guidance sim trouhble

100%

guidance sim trouhble

✓ Published0🌍 Public

Last edited May 20, 2016

Created on May 20, 2016

This example captures a failed build attempt of “guidance sim trouble,” a Node.js project. The visualization shows the terminal output and an npm debug log, revealing the exact error: `sh: budo: command not found`. It illustrates how npm’s lifecycle script—specifically `budo ./sim/index.js:sim/bundle.js --dir sim/ --live -- -t [ envify --NODE_ENV development ]`—fails due to a missing executable, triggering an `ELIFECYCLE` error with `spawn ENOENT`. The rendering highlights the system’s `npm` and `node` versions, alongside the macOS Darwin 15.4.0 environment, detailing the failure chain from script execution to the final exit code 1.

AI-generated description

Similar vizzes

Loading thumbnail…

Gist b1b8262cf9aa34d7d4a1724f262868a1

This example shows a terminal-based error message from a Node.js project setup using the choo framework and the Bankai build tool. The code walks through creating a project directory, installing Bankai as a dev dependency, and configuring npm scripts for starting, building, and inspecting the app. When the user runs `npm start`, the system fails with a module resolution error, as the browser-resolve module cannot locate the choo package path, illustrating a common dependency installation pitfall. The visible API is the npm command-line interface and the package.json script configuration.

TTBD

63% match

Loading thumbnail…

Gist 768fb636b8937310866e37881fe515db

This visualization displays the Node.js build process as an interactive network of linked nodes, revealing dependencies and sequential steps through a force-directed layout. It uses D3.js’s `d3.forceSimulation` and `d3.forceLink` to position and connect the nodes, with colors encoding different build stages. The data originates from the Node.js `BUILDING.md` documentation and pull-request guidelines, which are parsed and mapped to graph elements. Hovering highlights connected paths, while zoom and pan controls allow exploration of the full build workflow.

MMistyBlunch

60% match

Loading thumbnail…

Gist 37128af71824779d01db3758902ca8ed

This example visualizes the installation steps for Node.js on Ubuntu using a procedural, code-driven diagram. It presents a sequence of terminal commands and system prompts as a branching flowchart, with nodes representing actions like `sudo apt install nodejs` and verification steps like `node -v`. The visualization uses D3.js to render the graph, likely employing `d3.forceSimulation` for node positioning and SVG elements for drawing links and labels. The code also relies on standard D3 selection and data-binding methods to map the command list into a structured network, highlighting the order and dependencies between installation phases.

MMistyBlunch

59% match

Loading thumbnail…

Gist b6841d55375225f550b287b3e0632119

This example demonstrates how to install Node.js and npm on Ubuntu 18.04 using shell commands, providing a step-by-step reference. It shows the process of adding the NodeSource repository and running the apt package manager to set up the runtime environment. The code uses command-line instructions with curl and sudo to download the setup script and install the nodejs package, with a link to the official Linuxize tutorial for additional guidance. The visualization is not graphical; it is a plain-text procedural guide.

MMistyBlunch

58% match

Loading thumbnail…

npm start log

This visualization parses the terminal output of an `npm start` command into a hierarchical tree layout, showing the sequence of error messages and stack traces as interconnected nodes. It uses the d3.hierarchy and d3.tree layouts to arrange the log lines, with each line of the error trace becoming a separate leaf node connected by parent-child links. The color of each node encodes the severity of the message, from the initial command to the final `npm ERR! not ok code 0` status. The text is rendered directly into SVG elements using d3’s selection and data-join methods, preserving the original wording of the error output.

SStephen

57% match

Loading thumbnail…

warning and error messages when doing quick setup for firefox debugger

This example visualizes the sequence of warning and error messages generated during a Firefox debugger quick setup, drawn from a terminal log in a gist. It tracks the progression of yarn installation, git cloning, and dependency resolution, highlighting peer dependency warnings and a failed fsevents binary download. The visualization uses React to render the log as a structured timeline, with color-coded nodes or bars to distinguish warnings, errors, and successful steps. The rendering approach leverages React’s component-based layout to map each console line to a visual element, emphasizing the mix of npm, node-gyp, and network-related issues encountered.

深深度碎片

56% match

Loading thumbnail…

terminal error message by `./mach run --jsdebugger`

This visualization shows the full terminal output from launching Firefox with `./mach run --jsdebugger`, capturing the sequence of warnings and errors as the browser starts. The log displays addon manifest permission warnings, connection details for the Browser Toolbox debugger server on port 61853, and subsequent failures downloading system add-ons like OpenH264 and WidevineCDM. It presents the raw text chronologically, with timestamps and log levels, using no additional libraries—only the plain-text data from the gist is rendered directly, preserving the original structure and stack traces for troubleshooting.

深深度碎片

55% match

Loading thumbnail…

package.json for the app that is causing problems

This visualization uses the package.json file from the “JitsuTestColin” app as its data source, rendering a dependency graph that maps the relationships between runtime dependencies, development dependencies, and the app’s own metadata. The code constructs a force-directed layout with d3.forceSimulation, linking nodes that represent packages and their categories. It also applies color coding to distinguish dependency types and uses transition.attrTween to animate node positions during the simulation. The graph highlights the heavy reliance on older versions of libraries like Express, Socket.io, and Grunt, which likely contribute to the app’s stability issues.

CColinEberhardt

55% match