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tools_documentation.rs
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use super::documentation::exports::*;
use super::documentation::exports::documentation_model::*;
use super::errors::exports::*;
use super::tools::exports::*;
use super::externals::serde_json as json;
use super::externals::serde_json::json as json;
use super::externals::cpio::newc as cpio;
use super::prelude::*;
use super::documentation::exports::documentation_model::Entity;
use super::values::exports::Value as SchemeValue;
use super::values::exports::ValueKind as SchemeValueKind;
pub mod exports {
pub use super::main;
pub use super::{
dump_json,
dump_json_0,
};
pub use super::{
dump_html,
dump_html_0,
dump_html_cpio,
dump_html_cpio_0,
};
pub use super::{
dump_cmark,
dump_cmark_0,
dump_cmark_cpio,
dump_cmark_cpio_0,
};
pub use super::{
DumpCmarkAnchor,
DumpCmarkAnchorInto,
DumpCmarkCallbacks,
DumpCpioWriter,
};
pub use super::{
dump_cmark_configure,
DumpCmarkLibrariesConfiguration,
DumpCmarkLibraryConfiguration,
DumpCmarkCategoriesConfiguration,
DumpCmarkCategoryConfiguration,
DumpCmarkExportsConfiguration,
DumpCmarkExportConfiguration,
DumpCmarkDefinitionsConfiguration,
DumpCmarkDefinitionConfiguration,
DumpCmarkValueKindsConfiguration,
DumpCmarkValueKindConfiguration,
DumpCmarkAppendicesConfiguration,
DumpCmarkAppendixConfiguration,
DumpCmarkHierarchyConfiguration,
DumpCmarkLinkedCategoriesConfiguration,
DumpCmarkLinkedExportsConfiguration,
DumpCmarkLinkedDefinitionsConfiguration,
DumpCmarkLinkedValueKindsConfiguration,
DumpCmarkGenericConfiguration,
};
}
pub fn main (inputs : ToolInputs) -> (Outcome<u32>) {
let mut stream = io::stdout () .lock ();
if ! inputs.tool_arguments.is_empty () {
fail! (0x2f6cb42b);
}
let tool_commands = vec_map! (inputs.tool_commands.iter (), command, command.as_str ());
let tool_commands = tool_commands.as_slice ();
let dump_function = match tool_commands {
["dump-html"] =>
|library, stream| dump_html (library, false, stream),
["dump-html-simple"] =>
|library, stream| dump_html (library, true, stream),
["dump-html-cpio"] =>
|library, stream| dump_html_cpio (library, false, stream),
["dump-cmark"] =>
|library, stream| dump_cmark (library, false, stream),
["dump-cmark-cpio"] =>
|library, stream| dump_cmark_cpio (library, false, stream),
["dump-json"] =>
|library, stream| dump_json (library, stream),
_ =>
fail! (0x3b57eb47),
};
let sources = if ! inputs.rest_arguments.is_empty () {
Some (vec_map! (inputs.rest_arguments.iter (), source, fs_path::Path::new (source)))
} else {
None
};
let libraries = if let Some (sources_path) = sources {
let mut source_buffers = StdVec::with_capacity (sources_path.len ());
for source_path in &sources_path {
let mut source_buffer = StdString::new ();
let mut source_stream = try_or_fail! (fs::File::open (source_path), 0x463c39f9);
try_or_fail! (source_stream.read_to_string (&mut source_buffer), 0x4025f07b);
source_buffers.push (source_buffer);
}
r#try! (parse_library_specifications (source_buffers.iter () .map (StdString::deref)))
} else {
#[ cfg ( not ( feature = "vonuvoli_documentation_sources" ) ) ]
fail! (0x834807b9);
#[ cfg ( feature = "vonuvoli_documentation_sources" ) ]
r#try! (parse_library_specifications_for_builtins ())
};
r#try! (dump_function (&libraries, &mut stream));
succeed! (0);
}
const BUFFER_SIZE_LARGE : usize = 8 * 1024 * 1024;
const BUFFER_SIZE_SMALL : usize = 128 * 1024;
pub fn dump_json (libraries : &Libraries, stream : &mut dyn io::Write) -> (Outcome<()>) {
let mut buffer = StdVec::with_capacity (BUFFER_SIZE_LARGE);
r#try! (dump_json_0 (libraries, &mut buffer));
try_or_fail! (stream.write_all (&buffer), 0xa1639c14);
succeed! (());
}
pub fn dump_json_0 (libraries : &Libraries, stream : &mut StdVec<u8>) -> (Outcome<()>) {
let libraries_json = json::Map::from_iter (vec_map! (libraries.libraries (), library, (library.identifier_clone (), dump_json_library (library))));
try_or_fail! (json::to_writer_pretty (stream, &libraries_json), 0x200f6e78);
succeed! (());
}
fn dump_json_library (library : &Library) -> (json::Value) {
json! ({
"identifier" : library.identifier_clone (),
"features" : if let Some (features) = library.features () { dump_json_features (features) } else { json::Value::Null },
"examples" : if let Some (examples) = library.examples () { dump_json_examples (examples) } else { json::Value::Null },
"categories" : json::Map::from_iter (vec_map! (library.categories (), category, (category.identifier_clone (), dump_json_category (category)))),
"categories_public" : json::Map::from_iter (vec_map! (library.categories_public (), (alias, entity),
(StdString::from (alias), dump_json_identifier_perhaps_for_library_entity (Some (entity))))),
"exports" : json::Map::from_iter (vec_map! (library.exports (), export, (export.identifier_clone (), dump_json_export (export)))),
"definitions" : json::Map::from_iter (vec_map! (library.definitions (), definition, (definition.identifier_clone (), dump_json_definition (definition)))),
