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This commit is contained in:
a-sansara 2018-08-29 18:42:10 +02:00
parent f73d7d8545
commit 48c00f3ae5
11 changed files with 486 additions and 404 deletions
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2
resources/doc-style.css
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30
src/install.vala
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@ -27,8 +27,38 @@
*
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *^*/
/**
* root namespace of various Pluie lib
*/
namespace Pluie
{
/**
* Pluie.Io is dedicated to various input/ouput operations
*/
namespace Io
{
}
/**
* Samples namespace to illustrate or test functionnalities
*/
namespace Samples
{
}
/**
* Pluie.Yaml provides various tools to deal with yaml files and yaml nodes :
*
* Use {@link Yaml.Config} to load a .yml file and build a {@link Yaml.Root} node<<BR>>
* Use {@link Yaml.Config.get} to retriew a particular {@link Yaml.Node}<<BR>>
* Use {@link Yaml.Builder} to convert a {@link Yaml.Node} into a {@link Yaml.Object}<<BR>>
* Use {@link Yaml.Dumper} to dump a {@link Yaml.Object} or {@link Yaml.Node} into a yaml string<<BR>>
* Use {@link Yaml.serialize} to serialize a {@link Yaml.Object} or {@link Yaml.Node} into a string<<BR>>
* Use {@link Yaml.deserialize} to deserialize a serialized string into a {@link Yaml.Node}<<BR>>
* Use {@link Yaml.Collection} and {@link Yaml.AbstractChild} methods for Node traversing
*/
namespace Yaml
{
protected const string INSTALL_PATH = "@INSTALL_PATH@";

15
src/vala/Pluie/Io.InputChunkStream.vala
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@ -34,10 +34,25 @@ using GLib;
*/
class Pluie.Io.InputChunkStream : Object
{
/**
*
*/
protected ulong chunk_index;
/**
*
*/
protected uint8 chunk_size;
/**
*
*/
protected uint8 buffer_size;
/**
*
*/
protected uint8[] buffer;
/**
*
*/
protected FileStream fs;
/**

2
src/vala/Pluie/Samples.YamlChild.vala
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@ -28,7 +28,7 @@
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *^*/
/**
* a test class to implements yamlize
* a YamlCHild test class
*/
public class Pluie.Samples.YamlChild : Yaml.Object
{

2
src/vala/Pluie/Samples.YamlObject.vala
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@ -32,7 +32,7 @@ using Gee;
using Pluie;
/**
* a test class to implements yamlize
* a YamlObject test class
*/
public class Pluie.Samples.YamlObject : Yaml.Object
{

5
src/vala/Pluie/Samples.YamlStruct.vala
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@ -28,7 +28,7 @@
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *^*/
/**
*
* YamlStruct test structure
*/
public struct Pluie.Samples.YamlStruct
{
@ -46,7 +46,8 @@ public struct Pluie.Samples.YamlStruct
public uint blue;
/**
*
* get a new YamlStruct populated by specified node
* @param node the source Yaml.Node
*/
public static YamlStruct from_yaml_node (Yaml.Node node)
{

39
src/vala/Pluie/Yaml.Config.vala
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@ -28,7 +28,44 @@
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *^*/
/**
* Yaml.Config class to manage Yaml configuration files
* Yaml.Config class to manage Yaml configuration files and provide a Yaml.Root node.
*
* Yaml.Config use a Yaml.Finder to easily retriew a particular node. <<BR>>
* The Yaml.Config.get method is bind to the Yaml.Finder.find method with <<BR>>
* the root node as context. (more details on {@link Yaml.Finder})
*
* {{{
* var config = new Yaml.Config (path);
* var node = config.get ("ship-to.address.city{0}");
* if (node != null) {
* of.echo (node.data)
* }
* }}}
*
* You can use a special import clause to embed a set of yaml files into your current document.
