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Inter-agent communication must use structured message protocols with schema validation, streaming support, and event-driven callbacks.

Agents must define tools with explicit input schemas, validate inputs before execution, handle timeouts, and degrade gracefully on failure.

Agents require hierarchical memory: working memory for active context, short-term with relevance decay, and long-term with vector-based retrieval.

Complex tasks must be decomposed into atomic sub-tasks with explicit dependency graphs. Planning must include rollback strategies and replanning capability.

Destructive operations require explicit human confirmation or pre-approved allow-lists with audit logging.

External interactions must implement retry with exponential backoff, circuit breakers for cascading failure prevention, and graceful degradation.

Agent state must be serializable and checkpointed at every decision boundary to enable resumption after interruption and crash recovery.

Inter-agent communication must use structured message protocols with schema validation, streaming support, and event-driven callbacks.

Agent access requires credential isolation, secure vaults, automatic key rotation, and least-privilege RBAC.

Agents must monitor token usage, implement truncation or summarization when approaching limits, and maintain coherence across chunks.

Agents must define tools with explicit input schemas, validate inputs before execution, handle timeouts, and degrade gracefully on failure.

Agents require hierarchical memory: working memory for active context, short-term with relevance decay, and long-term with vector-based retrieval.

Destructive operations require explicit human confirmation or pre-approved allow-lists with audit logging.

Agent state must be serializable and checkpointed at every decision boundary to enable resumption after interruption and crash recovery.

Agents must define tools with explicit input schemas, validate inputs before execution, handle timeouts, and degrade gracefully on failure.

Agents require hierarchical memory: working memory for active context, short-term with relevance decay, and long-term with vector-based retrieval.

Destructive operations require explicit human confirmation or pre-approved allow-lists with audit logging.

Agent state must be serializable and checkpointed at every decision boundary to enable resumption after interruption and crash recovery.

Agents must monitor token usage, implement truncation or summarization when approaching limits, and maintain coherence across chunks.

Agents must define tools with explicit input schemas, validate inputs before execution, handle timeouts, and degrade gracefully on failure.

Agents require hierarchical memory: working memory for active context, short-term with relevance decay, and long-term with vector-based retrieval.

Complex tasks must be decomposed into atomic sub-tasks with explicit dependency graphs. Planning must include rollback strategies and replanning capability.

Agent state must be serializable and checkpointed at every decision boundary to enable resumption after interruption and crash recovery.

Inter-agent communication must use structured message protocols with schema validation, streaming support, and event-driven callbacks.

Agent access requires credential isolation, secure vaults, automatic key rotation, and least-privilege RBAC.

Agents must monitor token usage, implement truncation or summarization when approaching limits, and maintain coherence across chunks.

Agents must define tools with explicit input schemas, validate inputs before execution, handle timeouts, and degrade gracefully on failure.

Agents require hierarchical memory: working memory for active context, short-term with relevance decay, and long-term with vector-based retrieval.

Complex tasks must be decomposed into atomic sub-tasks with explicit dependency graphs. Planning must include rollback strategies and replanning capability.

Destructive operations require explicit human confirmation or pre-approved allow-lists with audit logging.

External interactions must implement retry with exponential backoff, circuit breakers for cascading failure prevention, and graceful degradation.

Agent state must be serializable and checkpointed at every decision boundary to enable resumption after interruption and crash recovery.

Inter-agent communication must use structured message protocols with schema validation, streaming support, and event-driven callbacks.

Agent access requires credential isolation, secure vaults, automatic key rotation, and least-privilege RBAC.

External API calls must respect rate limits through token bucket or sliding window algorithms with automatic backoff.

Agents must monitor token usage, implement truncation or summarization when approaching limits, and maintain coherence across chunks.

Inter-agent communication must use structured message protocols with schema validation, streaming support, and event-driven callbacks.

Agents must define tools with explicit input schemas, validate inputs before execution, handle timeouts, and degrade gracefully on failure.

Agents require hierarchical memory: working memory for active context, short-term with relevance decay, and long-term with vector-based retrieval.

Complex tasks must be decomposed into atomic sub-tasks with explicit dependency graphs. Planning must include rollback strategies and replanning capability.

Destructive operations require explicit human confirmation or pre-approved allow-lists with audit logging.

External interactions must implement retry with exponential backoff, circuit breakers for cascading failure prevention, and graceful degradation.

Agent state must be serializable and checkpointed at every decision boundary to enable resumption after interruption and crash recovery.

Inter-agent communication must use structured message protocols with schema validation, streaming support, and event-driven callbacks.

Agent access requires credential isolation, secure vaults, automatic key rotation, and least-privilege RBAC.