"definitions_public" : json::Map::from_iter (vec_map! (library.definitions_public (), (alias, entity),
(StdString::from (alias), dump_json_identifier_perhaps_for_library_entity (Some (entity))))),
"types" : json::Map::from_iter (vec_map! (library.value_kinds (), value_kind, (value_kind.identifier_clone (), dump_json_value_kind (value_kind)))),
"types_public" : json::Map::from_iter (vec_map! (library.value_kinds_public (), (alias, entity),
(StdString::from (alias), dump_json_identifier_perhaps_for_library_entity (Some (entity))))),
"title" : if let Some (title) = library.title () { json::Value::String (StdString::from (title)) } else { json::Value::Null },
"description" : if let Some (description) = library.description () { dump_json_description (description) } else { json::Value::Null },
"links" : if let Some (links) = library.links () { dump_json_links (links) } else { json::Value::Null },
"appendices" : json::Map::from_iter (vec_map! (library.appendices (), appendix, (appendix.identifier_clone (), dump_json_appendix (appendix)))),
})
}
fn dump_json_category (category : &Category) -> (json::Value) {
json! ({
"identifier" : category.identifier_clone (),
"super_categories" : dump_json_identifiers_perhaps_for_library_entities (category.parents ()),
"super_categories_recursive" : dump_json_identifiers_perhaps_for_library_entities (category.parents_recursive ()),
"sub_categories" : dump_json_identifiers_perhaps_for_library_entities (category.children ()),
"sub_categories_recursive" : dump_json_identifiers_perhaps_for_library_entities (category.children_recursive ()),
"exports" : dump_json_identifiers_perhaps_for_library_entities (category.exports ()),
"exports_recursive" : dump_json_identifiers_perhaps_for_library_entities (category.exports_recursive ()),
"types" : dump_json_identifiers_perhaps_for_library_entities (category.value_kinds ()),
"types_recursive" : dump_json_identifiers_perhaps_for_library_entities (category.value_kinds_recursive ()),
"definitions" : dump_json_identifiers_perhaps_for_library_entities (category.definitions ()),
"definitions_recursive" : dump_json_identifiers_perhaps_for_library_entities (category.definitions_recursive ()),
"description" : if let Some (description) = category.description () { dump_json_description (description) } else { json::Value::Null },
"links" : if let Some (links) = category.links () { dump_json_links (links) } else { json::Value::Null },
})
}
fn dump_json_export (export : &Export) -> (json::Value) {
json! ({
"identifier" : export.identifier_clone (),
"features" : if let Some (features) = export.features () { dump_json_features (features) } else { json::Value::Null },
"super_exports" : dump_json_identifiers_perhaps_for_library_entities (export.parents ()),
"super_exports_recursive" : dump_json_identifiers_perhaps_for_library_entities (export.parents_recursive ()),
"sub_exports" : dump_json_identifiers_perhaps_for_library_entities (export.children ()),
"sub_exports_recursive" : dump_json_identifiers_perhaps_for_library_entities (export.children_recursive ()),
"categories" : dump_json_identifiers_perhaps_for_library_entities (export.categories ()),
"categories_recursive" : dump_json_identifiers_perhaps_for_library_entities (export.categories_recursive ()),
"description" : if let Some (description) = export.description () { dump_json_description (description) } else { json::Value::Null },
"links" : if let Some (links) = export.links () { dump_json_links (links) } else { json::Value::Null },
"definitions" : dump_json_identifiers_perhaps_for_library_entities (export.definitions ()),
"definitions_recursive" : dump_json_identifiers_perhaps_for_library_entities (export.definitions_recursive ()),
"descriptor" : dump_json_value (&export.descriptor_format ()),
})
}
fn dump_json_value_kind (value_kind : &ValueKind) -> (json::Value) {
json! ({
"identifier" : value_kind.identifier_clone (),
"aliases" : dump_json_identifiers_perhaps (value_kind.aliases ()),
"features" : if let Some (features) = value_kind.features () { dump_json_features (features) } else { json::Value::Null },
"examples" : if let Some (examples) = value_kind.examples () { dump_json_examples (examples) } else { json::Value::Null },
"super_types" : dump_json_identifiers_perhaps_for_library_entities (value_kind.parents ()),
"super_types_recursive" : dump_json_identifiers_perhaps_for_library_entities (value_kind.parents_recursive ()),
"sub_types" : dump_json_identifiers_perhaps_for_library_entities (value_kind.children ()),
"sub_types_recursive" : dump_json_identifiers_perhaps_for_library_entities (value_kind.children_recursive ()),
"categories" : dump_json_identifiers_perhaps_for_library_entities (value_kind.categories ()),
"categories_recursive" : dump_json_identifiers_perhaps_for_library_entities (value_kind.categories_recursive ()),
// FIXME: Conditional compilation does not work in this position!
