22nd February 2026
Inspired by building a modular landing page on a Grav-powered subsite, I wondered about doing the same for a Hugo-powered public transport website that I have. It was part of an overall that I was giving it, with AI consultation running shotgun with the whole effort. The home page design was changed from a two-column design much like what was once typical of a blog, to a single column layout with two-column sections.
The now vertical structure consisted of numerous layers. First, there is an introduction with a hero image, which is followed by blocks briefly explaining what the individual sections are about. Below them, two further panels describe motivations and scope expansions. After those, there are two blocks displaying pithy details of recent public transport service developments before two final panels provide links to latest articles and links to other utility pages, respectively.
This was a conscious mix of different content types, with some nesting in the structure. Much of the content was described in page front matter, instead of where it usually goes. Without that flexibility, such a layout would not have been possible. All in all, this illustrates just how powerful Hugo is when it comes to constructing website layouts. The limits essentially are those of user experience and your imagination, and necessarily in that order.
On Hugo Home Pages
Building a home page in Hugo starts with understanding what content/_index.md actually represents. Unlike a regular article file, _index.md denotes a list page, which at the root of the content directory becomes the site's home page. This special role means Hugo treats it differently from a standard single page because the home is always a list page even when the design feels like a one-off.
Front matter in content/_index.md can steer how the page is rendered, though it remains entirely optional. If no front matter is present at all, Hugo still creates the home page at .Site.Home, draws the title from the site configuration, leaves the description empty unless it has been set globally, and renders any Markdown below the front matter via .Content. That minimal behaviour suits sites where the home layout is driven entirely by templates, and it is a common starting point for new projects.
How the Underlying Markdown File Looks
While this piece opens with a description of what was required and built, it is better to look at the real _index.md file. Illustrating the block-driven pattern in practical use, here is a portion of the file:
---
title: "Maximising the Possibilities of Public Transport"
layout: "home"
blocks:
- type: callout
text1: "Here, you will find practical, thoughtful insight..."
text2: "You can explore detailed route listings..."
image: "images/sam-Up56AzRX3uM-unsplash.jpg"
image_alt: "Transpennine Express train leaving Manchester Piccadilly train station"
- type: cards
heading: "Explore"
cols_lg: 6
items:
- title: "News & Musings"
text: "Read the latest articles on rail networks..."
url: "https://ontrainsandbuses.com/news-and-musings/"
- title: "News Snippets"
...
- type: callout
heading: "Motivation"
text2: "Since 2010, British public transport has endured severe challenges..."
image: "images/joseph-mama-aaQ_tJNBK4c-unsplash.jpg"
image_alt: "Buses in Leeds, England, U.K."
- type: callout
heading: "An Expanding Scope"
text2: "You will find content here drawn from Ireland..."
image: "images/snap-wander-RlQ0MK2InMw-unsplash.jpg"
image_alt: "TGV speeding through French countryside"
---
There are several things that are worth noting here. The title and layout: "home" fields appear at the top, with all structural content expressed as a blocks list beneath them. There is no Markdown body because the blocks supply all the visible content, and the file contains no layout logic of its own, only a description of what should appear and in what order. However, the lack of a Markdown body does pose a challenge for spelling and grammar checking using the LanguageTool extension in VSCode, which means that you need to ensure that proofreading needs to happen in a different way, such as using the editor that comes with the LanguageTool browser extension.
Template Selection and Lookup Order
Template selection is where Hugo's home page diverges most noticeably from regular sections. In Hugo v0.146.0, the template system was completely overhauled, and the lookup order for the home page kind now follows a straightforward sequence: layouts/home.html, then layouts/list.html, then layouts/all.html. Before that release, the conventional path was layouts/index.html first, falling back to layouts/_default/list.html, and the older form remains supported through backward-compatibility mapping. In every case, baseof.html is a wrapper rather than a page template in its own right, so it surrounds whichever content template is selected without substituting for one.
