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A note to Tucows Downloads visitors:

TextMate 1.0 was released on 5 October 2004, after 5 months of development, followed by version 1.0.1 on 21 October 2004. The release focused on implementing a small feature set well, and did not have a preference window or a toolbar, didn't integrate FTP, and had no options for printing. At first only a small number of programming languages were supported, as only a few “language. Download Free PDF. Download Free PDF. Download Full PDF Package. A short summary. The mean maximum scotopic a-wave amplitude in untreated rats was 28.96 mV (69.3 mV, n = 5) while rats treated with curcumin had a mean maximum a-wave amplitude of 60.09 mV (66.8 mV, n = 13) (p = 0.012)The mean maximum scotopic b-wave amplitude in untreated animals was 96.39 mV (627.1 mV, n = 5) while animals treated with curcumin had a mean. Homebrew’s package index. Cask Install Events /api/analytics/cask-install/90d.json (JSON API).

All good things…

We have made the difficult decision to retire the Tucows Downloads site. We’re pleased to say that much of the software and other assets that made up the Tucows Downloads library have been transferred to our friends at the Internet Archive for posterity.

The shareware downloads bulletin board system (BBS) that would become Tucows Downloads was founded back in 1993 on a library computer in Flint, MI. What started as a place for people in the know to download software became the place to download software on the burgeoning Internet. Far more quickly than anyone could have imagined.

A lot has changed since those early years. Tucows has grown and evolved as a business. It’s been a long time since Tucows has been TUCOWS, which stood for The Ultimate Collection of Winsock Software.

Today, Tucows is the second-largest domain name registrar in the world behind Go Daddy and the largest wholesaler of domain names in the world with customers like Shopify and other global website builder platforms. Hover offers domain names and email at retail to help people brand their life online. OpenSRS (and along the way our acquisitions of Enom, Ascio and EPAG) are the SaaS platforms upon which tens of thousands of customers have built their own domain registration businesses, registering tens of millions of domains on behalf of their customers. Ting Internet is building fiber-optic networks all over the U.S. At the same time, we’re building the Mobile Services Enabler SaaS platform that is powering DISH’s entry into the US mobile market.

Point is, we’re keeping busy.

For the past several years, history, well sentimentality, has been the only reason to keep Tucows Downloads around. We talked about shutting the site down before. Most seriously in 2016 when instead, we decided to go ad-free, keeping the site up as a public service.

Today is different. Tucows Downloads is old. Old sites are a maintenance challenge and therefore a risk. Maintaining the Tucows Downloads site pulls people away from the work that moves our businesses forward.

Tucows Downloads has had an incredible run. Retiring it is the right move but that doesn’t alter the fact that it will always hold a special place in hearts and our story. We’re thankful to the thousands of software developers who used Tucows Downloads to get their software in front of millions of people, driving billions of downloads over more than 25 years.

Thank you.
Sincerely,
Elliot Noss
CEO, Tucows

A note to Tucows Downloads Authors/Developers

If you’re a developer who used the Tucows Author Resource Center (ARC) as part of your software dissemination, to buy code signing or other services, we’re happy to help with the transition.

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Any certificates purchased through ARC remain valid. If you’re looking to buy or renew code signing certificates, we invite you to go straight to the source; Sectigo was our supplier and will be happy to be yours too.
Feel free to reach out to us at help@tucows.com if we can help with anything at all.

Language grammars are used to assign names to document elements such as keywords, comments, strings or similar. The purpose of this is to allow styling (syntax highlighting) and to make the text editor “smart” about which context the caret is in. For example you may want a key stroke or tab trigger to act differently depending on the context, or you may want to disable spell check as you type those portions of your text document which are not prose (e.g. HTML tags).

The language grammar is used only to parse the document and assign names to subsets of this document. Then scope selectors can be used for styling, preferences and deciding how keys and tab triggers should expand.

For a more thorough introduction to this concept see the introduction to scopes blog post.

Example Grammar

You can create a new language grammar by opening the bundle editor (Window → Show Bundle Editor) and select “New Language” from the add button in the lower left corner.

This will give you a starting grammar which will look like the one below, so let us start by explaining that.

The format is the property list format and at the root level there are five key/value pairs:

  • scopeName (line 1) — this should be a unique name for the grammar, following the convention of being a dot-separated name where each new (left-most) part specializes the name. Normally it would be a two-part name where the first is either text or source and the second is the name of the language or document type. But if you are specializing an existing type, you probably want to derive the name from the type you are specializing. For example Markdown is text.html.markdown and Ruby on Rails (rhtml files) is text.html.rails. The advantage of deriving it from (in this case) text.html is that everything which works in the text.html scope will also work in the text.html.«something» scope (but with a lower precedence than something specifically targeting text.html.«something»).

  • fileTypes (line 2) — this is an array of file type extensions that the grammar should (by default) be used with. This is referenced when TextMate does not know what grammar to use for a file the user opens. If however the user selects a grammar from the language pop-up in the status bar, TextMate will remember that choice.

