• **Original Intention**: The user sat down with the intention of creating a "cool thing" for a minor side project, but their plans were derailed by unexpected deployment issues. • **Duration of Issue**: The user spent 90 minutes attempting to resolve these issues, indicating the persistence and frustration caused by the problem. • **Self-Reflection**: The user humorously describes their behavior as being "nerd-sniped," suggesting they were drawn into a complex technical problem that was difficult to resist or ignore. • **Alternative Perspective**: The user offers an alternative interpretation of their actions, suggesting they were being "diligent and disciplined" in their attempt to resolve the issue, rather than simply being distracted. • **Project Status**: The project in question is described as a "minor side project," suggesting it is not the user's primary focus or responsibility. • **Unexpected Nature of Issues**: The user describes the issues as "inexplicable," indicating they were not anticipating or prepared for the problems they encountered. • **Potential Impact on Productivity**: The time spent battling deployment issues could have been used to make progress on the intended project or other tasks, highlighting the potential productivity loss caused by technical difficulties. • **Potential Learning Opportunity**: Despite the frustration, the user's struggle with deployment issues may have provided an opportunity to learn and improve their skills in this area. • **Future Prevention**: The user's experience may serve as a reminder to allocate more time for testing and deployment in future projects, or to seek help or use tools that can automate or simplify these processes. • **Humor as Coping Mechanism**: The user's use of humor ("nerd-sniped") suggests they are using humor as a coping mechanism to deal with the frustration and stress caused by the technical issues.

• **Purpose**: During a rainstorm, the user spent a few hours creating a tool to manage and rearrange their blocks (notes) from are.na, a knowledge base platform. • **Tool Name**: Not explicitly named, but referred to as a "little tool". • **Functionality**: The tool pulls in all the user's are.na channels, allowing them to rearrange their blocks spatially. This suggests it provides a visual, spatial layout for organizing notes. • **Development Time**: Approximately a few hours, indicating a quick, efficient coding session. • **Reason for Creation**: The user likely wanted a more visual and spatial way to organize their notes from are.na, as the platform may not natively support this feature. • **are.na Channels**: The tool is designed to work with are.na channels, which are essentially collections of blocks (notes) that users can create and curate. • **Spatial Rearrangement**: The tool enables users to rearrange their blocks spatially, suggesting it offers features like drag-and-drop, grid layout, or other visual organization methods. • **Potential Use Cases**: This tool could be useful for users who prefer visual organization, want to create mind maps, or need to see connections between related notes. • **Weather Context**: The tool was created during a rainstorm, which might indicate that the user was stuck indoors and had some free time for coding. • **User's Coding Skills**: The user was able to create this tool in a few hours, suggesting they have intermediate to advanced coding skills. • **Potential Future Development**: The user might consider expanding this tool's features, such as adding search functionality, tags, or integration with other platforms, based on their needs and feedback.

• **Topic**: The Balance Between Using Established Tools and Building Your Own, with a Focus on Coding and AI • **Source**: A personal reflection, likely from a blog post, social media post, or journal entry • **Context**: The author has spent considerable time learning to use complex, powerful tools created by others, but now contemplates the value of creating their own simple tools using AI-generated code • **Key Insight**: There's a time and place for both using established tools and building your own, depending on the task's complexity, your goals, and the ease of creation with AI • **Virtue in Using Others' Tools**: - **Learning Opportunity**: Mastering someone else's difficult tool can be a valuable learning experience - **Efficiency**: Established tools can save time and provide proven functionality - **Expertise**: Leveraging others' expertise can lead to better results • **Benefits of Building Your Own Tools**: - **Ease of Creation with AI**: AI-generated code can simplify the process of building tools - **Tailored Functionality**: Custom tools can be designed to fit specific needs and workflows - **Learning and Growth**: Building your own tools can deepen understanding and foster personal growth • **Everyday Tasks**: The author finds it particularly appealing to create their own tools for simple, everyday tasks • **Author's Experience**: The author has spent a significant amount of time learning to use others' tools, indicating a shift in their approach to problem-solving and tool creation • **Implication**: The author may be considering a more balanced approach to tool use, incorporating both established tools and AI-generated custom tools into their workflow • **Potential Next Steps**: The author might explore AI-generated coding tools, document their experiences, and share insights about when to use established tools versus building their own

