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1930 Domain Names Proposed to ICANN

This year ICANN offered businesses to proposed top level domain names to add to the existing top level domain names such as .com and .info. It received 1930 propositions. Some are regional such as .alsace and others are brands such as .google and others are broad names such as .cart and .art.

Now comes the work of choosing which names will indeed make it and which will be dropped. Plus some names such as .app were proposed by multiple companies and that means additional deliberations to know who will be awarded that TLDN.

The following table defines all the names. The table is nearly 500Kb ...

Insert Node Known Issues

The following are problems that have not been resolved and will probably not be.

Tag not transformed

At times, you enter the tag as in [node:123 cck=title] and it is not converted by the filter.

There are 3 common reasons for this to append:

  1. You did not select the filter in your Input formats;
  2. You did not select the format that uses the filter in that node; or
  3. There is a syntax error in the tag.

The 3rd one is certainly the most likely explanation once you made sure that the filter was effectively selected for that node. In many cases, it will be the missing semi-colon

DefineFont2

Tag Info
Tag Number: 
48
Tag Type: 
Define
Tag Flash Version: 
3
Brief Description: 

Define a list of glyphs using shapes and other font metric information.

Tag Structure: 
struct swf_definefont2 {
	swf_tag			f_tag;		/* 48 or 75 */
	unsigned short		f_font2_id;
	unsigned		f_font2_has_layout : 1;
	if(version >= 6) {
		unsigned	f_font2_reserved : 1;
		if(version >= 7) {
			unsigned	f_font2_small_text : 1;
		}
		unsigned	f_font2_reserved : 1;
	}
	else {
		unsigned	f_font2_shiftjis : 1;
		unsigned	f_font2_unicode : 1;
		unsigned	f_font2_ansii : 1;
	}
	unsigned		f_font2_wide_offsets : 1;
	unsigned		f_font2_wide : 1;	/* always 1 in v6.x+ */
	unsigned		f_font2_italic : 1;
	unsigned		f_font2_bold : 1;
	if(version >= 6) {
		unsigned char	f_font2_language;
	}
	else {
		unsigned char	f_font2_reserved;
	}
	unsigned char		f_font2_name_length;
	unsigned char		f_font2_name[f_font2_name_length];
	unsigned short		f_font2_glyphs_count;
	if(f_font2_wide_offsets) {
		unsigned long		f_font2_offsets[f_font2_glyphs_count];
		unsigned long		f_font2_map_offset;
	}
	else {
		unsigned short		f_font2_offsets[f_font2_glyphs_count];
		unsigned short		f_font2_map_offset;
	}
	swf_shape		f_font2_shapes[f_font2_glyphs_count];
	if(f_font_info_wide) {
		unsigned short		f_font2_map[f_font2_glyphs_count];
	}
	else {
		unsigned char		f_font2_map[f_font2_glyphs_count];
	}
	if(f_font2_has_layout) {
		signed short		f_font2_ascent;
		signed short		f_font2_descent;
		signed short		f_font2_leading_height;
		signed short		f_font2_advance[f_font2_glyphs_count];
		swf_rect		f_font2_bounds[f_font2_glyphs_count];
		signed short		f_font2_kerning_count;
		swf_kerning		f_font2_kerning[f_font2_kerning_count];
	}
};
/* DefineFont3 is the same as DefineFont2 */
typedef struct swf_definefont2 swf_definefont3;

It is common to use the DefineFont2 tag in order to create an array of shapes later re-used to draw strings of text on the screen. This tag must be used whenever a DefineEditText references a font; and in that case it is suggested you include a full description of the font with layouts.

Appendix B — History of the SSWF reference

Dec 2, 2009

Moved the monolithic documentation to a multi-page hierarchical document that includes everything we had before plus many links, many terms attached to all pages (tags, English words.) And revision of most of the text for better English and clarification in some places.

Strengthen the formatting with CCK fields so all declarations look alike.

Broken up the actions from one large table to a set of pages.

Appendix A — The geometry in SWF — Coordinates

The most common and simple geometric information are the object coordinates on the output screen. These are defined in TWIPs. There are 20 twips per pixels. Note that an embedded SWF file can be enlarged and/or reduced thus changing this basic scaling factor. To have exactly 20 twips per pixel you must ensure that the EMBED and/or OBJECT tags use a WIDTH and HEIGHT with exactly the same value as in the rectangle defined in the SWF header file divided by 20.

IEEE Standard 754

 

The original document by Steve Hollasch can be found at http://steve.hollasch.net/cgindex/coding/ieeefloat.html

IEEE Standard 754 Floating Point Numbers

DefineFont

Tag Info
Tag Number: 
10
Tag Type: 
Define
Tag Flash Version: 
1
Brief Description: 

List shapes corresponding to glyphs.

Tag Structure: 
struct swf_definefont {
	swf_tag			f_tag;		/* 10 */
	unsigned short		f_font_id;
	/* there is always at least one glyph */
	f_font_glyphs_count = f_font_offsets[0] / 2;
	unsigned short		f_font_offsets[f_font_glyphs_count];
	swf_shape		f_font_shapes[f_font_glyphs_count];
};

It is common to use the DefineFont tag in order to create an array of shapes later re-used to draw strings of text on the screen. Note that the definition of the shape within a font is limited since it can't include any specific fill and/or line style. Also, each shape is assumed to be defined within a 1024x1024 square. This square is called the EM Square. Fig 1. below shows you the EM Square and how it is used. The characters baseline can be placed anywhere within the EM Square (it certainly can be outside too if you wish?!?).

SWF Structures

Most of the tags will use sub-structures that are common to multiple tags. These are defined in the pages listed below.

PHP eFax FAQ

PHP eFax is very popular and generates many questions from our customers and potential customers. We try to answer those questions on our website for a quick read from our users. You can always ask us additional questions by contacting us directly or by posting a comment on the FAQ page.

Your cell phone is hackable...

This is a quite interesting article which I thought I should share and keep a copy of!

Most of us, even if we can determine whether a piece of software (or hardware!) can be hacked, we just do not have the time to spend on testing each device we use to ensure that no hackers will be able to get it. We rely on the manufacturer to do that work for us.

This article shows that even though all manufacturers have protections, all are vulnerable! And that means your data is vulnerable on your cell phones... Hope this does not scare you too much!

Note by the way that those people who have plenty of ...

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