The choice of template can be guided further through front matter. Setting layout: "home" in content/_index.md, as in the example above, encourages Hugo to pick a template named home.html, while setting type: "home" enables more specific template resolution by namespace. These are useful options when the home page deserves its own template path without disturbing other list pages.
The Home Template in Practice
With the front matter established, the template that renders it is worth examining in its own right. It happens that the home.html for this site reads as follows:
<!DOCTYPE html>
{{- partial "head.html" . -}}
<body>
{{- partial "header.html" . -}}
<div class="container main" id="content">
<div class="row">
<h2 class="centre">{{ .Title }}</h2>
{{- partial "blocks/render.html" . -}}
</div>
{{- partial "recent-snippets-cards.html" . -}}
{{- partial "home-teasers.html" . -}}
{{ .Content }}
</div>
{{- partial "footer.html" . -}}
{{- partial "cc.html" . -}}
{{- partial "matomo.html" . -}}
</body>
</html>
This template is self-contained rather than wrapping a base template. It opens the full HTML document directly, calls head.html for everything inside the <head> element and header.html for site navigation, then establishes the main content container. Inside that container, .Title is output as an h2 heading, drawing from the title field in content/_index.md. The block dispatcher partial, blocks/render.html, immediately follows and is responsible for looping through .Params.blocks and rendering each entry in sequence, handling all the callout and cards blocks described in the front matter.
Below the blocks, two further partials render dynamic content independently of the front matter. recent-snippets-cards.html displays the two most recent news snippets as full-content cards, while home-teasers.html presents a compact linked list of recent musings alongside a weighted list of utility pages. After those, {{ .Content }} outputs any Markdown written below the front matter in content/_index.md, though in this case, the file has no body content, so nothing is rendered at that point. The template closes with footer.html, a cookie notice via cc.html and a Matomo analytics snippet.
Notice that this template does not use {{ define "main" }} and therefore does not rely on baseof.html at all. It owns the full document structure itself, which is a legitimate approach when the home page has a sufficiently distinct shape that sharing a base template would add complexity rather than reduce it.
The Block Dispatcher
The blocks/render.html partial is the engine that connects the front matter to the individual block templates. Its full content is brief but does considerable work:
{{ with .Params.blocks }}
{{ range . }}
{{ $type := .type | default "text" }}
{{ partial (printf "blocks/%s.html" $type) (dict "page" $ "block" .) }}
{{ end }}
{{ end }}
The with .Params.blocks guard means the entire loop is skipped cleanly if no blocks key is present in the front matter, so pages that do not use the system are unaffected. For each block in the list, the type field is read and passed through printf to build the partial path, so type: callout resolves to blocks/callout.html and type: cards resolves to blocks/cards.html. If a block has no type, the fallback is text, so a blocks/text.html partial would handle it. The dict call constructs a fresh context map passing both the current page (as page) and the raw block data (as block) into the partial, keeping the two concerns cleanly separated.
The Callout Blocks
The callout.html partial renders bordered, padded sections that can carry a heading, an image and up to five paragraphs of text. Used for the website introduction, motivation and expanded scope sections, its template is as follows:
{{ $b := .block }}
<section class="mt-4">
<div class="p-4 border rounded">
{{ with $b.heading }}<h3>{{ . }}</h3>{{ end }}
{{ with $b.image }}
<img
src="{{ . }}"
class="img-fluid w-100 rounded"
alt="{{ $b.image_alt | default "" }}">
{{ end }}
<div class="text-columns mt-4">
{{ with $b.text1 }}<p>{{ . }}</p>{{ end }}
{{ with $b.text2 }}<p>{{ . }}</p>{{ end }}
{{ with $b.text3 }}<p>{{ . }}</p>{{ end }}
{{ with $b.text4 }}<p>{{ . }}</p>{{ end }}
{{ with $b.text5 }}<p>{{ . }}</p>{{ end }}
</div>
</div>
</section>
The pattern here is consistent and deliberate. Every field is wrapped in a {{ with }} block, so fields absent from the front matter produce no output and no empty elements. The heading renders as an h3, sitting one level below the page's h2 title and maintaining a coherent document outline. The image uses img-fluid and w-100 alongside rounded, making it fully responsive and visually consistent with the bordered container. According to the Bootstrap documentation, img-fluid applies max-width: 100% and height: auto so the image scales with its parent, while w-100 ensures it fills the container width regardless of its intrinsic size. The image_alt field falls back to an empty string via | default "" rather than omitting the attribute entirely, which keeps the rendered HTML valid.