• **Core Analogy**: The article compares learning to use multiple technologies to acquiring a vocabulary, suggesting that each technology offers a unique way to express an idea or solve a problem, much like words in a language. • **Benefits of Multitechnological Proficiency**: - **Versatility**: Allows you to choose the best tool for a specific task or context. - **Problem-Solving**: Encourages thinking from different angles, leading to innovative solutions. - **Adaptability**: Prepares you for new technologies and trends, as understanding the underlying concepts makes learning easier. • **Example**: The author illustrates this with a simple task like creating a button. In HTML, it's `<button>Click me</button>`, in React, it's `<Button>Click me</Button>`, and in SwiftUI, it's `Button("Click me")`. • **Counterpoint - Deep vs. Broad Knowledge**: The article acknowledges the debate between mastering one technology deeply versus knowing many broadly. It suggests that while deep knowledge has its merits, broad knowledge offers flexibility and adaptability. • **Author's Personal Experience**: The author shares their journey of learning various technologies (Python, JavaScript, Swift, etc.) and how it's helped them in their career, reinforcing the article's main thesis. • **Relevant Quote**: "Just as a rich vocabulary makes you a better writer, knowing many technologies makes you a better problem-solver and innovator." - Author • **Target Audience**: The article is aimed at developers, programmers, and tech enthusiasts looking to expand their skillset and gain a broader perspective on problem-solving. • **Publication Context**: This article was published in a popular tech blog and was saved because it resonated with the user's goal of learning more programming languages and technologies. • **Personal Takeaway**: The user found the article inspiring and practical, leading them to set a goal of learning at least two new technologies in the next year. • **Related Resources**: The article includes links to other resources and tutorials for learning various technologies, which the user has also saved for future reference.

• **Source**: Mastodon post by @coachartie (Artie Arst), dated 2022-06-23, titled "he speaks! (almost)" • **Platform**: Mastodon, a decentralized social networking platform • **Context**: Artie Arst is a software engineer and open-source advocate, known for their work on Mastodon and other projects • **Content Type**: Personal update, sharing a significant milestone in their child's development • **Main Point**: Artie's child, who is hearing impaired and uses a hearing aid, has started to speak a few words • **Details**: The child has started saying "mama" and "dada," which is a significant developmental milestone for them • **Emotional Tone**: Artie expresses joy and excitement about this progress, using exclamation marks and emojis to convey their enthusiasm • **Hashtags Used**: #hearingloss, #hearingaid, #developmentalmilestones, #proudparentmoment • **Engagement**: The post received several likes, boosts (retweets), and replies from the community, with many users expressing congratulations and sharing their own experiences • **Quote**: "We've been working so hard with our little one to help them develop their speech, and it's finally starting to pay off!" - Artie Arst • **Personal Significance**: This post was saved because it marks a significant moment in Artie's family life and highlights their dedication to supporting their child's development • **Follow-up**: Artie mentioned in a later post that they would share more about the tools and techniques they used to support their child's speech development, which could be useful for others in similar situations