// #[ cfg ( feature = "vonuvoli_documentation_variances" ) ]
// "covariant_types" : dump_json_identifiers_perhaps_for_library_entities (value_kind.covariants ()),
// #[ cfg ( feature = "vonuvoli_documentation_variances" ) ]
// "covariant_types_recursive" : dump_json_identifiers_perhaps_for_library_entities (value_kind.covariants_recursive ()),
// #[ cfg ( feature = "vonuvoli_documentation_variances" ) ]
// "contravariant_types" : dump_json_identifiers_perhaps_for_library_entities (value_kind.contravariants ()),
// #[ cfg ( feature = "vonuvoli_documentation_variances" ) ]
// "contravariant_types_recursive" : dump_json_identifiers_perhaps_for_library_entities (value_kind.contravariants_recursive ()),
"definitions_input" : dump_json_identifiers_perhaps_for_library_entities (value_kind.definitions_input ()),
"definitions_input_recursive" : dump_json_identifiers_perhaps_for_library_entities (value_kind.definitions_input_recursive ()),
// FIXME: Conditional compilation does not work in this position!
// #[ cfg ( feature = "vonuvoli_documentation_variances" ) ]
// "definitions_input_contravariant" : dump_json_identifiers_perhaps_for_library_entities (value_kind.definitions_input_contravariant_recursive ()),
"definitions_output" : dump_json_identifiers_perhaps_for_library_entities (value_kind.definitions_output ()),
"definitions_output_recursive" : dump_json_identifiers_perhaps_for_library_entities (value_kind.definitions_output_recursive ()),
// FIXME: Conditional compilation does not work in this position!
// #[ cfg ( feature = "vonuvoli_documentation_variances" ) ]
// "definitions_output_covariant" : dump_json_identifiers_perhaps_for_library_entities (value_kind.definitions_output_covariant_recursive ()),
"description" : if let Some (description) = value_kind.description () { dump_json_description (description) } else { json::Value::Null },
"links" : if let Some (links) = value_kind.links () { dump_json_links (links) } else { json::Value::Null },
"predicate" : if let Some (predicate) = value_kind.predicate () { dump_json_value (&predicate.format ()) } else { json::Value::Null },
})
}
fn dump_json_definition (definition : &Definition) -> (json::Value) {
json! ({
"identifier" : definition.identifier_clone (),
"aliases" : dump_json_identifiers_perhaps (definition.aliases ()),
"features" : if let Some (features) = definition.features () { dump_json_features (features) } else { json::Value::Null },
"examples" : if let Some (examples) = definition.examples () { dump_json_examples (examples) } else { json::Value::Null },
"categories" : dump_json_identifiers_perhaps_for_library_entities (definition.categories ()),
"categories_recursive" : dump_json_identifiers_perhaps_for_library_entities (definition.categories_recursive ()),
"extends" : dump_json_identifiers_perhaps_for_library_entities (definition.extends ()),
"extended_by" : dump_json_identifiers_perhaps_for_library_entities (definition.extended_by ()),
"implements" : dump_json_identifiers_perhaps_for_library_entities (definition.implements ()),
"implemented_by" : dump_json_identifiers_perhaps_for_library_entities (definition.implemented_by ()),
"exports" : dump_json_identifiers_perhaps_for_library_entities (definition.exports ()),
"exports_recursive" : dump_json_identifiers_perhaps_for_library_entities (definition.exports_recursive ()),
"kind" : json::Value::String (StdString::from (definition.kind () .identifier ())),
"description" : if let Some (description) = definition.description () { dump_json_description (description) } else { json::Value::Null },
"links" : if let Some (links) = definition.links () { dump_json_links (links) } else { json::Value::Null },
"procedure_signature" : if let Some (procedure_signature) = definition.procedure_signature () { dump_json_procedure_signature (procedure_signature) } else { json::Value::Null },
"syntax_signature" : if let Some (syntax_signature) = definition.syntax_signature () { dump_json_syntax_signature (syntax_signature) } else { json::Value::Null },
"referenced_types" : dump_json_identifiers_perhaps_for_library_entities (definition.referenced_value_kinds ()),
})
}
fn dump_json_procedure_signature (signature : &ProcedureSignature) -> (json::Value) {
json! ({
"variants" : json::Value::Array (vec_map! (signature.variants.iter (), variant, dump_json_procedure_signature_variant (variant))),
})
}
fn dump_json_procedure_signature_variant (variant : &ProcedureSignatureVariant) -> (json::Value) {
json! ({
"inputs" : dump_json_procedure_signature_values (&variant.inputs),
"outputs" : dump_json_procedure_signature_values (&variant.outputs),
"features" : if let Some (features) = &variant.features { dump_json_features (features) } else { json::Value::Null },