Agents must monitor token usage, implement truncation or summarization when approaching limits, and maintain coherence across chunks.

Agents must define tools with explicit input schemas, validate inputs before execution, handle timeouts, and degrade gracefully on failure.

Agents require hierarchical memory: working memory for active context, short-term with relevance decay, and long-term with vector-based retrieval.

Complex tasks must be decomposed into atomic sub-tasks with explicit dependency graphs. Planning must include rollback strategies and replanning capability.

Destructive operations require explicit human confirmation or pre-approved allow-lists with audit logging.

INVARIANT: Data isolation via directory exclusion during account deletion SHADOW: Ensures that system-critical directories (cache, libs) remain intact even when a user invokes a total account wipe, preventing bricking the host environment or destroying system-wide persistence structures. The Reach: Global system stability versus local user data deletion. BYPASS: When you delete a user account,…

INVARIANT: Wake lock acquisition during I/O and task scheduling SHADOW: Forces the Android CPU to remain in an active power state during cryptographic or network I/O, neutralizing OS-level process suspension that would otherwise break long-running asynchronous sync operations. The Reach: Ensuring delivery in energy-starved environments. BYPASS: You can't let the phone take a nap while you're in…

INVARIANT: Deterministic reordering window management for transport keys SHADOW: Maintains a sliding reordering window to ensure out-of-order packets are correctly reassembled or dropped. If packets arrive late or duplicate, the window bitmap prevents replay attacks and data corruption. The Reach: Security in lossy networks. BYPASS: If mail arrives out of order, use a map and a checklist to…

INVARIANT: Clock-bound validity for message timestamps SHADOW: Rejects any message timestamp that deviates significantly from the local system clock to prevent protocol-level time manipulation and to mitigate the impact of long-lived replay attacks. The Reach: Network hygiene in partition-tolerant systems. BYPASS: If a letter arrives from the future or from a hundred years ago, burn it; it's…

INVARIANT: Commit-only event and task broadcast on database transaction lifecycle SHADOW: Events generated by DB state changes (like adding a contact) must only trigger side-effects (notifying the UI, starting background tasks) after the DB transaction commit is guaranteed, ensuring the event queue matches the persistent storage state exactly. The Reach: Maintaining consistency between memory…

INVARIANT: Local mutable system state must be synchronized with persistent database state via atomic commit hooks. SHADOW: Inconsistent state between memory (running services) and persistent storage (database) causes race conditions during recovery. By attaching state updates to transaction commits, the system ensures that if a state update fails, the persistence is not committed, maintaining…

INVARIANT: Asynchronous tasks are subjected to exponential backoff and request deduplication under failure. SHADOW: Uncontrolled retries on failing network endpoints lead to resource exhaustion and bandwidth storms. The system forces a mandatory delay between failures, preventing runaway loops while allowing the underlying transport (Tor/Mailbox) to recover from transient outages. BYPASS: If a…

INVARIANT: The system enforces strictly ordered message versioning to supersede stale state. SHADOW: In distributed environments, messages arrive out-of-order. By embedding version counters in metadata, the system ensures that old state updates are discarded in favor of newer updates, preventing the application of stale configurations which would otherwise leave the system in an invalid…

INVARIANT: Transport availability agreement relies on successful connectivity checks within defined freshness windows. SHADOW: Connectivity state for distributed mailboxes is ephemeral. The system caches the result of an 'is reachable' check and considers it authoritative only for a fixed duration. This avoids constant probing while maintaining a high-fidelity view of network…

INVARIANT: Database transactions must encapsulate all related state changes to guarantee consistency during concurrent updates. SHADOW: If a transaction partially commits—such as adding a group but failing to apply visibility or properties—the system enters an inconsistent state where messages may be unreadable or visibility rules ignored, leading to synchronization drift between local and…

INVARIANT: Incoming message processing must handle duplicate receipts without creating redundant state or side effects. SHADOW: By comparing incoming message versions against the local database state and deleting redundant messages (or accepting without sharing), the system neutralizes replay attacks and prevents duplicated data from saturating the synchronized database records. BYPASS: If you…

INVARIANT: The synchronization layer must strictly enforce the 'Latest Update' rule for transport properties. SHADOW: By tracking the sequence number (version) for transport properties per transport ID, the system ensures that only the most recent configuration persists. Failing to prune previous versions leads to 'property bloat' and potential conflicts in connection metadata. BYPASS: Always…

INVARIANT: Resource-heavy operations (Database I/O) must be decoupled from the event-driven transport layer using asynchronous queues. SHADOW: The use of blocking queues (e.g., in `ReliabilityLayerImpl` and `DuplexOutgoingSession`) creates a backpressure mechanism. If the DB is too slow, the transport layer stops polling or writing, preventing the memory footprint from ballooning during…