*
* {{{
* # | use special key word '^imports' to import other yaml config files in
* # | current yaml document
* # | '^imports' must be uniq and a direct child of root node
* # | imported files are injected as mapping nodes at top document level
* # | so you cannot use keys that already exists in the document
* ^imports :
* # you can redefine default import path with the special key '^path'
* # if you do not use it, the default path value will be the current directory
* # redefined path values are relative to the current directory (if a relative path
* # is provided)
* ^path : ./config
* # you can also define any other var by prefixing key with ^
* ^dir : subdir
* # and use it enclosed by ^
* # here final test path will be "./config/subdir/test.yml"
* test : ^dir^/test.yml
* # here final db path will be "./config/db.yml"
* db : db.yml
* }}}
*
* {{doc/img/pluie-yaml-imports2.png}}
*/
public class Pluie.Yaml.Config
{

25
src/vala/Pluie/Yaml.Finder.vala
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@ -33,6 +33,19 @@ using Pluie;
/**
* Finder class used to easily retriew Yaml.Node
*
* Path definition has two mode :
* default mode is ''Yaml.FIND_MODE.DOT''
*
* * child mapping node are separated by dot :
* * sequence entry must be enclosed in curly brace
* ex : ``grandfather.father.son{2}.age``
*
* other mode is ''Yaml.FIND_MODE.SQUARE_BRACKETS''.
*
* * node's key name must be enclosed in square brackets
* * sequence entry must be enclosed in curly brace
* ex : ``[grandfather][father][son]{2}[age]``
*/
public class Pluie.Yaml.Finder : GLib.Object
{
@ -52,17 +65,7 @@ public class Pluie.Yaml.Finder : GLib.Object
}
/**
* find a specific child Yaml.Node corresponding to path definition
* path definition has two mode.
* default mode is Yaml.FIND_MODE.DOT
* - child mapping node are separated by dot :
* - sequence entry must be enclosed in curly brace
* ex : grandfather.father.son{2}.age
*
* other mode is Yaml.FIND_MODE.DOTSQUARE_BRACKETS
* - node's key name must be enclosed in square brackets
* - sequence entry must be enclosed in curly brace
* ex : [grandfather][father][son]{2}[age]
* Find a specific child Yaml.Node corresponding to path definition.
*
* @param path the definition to retriew the child node
* @param context the Yaml.Node context to operate

1
src/vala/Pluie/Yaml.GeeBuilder.vala
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@ -38,7 +38,6 @@ public class Pluie.Yaml.GeeBuilder
{
/**
* transform a Gee.Collection with fundamental type to a Yaml.Node
* @param Gee.ArrayList* a pointer to the list
* @param property_name name of related property
* @param parent parent Yaml.Node of the list
* @param is_char flag indicating data with char representation

763
src/vala/Pluie/Yaml.global.vala
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@ -27,419 +27,416 @@
*
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *^*/
namespace Pluie
namespace Pluie.Yaml
{
namespace Yaml
const string YAML_VERSION = "1.2";
const string YAML_VALA_PREFIX = "v";
const string YAML_VALA_DIRECTIVE = "tag:pluie.org,2018:vala/";
public static bool DEBUG = false;
public static bool DBG_SHOW_INDENT = true;
public static bool DBG_SHOW_PARENT = false;
public static bool DBG_SHOW_UUID = true;
public static bool DBG_SHOW_LEVEL = false;
public static bool DBG_SHOW_REF = false;
public static bool DBG_SHOW_COUNT = true;
public static bool DBG_SHOW_TAG = true;
public static bool DBG_SHOW_TYPE = true;
/**
*
*/
internal static void dbg_action (string msg, string? val = null)
{
const string YAML_VERSION = "1.2";
const string YAML_VALA_PREFIX = "v";
const string YAML_VALA_DIRECTIVE = "tag:pluie.org,2018:vala/";
if (Pluie.Yaml.DEBUG) of.action (msg, val);