"source" : dump_json_value (& variant.format ()),
})
}
fn dump_json_procedure_signature_values (values : &ProcedureSignatureValues) -> (json::Value) {
json! ({
"mandatory" : if let Some (values) = &values.mandatory { json::Value::Array (vec_map! (values.iter (), value, dump_json_procedure_signature_value (value))) } else { json::Value::Null },
"optional" : if let Some (values) = &values.optional { json::Value::Array (vec_map! (values.iter (), value, dump_json_procedure_signature_value (value))) } else { json::Value::Null },
"variadic" : if let Some ((values, arity_min, arity_max)) = &values.variadic {
json! ({
"values" : json::Value::Array (vec_map! (values.iter (), value, dump_json_procedure_signature_value (value))),
"arity_min" : if let Some (value) = arity_min { (*value) .into () } else { json::Value::Null },
"arity_max" : if let Some (value) = arity_max { (*value) .into () } else { json::Value::Null },
})
} else {
json::Value::Null
},
"trailing" : if let Some (values) = &values.trailing { json::Value::Array (vec_map! (values.iter (), value, dump_json_procedure_signature_value (value))) } else { json::Value::Null },
})
}
fn dump_json_procedure_signature_value (value : &ProcedureSignatureValue) -> (json::Value) {
match value {
ProcedureSignatureValue::Constant { identifier, value } =>
json! ({
"kind" : "constant",
"identifier" : if let Some (identifier) = identifier { json::Value::String (StdString::from (identifier.deref () .deref ())) } else { json::Value::Null },
"value" : dump_json_value (value),
}),
ProcedureSignatureValue::Value { identifier, kind } =>
json! ({
"kind" : "value",
"identifier" : if let Some (identifier) = identifier { json::Value::String (StdString::from (identifier.deref () .deref ())) } else { json::Value::Null },
"type" : dump_json_identifier_perhaps_for_library_entity (Some (kind) .map (ops::Deref::deref)),
}),
}
}
fn dump_json_syntax_signature (signature : &SyntaxSignature) -> (json::Value) {
json! ({
"keywords" : json::Map::from_iter (vec_map! (signature.keywords.iter (), keyword, (keyword.identifier_clone (), dump_json_syntax_signature_keyword (keyword)))),
"variants" : json::Value::Array (vec_map! (signature.variants.iter (), variant, dump_json_syntax_signature_variant (variant))),
})
}
fn dump_json_syntax_signature_keyword (keyword : &SyntaxSignatureKeyword) -> (json::Value) {
let identifier = keyword.identifier_clone ();
match keyword {
SyntaxSignatureKeyword::Literal (_) =>
json! ({
"kind" : "literal",
"identifier" : identifier,
}),
SyntaxSignatureKeyword::Identifier (_) =>
json! ({
"kind" : "identifier",
"identifier" : identifier,
}),
SyntaxSignatureKeyword::Expression (_) =>
json! ({
"kind" : "expression",
"identifier" : identifier,
}),
SyntaxSignatureKeyword::Constant { value, .. } =>
json! ({
"kind" : "constant",
"identifier" : identifier,
"value" : dump_json_value (value),
}),
SyntaxSignatureKeyword::Value { kind, .. } =>
json! ({
"kind" : "value",
"identifier" : identifier,
"type" : dump_json_identifier_perhaps_for_library_entity (kind.as_ref () .map (ops::Deref::deref)),
}),
SyntaxSignatureKeyword::Pattern { patterns, .. } =>
json! ({
"kind" : "pattern",
"identifier" : identifier,
"patterns" : json::Value::Array (vec_map! (patterns.iter (), pattern,
json! ({
"pattern" : dump_json_syntax_signature_pattern (pattern),
"source" : dump_json_value (& pattern.format ()),
}))),
}),
}
}
fn dump_json_syntax_signature_variant (variant : &SyntaxSignatureVariant) -> (json::Value) {
json! ({
"pattern" : dump_json_syntax_signature_pattern (&variant.pattern),
"source" : dump_json_value (& variant.pattern.format ()),
})
}
fn dump_json_syntax_signature_pattern (pattern : &SyntaxSignaturePattern) -> (json::Value) {
match pattern {
SyntaxSignaturePattern::List (patterns, pattern_dotted) =>
if let Some (pattern_dotted) = pattern_dotted {
json! ([
".",
json::Value::Array (vec_map! (patterns.iter (), pattern, dump_json_syntax_signature_pattern (pattern))),
dump_json_syntax_signature_pattern (pattern_dotted),
])
} else {
json::Value::Array (vec_map! (patterns.iter (), pattern, dump_json_syntax_signature_pattern (pattern)))
},
SyntaxSignaturePattern::Keyword (keyword) =>
json::Value::String (keyword.identifier_clone ()),
SyntaxSignaturePattern::Variadic (pattern) =>
json! (["...", dump_json_syntax_signature_pattern (pattern)]),
SyntaxSignaturePattern::SyntaxIdentifier =>
json::Value::String (StdString::from ("_")),
SyntaxSignaturePattern::SyntaxRules =>
json::Value::String (StdString::from ("@syntax-rules")),
SyntaxSignaturePattern::SyntaxTransformer =>
json::Value::String (StdString::from ("@syntax-transformer")),
}
}
fn dump_json_features (features : &Features) -> (json::Value) {