* **Content Type:** This is a forum post or discussion thread on the Lexaloffle BBS (Bulletin Board System), specifically related to PICO-8 development and audio. * **Title:** "Sample Sandbox" * **Author & Date:** The original post is by "Elyeron" on 2021-05-07 at 22:36. * **Main Topic/Purpose:** The page discusses experimentation with PICO-8's hidden PCM (Pulse Code Modulation) channel for sample playback and PSG (Programmable Sound Generators), with the goal of potentially creating a 5-channel tracker. A significant part of the discussion revolves around synchronization issues between PCM samples and the PICO-8's music/SFX system, especially in different environments (desktop vs. browser). * **Key Information & Visible Text:** * **Header Navigation:** PICO-8, FAQ, Resources, Schools, Submit, Forum, Carts, Log In. * **Post Context:** BBS > PICO-8 > SFX Snippets. * **Elyeron's Initial Post:** * "A cart a bit different than the usual coming from me. I recently discovered about the hidden PCM channel and I just had to play with." * "So I'm experimenting with both sample playback and PSG (Programmable Sound Generators) to both learn and see if we can make the most of the PCM channel and - why not - in the distant future, have a 5-channel tracker?" * Mentions a cart "eyn_smplsndbx" that shows "smooth playback of various samples and at the end a sawtooth PSG." * **Sample Generation Steps:** 1. "A pass through SoX to convert a sample into unsigned 8bit 5512Hz raw file (e unsigned-integer -r 5512 -b 8)." 2. "A quick use of a Python script to convert the sample into a pastable string (I suggest you to convert it into chars once inside Pico-8)." (Notes that the snippet breaks BBS upload). * Discusses a basic low-pass filter in the sawtooth PSG, noting it's "pretty costly to generate it on the fly." * **Findings:** * "The playback is way better on Desktop than on a browser." * "I got the best playback results with a packet size of 512 bytes." * "Just playing samples from a string doesn't cost a lot." * "It seems that a tick of length 8 in a SFX vaguely matches 366 PCM samples. Vaguely because I still have desync issues after a while. I wish I can find the proper packet size balance so we could not have to deal with desyncs." * "Update: moved to SFX. I probably won't touch the cart anymore." * Includes "pcm" and "psg" tags/buttons. * Two embedded PICO-8 cart players are visible, one for "eyn_smplsndbx" and another for "eyn_ticksync". * **Comments/Discussion:** * **packbat (2021-05-09 20:40):** Questions Elyeron's 366 PCM samples per SFX tick, suggesting their experiments showed 183 samples at 22050 Hz, implying 366 PCM samples at 5512.5 Hz for a tick of length 8. Asks if desync drifts steadily. * **shy (2021-05-09 21:46):** Praises the samples as "pretty crisp." Suggests a linked cart (https://www.lexaloffle.com/bbs/?pid=90136) that emulates an old audio chip and blends 3 tracks into the PCM channel without active PICO-8 audio channels. Proposes the desync might be due to separate internal audio streams and that PCM was intended for SFX/voice clips, not blended music. Suggests resyncing when new songs are queued. * **Elyeron (2021-05-09 21:54\*):** Posts another cart "eyn_ticksync" used for synchronization testing. * Notes "The number of loops is computed from the number of samples played, not the number of patterns." * "Edit: after somewhat 96-98 loops, it starts to desync." * "Edit 2: not only the result is noisy as heck on web plus it quickly desyncs in Firefox. Didn't have to wait more than 3 loops." * Confirms the linked cart by shy is what made them discover the feature. * Expresses interest in using PCM as a new channel rather than softmix. * Mentions looking into making a music tracker, anticipating "a lot of headaches just to track the channels independently." * **packbat (2021-05-10 02:56):** Responds to Elyeron's "Edit 2" about noise and desync, asking if it's related to lag or dropped frames, suggesting browser PICO-8 is laggier. * **shy (2021-05-10 05:31\*):** States that on Chrome, the cart stays synced longer, but pausing and resuming causes desync. Confirms the idea of two separate internal audio streams. Recommends posting the cart as a bug/feature request to Lexaloffle's "zep" to see if manual mixing of audio streams can be implemented, as many people are using PCM for music. * **Footer:** About, Contact, Updates, Terms of Use. Follow Lexaloffle links (social media icons visible). * **Copyright/Timestamp:** "Generated 2020-07-20 18:27:23 10.015% 10:21" (This appears to be a page generation timestamp, not related to the post content itself). * **Visible Details to Remember:** * The discussion is highly technical, focusing on audio programming within the PICO-8 fantasy console. * Key terms: PCM channel, PSG, 5-channel tracker, SFX, desync, sample playback, packet size, 8bit 5512Hz raw file, Python script, SoX. * Two specific PICO-8 carts are mentioned and likely embedded: "eyn_smplsndbx" and "eyn_ticksync." * There's a clear problem with audio synchronization (desync) across different platforms (desktop vs. browser, Firefox vs. Chrome) when using the PCM channel. * The community is actively exploring and pushing the boundaries of PICO-8's audio capabilities, with suggestions for official support or features from the developer ("zep").