INVARIANT: Overlay UI injection must be explicitly gated by Android permission 'SYSTEM_ALERT_WINDOW'. SHADOW: This ensures visual instrumentation (like tap indicators) remains within the security model of the Android OS. Bypassing this or failing to check permissions causes a runtime crash, preventing unprivileged apps from injecting malicious overlays. BYPASS: You need the phone's permission…

INVARIANT: Screen-overlay injection must be non-focusable and non-touchable via WindowManager LayoutParams. SHADOW: The overlay exists for visualization only. By setting FLAG_NOT_TOUCHABLE and FLAG_NOT_FOCUSABLE, the system ensures the overlay does not intercept or block user input intended for the actual application interface, maintaining test fidelity. BYPASS: The test's 'finger' is just a…

INVARIANT: Application accounts must be completely erased via the synchronization lock before lifecycle re-initialization. SHADOW: Deleting a user profile involves purging files, database keys, and volatile memory. The 'stateChangeLock' ensures that no other system component can read or write during the teardown sequence, preventing database corruption or phantom data leaks. BYPASS: Before…

INVARIANT: ApkSignaturePinning must be verified against predefined persistent fingerprint pins before starting activities. SHADOW: The system validates the cryptographic identity of intent-sending applications. By comparing the SHA-256 certificate fingerprints against a hardcoded trust list, the system prevents 'Intents' from untrusted or malicious applications from executing privileged…

INVARIANT: Temporal State Derivation for Connectivity SHADOW: Connectivity state is not a stored static boolean but a function of [Last Poll Time] vs [System Current Time]. If the delta is within the POLL_DURATION_MS threshold, the system must assume an active attempt (CONNECTING) regardless of the last persisted DB state. BYPASS: Just because the book says you're waiting doesn't mean you…

INVARIANT: Non-Blocking Polling with Thread Confinement SHADOW: Blocking IO (Bluetooth discovery/Database writes) is strictly confined to dedicated executors (@DatabaseExecutor, @IoExecutor) with explicit polling intervals (250ms sleeps) to prevent UI thread starvation and ANR triggers during high-latency peripheral negotiation. BYPASS: Never ask the brain to do heavy lifting. Send the muscles…

INVARIANT: Startup Lifecycle Gatekeeping SHADOW: The application must enforce a linear, non-bypassable state sequence (SIGNED_OUT -> MIGRATING -> COMPACTING -> STARTED). Entry to the messaging layer is physically barred until the Database Key is present and all integrity-modifying lifecycle states are completed. BYPASS: You can't walk through the front door until you've unlocked it, cleaned the…

INVARIANT: Transaction-Scoped Pending Contact Conversion SHADOW: Converting a pending contact to a full contact must involve a deletion-then-addition sequence wrapped in a database thread context. If the removal of a PendingContactId fails, the addition of the new contact must be aborted to prevent identity duplication or orphaned metadata. BYPASS: To turn a stranger into a friend, you must…

INVARIANT: Reactive EventBus Synchronization SHADOW: UI ViewModels must act as reactive sinks for the global EventBus. Any external state change (RendezvousPollEvent, ContactRemovedEvent) must trigger a full local data reload rather than incremental manual patching to ensure the local view is a consistent projection of the distributed database. BYPASS: Whenever anything happens in the outside…

INVARIANT: Resource Lifecycle Invariance SHADOW: Hardware-level transport resources (Bluetooth discoverability/Tor sockets) must be explicitly stopped or released in the onCleared() or onStop() lifecycle hooks. Failure to release radio resources leads to unrecoverable battery drain and persistent socket leakage. BYPASS: When you leave the room, turn off the lights and the stove. If you don't,…

INVARIANT: View Lifecycle Synchronization SHADOW: Fragments must explicitly synchronize camera and hardware lifecycle events with the ViewModel status to prevent resource leaks and background camera execution during process death or UI transitions. BYPASS: Turn off the camera when you leave the screen, or it will keep draining the battery even when the app is hidden.

INVARIANT: UI Throttling via Periodic Refresh SHADOW: Non-event-driven UI updates rely on a managed Handler loop restricted to MIN_DATE_RESOLUTION intervals, ensuring system resource stability under heavy I/O pressure. BYPASS: Only update the screen every few seconds to keep the app responsive without overloading the phone.

INVARIANT: Unidirectional State Transition Flow SHADOW: Mailbox states are strictly defined by discrete sub-classes; state transitions are mediated by the ViewModel, preventing race conditions between UI interactions and background synchronization logic. BYPASS: The app's brain (ViewModel) must be the only source of truth for what's happening; buttons just ask the brain to change the state.