}
public static bool DEBUG = false;
/**
*
*/
internal static void dbg_keyval (string key, string val)
{
if (Pluie.Yaml.DEBUG) of.keyval (key, val);
}
public static bool DBG_SHOW_INDENT = true;
public static bool DBG_SHOW_PARENT = false;
public static bool DBG_SHOW_UUID = true;
public static bool DBG_SHOW_LEVEL = false;
public static bool DBG_SHOW_REF = false;
public static bool DBG_SHOW_COUNT = true;
public static bool DBG_SHOW_TAG = true;
public static bool DBG_SHOW_TYPE = true;
/**
*
*/
internal static void dbg_state (bool done)
{
if (Pluie.Yaml.DEBUG) of.state (done);
}
/**
*
*/
public static void dbg_action (string msg, string? val = null)
{
if (Pluie.Yaml.DEBUG) of.action (msg, val);
}
/**
*
*/
internal static void dbg (string? msg = null)
{
if (Pluie.Yaml.DEBUG && msg != null) of.echo (msg);
}
/**
*
*/
public static void dbg_keyval (string key, string val)
{
if (Pluie.Yaml.DEBUG) of.keyval (key, val);
}
/**
* ParseError
*/
public errordomain AddNodeError
{
MAPPING_CONTAINS_CHILD,
MAPPING_IS_SINGLE_PAIR,
MAPPING_NOT_SINGLE_PAIR
}
/**
*
*/
public static void dbg_state (bool done)
{
if (Pluie.Yaml.DEBUG) of.state (done);
}
private const ZlibCompressorFormat ZFORMAT = ZlibCompressorFormat.GZIP;
/**
*
*/
public static void dbg (string? msg = null)
{
if (Pluie.Yaml.DEBUG && msg != null) of.echo (msg);
}
/**
*
*/
private void convert (File source, File dest, Converter converter) throws Error {
var src_stream = source.read ();
var dst_stream = dest.replace (null, false, 0);
var conv_stream = new ConverterOutputStream (dst_stream, converter);
// 'splice' pumps all data from an InputStream to an OutputStream
conv_stream.splice (src_stream, 0);
}
/**
* ParseError
*/
public errordomain AddNodeError
{
MAPPING_CONTAINS_CHILD,
MAPPING_IS_SINGLE_PAIR,
MAPPING_NOT_SINGLE_PAIR
}
private const ZlibCompressorFormat ZFORMAT = ZlibCompressorFormat.GZIP;
/**
*
*/
private void convert (File source, File dest, Converter converter) throws Error {
var src_stream = source.read ();
var dst_stream = dest.replace (null, false, 0);
var conv_stream = new ConverterOutputStream (dst_stream, converter);
// 'splice' pumps all data from an InputStream to an OutputStream
conv_stream.splice (src_stream, 0);
}
/**
*
*/
public static uint8[] serialize (GLib.Object? obj, string? dest = null)
{
Array<uint8> a = new Array<uint8> ();
if (obj != null) {
var node = obj.get_type ().is_a (typeof (Yaml.Node)) ? obj as Yaml.Node : Yaml.Builder.to_node (obj);
if (node != null) {
var content = node.to_yaml_string ();
var date = new GLib.DateTime.now_local ().format ("%s");
var path = Path.build_filename (Environment.get_tmp_dir (), "pluie-yaml-%s-%s.source".printf (date, node.uuid));
var dpath = dest == null ? path + ".gz" : dest;
var writter = new Io.Writter (path);
if (writter.write (content.data)) {
try {
var gzfile = File.new_for_path (dpath);
convert (writter.file, gzfile, new ZlibCompressor (ZFORMAT));
var reader = new Io.InputChunkStream(dpath, 80);
while (!reader.eof ()) {
var b = reader.read ();
a.append_vals (b, reader.get_buffer_size ());
}
writter.delete_file ();
if (dest == null) {
writter.delete_file (gzfile);
}
}
catch (GLib.Error e) {
of.error (e.message);
}
}
}
}
return a.data;
}
/**
*
*/
public static Yaml.Root deserialize (uint8[] zdata)
{
Yaml.Root? obj = null;
if (zdata.length > 0) {
/**
*
*/
public static uint8[] serialize (GLib.Object? obj, string? dest = null)
{
Array<uint8> a = new Array<uint8> ();
if (obj != null) {
var node = obj.get_type ().is_a (typeof (Yaml.Node)) ? obj as Yaml.Node : Yaml.Builder.to_node (obj);
if (node != null) {
var content = node.to_yaml_string ();
var date = new GLib.DateTime.now_local ().format ("%s");