Text content sits inside a text-columns wrapper, which allows a stylesheet to apply a CSS multi-column layout to longer passages without altering the template. The numbered paragraph fields text1 through text5 reflect the varying depth of the callout blocks in the front matter: the introductory callout uses two paragraphs, while the Motivation callout uses four. Adding another paragraph field to a block requires only a new {{ with $b.text6 }} line in the partial and a matching text6 key in the front matter entry.
The Section Introduction Blocks
The cards.html partial renders a headed grid of linked blocks, with the column width at large viewports driven by a front matter parameter. This is used for the website section introductions and its template is as follows:
{{ $b := .block }}
{{ $colsLg := $b.cols_lg | default 4 }}
<section class="mt-4">
{{ with $b.heading }}<h3 class="h4 mb-3">{{ . }}</h3>{{ end }}
<div class="row">
{{ range $b.items }}
<div class="col-12 col-md-6 col-lg-{{ $colsLg }} mb-3">
<div class="card h-100 ps-2 pe-2 pt-2 pb-2">
<div class="card-body">
<h4 class="h5 card-title mt-1 mb-2">
<a href="{{ .url }}">{{ .title }}</a>
</h4>
{{ with .text }}<p class="card-text mb-0">{{ . }}</p>{{ end }}
</div>
</div>
</div>
{{ end }}
</div>
</section>
The cols_lg value defaults to 4 if not specified, which produces a three-column grid at large viewports using Bootstrap's twelve-column grid. The transport site's cards block sets cols_lg: 6, giving two columns at large viewports and making better use of the wider reading space for six substantial card descriptions. At medium viewports, the col-md-6 class produces two columns regardless of cols_lg, and col-12 ensures single-column stacking on small screens.
The heading uses the h4 utility class on an h3 element, pulling the visual size down one step while keeping the document outline correct, since the page already has an h2 title and h3 headings in the callout blocks. Each card title then uses h5 on an h4 for the same reason. The h-100 class on the card sets its height to one hundred percent of the column, so all cards in a row grow to match the tallest one and baselines align even when descriptions vary in length. The padding classes ps-2 pe-2 pt-2 pb-2 add a small inset without relying on custom CSS.
Brief Snippets of Recent Public Transport Developments
The recent-snippets-cards.html partial sits outside the blocks system and renders the most recent pair of short transport news posts as full-content cards. Here is its template:
<h3 class="h4 mt-4 mb-3">Recent Snippets</h3>
<div class="row">
{{ range ( first 2 ( where .Site.Pages "Type" "news-snippets" ) ) }}
<div class="col-12 col-md-6 mb-3">
<div class="card h-100">
<div class="card-body">
<h4 class="h6 card-title mt-1 mb-2">
{{ .Date.Format "15:04, January 2" }}<sup>{{ if eq (.Date.Format "2") "2" }}nd{{ else if eq (.Date.Format "2") "22" }}nd{{ else if eq (.Date.Format "2") "1" }}st{{ else if eq (.Date.Format "2") "21" }}st{{ else if eq (.Date.Format "2") "3" }}rd{{ else if eq (.Date.Format "2") "23" }}rd{{ else }}th{{ end }}</sup>, {{ .Date.Format "2006" }}
</h4>
<div class="snippet-content">
{{ .Content }}
</div>
</div>
</div>
</div>
{{ end }}
</div>
The where function filters .Site.Pages to the news-snippets content type, and first 2 takes only the two most recently created entries. Notably, this collection does not call .ByDate.Reverse before first, which means it relies on Hugo's default page ordering. Where precise newest-first ordering matters, chaining ByDate.Reverse before first makes the intent explicit and avoids surprises if the default ordering changes.
