org.kiama.example.oberon0.drivers
Marker trait for all built-in entities.
A built-in type with an implicit definition that the compiler must have special knowledge about.
A user-defined constant entity represented by a constant declaration.
A built-in value of some type that is represented by a particular integer value.
A user-defined module represented by a module declaration.
An entity representing by a user-provided type declaration.
A user-defined type.
A variable entity including a reference to its types' definition.
A ScalaTest tag that enables us to focus attention on particular tests rather than running all of them each time.
The name of this artefact.
Assert that a received message at the given zero-based index conforms
to an expected one in that it reports the same message label at the same
position.
Assert that a received message at the given zero-based index conforms
to an expected one in that it reports the same message label at the same
position.
Assert that the received list of messsages has recorded the expected
messages in the same order.
Assert that the received list of messsages has recorded the expected
messages in the same order.
Analogous to ScalaTest's assertResult but it uses optsame to compare
the two values instead of equality.
Analogous to ScalaTest's assertResult but it uses optsame to compare
the two values instead of equality.
Analogous to ScalaTest's assertResult but it uses same to compare
the two values instead of equality.
Analogous to ScalaTest's assertResult but it uses same to compare
the two values instead of equality.
Analogous to ScalaTest's assertResult but it uses optsame to compare
the two values instead of equality.
Analogous to ScalaTest's assertResult but it uses optsame to compare
the two values instead of equality.
Analogous to ScalaTest's assertResult but it uses same to compare
the two values instead of equality.
Analogous to ScalaTest's assertResult but it uses same to compare
the two values instead of equality.
The actual type of an expression following type aliases.
The actual type of an expression following type aliases.
Pretty-print a block, omitting the BEGIN if there are no statements.
Pretty-print a block, omitting the BEGIN if there are no statements. Add the possibility of declarations to the previous level.
Built-in Boolean type.
Built-in Boolean type.
Consume the AST.
Consume the AST. For example, translate it to something else. By default, do nothing.
In the test configuration we pretty print the source and C ASTs by default.
In the test configuration we pretty print the source and C ASTs by default.
The built-in type associated with a type declaration.
The built-in type associated with a type declaration.
The default environment.
The default environment.
The type given by a type definition.
The type given by a type definition.
Flag to decide whether to sanitise the output before comparison
of test results with expected results (see sanitise method).
Flag to decide whether to sanitise the output before comparison
of test results with expected results (see sanitise method).
Default is true; override with false if you want actual results
compared.
The program entity referred to by an identifier definition or use.
The program entity referred to by an identifier definition or use. In the case of a definition it's the thing being defined, so define it to be a reference to the declaration. If it's already defined, return a entity that indicates a multiple definition. In the case of a use, it's the thing defined elsewhere that is being referred to here, so look it up in the environment.
The entity for an identifier definition as given by its declaration context.
The entity for an identifier definition as given by its declaration context.
The environment containing bindings for all identifiers visible at the given node.
The environment containing bindings for all identifiers visible at the given node. It starts at the module declaration with the default environment. At blocks we enter a nested scope which is removed on exit from the block. At constant and type declarations the left-hand side binding is not in scope on the right-hand side. Each identifier definition just adds its binding to the chain. The envout cases for assignment and expression mean that we don't need to traverse into those constructs, since declarations can't occur there.
The semantic errors for a tree.
The semantic errors for a tree.
The error checking for this level.
The error checking for this level.
Is an expression expected to be constant or not? Either the expression is the root of an expected constant expression or its parent expression is expected to be constant.
Is an expression expected to be constant or not? Either the expression is the root of an expected constant expression or its parent expression is expected to be constant.
The type expected of an expression as defined by its context.
The type expected of an expression as defined by its context.
The type expected of an expression as defined by its context.
The type expected of an expression as defined by its context.
Fail a test with a message about finding something and expecting something else.
Fail a test with a message about finding something and expecting something else.
Built-in false constant.
Built-in false constant.
Make tests that process the files in path.
Make tests that process the files in path. name is an identifying
name for this set of tests. All files whose names end in srcext are
processed. Processing is done by the function compile which must
return either Some (s) where s is the output or None if processing
failed. If srcext is .x and resext is .y, then the expected result
for foo.x is found in file foo.y. If optinext is Some (z), then
foo.z is used for standard input, if it exists, otherwise the string
indefault is used. A test fails if either the processing fails or
it succeeds with the wrong result. argslist is used to specify the
sets of command-line arguments that you want to use. Each test is
run with each set of arguments. The default is an empty argument list.
The type of the entity denoted by an identifier use.
The type of the entity denoted by an identifier use.
Perform initialisation of semantic analysis that is necessary before processing an AST.
Perform initialisation of semantic analysis that is necessary before processing an AST.
Built-in integer type.
Built-in integer type.
Return true if the given type is Boolean or an unknown type.
Return true if the given type is Boolean or an unknown type.
Compatibility of types.
Compatibility of types. Return true if the type is compatible with the expected type. Unknown types are compatible with any other type. Otherwise, use look up the base types of what we have and compare them.
Return true if the entity is erroneous or is a constant.
Return true if the entity is erroneous or is a constant.
Return true if the entity is an error, false otherwise.
Return true if the entity is an error, false otherwise.
