a different type.
class	NonMarkupOutputException	Indicates that a TemplateMarkupOutputModel value was expected, but the value had a different type.
class	NonMethodException	Indicates that a TemplateMethodModel value was expected, but the value had a different type.
class	NonNodeException	Indicates that a TemplateNodeModel value was expected, but the value had a different type.
class	NonNumericalException	Indicates that a TemplateNumberModel value was expected, but the value had a different type.
class	NonSequenceException	Indicates that a TemplateSequenceModel value was expected, but the value had a different type.
class	NonSequenceOrCollectionException	Indicates that a TemplateSequenceModel or TemplateCollectionModel value was expected, but the value had a different type.
class	NonStringException	Indicates that a TemplateScalarModel value was expected (or maybe something that can be automatically coerced to that), but the value had a different type.
class	NonStringOrTemplateOutputException	Indicates that a TemplateScalarModel (or maybe something that can be automatically coerced to that) or TemplateMarkupOutputModel value was expected, but the value had a different type.
class	StopException	This exception is thrown when a #stop directive is encountered.
class	UnexpectedTypeException	The type of a value differs from what was expected.

Methods in freemarker.core that return TemplateException

Modifier and Type	Method	Description
protected TemplateException	Configurable.invalidSettingValueException(String name, String value)
protected TemplateException	Configurable.settingValueAssignmentException(String name, String value, Throwable cause)
protected TemplateException	Configurable.unknownSettingException(String name)	Creates the exception that should be thrown when a setting name isn't recognized.

Methods in freemarker.core that throw TemplateException

Modifier and Type	Method	Description
void	Environment.__setitem__(String key, Object o)	A hook that Jython uses.
abstract Number	ArithmeticEngine.add(Number first, Number second)
Number	ArithmeticEngine.ConservativeEngine.add(Number first, Number second)
boolean	Environment.applyEqualsOperator(TemplateModel leftValue, TemplateModel rightValue)	Compares two TemplateModel-s according the rules of the FTL "==" operator.
boolean	Environment.applyEqualsOperatorLenient(TemplateModel leftValue, TemplateModel rightValue)	Compares two TemplateModel-s according the rules of the FTL "==" operator, except that if the two types are incompatible, they are treated as non-equal instead of throwing an exception.
boolean	Environment.applyGreaterThanOperator(TemplateModel leftValue, TemplateModel rightValue)	Compares two TemplateModel-s according the rules of the FTL ">" operator.
boolean	Environment.applyLessThanOperator(TemplateModel leftValue, TemplateModel rightValue)	Compares two TemplateModel-s according the rules of the FTL "<" operator.
boolean	Environment.applyLessThanOrEqualsOperator(TemplateModel leftValue, TemplateModel rightValue)	Compares two TemplateModel-s according the rules of the FTL "<" operator.
boolean	Environment.applyWithGreaterThanOrEqualsOperator(TemplateModel leftValue, TemplateModel rightValue)	Compares two TemplateModel-s according the rules of the FTL ">=" operator.
abstract int	ArithmeticEngine.compareNumbers(Number first, Number second)
int	ArithmeticEngine.ConservativeEngine.compareNumbers(Number first, Number second)
Number	ArithmeticEngine.ConservativeEngine.divide(Number first, Number second)
abstract Number	ArithmeticEngine.divide(Number first, Number second)
protected void	Configurable.doAutoImportsAndIncludes(Environment env)	Executes the auto-imports and auto-includes for the main template of this environment.
Environment.Namespace	Environment.importLib(Template loadedTemplate, String targetNsVarName)	Does what the #import directive does, but with an already loaded template.
Environment.Namespace	Environment.importLib(String templateName, String targetNsVarName)	Emulates import directive, except that templateName must be template root relative.
Environment.Namespace	Environment.importLib(String templateName, String targetNsVarName, boolean lazy)	Like Environment.importLib(String, String), but you can specify if you want a lazy import or not.
void	Environment.include(Template includedTemplate)	Processes a Template in the context of this Environment, including its output in the Environment's Writer.
void	Environment.include(String name, String encoding, boolean parse)	Emulates include directive, except that name must be template root relative.
Number	ArithmeticEngine.ConservativeEngine.modulus(Number first, Number second)
abstract Number	ArithmeticEngine.modulus(Number first, Number second)
Number	ArithmeticEngine.ConservativeEngine.multiply(Number first, Number second)
abstract Number	ArithmeticEngine.multiply(Number first, Number second)
void	Environment.process()	Processes the template to which this environment belongs to.
Class	OptInTemplateClassResolver.resolve(String className, Environment env, Template template)
Class	TemplateClassResolver.resolve(String className, Environment env, Template template)	Gets a Class based on the class name.
void	Configurable.setSetting(String name, String value)	Sets a FreeMarker setting by a name and string value.
void	Configurable.setSettings(InputStream propsIn)	Reads a setting list (key and element pairs) from the input stream.
void	Configurable.setSettings(Properties props)	Set the settings stored in a Properties object.
Number	ArithmeticEngine.ConservativeEngine.subtract(Number first, Number second)
abstract Number	ArithmeticEngine.subtract(Number first, Number second)
TemplateScalarModel	DefaultTruncateBuiltinAlgorithm.truncate(String s, int maxLength, TemplateScalarModel terminator, Integer terminatorLength, Environment env)
abstract TemplateScalarModel	TruncateBuiltinAlgorithm.truncate(String s, int maxLength, TemplateScalarModel terminator, Integer terminatorLength, Environment env)	Corresponds to ?truncate(...) in templates.
TemplateScalarModel	DefaultTruncateBuiltinAlgorithm.truncateC(String s, int maxLength, TemplateScalarModel terminator, Integer terminatorLength, Environment env)
abstract TemplateScalarModel	TruncateBuiltinAlgorithm.truncateC(String s, int maxLength, TemplateScalarModel terminator, Integer terminatorLength, Environment env)	Corresponds to ?truncate_c_m(...) in templates.
TemplateModel	DefaultTruncateBuiltinAlgorithm.truncateCM(String s, int maxLength, TemplateModel terminator, Integer terminatorLength, Environment env)
abstract TemplateModel	TruncateBuiltinAlgorithm.truncateCM(String s, int maxLength, TemplateModel terminator, Integer terminatorLength, Environment env)	Corresponds to ?truncate_c_m(...) in templates.
TemplateModel	DefaultTruncateBuiltinAlgorithm.truncateM(String s, int maxLength, TemplateModel terminator, Integer terminatorLength, Environment env)
abstract TemplateModel	TruncateBuiltinAlgorithm.truncateM(String s, int maxLength, TemplateModel terminator, Integer terminatorLength, Environment env)	Corresponds to ?truncate_m(...) in templates.
TemplateScalarModel	DefaultTruncateBuiltinAlgorithm.truncateW(String s, int maxLength, TemplateScalarModel terminator, Integer terminatorLength, Environment env)
abstract TemplateScalarModel	TruncateBuiltinAlgorithm.truncateW(String s, int maxLength, TemplateScalarModel terminator, Integer terminatorLength, Environment env)	Corresponds to ?truncate_w(...) in templates.
TemplateModel	DefaultTruncateBuiltinAlgorithm.truncateWM(String s, int maxLength, TemplateModel terminator, Integer terminatorLength, Environment env)
abstract TemplateModel	TruncateBuiltinAlgorithm.truncateWM(String s, int maxLength, TemplateModel terminator, Integer terminatorLength, Environment env)	Corresponds to ?truncate_w_m(...) in templates.
void	Environment.visit(freemarker.core.TemplateElement element, TemplateDirectiveModel directiveModel, Map args, List bodyParameterNames)	Deprecated. Should be internal API