  • foldingStartMarker / foldingStopMarker (line 3-4) — these are regular expressions that lines (in the document) are matched against. If a line matches one of the patterns (but not both), it becomes a folding marker (see the foldings section for more info).

  • patterns (line 5-18) — this is an array with the actual rules used to parse the document. In this example there are two rules (line 6-8 and 9-17). Rules will be explained in the next section.

There are two additional (root level) keys which are not used in the example:

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  • firstLineMatch — a regular expression which is matched against the first line of the document (when it is first loaded). If it matches, the grammar is used for the document (unless there is a user override). Example: ^#!/.*brubyb.

  • repository — a dictionary (i.e. key/value pairs) of rules which can be included from other places in the grammar. The key is the name of the rule and the value is the actual rule. Further explanation (and example) follow with the description of the include rule key.

Language Rules

A language rule is responsible for matching a portion of the document. Generally a rule will specify a name which gets assigned to the part of the document which is matched by that rule.

There are two ways a rule can match the document. It can either provide a single regular expression, or two. As with the match key in the first rule above (lines 6-8), everything which matches that regular expression will then get the name specified by that rule. For example the first rule above assigns the name keyword.control.untitled to the following keywords: if, while, for and return. We can then use a scope selector of keyword.control to have our theme style these keywords.

The other type of match is the one used by the second rule (lines 9-17). Here two regular expressions are given using the begin and end keys. The name of the rule will be assigned from where the begin pattern matches to where the end pattern matches (including both matches). If there is no match for the end pattern, the end of the document is used.

In this latter form, the rule can have sub-rules which are matched against the part between the begin and end matches. In our example here we match strings that start and end with a quote character and escape characters are marked up as constant.character.escape.untitled inside the matched strings (line 13-15).

Note that the regular expressions are matched against only a single line of the document at a time. That means it is not possible to use a pattern that matches multiple lines. The reason for this is technical: being able to restart the parser at an arbitrary line and having to re-parse only the minimal number of lines affected by an edit. In most situations it is possible to use the begin/end model to overcome this limitation.

Rule Keys

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What follows is a list of all keys which can be used in a rule.

  • name — the name which gets assigned to the portion matched. This is used for styling and scope-specific settings and actions, which means it should generally be derived from one of the standard names (see naming conventions later).

  • match — a regular expression which is used to identify the portion of text to which the name should be assigned. Example: 'b(true false)b'.

  • begin, end — these keys allow matches which span several lines and must both be mutually exclusive with the match key. Each is a regular expression pattern. begin is the pattern that starts the block and end is the pattern which ends the block. Captures from the begin pattern can be referenced in the end pattern by using normal regular expression back-references. This is often used with here-docs, for example:

    A begin/end rule can have nested patterns using the patterns key. For example we can do:

    The above will match def and end keywords inside a <% … %> block (though for embedded languages see info about the include key later).

  • contentName — this key is similar to the name key but only assigns the name to the text between what is matched by the begin/end patterns. For example to get the text between #if 0 and #endif marked up as a comment, we would do:

  • captures, beginCaptures, endCaptures — these keys allow you to assign attributes to the captures of the match, begin, or end patterns. Using the captures key for a begin/end rule is short-hand for giving both beginCaptures and endCaptures with same values.

    The value of these keys is a dictionary with the key being the capture number and the value being a dictionary of attributes to assign to the captured text. Currently name is the only attribute supported. Here is an example:

    In that example we match text like @selector(windowWillClose:) but the storage.type.objc name will only be assigned to @selector( and ).

  • include — this allows you to reference a different language, recursively reference the grammar itself or a rule declared in this file’s repository.

    1. To reference another language, use the scope name of that language:

    2. To reference the grammar itself, use $self:

    3. To reference a rule from the current grammars repository, prefix the name with a pound sign (#):

      This can also be used to match recursive constructs like balanced characters:

      This will correctly match a string like: qq( this (is (the) entire) string).

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Naming Conventions

TextMate is free-form in the sense that you can assign basically any name you wish to any part of the document that you can markup with the grammar system and then use that name in scope selectors.

There are however conventions so that one theme can target as many languages as possible, without having dozens of rules specific to each language and also so that functionality (mainly preferences) can be re-used across languages, e.g. you probably do not want an apostrophe to be auto-paired when inserted in strings and comments, regardless of the language you are in, so it makes sense to only set this up once.

Before going through the conventions, here are a few things to keep in mind:

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  1. A minimal theme will only assign styles to 10 of the 11 root groups below (meta does not get a visual style), so you should “spread out” your naming i.e. instead of putting everything below keyword (as your formal language definition may insist) you should think “would I want these two elements styled differently?” and if so, they should probably be put into different root groups.

  2. Even though you should “spread out” your names, when you have found the group in which you want to place your element (e.g. storage) you should re-use the existing names used below that group (for storage that is modifier or type) rather than make up a new sub-type. You should however append as much information to the sub-type you choose. For example if you are matching the static storage modifier, then instead of just naming it storage.modifier use storage.modifier.static.«language». A scope selector of just storage.modifier will match both, but having the extra information in the name means it is possible to specifically target it disregarding the other storage modifiers.