Return true if the given type is integer or an unknown type.
Return true if the given type is integer or an unknown type.
Return true if the expression can legally appear on the left-hand side of an assignment statement.
Return true if the expression can legally appear on the left-hand side of an assignment statement. At this level only allow identifiers of variables or things we don't know anything about. The true default is used so that this computation can be used in redefinitions.
Return true if the entity is erroneous or is a module.
Return true if the entity is erroneous or is a module.
Return true if the identifier is an r-value and hence its value can be used (ie.
Return true if the identifier is an r-value and hence its value can be used (ie. it's erroneous or is a constant, value or variable).
Return true if the entity is erroneous or is a type.
Return true if the entity is erroneous or is a type.
Return true if the entity is erroneous or is a variable.
Return true if the entity is erroneous or is a variable.
Is an expression constant or not? Unknown entities are constant.
Is an expression constant or not? Unknown entities are constant. Strictly speaking we only need to support integer expressions here, but we treat Boolean ones as constant in the same way so that we avoid spurious errors. Type analysis will reject Boolean constant expressions anyway.
The maximum language level we support.
The maximum language level we support.
Make the tests for a given language subset.
Make the tests for a given language subset. proglang denotes the language subset whose tests are used.
Process the given abstract syntax tree.
Process the given abstract syntax tree. Send output to emitter, marking sections so that we can split things later.
Process the AST, returning the new one.
Process the AST, returning the new one. By default, return the AST unchanged.
Custom driver for section tagging and challenge mode for errors.
Custom driver for section tagging and challenge mode for errors. If a parse error occurs: in challenge mode, just send "parse failed" to standard output, otherwise send the message to the errors file.
(Changed in version 2.9.0) The p0 call-by-name arguments is evaluated at most once per constructed Parser object, instead of on every need that arises during parsing.
Is this expression the root of what is expected to be a constant expression? At this level only expressions on the RHS of a constant declaration have this property.
Is this expression the root of what is expected to be a constant expression? At this level only expressions on the RHS of a constant declaration have this property.
Sanitise the output from a test.
Sanitise the output from a test. Remove any output that doesn't make sense to this program. I.e., if we are running a program that performs tasks 1-m, then any lines marked with [p], where p > m should be removed before comparison. Also, there can be three numbers, a'la [p,q,r] where p is as before and q (r) are lower (upper) inclusive bounds on the language level to which this output should apply. If p is omitted, the output applies to all task levels. If p is given, but q and r are omitted, the output also applies to all language levels.
Output a section heading so that the output can be split later.
Output a section heading so that the output can be split later.
Pretty-print a nested list of nodes separated by sep (default: semi colon) and line breaks.
Pretty-print a nested list of nodes separated by sep (default: semi colon) and line breaks.
ScalaTest by default only shows the unqualified class name when it displays the name of the suite.
ScalaTest by default only shows the unqualified class name when it displays the name of the suite. If a suite class name is used in more than one package we can't tell them apart. Here we override the name that is printed so that we get a project relative source file name as well.
This definition assumes that the test suite resides in the library project, that the name of the suite class is the same as the basename of the file and that the file is located in the folder given by the package name.
Run the compiler in test mode using the given configuration.
Run the compiler in test mode using the given configuration.
The type of an expression.
The type of an expression.
Built-in true constant.
Built-in true constant.
The actual type that a user type denotes.
The actual type that a user type denotes.
A type that is unknown, eg because the typed thing is erroneously defined.
A type that is unknown, eg because the typed thing is erroneously defined.
What is the value of an integer expression? Only needs to be valid if the expression is an integer constant (see isconst above) and is defined (eg, no divide by zero.
What is the value of an integer expression? Only needs to be valid if the expression is an integer constant (see isconst above) and is defined (eg, no divide by zero.) Returns zero in all other cases. FIXME: Ignores issues of overflow.
Please use the afterAll(ConfigMap) method of trait BeforeAndAfterAllConfigMap instead.
This method has been deprecated in favor of macro assertion and will be removed in a future version of ScalaTest. If you need this, please copy the source code into your own trait instead.
This method has been deprecated in favor of macro assertion and will be removed in a future version of ScalaTest. If you need this, please copy the source code into your own trait instead.
This method has been deprecated in favor of macro assumption and will be removed in a future version of ScalaTest. If you need this, please copy the source code into your own trait instead.
This method has been deprecated in favor of macro assumption and will be removed in a future version of ScalaTest. If you need this, please copy the source code into your own trait instead.
Please use the beforeAll(ConfigMap) method of trait BeforeAndAfterAllConfigMap instead.
This expect method has been deprecated. Please replace all invocations of expect with an identical invocation of assertResult instead.
This expect method has been deprecated. Please replace all invocations of expect with an identical invocation of assertResult instead.
This expectResult method has been deprecated. Please replace all invocations of expectResult with an identical invocation of assertResult instead.
This expectResult method has been deprecated. Please replace all invocations of expectResult with an identical invocation of assertResult instead.
(Since version 2.10.0) lastNoSuccess was not thread-safe and will be removed in 2.11.0
(Since version 2.10.0) lastNoSuccess was not thread-safe and will be removed in 2.11.0
(Since version 1.2.1) Use PrettyPrinter.any instead.