return dump_json_value (&features.format ());
}
fn dump_json_examples (examples : &Examples) -> (json::Value) {
let examples = examples.examples ();
if ! examples.is_empty () {
return json::Value::Array (vec_map! (examples, example, dump_json_example (example)));
} else {
return json::Value::Null;
}
}
fn dump_json_example (example : &Example) -> (json::Value) {
if ! example.sequence.is_empty () {
return json::Value::Array (vec_map! (example.sequence.iter (), sequence, dump_json_example_sequence (sequence)));
} else {
return json::Value::Null;
}
}
fn dump_json_example_sequence (sequence : &ExampleSequence) -> (json::Value) {
match *sequence {
ExampleSequence::CodeText (ref text) =>
json! ({
"type" : "code",
"text" : StdString::from (text.deref () .deref ()),
}),
ExampleSequence::CodeExpression (ref value) =>
json! ({
"type" : "code",
"value" : dump_json_value (value),
}),
ExampleSequence::ReturnText (ref text) =>
json! ({
"type" : "return",
"text" : StdString::from (text.deref () .deref ()),
}),
ExampleSequence::ReturnValue (ref value) =>
json! ({
"type" : "return",
"value" : dump_json_value (value),
}),
ExampleSequence::ErrorText (ref text) =>
json! ({
"type" : "error",
"text" : StdString::from (text.deref () .deref ()),
}),
ExampleSequence::ErrorValue (ref value) =>
json! ({
"type" : "error",
"value" : dump_json_value (value),
}),
ExampleSequence::StdinLineText (ref text) =>
json! ({
"type" : "stdin_line",
"text" : StdString::from (text.deref () .deref ()),
}),
ExampleSequence::StdinLineValue (ref value) =>
json! ({
"type" : "stdin_line",
"value" : dump_json_value (value),
}),
ExampleSequence::StdoutLineText (ref text) =>
json! ({
"type" : "stdout_line",
"text" : StdString::from (text.deref () .deref ()),
}),
ExampleSequence::StdoutLineValue (ref value) =>
json! ({
"type" : "stdout_line",
"value" : dump_json_value (value),
}),
ExampleSequence::StderrLineText (ref text) =>
json! ({
"type" : "stderr_line",
"text" : StdString::from (text.deref () .deref ()),
}),
ExampleSequence::StderrLineValue (ref value) =>
json! ({
"type" : "stderr_line",
"value" : dump_json_value (value),
}),
}
}
fn dump_json_appendix (library : &Appendix) -> (json::Value) {
json! ({
"identifier" : library.identifier_clone (),
"title" : if let Some (title) = library.title () { json::Value::String (StdString::from (title)) } else { json::Value::Null },
"description" : if let Some (description) = library.description () { dump_json_description (description) } else { json::Value::Null },
"links" : if let Some (links) = library.links () { dump_json_links (links) } else { json::Value::Null },
})
}
fn dump_json_identifier_perhaps_for_library_entity (entity : Option<&impl LibraryEntity>) -> (json::Value) {
if let Some (entity) = entity {
return json! ({
"library" : json::Value::String (entity.library () .identifier_clone ()),
"identifier" : json::Value::String (entity.identifier_clone ()),
});
} else {
return json::Value::Null;
}
}
fn dump_json_identifier_perhaps_for_entity (entity : Option<&impl Entity>) -> (json::Value) {
return dump_json_identifier_perhaps (entity.map (Entity::identifier));
}
fn dump_json_identifier_perhaps (identifier : Option<&str>) -> (json::Value) {
if let Some (identifier) = identifier {
return json::Value::String (StdString::from (identifier));
} else {
return json::Value::Null;
}
}
fn dump_json_identifiers_perhaps_for_library_entities <'a, E : LibraryEntity + 'a> (entities : impl iter::Iterator<Item = &'a E>) -> (json::Value) {
let identifiers = vec_map! (entities, entity, dump_json_identifier_perhaps_for_library_entity (Some (entity)));
if identifiers.is_empty () {
return json::Value::Null;
} else {
return json::Value::Array (identifiers);
}
}
fn dump_json_identifiers_perhaps_for_entities <'a, E : Entity + 'a> (entities : impl iter::Iterator<Item = &'a E>) -> (json::Value) {
return dump_json_identifiers_perhaps (entities.map (Entity::identifier));
}
fn dump_json_identifiers_perhaps <'a> (identifiers : impl iter::Iterator<Item = &'a str>) -> (json::Value) {
let identifiers = vec_map! (identifiers, identifier, json::Value::String (StdString::from (identifier)));
if identifiers.is_empty () {
return json::Value::Null;
} else {
return json::Value::Array (identifiers);
}
}
fn dump_json_description (description : &Description) -> (json::Value) {
json::Value::Array (vec_map_into! (description.lines_clone (), line, json::Value::String (line)))
}
fn dump_json_links (_links : &Links) -> (json::Value) {
unimplemented_0! (0xb7740aad);
}
fn dump_json_value (value : &SchemeValue) -> (json::Value) {
match value.kind () {
SchemeValueKind::Null =>
json::Value::String (StdString::from ("()")),
_ => {
FIXME! ("better handle `#null` case");