var path = Path.build_filename (Environment.get_tmp_dir (), "pluie-yaml-%s.gz".printf (date));
var dpath = Path.build_filename (Environment.get_tmp_dir (), "pluie-yaml-%s.source".printf (date));
var path = Path.build_filename (Environment.get_tmp_dir (), "pluie-yaml-%s-%s.source".printf (date, node.uuid));
var dpath = dest == null ? path + ".gz" : dest;
var writter = new Io.Writter (path);
if (writter.write (zdata)) {
var file = File.new_for_path (dpath);
if (writter.write (content.data)) {
try {
convert (writter.file, file, new ZlibDecompressor (ZFORMAT));
var config = new Yaml.Config (dpath);
obj = config.root_node ();
var gzfile = File.new_for_path (dpath);
convert (writter.file, gzfile, new ZlibCompressor (ZFORMAT));
var reader = new Io.InputChunkStream(dpath, 80);
while (!reader.eof ()) {
var b = reader.read ();
a.append_vals (b, reader.get_buffer_size ());
}
writter.delete_file ();
if (dest == null) {
writter.delete_file (gzfile);
}
}
catch(GLib.Error e) {
catch (GLib.Error e) {
of.error (e.message);
}
}
}
return obj;
}
return a.data;
}
/**
*
*/
public static Yaml.Root deserialize (uint8[] zdata)
{
Yaml.Root? obj = null;
if (zdata.length > 0) {
var date = new GLib.DateTime.now_local ().format ("%s");
var path = Path.build_filename (Environment.get_tmp_dir (), "pluie-yaml-%s.gz".printf (date));
var dpath = Path.build_filename (Environment.get_tmp_dir (), "pluie-yaml-%s.source".printf (date));
var writter = new Io.Writter (path);
if (writter.write (zdata)) {
var file = File.new_for_path (dpath);
try {
convert (writter.file, file, new ZlibDecompressor (ZFORMAT));
var config = new Yaml.Config (dpath);
obj = config.root_node ();
writter.delete_file ();
}
catch(GLib.Error e) {
of.error (e.message);
}
}
}
return obj;
}
/**
* haxadecimal sequence
*/
const string hexa_sequence = "0123456789abcdef";
/**
* convert %02x string to uint8
* @param hex2byte string representation of hexadecimal value on 1 byte
*/
uint8 hex_to_dec (string hexbyte)
{
return (uint8) (
Yaml.hexa_sequence.index_of(hexbyte.data[0].to_string ())*16 +
Yaml.hexa_sequence.index_of(hexbyte.data[1].to_string ())
);
}
/**
* enum MatchInfo keys of Yaml.Mode.find method related to mode FIND_MODE.SQUARE_BRACKETS of Yaml.Node
*/
public enum EVT {
NONE,
STREAM_START,
STREAM_END,
VERSION_DIRECTIVE,
TAG_DIRECTIVE,
DOCUMENT_START,
DOCUMENT_END,
BLOCK_SEQUENCE_START,
BLOCK_MAPPING_START,
BLOCK_END,
FLOW_SEQUENCE_START,
FLOW_SEQUENCE_END,
FLOW_MAPPING_START,
FLOW_MAPPING_END,
BLOCK_ENTRY,
FLOW_ENTRY,
KEY,
VALUE,
ALIAS,
ANCHOR,
TAG,
SCALAR;
/**
* haxadecimal sequence
*/
const string hexa_sequence = "0123456789abcdef";
/**
* convert %02x string to uint8
* @param hex2byte string representation of hexadecimal value on 1 byte
*/
uint8 hex_to_dec (string hexbyte)
* @return infos related to EVT
*/
public string infos ()
{
return (uint8) (
Yaml.hexa_sequence.index_of(hexbyte.data[0].to_string ())*16 +
Yaml.hexa_sequence.index_of(hexbyte.data[1].to_string ())
);
return this.to_string().substring("PLUIE_YAML_".length);
}
/**
* enum MatchInfo keys of Yaml.Mode.find method related to mode FIND_MODE.SQUARE_BRACKETS of Yaml.Node
*/
public enum EVT {
NONE,
STREAM_START,
STREAM_END,
VERSION_DIRECTIVE,
TAG_DIRECTIVE,
DOCUMENT_START,
DOCUMENT_END,
BLOCK_SEQUENCE_START,
BLOCK_MAPPING_START,
BLOCK_END,
FLOW_SEQUENCE_START,
FLOW_SEQUENCE_END,
FLOW_MAPPING_START,
FLOW_MAPPING_END,
BLOCK_ENTRY,
FLOW_ENTRY,
KEY,
VALUE,
ALIAS,
ANCHOR,
TAG,
SCALAR;
/**
* @return infos related to EVT
*/
public string infos ()
{
return this.to_string().substring("PLUIE_YAML_".length);
}
/**
* @return event is key
*/
public bool is_key ()
{
return this == EVT.KEY;
}
/**