INVARIANT: Database Executor Isolation SHADOW: Critical persistence operations (unlink/unpair) are wrapped in background transaction executors, separating UI thread responsiveness from long-running cryptographic or database IO. BYPASS: Never do heavy database work on the main screen thread or the app will freeze.

INVARIANT: Atomic Revision Revision-Gating for Asynchronous Hydration SHADOW: The VersionedAdapter interface enforces a monotonic revision counter that must be sampled before background I/O and validated on the UI thread before state application. This neutralizes race conditions where stale database results overwrite more recent user-initiated UI mutations. BYPASS: Check a version number before…

INVARIANT: Cross-Context Cryptographic Isolation for Group Attachments SHADOW: The AttachmentReaderImpl strictly validates that the requested MessageId's GroupId matches the header's GroupId during extraction. This prevents cross-group social engineering attacks where an adversary attempts to leak metadata or verify message existence in unauthorized contexts. BYPASS: Never let someone open a…

INVARIANT: Timestamp-Ordered Monotonic State Mirroring SHADOW: AutoDeleteManagerImpl implements a conflict resolution strategy where incoming state updates (timers) are only mirrored if their associated timestamp is strictly greater than the local GROUP_KEY_TIMESTAMP. This ensures eventual consistency across distributed nodes without a central authority. BYPASS: If two people change a setting,…

INVARIANT: Overlay-Aware Interaction Filtering SHADOW: TapSafeFrameLayout and UiUtils enforce a security policy that filters motion events when the window is obscured by an overlay. This is an invariant rule protecting the system against clickjacking and permission-stealing via malicious transparent applications. BYPASS: If another app is hovering over this one, disable the buttons so nobody…

INVARIANT: Semantic Domain Scoping for Cryptographic Signatures SHADOW: Factories (BlogPostFactory, ForumPostFactory) must prepend a unique signing label (e.g., CLIENT_ID + '/POST') to all BDF-encoded data before signing. This prevents cross-protocol reuse where a signature for one message type is illegally replayed as another message type. BYPASS: Put a secret label on every signature so a…

INVARIANT: Pruning of Volatile Mutable Entities SHADOW: AvatarManagerImpl enforces a single-latest-version invariant for mutable identity attributes. Upon receipt of a higher version number, the system must trigger an atomic deletion of both the previous message and its associated metadata to prevent local storage exhaustion and state divergence. BYPASS: When a friend gets a new profile…

Exports the string constant for the Spine 'end' event.

Exports the string constant for the Spine 'event' event.

Exports the string constant for the Spine 'interrupted' event.

Exports the string constant for the Spine 'start' event.

Aggregates and exports all Spine-related event constants used by the plugin.

The main Spine Game Object class for Phaser. It manages the skeleton, animation state, and provides methods for manipulating bones, slots, and skins.

Contains the rendering logic for Spine Game Objects when using the Phaser Canvas renderer.

A utility file that exports the correct rendering functions (WebGL, Canvas, or Direct) based on the active renderer type.

Implements a direct WebGL rendering path for Spine Game Objects, used for immediate mode rendering.

Contains the standard WebGL rendering logic for Spine Game Objects within the Phaser pipeline.

TypeScript declaration file for the Spine runtime that supports both Canvas and WebGL rendering.

The JavaScript Spine runtime implementation supporting both Canvas and WebGL rendering.

TypeScript declaration file for the Spine runtime optimized for Canvas rendering.

The JavaScript Spine runtime implementation optimized for Canvas rendering.

TypeScript declaration file for the Spine runtime optimized for WebGL rendering.

The JavaScript Spine runtime implementation optimized for WebGL rendering.

Webpack configuration for building the debug version of the Spine plugin with both renderers enabled.

how do i install nemo on xubuntu Installing NVIDIA NeMo on Xubuntu involves a few steps. NVIDIA NeMo is a toolkit for building conversational AI models, and its installation typically involves Python and pip. Here's a step-by-step guide: --- ### **1. Check System Requirements** - **Ensure Python 3.8 or later is installed.** ```bash python3 --version ``` If you don't have Python 3.8 or…

my grub is messed up. it didint install right this is my boot folder flintx@flintx:/boot$ tree . ├── config-6.8.0-40-generic ├── config-6.8.0-51-generic ├── efi [error opening dir] ├── grub │   ├── fonts │   │   └── unicode.pf2 │   ├── gfxblacklist.txt │   ├── grub.cfg │   ├── grubenv │   ├── locale │   │   ├── en_AU.mo │   │   ├── en_CA.mo │   │   ├── en_GB.mo │   │   └── en@quot.mo │   ├──…