let buffer = format! ("{}", value);
let buffer = buffer.replace ("#null", "()");
json::Value::String (buffer)
}
}
}
pub fn dump_html (libraries : &Libraries, simplify : bool, stream : &mut dyn io::Write) -> (Outcome<()>) {
let configuration = r#try! (dump_cmark_configure (true, simplify, true));
let stream_buffer = {
let mut stream_buffer = StdVec::with_capacity (BUFFER_SIZE_LARGE);
r#try! (dump_html_header_write ("Scheme Libraries", configuration.generic.simplify, &mut stream_buffer));
let mut callbacks = DumpCmarkCallbacksSingleFile {
buffer : stream_buffer,
};
r#try! (dump_html_0 (libraries, &configuration, &mut callbacks));
let mut stream_buffer = callbacks.buffer;
r#try! (dump_html_trailer_write (configuration.generic.simplify, &mut stream_buffer));
stream_buffer
};
try_or_fail! (stream.write_all (&stream_buffer), 0x4aed615a);
succeed! (());
}
pub fn dump_cmark (libraries : &Libraries, simplify : bool, stream : &mut dyn io::Write) -> (Outcome<()>) {
let configuration = r#try! (dump_cmark_configure (true, simplify, false));
let stream_buffer = {
let mut stream_buffer = StdVec::with_capacity (BUFFER_SIZE_LARGE);
let mut callbacks = DumpCmarkCallbacksSingleFile {
buffer : stream_buffer,
};
r#try! (dump_cmark_0 (libraries, &configuration, &mut callbacks));
callbacks.buffer
};
try_or_fail! (stream.write_all (&stream_buffer), 0x27d8ded6);
succeed! (());
}
struct DumpCmarkCallbacksSingleFile {
buffer : StdVec<u8>,
}
impl DumpCmarkCallbacks for DumpCmarkCallbacksSingleFile {
fn buffer_build (&mut self) -> (StdVec<u8>) {
return StdVec::with_capacity (BUFFER_SIZE_SMALL);
}
fn buffer_write_0 (&mut self, _anchor_self : DumpCmarkAnchor, buffer : StdVec<u8>) -> (Outcome<()>) {
try_or_fail! (self.buffer.write_all (&buffer), 0x67f5c369);
succeed! (());
}
fn anchor_generate_0 (&mut self, anchor_target : DumpCmarkAnchor, _anchor_self : DumpCmarkAnchor) -> (Outcome<StdString>) {
let mut anchor_full = StdString::new ();
let anchor_hash = r#try! (dump_cmark_anchor_generate (anchor_target));
anchor_full.push ('#');
anchor_full.push_str (&anchor_hash);
succeed! (anchor_full);
}
fn anchor_write_0 (&mut self, anchor : DumpCmarkAnchor, configuration : &DumpCmarkGenericConfiguration, buffer : &mut StdVec<u8>) -> (Outcome<()>) {
return dump_cmark_anchor_write (anchor, configuration, buffer);
}
fn title_write_0 (&mut self, title : Option<&str>, anchor : DumpCmarkAnchor, configuration : &DumpCmarkGenericConfiguration, buffer : &mut StdVec<u8>) -> (Outcome<()>) {
return dump_cmark_title_write (title, anchor, configuration, buffer);
}
fn header_write_0 (&mut self, header_depth : usize, header_caption : &str, anchor : DumpCmarkAnchor, configuration : &DumpCmarkGenericConfiguration, buffer : &mut StdVec<u8>) -> (Outcome<()>) {
return dump_cmark_header_write (header_depth, header_caption, anchor, configuration, buffer);
}
fn break_write_0 (&mut self, anchor_self : DumpCmarkAnchor, configuration : &DumpCmarkGenericConfiguration, buffer : &mut StdVec<u8>) -> (Outcome<()>) {
return dump_cmark_break_write (anchor_self, configuration, self, buffer);
}
}
pub fn dump_html_cpio (libraries : &Libraries, simplify : bool, stream : &mut dyn io::Write) -> (Outcome<()>) {
let configuration = r#try! (dump_cmark_configure (false, simplify, true));
let mut writer = r#try! (DumpCpioWriter::open (stream));
r#try! (dump_html_cpio_0 (libraries, &configuration, &mut writer));
r#try! (writer.close ());
succeed! (());
}
pub fn dump_cmark_cpio (libraries : &Libraries, simplify : bool, stream : &mut dyn io::Write) -> (Outcome<()>) {
let configuration = r#try! (dump_cmark_configure (false, simplify, false));
let mut writer = r#try! (DumpCpioWriter::open (stream));
r#try! (dump_cmark_cpio_0 (libraries, &configuration, &mut writer));
r#try! (writer.close ());
succeed! (());
}
pub fn dump_html_cpio_0 <'a, Writer : io::Write + 'a> (libraries : &Libraries, configuration : &DumpCmarkLibrariesConfiguration, writer : &'a mut DumpCpioWriter<Writer>) -> (Outcome<()>) {
let mut callbacks = DumpCmarkCallbacksCpioFile {
writer : writer,
path_prefix : "./",
path_suffix : ".html",
};
return dump_html_0 (libraries, configuration, &mut callbacks);
}
pub fn dump_cmark_cpio_0 <'a, Writer : io::Write + 'a> (libraries : &Libraries, configuration : &DumpCmarkLibrariesConfiguration, writer : &'a mut DumpCpioWriter<Writer>) -> (Outcome<()>) {
let mut callbacks = DumpCmarkCallbacksCpioFile {
writer : writer,
path_prefix : "./",
path_suffix : ".md",
};
return dump_cmark_0 (libraries, configuration, &mut callbacks);
}
struct DumpCmarkCallbacksCpioFile <'a, Writer : io::Write + 'a> {
writer : &'a mut DumpCpioWriter<Writer>,
path_prefix : &'a str,
path_suffix : &'a str,
}