The date heading warrants attention. It formats the time as 15:04 for a 24-hour clock display, followed by the month name and day number, then appends an ordinal suffix using a chain of if and else if comparisons against the raw day string. The logic handles the four irregular cases (1st, 21st, 2nd, 22nd, 3rd and 23rd) before falling back to th for all other days. The suffix is wrapped in a <sup> element so it renders as a superscript. The year follows as a separate .Date.Format "2006" call, separated from the day by a comma. Each card renders the full .Content of the snippet rather than a summary, which suits short-form posts where the entire entry is worth showing on the home page.
Latest Musings and Utility Pages Blocks
The home-teasers.html partial renders a two-column row of linked lists, one for recent long-form articles and one for utility pages. Its template is as follows:
<div class="row mt-4">
<div class="col-12 col-md-6 mb-3">
<div class="card h-100">
<div class="card-body">
<h3 class="h5 card-title mb-3">Recent Musings</h3>
{{ range first 5 ((where .Site.RegularPages "Type" "news-and-musings").ByDate.Reverse) }}
<p class="mb-2">
<a href="{{ .Permalink }}">{{ .Title }}</a>
</p>
{{ end }}
</div>
</div>
</div>
<div class="col-12 col-md-6 mb-3">
<div class="card h-100">
<div class="card-body">
<h3 class="h5 card-title mb-3">Extras & Utilities</h3>
{{ $extras := where .Site.RegularPages "Type" "extras" }}
{{ $extras = where $extras "Title" "ne" "Thank You for Your Message!" }}
{{ $extras = where $extras "Title" "ne" "Whoops!" }}
{{ range $extras.ByWeight }}
<p class="mb-2">
<a href="{{ .Permalink }}">{{ .Title }}</a>
</p>
{{ end }}
</div>
</div>
</div>
</div>
The left column uses .Site.RegularPages rather than .Site.Pages to exclude list pages, taxonomy pages and other non-content pages from the results. The news-and-musings type is filtered, sorted with .ByDate.Reverse and then limited to five entries with first 5, producing a compact, current list of article titles. The heading uses h5 on an h3 for the same visual-scale reason seen in the cards blocks, and h-100 on each card ensures the two columns match in height at medium viewports and above.
The right column builds the extras list through three chained where calls. The first narrows to the extras content type, and the subsequent two filter out utility pages that should never appear in public navigation, specifically the form confirmation and error pages. The remaining pages are then sorted by ByWeight, which respects the weight value set in each page's front matter. Pages without a weight default to zero, so assigning small positive integers to the pages that should appear first gives stable, editorially controlled ordering without touching the template.
Diagnosing Template Choices
Diagnosing which template Hugo has chosen is more reliable with tooling than with guesswork. Running the development server with debug output reveals the selected templates in the terminal logs. Another quick technique is to place a visible marker in a candidate file and inspect the page source.
HTML comments are often stripped during minified builds, and Go template comments never reach the output, so an innocuous meta tag makes a better marker because a minifier will not remove it. If the marker does not appear after a rebuild, either the template being edited is not in use because another file higher in the lookup order is taking precedence, or a theme is providing a matching file without it being obvious.
Front Matter Beyond Layout
Front matter on the home page earns its place when it supplies values that make their way into head tags and structured sections, rather than when it tries to replicate layout logic. A brief description is valuable for metadata and social previews because many base templates output it as a meta description tag. Where a site uses social cards, parameters for images and titles can be added and consumed consistently.