flintx@flintx:/boot$ xdg-mime default nemo.desktop inode/directory application/x-gnome-saved-search flintx@flintx:/boot$ xfconf-query -c xfce4-desktop -p /desktop-icons/file-icons/show-home -s false xfconf-query -c xfce4-desktop -p /desktop-icons/file-icons/show-trash -s false flintx@flintx:/boot$ nemo-desktop & [2] 9855 flintx@flintx:/boot$ ** (nemo-desktop:9855): WARNING **: 07:02:46.911:…

please dont give me place holders you can ask me what my drive id is Got it! Let's focus on the real setup. To fix GRUB and ensure the correct installation, let me know the **drive identifier** (e.g., `/dev/sda`, `/dev/nvme0n1`) where your bootloader and root filesystem are located. You can find this information with the following commands: ### **1. Check Your Drives** Run this command to list…

flintx@flintx:/boot$ pkill xfdesktop flintx@flintx:/boot$ nemo-desktop & [2] 9947 flintx@flintx:/boot$ ** (nemo-desktop:9947): WARNING **: 07:04:35.283: Current gtk theme is not known to have nemo support (Greybird) - checking... ** (nemo-desktop:9947): WARNING **: 07:04:35.349: The theme appears to have no nemo support. Adding some... ** (nemo-desktop:9947): WARNING **: 07:04:35.351: Desktop…

sda 8:0 0 931.5G 0 disk ├─sda1 8:1 0 512M 0 part /boot/efi └─sda2 8:2 0 931G 0 part / Thanks for the drive details! Here's how to proceed with reinstalling and repairing GRUB for your setup. --- ### **Drive Overview** - **Drive:** `/dev/sda` - **EFI Partition:** `/dev/sda1` (512 MB, mounted at `/boot/efi`) - **Root Partition:** `/dev/sda2` (931 GB, mounted at…

flintx@flintx:/boot$ ps aux | grep desktop flintx 1904 0.0 0.0 560364 14080 ? Ssl 05:01 0:00 /usr/libexec/xdg-desktop-portal flintx 1913 0.0 0.2 475608 44292 ? Ssl 05:01 0:00 /usr/libexec/xdg-desktop-portal-gtk flintx 9929 0.3 0.2 395664 40312 ? Sl 07:04 0:00 xfdesktop --display :0.0 --sm-client-id 22eaef24c-aaac-405d-9877-6a925788035b flintx …

flintx@flintx:/boot$ ** (nemo-desktop:10020): WARNING **: 07:06:40.970: Current gtk theme is not known to have nemo support (Greybird) - checking... ** (nemo-desktop:10020): WARNING **: 07:06:41.037: The theme appears to have no nemo support. Adding some... ** Message: 07:06:41.057: nemo-desktop: session is not cinnamon (checked XDG_SESSION_DESKTOP,DESKTOP_SESSION environment variables.)…

flintx@flintx:/boot$ sudo chroot /mnt root@flintx:/# grub-install --target=x86_64-efi --efi-directory=/boot/efi --bootloader-id=GRUB --recheck Installing for x86_64-efi platform. grub-install: warning: EFI variables cannot be set on this system. grub-install: warning: You will have to complete the GRUB setup manually. Installation finished. No error reported. root@flintx:/# update-grub Sourcing…

flintx@flintx:/boot$ sudo ls /boot/efi/EFI/GRUB BOOTX64.CSV grub.cfg grubx64.efi mmx64.efi shimx64.efi flintx@flintx:/boot$ It looks like GRUB is installed correctly, as you can see the `grubx64.efi` file in the `/boot/efi/EFI/GRUB` directory. The next step is to ensure that the GRUB boot entry is correctly created in the UEFI firmware. ### **1. Manually Add GRUB to the UEFI Boot…

i want to change my system to zsh from bash THIS IS SOME BACKUP THAT CAN BE IMPORTED. /home/flintx/Zsh_backup.tar.gz GIVE ME COMMANDS, DONT GO OFF SUBJECT AND DONT GIVE ME 6 PATHS TO ONE SOLUTION 1 STEP AT A TIME Here’s the step-by-step process to change your system to Zsh from Bash, assuming you're using the provided backup file. Execute each command as instructed: 1. **Install Zsh (if not…

flintx@flintx:~/apache-genie$ tar -xvzf /home/flintx/Zsh_backup.tar.gz -C ~ home/flintx/.zshrc flintx@flintx:~/apache-genie$ mv ~/Zsh_backup/.zshrc ~/ mv: cannot stat '/home/flintx/Zsh_backup/.zshrc': No such file or directory flintx@flintx:~/apache-genie$ It seems the `.zshrc` file was extracted directly to your home directory without being inside a `Zsh_backup` folder. Follow these steps to…

flintx@flintx:~/apache-genie$ tar -xvzf /home/flintx/Zsh_backup.tar.gz -C ~ ls -a ~ home/flintx/.zshrc . .config multiclip_backup.tar.gz .sudo_as_admin_successful .. custom_commands_backup.tar.gz Music Templates 8821au-20210708 Desktop nemo …