impl <'a, Writer : io::Write> DumpCmarkCallbacks for DumpCmarkCallbacksCpioFile<'a, Writer> {
fn buffer_build (&mut self) -> (StdVec<u8>) {
return StdVec::with_capacity (BUFFER_SIZE_SMALL);
}
fn buffer_write_0 (&mut self, anchor_self : DumpCmarkAnchor, buffer : StdVec<u8>) -> (Outcome<()>) {
let path = r#try! (dump_cmark_path_generate (anchor_self, self.path_prefix, self.path_suffix));
let path = fs_path::PathBuf::from (path);
r#try! (self.writer.write (&path, &buffer));
succeed! (());
}
fn anchor_generate_0 (&mut self, anchor_target : DumpCmarkAnchor, anchor_self : DumpCmarkAnchor) -> (Outcome<StdString>) {
let mut anchor_full = StdString::new ();
if anchor_self.section () .is_some () {
fail! (0xcb91adb8);
}
let anchor_path_prefix = match anchor_self {
DumpCmarkAnchor::LibrariesToc (_) =>
"./",
DumpCmarkAnchor::LibraryToc (_, entity, _) =>
match entity {
LibraryEntityKind::Library =>
fail! (0x7b7b8dbd),
LibraryEntityKind::Category |
LibraryEntityKind::Export |
LibraryEntityKind::Definition |
LibraryEntityKind::ValueKind |
LibraryEntityKind::Appendix =>
"../../",
}
DumpCmarkAnchor::Entity (entity, _) =>
match entity.kind () {
LibraryEntityKind::Library =>
"../",
LibraryEntityKind::Category |
LibraryEntityKind::Export |
LibraryEntityKind::Definition |
LibraryEntityKind::ValueKind |
LibraryEntityKind::Appendix =>
"../../",
}
};
let anchor_path = r#try! (dump_cmark_path_generate (anchor_target, anchor_path_prefix, self.path_suffix));
let anchor_hash = r#try! (dump_cmark_anchor_generate (anchor_target));
anchor_full.push_str (&anchor_path);
anchor_full.push ('#');
anchor_full.push_str (&anchor_hash);
succeed! (anchor_full);
}
fn anchor_write_0 (&mut self, anchor : DumpCmarkAnchor, configuration : &DumpCmarkGenericConfiguration, buffer : &mut StdVec<u8>) -> (Outcome<()>) {
return dump_cmark_anchor_write (anchor, configuration, buffer);
}
fn title_write_0 (&mut self, title : Option<&str>, anchor : DumpCmarkAnchor, configuration : &DumpCmarkGenericConfiguration, buffer : &mut StdVec<u8>) -> (Outcome<()>) {
return dump_cmark_title_write (title, anchor, configuration, buffer);
}
fn header_write_0 (&mut self, header_depth : usize, header_caption : &str, anchor : DumpCmarkAnchor, configuration : &DumpCmarkGenericConfiguration, buffer : &mut StdVec<u8>) -> (Outcome<()>) {
return dump_cmark_header_write (header_depth, header_caption, anchor, configuration, buffer);
}
fn break_write_0 (&mut self, anchor_self : DumpCmarkAnchor, configuration : &DumpCmarkGenericConfiguration, buffer : &mut StdVec<u8>) -> (Outcome<()>) {
return dump_cmark_break_write (anchor_self, configuration, self, buffer);
}
}
pub fn dump_html_0 (libraries : &Libraries, configuration : &DumpCmarkLibrariesConfiguration, callbacks : &mut impl DumpCmarkCallbacks) -> (Outcome<()>) {
let mut callbacks = DumpCmarkCallbacksToHtml {
callbacks : callbacks,
embedded : configuration.generic.embedded,
simplify : configuration.generic.simplify,
};
return dump_cmark_execute (libraries, configuration, &mut callbacks);
}
pub fn dump_cmark_0 (libraries : &Libraries, configuration : &DumpCmarkLibrariesConfiguration, callbacks : &mut impl DumpCmarkCallbacks) -> (Outcome<()>) {
return dump_cmark_execute (libraries, configuration, callbacks);
}
struct DumpCmarkCallbacksToHtml <'a, Callbacks : DumpCmarkCallbacks + 'a> {
callbacks : &'a mut Callbacks,
embedded : bool,
simplify : bool,
}
impl <'a, Callbacks : DumpCmarkCallbacks + 'a> DumpCmarkCallbacks for DumpCmarkCallbacksToHtml<'a, Callbacks> {
fn buffer_build (&mut self) -> (StdVec<u8>) {
return self.callbacks.buffer_build ();
}
fn buffer_write_0 (&mut self, anchor_self : DumpCmarkAnchor, cmark_buffer : StdVec<u8>) -> (Outcome<()>) {
let cmark_buffer = try_or_fail! (StdString::from_utf8 (cmark_buffer), 0xb06a2a9f);
let mut html_buffer = self.callbacks.buffer_build ();
if !self.embedded {
let title = r#try! (dump_cmark_title_generate (None, anchor_self));
r#try! (dump_html_header_write (&title, self.simplify, &mut html_buffer));
}
let mut html_buffer = try_or_fail! (StdString::from_utf8 (html_buffer), 0x20a8754d);
let parser = ext::pulldown_cmark::Parser::new (&cmark_buffer);
ext::pulldown_cmark::html::push_html (&mut html_buffer, parser);
let mut html_buffer = StdVec::from (html_buffer);
if !self.embedded {
r#try! (dump_html_trailer_write (self.simplify, &mut html_buffer));
}
return self.callbacks.buffer_write_0 (anchor_self, html_buffer);
}
fn anchor_generate_0 (&mut self, anchor_target : DumpCmarkAnchor, anchor_self : DumpCmarkAnchor) -> (Outcome<StdString>) {
return self.callbacks.anchor_generate_0 (anchor_target, anchor_self);
}
fn anchor_write_0 (&mut self, anchor : DumpCmarkAnchor, configuration : &DumpCmarkGenericConfiguration, buffer : &mut StdVec<u8>) -> (Outcome<()>) {