Menu participation also remains available to the home page, with entries in front matter allowing the home to appear in navigation with a given weight. Less common but still useful fields include outputs, which can disable or configure output formats, and cascade, which can provide defaults to child pages when site-wide consistency matters. Build controls can influence whether a page is rendered or indexed, though these are rarely changed on a home page once the structure has settled.
Template Hygiene
Template hygiene pays off throughout this process. Whether the home page uses a self-contained template or wraps baseof.html, the principle is the same: each file should own a clearly bounded responsibility. The home template in the example above does this well, with head.html, header.html and footer.html each handling their own concerns, and the main content area occupied by the blocks dispatcher and the two dynamic partials. Column wrappers are easiest to manage when each partial opens and closes its own structure, rather than relying on a sibling to provide closures elsewhere.
That self-containment prevents subtle layout breakage and means that adding a new block type requires only a small partial in layouts/partials/blocks/ and a new entry in the front matter blocks list, with no changes to any existing template. Once the home page adopts this pattern, the need for CSS overrides recedes because the HTML shape finally expresses intent instead of fighting it.
Bootstrap Utility Classes in Summary
Understanding Bootstrap's utility classes rounds off the technique because these classes anchor the modular blocks without the need for custom CSS. h-100 sets height to one hundred percent and works well on cards inside a flex row so that their bottoms align across a grid, as seen in both the cards block and the home teasers. The h4, h5 and h6 utilities apply a different typographic scale to any element without changing the document outline, which is useful for keeping headings visually restrained while preserving accessibility. img-fluid provides responsive behaviour by constraining an image to its container width and maintaining aspect ratio, and w-100 makes an image or any element fill the container width even if its intrinsic size would let it stop short. Together, these classes produce predictable and adaptable blocks that feel consistent across all viewports.
Closing Remarks
The result of combining Hugo's list-page model for the home, a block-driven front matter design and Bootstrap's light-touch utilities is a home page that reads cleanly and remains easy to extend. New block types become a matter of adding a small partial and a new blocks entry, with the dispatcher handling the rest automatically. Dynamic sections such as recent snippets sit in dedicated partials called directly from the template, updating without any intervention in content/_index.md. Existing sections can be reordered without editing templates, shared structure remains in one place, and the need for brittle CSS customisation fades because the templates do the heavy lifting.
A final point returns to content/_index.md. Keeping front matter purposeful makes it valuable. A title, a layout directive and a blocks list that models the editorially controlled page structure are often enough, as we have seen in this example from my public transport website. More seldom-used fields such as outputs, cascade and build remain available should a site require them, but their restraint reflects the wider approach: let content describe structure, let templates handle layout and avoid unnecessary complexity.
23rd March 2007
Having been on a web-building journey from Geocities to having a website with my own domain hosted by Fasthosts, it should come as no surprise that I have encountered a number of tools and technologies over this time and that my choices and knowledge have evolved too. I’ll muse over the technologies first before going on to the tools that I use.
Technologies
XHTML
When I started building websites, it was not after HTML 4 got released, and I devoured most if not all of Elizabeth Castro’s Peachpit Visual Quickstart guide to the language within a weekend. Having previously used fairly primitive WYSIWYG tools like Netscape Composer and Claris Home Page, it was an empowering experience and the first edition (it is now on its third) of Jennifer Niederst Robbins’ Web Design in a Nutshell took things much further, becoming something of a bible for a number of years.
When it first appeared, XHTML 1.0 wasn’t a major change from HTML 4, but its stricter more XML-compliant syntax was meant to point the way to the future and semantic markup was at its heart at least as much as it was for HTML 4. XHTML 2.0 is on the horizon and after the modular approach of XHTML 1.1 (which I have never used), it will be interesting to see how it develops. Nevertheless, there is a surprising development in that some people are musing over the idea of having an HTML 5. Let’s hope that the (X)HTML apple cart doesn’t get completely overturned after some years of relative stability. I still bear scars from the browser wars raging in the 1990’s and don’t want to see standards wars supplanting the relative peace that we have now. That said, I don’t mind peaceful progression.