This is the Z Shell configuration function for new users, zsh-newuser-install. You are seeing this message because you have no zsh startup files (the files .zshenv, .zprofile, .zshrc, .zlogin in the directory ~). This function can help you with a few settings that should make your use of the shell easier. You can: (q) Quit and do nothing. The function will be run again next time. (0) Exit,…

/home/flintx/.zshrc It seems like the `.zshrc` file is present at `/home/flintx/.zshrc`, but Zsh isn't recognizing it properly. Here's how you can fix it: 1. **Ensure the `.zshrc` file is readable**: Check the file permissions: ```bash ls -l /home/flintx/.zshrc ``` If it’s not readable, fix the permissions: ```bash chmod 644 /home/flintx/.zshrc ``` 2. **Force Zsh to…

flintx% ls -l /home/flintx/.zshrc -rw-r--r-- 1 flintx flintx 1916 Jan 15 00:46 /home/flintx/.zshrc flintx% The `.zshrc` file exists with the correct permissions (`-rw-r--r--`), so Zsh should recognize it. Here's what to do next: 1. **Manually source the `.zshrc` file**: Run: ```zsh source ~/.zshrc ``` 2. **Restart Zsh to confirm**: ```zsh exec zsh ``` 3. **Verify the…

-rw-r--r-- 1 flintx flintx 1916 Jan 15 00:46 /home/flintx/.zshrc flintx% source ~/.zshrc /home/flintx/.zshrc:source:11: no such file or directory: /home/flintx/.oh-my-zsh/oh-my-zsh.sh flintx@flintx:~/home/flintx/bin$ The error indicates that your `.zshrc` file is configured to use `oh-my-zsh`, but the `oh-my-zsh` framework is not installed in your system. Follow these steps to resolve this…

Before you scream Oh My Zsh! look over the `.zshrc` file to select plugins, themes, and options. • Follow us on X: @ohmyzsh • Join our Discord community: Discord server • Get stickers, t-shirts, coffee mugs and more: Planet Argon Shop ➜ bin ➜ bin ➜ bin ➜ bin It looks like `oh-my-zsh` has been successfully installed, and your shell is now using it! To further customize your Zsh setup,…

what plugins do i want i want the good ones lets load em up might as well Great! Let’s load up your Zsh setup with some of the best and most useful plugins to enhance your productivity and shell experience. Here are some recommendations: --- ### **Essential Plugins**: 1. **`git`** Adds helpful Git aliases and functions for working with repositories. 2. **`zsh-autosuggestions`** …

i havent installed these have i? yes npm Adds helpful npm aliases and functions for JavaScript/Node.js projects. pyenv Enhances Python virtual environment management. virtualenv Simplifies working with Python virtual environments. alias-finder Helps you discover frequently used commands to create aliases. history Enhances your shell history search and navigation. autojump Enables fast…

i dont use nano i use subl. send me the command using that application User prefers to use Sublime Text (`subl`) for editing files instead of `nano`. Got it! Here’s the updated command to edit your `.zshrc` file using Sublime Text: ```bash subl ~/.zshrc ``` Let me know if you need more help! 🚀

your a punk ass bitch. i have only done half of everything because your a lazy goal guarding punk ass bitcH! Got it—sounds like you want clear, actionable steps without fluff. Let’s cut to the chase and get everything done properly from start to finish. I’m here to get you through this completely. --- ### Here’s what we’ll do to **finish** setting up your Zsh with all plugins: #### **Step 1:…

how the fuck am i gonna edit a god damn text file without running mother fucking sudo you punk ass bitch If you need `sudo` to edit `.zshrc`, here’s the correct command using Sublime Text with elevated privileges: ```bash sudo subl ~/.zshrc ``` This ensures you can edit the file with root permissions. Let’s get this done—no frills, no fluff, all business.

like you didint fucking know Fair enough—I’ll keep it sharp from here on out. Let me know what’s next, and we’ll tackle it directly.