* @return event is anchor
*/
public bool is_anchor ()
{
return this == EVT.ANCHOR;
}
/**
* @return event is alias
*/
public bool is_alias ()
{
return this == EVT.ALIAS;
}
/**
* @return event is tag
*/
public bool is_tag ()
{
return this == EVT.TAG;
}
/**
* @return event is tag
*/
public bool is_tag_directive ()
{
return this == EVT.TAG_DIRECTIVE;
}
/**
* @return event is key
*/
public bool is_value ()
{
return this == EVT.VALUE;
}
/**
* @return event is scalar
*/
public bool is_scalar ()
{
return this == EVT.SCALAR;
}
/**
* @return event is mapping start event
*/
public bool is_mapping_start ()
{
return this == EVT.BLOCK_MAPPING_START || this == EVT.FLOW_MAPPING_START;
}
/**
* @return event is sequence start event
*/
public bool is_sequence_start ()
{
return this == EVT.BLOCK_SEQUENCE_START || this == EVT.FLOW_SEQUENCE_START;
}
/**
* @return event is sequence end event
*/
public bool is_sequence_end ()
{
return this == EVT.BLOCK_END || this == EVT.FLOW_SEQUENCE_END;
}
/**
* @return event is sequence entry event
*/
public bool is_entry ()
{
return this == EVT.BLOCK_ENTRY || this == EVT.FLOW_ENTRY;
}
/**
* @return event is mapping end event
*/
public bool is_mapping_end ()
{
return this == EVT.BLOCK_END;
}
/**
* @return event is error event
*/
public bool is_error ()
{
return this == EVT.NONE;
}
}
/**
* enum possible find mode of Yaml.Node.mode
*/
public enum FIND_MODE
* @return event is key
*/
public bool is_key ()
{
DOT,
SQUARE_BRACKETS;
/**
*
*/
public bool is_dot ()
{
return this == DOT;
}
}
public static FIND_MODE MODE = FIND_MODE.DOT;
/**
* enum MatchInfo keys of Yaml.Mode.find method related to mode FIND_MODE.SQUARE_BRACKETS of Yaml.Node
*/
internal enum FIND_COLLECTION { PATH, OPEN, KEY, CLOSE; }
/**
* enum MatchInfo keys of Yaml.Node.find method related to mode FIND_MODE.DOT of Yaml.Node
*/
internal enum FIND_DOT { PATH, KEY, SEQUENCE; }
/**
* enum possible type of Yaml.Node
*/
public enum NODE_TYPE
{
UNDEFINED,
ROOT,
SCALAR,
SINGLE_PAIR,
MAPPING,
SEQUENCE;
/**
* @return if current NODE_TYPE match a collection node (root|mapping|sequence)
*/
public bool is_collection ()
{
return this == MAPPING || this == SEQUENCE || this == ROOT;
}
/**
* @return if current NODE_TYPE match a scalar node
*/
public bool is_scalar ()
{
return this == SCALAR;
}
/**
* @return if current NODE_TYPE match a single/pair mapping node
*/
public bool is_single_pair ()
{
return this == SINGLE_PAIR;
}
/**
* @return if current NODE_TYPE match a mapping node
*/
public bool is_mapping ()
{
return this == MAPPING;
}
/**
* @return if current NODE_TYPE match a sequence node
*/
public bool is_sequence ()
{
return this == SEQUENCE;
}
/**
* @return if current NODE_TYPE match a root node
*/
public bool is_root ()
{
return this == ROOT;
}
/**
*@return infos related to NODE_TYPE
*/
public string infos ()
{
return this.to_string().substring("PLUIE_YAML_NODE_TYPE_".length);
}
return this == EVT.KEY;
}
/**
*@return universal infos related to NODE_TYPE
*/
public string uuid ()
* @return event is anchor
*/
public bool is_anchor ()
{
var sb = new StringBuilder();
for (var i = 0; i < 4; i++) sb.append (Random.next_int ().to_string ("%08x"));
var h = sb.str;
var d = Yaml.hex_to_dec (h.substring (16, 2));
d &= 0x3f;
d |= 0x80;
return "%s-%s-4%s-%02x%s-%s".printf (
h.substring (0, 8),
h.substring (8, 4),
h.substring (13, 3),
d,
h.substring (18, 2),
h.substring (20)
);
return this == EVT.ANCHOR;
}
/**
* @return event is alias
*/
public bool is_alias ()
{
return this == EVT.ALIAS;
}
/**
* @return event is tag
*/
public bool is_tag ()
{
return this == EVT.TAG;
}
/**
* @return event is tag
*/
public bool is_tag_directive ()
{
return this == EVT.TAG_DIRECTIVE;
}