CSS
Only seems to be coming into its own in the last few years and is truly a remarkable technology despite the hobbles that MSIE places on our ambitions. CSS Zen Garden has been a major source of ideas; I wouldn’t have been able to customise this blog as much as I have without them. I was an early adopter of the technology and got burnt by inconsistent browser support; Netscape 4 was the proverbial bête noir back then, fulfilling the role that MSIE plays today. In those days, it was the idea of controlling text display and element backgrounds from a single place that appealed. Since then, I have progressed to using CSS to replace table-based layouts and to control element positioning. It can do more…
JavaScript
Having had a JavaScript-powered photo gallery before my current Perl-driven one, I can say that I have definitely sampled this ever-pervasive scripting language. Being a client-side language rather than a server-side one, it does place you rather at the mercy of the browser purveyors, and it never ceases to amaze me that there is a buzz around AJAX because of this. In fact, the abundance of AJAX cross-browser function libraries is testimony to the need for browser-specific code. Despite my preferences for server-side scripting, I still find a use for JavaScript, and its main use for me these days is to dynamically control CSS elements to do such things as control the height of a page element or whether it is shown or not. Apparently, CSS may get some dynamic capabilities in the future and reduce my dependence on JavaScript. Meanwhile, Jeremy Keith’s DOM Scripting (Friends of Ed) will prove as much of an asset as it has done.
XML
These days, a lot of the raw data underlying my personal website is stored in XML. I did try to dynamically transform the display of the XML into something meaningful with CSS and XSLT when I first scaled its dizzy heights, but I soon resorted to other techniques. Browser support and the complexity of what I required were the major contributors to this. The new strategy involved two different approaches. The first was to create PHP/XHTML pages from the precursor XML offline, and this is how I generate the website’s directory pages. The other one is to process the XML as text to dynamically supply an XHTML page as the user visits it; this is the way that the photo gallery works.
Perl
This still powers all of my photo gallery. While thoughts of changing it all to PHP linger, there is a certain something about the Perl language that keeps it there. I suppose it is that PHP is entangled in the HTML while Perl encases the whole business, and I am reasonably familiar with its syntax these days, which is why it still does a lot of the data processing grunt work that I need.
PHP
PHP is everywhere these days, though it doesn’t attract quite the level of hype that used to be the case. It still appears with its sidekick MySQL in many website applications. Blogging software such as WordPress and content management systems like Drupal, Mambo and Joomla! wouldn’t exist without the pair. It appears on my website as the glue that holds my visitor directories together and is the processing engine of my WordPress blog. And if I ever get to a Drupal element to the site, by no means a foregone conclusion though I am spending a lot of time with it at this time, PHP will continue its presence in my website scripting as it powers that too.
Applications
Macromedia HomeSite
I have a liking for hand coding, so this does most of what I need. When Macromedia (itself since taken over by Adobe, of course) took over Allaire, HomeSite sadly lost its WYSIWYG capability, but the application still soldiers on even though Dreamweaver offers a lot to code cutters these days. Nevertheless, it does have certain advantages over Dreamweaver: it is a fleeter beast to start up and colour codes Perl syntax.
Macromedia Dreamweaver
There was a time when Dreamweaver was solely a tool for visual web page development, but the advent of Dreamweaver UltraDev added server-side development capabilities to the Dreamweaver family. These days, there is only one Dreamweaver version, but UltraDev’s capabilities still live on in the latest version and I would not be surprised if they were taken further in these database-driven times.
Nowadays, Dreamweaver isn’t an application where I spend a great deal of time. In former times, when my site was made up of static HTML pages, I used Dreamweaver a lot, even if its rendering capabilities were a step behind the then-current browser versions. I suppose that it didn’t fit the way in which I worked, but its template-driven workflow would have been a boon back then.
However, my move from a static site to a dynamic one, starting with my photo gallery, has meant that I haven’t used it as much since then. However, with my use of PHP/MySQL components on my site. Its server-side abilities could get the level of investigation that its PHP/MySQL capabilities allow.