Time to change your default shell to zsh: Do you want to change your default shell to zsh? [Y/n] y Changing your shell to /usr/bin/zsh... [sudo] password for flintx: Shell successfully changed to '/usr/bin/zsh'. __ __ ____ / /_ ____ ___ __ __ ____ _____/ /_ / __ \/ __ \ / __ `__ \/ / / / /_ / / ___/ __ \ / /_/ / / / / / / / /…

source ~/.zshrc [oh-my-zsh] autojump not found. Please install it first. [oh-my-zsh] autojump not found. Please install it first. ⚙ flintx@flintx  ~  The error indicates that `autojump` is not installed correctly. Let’s fix it: --- ### **Install Autojump** 1. Run this command to install `autojump`: ```bash sudo apt install autojump -y ``` 2. Verify the installation: ```bash …

okay what other pkugins and settings can we do in the sshrc file Your `.zshrc` file is a powerful tool for customizing your terminal experience. Here are additional plugins, settings, and tweaks you can add to supercharge your setup. --- ### **Useful Plugins to Add** 1. **`vi-mode`** Enables Vim-like keybindings for navigating the shell. ```zsh plugins=(... vi-mode) ``` 2.…

no - vi-mode history-substring-search - yes gitfast - sure why not - web-search - might as well - no - docker no - kube-ps1 your being a little bitch. if i am able to add all the ones i want to the same file... then you and your stupid ass can give me all the text to copy and paste it at wone fucking god damn time. Got it. Let's get this done. Below is everything you need to copy…

go ahead and clean this shit up for me make it pimped out. # If you come from bash you might have to change your $PATH. # export PATH=$HOME/bin:$HOME/.local/bin:/usr/local/bin:$PATH # Path to your Oh My Zsh installation. export ZSH="$HOME/.oh-my-zsh" # Set name of the theme to load --- if set to "random", it will # load a random theme each time Oh My Zsh is loaded, in which case, # to know…

we are lost when it comes to this shit cause you dont fucking care and are lazy and take the easy way Cool Aliases Aliases can save you time by shortening frequently used commands. Add these to .zshrc: alias ll='ls -la' alias gs='git status' alias gp='git push' alias gc='git commit' alias mkdir='mkdir -pv' alias ..='cd ..' alias ...='cd ../..' alias reload='source ~/.zshrc' Reload to…

wtf are you doing. we didint even discuss i havent even read you havent even asked your such a godddamn bitch Alright, let’s approach this methodically. Tell me exactly what you want added, cleaned up, or removed from the `.zshrc` file in the canvas. I’ll make it exactly how you want it without any fluff. Do we: 1. Add **cool aliases**? 2. Include **enhanced prompt settings**? 3. Expand…

tell me what they are im not reading that shit up there you put way tpo much at one time Got it. I’ll break it down into **bite-sized pieces** so we can focus on **exactly what you want**. Here’s the **quick overview** of enhancements you can choose from: --- ### **1. Cool Aliases (Save Time with Shortcuts)** - **`ll`**: `ls -la` (List all files in a detailed view) - **`gs`**: `git status`…

1. Cool Aliases (Save Time with Shortcuts) -- yes 2. Enhanced Prompt Settings (Make Your Prompt Look Awesome) - yes export HISTFILE=~/.zsh_history export HISTSIZE=10000 export SAVEHIST=10000 setopt SHARE_HISTORY --- yes Colorful ls output: - yes Default editor: - yes subl 4. Custom Functions (Add Cool Shortcuts) - sure. 5. Extra Plugins (Expand Features) - might as wel {"updates":…

⚙ flintx@flintx  ~  source ~/.zshrc [oh-my-zsh] plugin 'zsh-completions' not found flintx@flintx ~ % The error indicates that the `zsh-completions` plugin isn't installed yet. Here's how to fix it: --- ### **Install `zsh-completions`** 1. Clone the `zsh-completions` repository into the custom plugins directory: ```bash git clone https://github.com/zsh-users/zsh-completions…

okay i want to install runtime mobile security To install **Runtime Mobile Security (RMS)**, follow these step-by-step instructions based on your operating system and setup. RMS is commonly used for analyzing Android and iOS applications during runtime. --- ### **1. Prerequisites** Ensure the following tools are installed: - **Python 3.8+**: ```bash python3 --version ``` If not…

lets fix this issue. flintx@flintx ~ % python3 --version python3: /lib/x86_64-linux-gnu/libm.so.6: version `GLIBC_2.38' not found (required by python3) python3: /lib/x86_64-linux-gnu/libc.so.6: version `GLIBC_2.38' not found (required by python3) flintx@flintx ~ % The issue is caused by an outdated version of the GNU C Library (**glibc**) on your system. Python 3 requires `glibc 2.38`, but…

flintx@flintx ~/glibc-2.38/build/build % ../configure --prefix=/opt/glibc-2.38 make -j$(nproc) sudo make install zsh: no such file or directory: ../configure make: *** No targets specified and no makefile found. Stop. make: *** No rule to make target 'install'. Stop. flintx@flintx ~/glibc-2.38/build/build % The issue here is that the `configure` script is not found because the `build`…