  3. Put the language name last in the name. This may seem redundant, since you can generally use a scope selector of: source.«language» storage.modifier, but when embedding languages, this is not always possible.

And now the 11 root groups which are currently in use with some explanation about their intended purpose. This is presented as a hierarchical list but the actual scope name is obtained by joining the name from each level with a dot. For example double-slash is comment.line.double-slash.

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  • comment — for comments.

    • line — line comments, we specialize further so that the type of comment start character(s) can be extracted from the scope.
      • double-slash — // comment
      • double-dash — -- comment
      • number-sign — # comment
      • percentage — % comment
      • character — other types of line comments.
    • block — multi-line comments like /* … */ and <!-- … -->.
      • documentation — embedded documentation.

  • constant — various forms of constants.

    • numeric — those which represent numbers, e.g. 42, 1.3f, 0x4AB1U.
    • character — those which represent characters, e.g. &lt;, e, 031.
      • escape — escape sequences like e would be constant.character.escape.
    • language — constants (generally) provided by the language which are “special” like true, false, nil, YES, NO, etc.
    • other — other constants, e.g. colors in CSS.

  • entity — an entity refers to a larger part of the document, for example a chapter, class, function, or tag. We do not scope the entire entity as entity.* (we use meta.* for that). But we do use entity.* for the “placeholders” in the larger entity, e.g. if the entity is a chapter, we would use entity.name.section for the chapter title.

    • name — we are naming the larger entity.
      • function — the name of a function.
      • type — the name of a type declaration or class.
      • tag — a tag name.
      • section — the name is the name of a section/heading.
    • other — other entities.
      • inherited-class — the superclass/baseclass name.
      • attribute-name — the name of an attribute (mainly in tags).
  • invalid — stuff which is “invalid”.
    • illegal — illegal, e.g. an ampersand or lower-than character in HTML (which is not part of an entity/tag).
    • deprecated — for deprecated stuff e.g. using an API function which is deprecated or using styling with strict HTML.
  • keyword — keywords (when these do not fall into the other groups).
    • control — mainly related to flow control like continue, while, return, etc.
    • operator — operators can either be textual (e.g. or) or be characters.
    • other — other keywords.
  • markup — this is for markup languages and generally applies to larger subsets of the text.
    • underline — underlined text.
      • link — this is for links, as a convenience this is derived from markup.underline so that if there is no theme rule which specifically targets markup.underline.link then it will inherit the underline style.
    • bold — bold text (text which is strong and similar should preferably be derived from this name).
    • heading — a section header. Optionally provide the heading level as the next element, for example markup.heading.2.html for <h2>…</h2> in HTML.
    • italic — italic text (text which is emphasized and similar should preferably be derived from this name).
    • list — list items.
      • numbered — numbered list items.
      • unnumbered — unnumbered list items.
    • quote — quoted (sometimes block quoted) text.
    • raw — text which is verbatim, e.g. code listings. Normally spell checking is disabled for markup.raw.
    • other — other markup constructs.

  • meta — the meta scope is generally used to markup larger parts of the document. For example the entire line which declares a function would be meta.function and the subsets would be storage.type, entity.name.function, variable.parameter etc. and only the latter would be styled. Sometimes the meta part of the scope will be used only to limit the more general element that is styled, most of the time meta scopes are however used in scope selectors for activation of bundle items. For example in Objective-C there is a meta scope for the interface declaration of a class and the implementation, allowing the same tab-triggers to expand differently, depending on context.

  • storage — things relating to “storage”.
    • type — the type of something, class, function, int, var, etc.
    • modifier — a storage modifier like static, final, abstract, etc.
  • string — strings.
    • quoted — quoted strings.
      • single — single quoted strings: 'foo'.
      • double — double quoted strings: 'foo'.
      • triple — triple quoted strings: ''Python''.
      • other — other types of quoting: $'shell', %s{...}.
    • unquoted — for things like here-docs and here-strings.
    • interpolated — strings which are “evaluated”: `date`, $(pwd).
    • regexp — regular expressions: /(w+)/.
    • other — other types of strings (should rarely be used).
  • support — things provided by a framework or library should be below support.
    • function — functions provided by the framework/library. For example NSLog in Objective-C is support.function.
    • class — when the framework/library provides classes.
    • type — types provided by the framework/library, this is probably only used for languages derived from C, which has typedef (and struct). Most other languages would introduce new types as classes.
    • constant — constants (magic values) provided by the framework/library.
    • variable — variables provided by the framework/library. For example NSApp in AppKit.
    • other — the above should be exhaustive, but for everything else use support.other.
  • variable — variables. Not all languages allow easy identification (and thus markup) of these.
    • parameter — when the variable is declared as the parameter.
    • language — reserved language variables like this, super, self, etc.
    • other — other variables, like $some_variables.