return self.callbacks.anchor_write_0 (anchor, configuration, buffer);
}
fn title_write_0 (&mut self, title : Option<&str>, anchor : DumpCmarkAnchor, configuration : &DumpCmarkGenericConfiguration, buffer : &mut StdVec<u8>) -> (Outcome<()>) {
return self.callbacks.title_write_0 (title, anchor, configuration, buffer);
}
fn header_write_0 (&mut self, header_depth : usize, header_caption : &str, anchor : DumpCmarkAnchor, configuration : &DumpCmarkGenericConfiguration, buffer : &mut StdVec<u8>) -> (Outcome<()>) {
return self.callbacks.header_write_0 (header_depth, header_caption, anchor, configuration, buffer);
}
fn break_write_0 (&mut self, anchor_self : DumpCmarkAnchor, configuration : &DumpCmarkGenericConfiguration, buffer : &mut StdVec<u8>) -> (Outcome<()>) {
return self.callbacks.break_write_0 (anchor_self, configuration, buffer);
}
}
fn dump_html_header_write (title : &str, simplify : bool, stream : &mut StdVec<u8>) -> (Outcome<()>) {
let title = title.replace ("<", "<");
let title = title.replace (">", ">");
let title = title.replace ("&", "&");
let title = title.replace ("\"", """);
let prefix = DUMP_HTML_PREFIX.replace ("@{title}", &title);
try_or_fail! (stream.write_all (prefix.as_bytes ()), 0xd730a725);
if !simplify {
try_or_fail! (stream.write_all (b"<style type='text/css'>\n"), 0x64138904);
try_or_fail! (stream.write_all (DUMP_HTML_CSS.as_bytes ()), 0xe8153313);
try_or_fail! (stream.write_all (b"</style>\n"), 0x108d0302);
}
succeed! (());
}
fn dump_html_trailer_write (simplify : bool, stream : &mut StdVec<u8>) -> (Outcome<()>) {
if !simplify {
try_or_fail! (stream.write_all (b"<script type='text/javascript' src='https://code.jquery.com/jquery-3.3.1.slim.min.js'></script>\n"), 0xa38f09a1);
try_or_fail! (stream.write_all (b"<script type='text/javascript'>\n"), 0xec1427db);
try_or_fail! (stream.write_all (DUMP_HTML_JS.as_bytes ()), 0x577b234f);
try_or_fail! (stream.write_all (b"</script>\n"), 0x0372c56d);
}
try_or_fail! (stream.write_all (DUMP_HTML_SUFFIX.as_bytes ()), 0x17a2e8ae);
succeed! (());
}
#[ derive ( Copy, Clone ) ] // OK
#[ cfg_attr ( feature = "vonuvoli_fmt_debug", derive ( Debug ) ) ] // OK
pub struct DumpCmarkLibrariesConfiguration {
pub toc : bool,
pub toc_compact : bool,
pub enabled : bool,
pub configuration : DumpCmarkLibraryConfiguration,
pub generic : DumpCmarkGenericConfiguration,
}
#[ derive ( Copy, Clone ) ] // OK
#[ cfg_attr ( feature = "vonuvoli_fmt_debug", derive ( Debug ) ) ] // OK
pub struct DumpCmarkLibraryConfiguration {
pub toc : bool,
pub toc_compact : bool,
pub features : bool,
pub examples : bool,
pub description : bool,
pub links : bool,
pub categories : DumpCmarkCategoriesConfiguration,
pub exports : DumpCmarkExportsConfiguration,
pub definitions : DumpCmarkDefinitionsConfiguration,
pub value_kinds : DumpCmarkValueKindsConfiguration,
pub appendices : DumpCmarkAppendicesConfiguration,
pub generic : DumpCmarkGenericConfiguration,
}
#[ derive ( Copy, Clone ) ] // OK
#[ cfg_attr ( feature = "vonuvoli_fmt_debug", derive ( Debug ) ) ] // OK
pub struct DumpCmarkCategoriesConfiguration {
pub enabled : bool,
pub toc : bool,
pub toc_complete : bool,
pub toc_depth : usize,
pub configuration : DumpCmarkCategoryConfiguration,
pub generic : DumpCmarkGenericConfiguration,
}
#[ derive ( Copy, Clone ) ] // OK
#[ cfg_attr ( feature = "vonuvoli_fmt_debug", derive ( Debug ) ) ] // OK
pub struct DumpCmarkCategoryConfiguration {
pub hierarchy : DumpCmarkHierarchyConfiguration,
pub exports : DumpCmarkLinkedExportsConfiguration,
pub definitions : DumpCmarkLinkedDefinitionsConfiguration,
pub value_kinds : DumpCmarkLinkedValueKindsConfiguration,
pub description : bool,
pub links : bool,
pub generic : DumpCmarkGenericConfiguration,
}
#[ derive ( Copy, Clone ) ] // OK
#[ cfg_attr ( feature = "vonuvoli_fmt_debug", derive ( Debug ) ) ] // OK
pub struct DumpCmarkExportsConfiguration {
pub enabled : bool,
pub toc : bool,
pub toc_complete : bool,
pub toc_depth : usize,
pub configuration : DumpCmarkExportConfiguration,
pub generic : DumpCmarkGenericConfiguration,
}
#[ derive ( Copy, Clone ) ] // OK
#[ cfg_attr ( feature = "vonuvoli_fmt_debug", derive ( Debug ) ) ] // OK
pub struct DumpCmarkExportConfiguration {
pub hierarchy : DumpCmarkHierarchyConfiguration,
pub definitions : DumpCmarkLinkedDefinitionsConfiguration,
pub descriptor : bool,
pub features : bool,
pub categories : DumpCmarkLinkedCategoriesConfiguration,
pub description : bool,
pub links : bool,
pub generic : DumpCmarkGenericConfiguration,
}
#[ derive ( Copy, Clone ) ] // OK
#[ cfg_attr ( feature = "vonuvoli_fmt_debug", derive ( Debug ) ) ] // OK
pub struct DumpCmarkDefinitionsConfiguration {