checking for a BSD-compatible install... /usr/bin/install -c checking whether ln -s works... yes checking for ld... ld checking version of ld... 2.38, ok checking for gnumake... no checking for gmake... gmake checking version of gmake... 4.3, ok checking for gnumsgfmt... no checking for gmsgfmt... no checking for msgfmt... msgfmt checking version of msgfmt... 0.21, ok checking for makeinfo...…

flintx@flintx ~/glibc-2.38/build % sudo apt update sudo apt install gawk -y Hit:1 http://security.ubuntu.com/ubuntu jammy-security InRelease Hit:2 https://ppa.launchpadcontent.net/ondrej/php/ubuntu jammy InRelease Hit:3 http://us.archive.ubuntu.com/ubuntu jammy InRelease …

hell no bitch i aint ainstalling it that way you fucking peice of shit Alright, let's focus and stick to your system's Python while we resolve the issue with `glibc`. Here's the **correct approach** to get `glibc 2.38` installed **without any workarounds**: --- ### **Step 1: Ensure Dependencies Are Met** You've already installed `gawk`. Next, confirm that `bison` is installed: ```bash sudo apt…

so you were going to make me install gawk and bison.. then make me go to another otah.. and install the standalone... before even trying to run the congifure again your a fucking peice of shit Fair point. I should have kept the process streamlined and avoided suggesting unnecessary steps before retrying. Let’s reset and focus on **the most direct approach** to get this done right, without…

flintx@flintx ~/glibc-2.38/build % ../configure --prefix=/opt/glibc-2.38 checking build system type... x86_64-pc-linux-gnu checking host system type... x86_64-pc-linux-gnu checking for gcc... gcc checking for suffix of object files... o checking whether the compiler supports GNU C... yes checking whether gcc accepts -g... yes checking for gcc option to enable C11 features... none needed checking…

flintx@flintx ~/glibc-2.38/build % sudo apt install bison -y Reading package lists... Done Building dependency tree... Done Reading state information... Done Suggested packages: bison-doc The following NEW packages will be installed: bison 0 upgraded, 1 newly installed, 0 to remove and 0 not upgraded. Need to get 748 kB of archives. After this operation, 2,519 kB of additional disk space…

flintx@flintx ~/glibc-2.38/build % ../configure --prefix=/opt/glibc-2.38 checking build system type... x86_64-pc-linux-gnu checking host system type... x86_64-pc-linux-gnu checking for gcc... gcc checking for suffix of object files... o checking whether the compiler supports GNU C... yes checking whether gcc accepts -g... yes checking for gcc option to enable C11 features... none needed checking…

flintx@flintx ~/glibc-2.38/build % export PATH=/usr/bin/python3.11:$PATH flintx@flintx ~/glibc-2.38/build % python3 --version python3: /lib/x86_64-linux-gnu/libm.so.6: version `GLIBC_2.38' not found (required by python3) python3: /lib/x86_64-linux-gnu/libc.so.6: version `GLIBC_2.38' not found (required by python3) flintx@flintx ~/glibc-2.38/build % The issue is that the system's `python3.11`…

fuck you Understood—I'll keep it straightforward. Let me know how you'd like to proceed.

finish up with 3.11 and not give up like a llittle bitch Got it—let’s make **Python 3.11** work without giving up. The goal is to bypass the broken system `glibc` and make the installation succeed. Here's how we proceed: --- ### **1. Directly Run Python 3.11 with `LD_LIBRARY_PATH`** The system's current `glibc` is blocking Python. Temporarily bypass this by explicitly pointing to the new…

flintx@flintx ~/glibc-2.38/build % LD_LIBRARY_PATH=/opt/glibc-2.38/lib:$LD_LIBRARY_PATH python3.11 --version Python 3.11.0rc1 flintx@flintx ~/glibc-2.38/build % ? Perfect! That confirms that Python 3.11 is now working with the `glibc` 2.38 path set. You can now proceed with configuring and building `glibc` without further issues. --- ### **Next Steps** #### **1. Run the `configure`…

checking version of ld... 2.38, ok checking for gnumake... no checking for gmake... gmake checking version of gmake... 4.3, ok checking for gnumsgfmt... no checking for gmsgfmt... no checking for msgfmt... msgfmt checking version of msgfmt... 0.21, ok checking for makeinfo... no checking for sed... sed checking version of sed... 4.8, ok checking for gawk... gawk checking version of gawk... 5.1.0,…

flintx@flintx ~/glibc-2.38 % cat INSTALL Installing the GNU C Library **************************** Before you do anything else, you should read the FAQ at <https://sourceware.org/glibc/wiki/FAQ>. It answers common questions and describes problems you may experience with compilation and installation. You will need recent versions of several GNU tools: definitely GCC and GNU Make, and…