Altova XMLSpy Professional
Adding MySQL databases to my web hosting costs money, not a lot, but it could be spent on other (more important?) things. Hence, I use XML as the data store for my photo gallery and XML files are pre-processed into XHTML/PHP pages for my visitor directories before uploading onto the server.
I use XMLSpy to edit and manage the XML files that I use: its ability to view XML in grid format is a killer feature as far as I am concerned and XML validation also proves very useful; particularly when it comes to ensuring that DTD’s and XML files are in step and for the correct coding of XSLT files. There are other features that I need to explore and that would also take my knowledge of the XML further to boot, not at all a bad thing.
Saxon
For processing XML into another file format such as XHTML, you need a parser and I use the free version of Saxon to do the needful, Saxonica offers commercial versions of it. There is, I believe, a parser in XMLSpy, but I don’t use it because Saxon’s command line interface fits better into my workflow. This is a Perl-driven process where XML files are read and XSLT files, one per XML file, are built before both are fed to Saxon for transforming into XHTML/PHP files. It all works smoothly and updating the XML inputs is all that is required.
AceFTP
If I were looking for an FTP client now, it would be FileZilla, but AceFTP has served me well over the last few years, and it looks as if that will continue. It does have some extra features over FileZilla: transfers between remote sites, and scheduling, for example. I have yet to use either, but they look valuable.
Hutmil
In bygone days when I had loads of static HTML files, making changes was a bit of a chore if they affected every single file. An example is changing the year on the copyright message on the page footers. Hutmil, which I found on a magazine cover-mounted disc, was a great time saver in those days. Today, I achieve this by putting this information into a single file and getting Perl or PHP to import that when building the page. The same “define once, use anywhere” approach underlies CSS as well, and scripting very usefully allows you to take that into the XHTML domain.
Apache
Apache is ubiquitous these days, and both the online and offline versions of my site are powered by it. It does require some configuration, but it is a powerful piece of kit. The introduction of 2.2.x meant a big change in the way that configuration files were modularised and while most things were contained in a single file for 2.0.x, the settings are broken up into different files in 2.2.x, and it can take a while to find things again. Without having it on my home PC, I would not be able to use Perl, PHP or MySQL. Apart from this, I especially like its virtual site capability; very useful for offline development.
WordPress
My hosting supplier offers blogs on Blogware, but that didn’t offer the level of configuration that I would have liked. It is true that this is probably true of any host of blogs. I can’t speak for Blogger, but WordPress.com does have its restrictions too. To make my hillwalking blog fit in with the appearance of my photo gallery, I went popped over to WordPress.org to download WordPress so that I could host a blog myself and have maximum control over its appearance. WordPress supports themes, so I created my own and got my blog pages looking as if they are part of my website, rather than looking like something that was bolted on. Now that I think of it, what about WordPress supporting user-created themes? I support that there is the worry of insecure PHP code but what about it?
MySQL
I am between minds on whether this is a technology or a tool. SQL certainly would be a technology standard, but I am not so clear on what MySQL would be. In any case, I have classed it as a tool, and a very useful one at that. It is the linchpin for my WordPress blogs and, if I go for a content management system like Drupal, its role would surely grow. While I do have a lot of experience with using SAS SQL and this helps me to deal with other varieties, there is still a learning curve with MySQL that gets me heading for a good book and Kofler’s The Definitive Guide to MySQL5 (Apress) seems to perform more than adequately in this endeavour.
Paint Shop Pro
As someone who hosts an online photo gallery, it won’t come as a surprise that I have had exposure to image editors. Despite various other flirtations, Paint Shop Pro has been my tool of choice over the years, but it is now set to be usurped by a member of Adobe’s Photoshop family. Paint Shop Pro does have books devoted to it, but it appears that Photoshop gets better coverage and I feel that my image processing needs to be taken up a gear, hence the potential move to Photoshop