Uses of TemplateException in freemarker.ext.beans

Subclasses of TemplateException in freemarker.ext.beans

Modifier and Type	Class	Description
class	InvalidPropertyException	An exception thrown when there is an attempt to access an invalid bean property when we are in a "strict bean" mode

Uses of TemplateException in freemarker.ext.servlet

Methods in freemarker.ext.servlet that throw TemplateException

Modifier and Type	Method	Description
void	IncludePage.execute(Environment env, Map params, TemplateModel[] loopVars, TemplateDirectiveBody body)
protected void	FreemarkerServlet.processEnvironment(Environment env, javax.servlet.http.HttpServletRequest request, javax.servlet.http.HttpServletResponse response)	This is the method that actually executes the template.

Uses of TemplateException in freemarker.template

Subclasses of TemplateException in freemarker.template

Modifier and Type	Class	Description
class	TemplateModelException	ObjectWrapper-s may throw this when wrapping/unwrapping fails, or TemplateModel methods throw this if the requested data can't be retrieved.

Methods in freemarker.template with parameters of type TemplateException

Modifier and Type	Method	Description
void	TemplateExceptionHandler.handleTemplateException(TemplateException te, Environment env, Writer out)	Method called after a TemplateException was raised inside a template.
void	AttemptExceptionReporter.report(TemplateException te, Environment env)	Called to log or otherwise report the error that has occurred inside an #attempt block.

Methods in freemarker.template that throw TemplateException

Modifier and Type	Method	Description
Environment	Template.createProcessingEnvironment(Object dataModel, Writer out)	Same as createProcessingEnvironment(dataModel, out, null).
Environment	Template.createProcessingEnvironment(Object dataModel, Writer out, ObjectWrapper wrapper)	Creates a Environment object, using this template, the data-model provided as parameter.
protected void	Configuration.doAutoImportsAndIncludes(Environment env)
void	TemplateDirectiveModel.execute(Environment env, Map params, TemplateModel[] loopVars, TemplateDirectiveBody body)	Executes this user-defined directive; called by FreeMarker when the user-defined directive is called in the template.
void	TemplateExceptionHandler.handleTemplateException(TemplateException te, Environment env, Writer out)	Method called after a TemplateException was raised inside a template.
void	Template.process(Object dataModel, Writer out)	Executes template, using the data-model provided, writing the generated output to the supplied Writer.
void	Template.process(Object dataModel, Writer out, ObjectWrapper wrapper)	Like Template.process(Object, Writer), but overrides the Configurable.getObjectWrapper().
void	Template.process(Object dataModel, Writer out, ObjectWrapper wrapper, TemplateNodeModel rootNode)	Like Template.process(Object, Writer), but also sets a (XML-)node to be recursively processed by the template.
void	TemplateDirectiveBody.render(Writer out)	Renders the body of the directive body to the specified writer.
void	Configuration.setSetting(String name, String value)