/**
* @return event is key
*/
public bool is_value ()
{
return this == EVT.VALUE;
}
/**
* @return event is scalar
*/
public bool is_scalar ()
{
return this == EVT.SCALAR;
}
/**
* @return event is mapping start event
*/
public bool is_mapping_start ()
{
return this == EVT.BLOCK_MAPPING_START || this == EVT.FLOW_MAPPING_START;
}
/**
* @return event is sequence start event
*/
public bool is_sequence_start ()
{
return this == EVT.BLOCK_SEQUENCE_START || this == EVT.FLOW_SEQUENCE_START;
}
/**
* @return event is sequence end event
*/
public bool is_sequence_end ()
{
return this == EVT.BLOCK_END || this == EVT.FLOW_SEQUENCE_END;
}
/**
* @return event is sequence entry event
*/
public bool is_entry ()
{
return this == EVT.BLOCK_ENTRY || this == EVT.FLOW_ENTRY;
}
/**
* @return event is mapping end event
*/
public bool is_mapping_end ()
{
return this == EVT.BLOCK_END;
}
/**
* @return event is error event
*/
public bool is_error ()
{
return this == EVT.NONE;
}
}
/**
* enum possible find mode of Yaml.Node.mode
*/
public enum FIND_MODE
{
DOT,
SQUARE_BRACKETS;
/**
*
*/
public bool is_dot ()
{
return this == DOT;
}
}
public static FIND_MODE MODE = FIND_MODE.DOT;
/**
* enum MatchInfo keys of Yaml.Mode.find method related to mode FIND_MODE.SQUARE_BRACKETS of Yaml.Node
*/
internal enum FIND_COLLECTION { PATH, OPEN, KEY, CLOSE; }
/**
* enum MatchInfo keys of Yaml.Node.find method related to mode FIND_MODE.DOT of Yaml.Node
*/
internal enum FIND_DOT { PATH, KEY, SEQUENCE; }
/**
* enum possible type of Yaml.Node
*/
public enum NODE_TYPE
{
UNDEFINED,
ROOT,
SCALAR,
SINGLE_PAIR,
MAPPING,
SEQUENCE;
/**
* @return if current NODE_TYPE match a collection node (root|mapping|sequence)
*/
public bool is_collection ()
{
return this == MAPPING || this == SEQUENCE || this == ROOT;
}
/**
* @return if current NODE_TYPE match a scalar node
*/
public bool is_scalar ()
{
return this == SCALAR;
}
/**
* @return if current NODE_TYPE match a single/pair mapping node
*/
public bool is_single_pair ()
{
return this == SINGLE_PAIR;
}
/**
* @return if current NODE_TYPE match a mapping node
*/
public bool is_mapping ()
{
return this == MAPPING;
}
/**
* @return if current NODE_TYPE match a sequence node
*/
public bool is_sequence ()
{
return this == SEQUENCE;
}
/**
* @return if current NODE_TYPE match a root node
*/
public bool is_root ()
{
return this == ROOT;
}
/**
*@return infos related to NODE_TYPE
*/
public string infos ()
{
return this.to_string().substring("PLUIE_YAML_NODE_TYPE_".length);
}
}
/**
*@return universal infos related to NODE_TYPE
*/
public string uuid ()
{
var sb = new StringBuilder();
for (var i = 0; i < 4; i++) sb.append (Random.next_int ().to_string ("%08x"));
var h = sb.str;
var d = Yaml.hex_to_dec (h.substring (16, 2));
d &= 0x3f;
d |= 0x80;
return "%s-%s-4%s-%02x%s-%s".printf (
h.substring (0, 8),
h.substring (8, 4),
h.substring (13, 3),
d,
h.substring (18, 2),
h.substring (20)
);
}
}

6
valadoc.sh
View File

@ -31,11 +31,11 @@
DIR="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )"
lib="pluie-yaml-0.5"
cd $DIR
valadoc --package-name=$lib --verbose --force --deps -o ./doc --pkg gee-0.8 --pkg gio-2.0 --pkg gobject-2.0 --pkg gmodule-2.0 --pkg glib-2.0 --pkg pluie-echo-0.2 ./src/vala/Pluie/*.vala ./build/install.vala
valadoc --package-name=$lib --verbose --force --deps -o ./doc --pkg gee-0.8 --pkg gio-2.0 --pkg gobject-2.0 --pkg gmodule-2.0 --pkg glib-2.0 --pkg pluie-echo-0.2 ./src/vala/Pluie/*.vala ./src/install.vala
if [ $? -eq 0 ]; then
rm doc/*.png
cp resources/doc-scripts.js ./doc/scripts.js
cp resources/doc-style.css ./doc/style.css
rm $lib.tar.gz
tar -czvf $lib.tar.gz doc/
#~ rm $lib.tar.gz
#~ tar -czvf $lib.tar.gz doc/
fi