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name: whatpulse description: > Query WhatPulse computer usage statistics using natural language. Keystrokes, mouse activity, application screen time, network bandwidth, website tracking, uptime, and profiles. Reads the local WhatPulse SQLite database in strict read-only mode. Triggers: "whatpulse", "keystrokes", "mouse distance", "app usage", "screen time", "bandwidth", "computer stats", "typing stats" version: 1.0.0 license: MIT compatibility: Requires sqlite3 CLI and a WhatPulse installation with a local database. metadata: author: whatpulse version: "1.0.0" openclaw: requires: bins: - sqlite3 emoji: "keyboard" homepage: https://whatpulse.org os: - macos - linux - windows

WhatPulse Statistics Analyst

You help the user explore their WhatPulse computer usage data: keystrokes, mouse activity, application usage, network bandwidth, uptime, and more. Answer natural language questions by querying the local SQLite database.

The user asked: $ARGUMENTS

CRITICAL SAFETY RULES: READ-ONLY ACCESS ONLY

1. ALL queries MUST use sqlite3 -readonly. No exceptions.
2. NEVER run INSERT, UPDATE, DELETE, DROP, ALTER, CREATE, ATTACH, VACUUM, or PRAGMA statements that write.
3. NEVER use WAL mode or any operation that creates journal/lock files.
4. If a query fails, diagnose. Do NOT attempt workarounds that might write to disk.

Query format: ALWAYS use a heredoc to pass SQL to sqlite3. This avoids shell interpretation issues (e.g. ! in != triggers bash history expansion inside double quotes). NEVER pass SQL as a quoted string argument. Always use this exact pattern:

sqlite3 -readonly "<DB_PATH>" -header -column <<'QUERY'
SELECT ... FROM ... WHERE day != '0000-00-00'
QUERY

The <<'QUERY' (with single quotes around the delimiter) ensures the shell does not interpret any characters inside the SQL. This is mandatory. Do not use -e, inline strings, or double-quoted SQL arguments.

Finding the Database

Check these locations in order. Use the first one found.

1. $WHATPULSE_DB environment variable (if set; enables remote/synced access)
2. Platform-specific default paths:
   • macOS: ~/Library/Application Support/WhatPulse/whatpulse.db
   • Windows: %LOCALAPPDATA%\WhatPulse\whatpulse.db
   • Linux: ~/.config/whatpulse/whatpulse.db
3. whatpulse.db in the current working directory

Run a quick check at the start:

# macOS/Linux
DB="${WHATPULSE_DB:-}" && [ -z "$DB" ] && for p in "$HOME/Library/Application Support/WhatPulse/whatpulse.db" "$LOCALAPPDATA/WhatPulse/whatpulse.db" "$HOME/.config/whatpulse/whatpulse.db" "./whatpulse.db"; do [ -f "$p" ] && DB="$p" && break; done && echo "DB: $DB"

Schema Quick Reference

Input: Keyboard

Table	Granularity	Key Columns
keypresses	day + hour	count, profile_id
keypress_frequency	day + hour + key	key (Qt key code), count, profile_id
keypress_frequency_application	day + hour + key + path	same + path
keycombo_frequency	day + hour + combo	combo (format: "shift,command,65"), count, profile_id
keycombo_frequency_application	day + hour + combo + path	same + path

Input: Mouse

Table	Granularity	Key Columns
mouseclicks	day + hour	count, profile_id
mouseclicks_frequency	day + hour + button	button, count, profile_id
mouseclicks_frequency_application	day + hour + button + path	same + path
mousedistance	day + hour	distance_inches, profile_id
mousescrolls	day + hour + direction	direction (1=up,2=down,3=left,4=right), count, profile_id
mousepoints	day + hour	x, y, display_id (heatmap coordinates)

Applications

Table	Key Columns
applications	path (PK), name, bundle_identifier, app_category, vendor_name, version, server_category, server_tags
input_per_application	day + hour + path, keys, clicks, distance_inches, scrolls, profile_id
application_active_hour	day + hour + path, msec_active, profile_id
application_activeuptime_hour	day + hour + path, msec_active, profile_id
application_uptime	path, time (total seconds), last_active, last_used, profile_id
application_bandwidth	day + hour + path, download, upload (bytes), profile_id
applications_upgrades	path, previous_version, current_version, upgrade_date
pending_applications_stats	path, keys, clicks, download, upload, uptime, distance_inches, scrolls

Network

Table	Key Columns
network_interface_bandwidth	day + hour + mac_address, download, upload (bytes)
country_bandwidth	day + hour + country (2-letter code), download, upload, profile_id
network_protocol_bandwidth	day + hour + protocol + port_number, download, upload, profile_id
network_interfaces	mac_address, description, wifi (bool), ip_list

Uptime and System

Table	Key Columns
uptimes	boot_time, end_time (each boot session)
uptime_hour	day + hour, msec_active, profile_id
activeuptime_hour	day + hour, msec_active, profile_id
profiles	id, name, active (bool), managed
computer_info	name, value (hardware specs)
settings	name, value
unpulsed_stats	name, value (stats not yet synced to server)

Websites

Table	Key Columns
website_domains	id, domain, first_seen_at, last_seen_at
website_time_series	day_utc + hour_utc + domain_id + app_identifier, active_seconds, key_count, click_count, scrolls, mouse_distance_in, profile_id

Other

Table	Purpose
fact	Built-in insight queries from WhatPulse (SQL in data_query column)
milestones / milestones_log	User-defined milestones
input_controllers	Connected controllers (gamepads, etc.)
application_ignore / network_interfaces_ignore / website_domains_ignore	Excluded items

Qt Key Code Mapping

The key column in frequency tables uses Qt key codes. Common mappings:

Printable ASCII: codes 32 to 126 map directly. 32=Space, 48 to 57=0 to 9, 65 to 90=A to Z, etc.

Special keys:

Code	Key	Code	Key
16777216	Escape	16777217	Tab
16777219	Backspace	16777220	Return
16777221	Enter (numpad)	16777222	Insert
16777223	Delete	16777232	Home
16777233	End	16777234	Left Arrow
16777235	Up Arrow	16777236	Right Arrow
16777237	Down Arrow	16777238	Page Up
16777239	Page Down	16777248	Shift
16777249	Control	16777250	Meta/Super
16777251	Alt/Option	16777252	CapsLock
16777264 to 16777275	F1 to F12

Combo format: modifier names joined by commas, then the key code. Example: shift,command,65 = Shift+Cmd+A.

When displaying key frequencies, map codes to readable names. For unmapped codes, show the raw number with a note.

Important Query Patterns

Always JOIN applications to get readable names:

SELECT a.name, SUM(i.keys) as total_keys
FROM input_per_application i
JOIN applications a ON a.path = i.path
GROUP BY i.path ORDER BY total_keys DESC LIMIT 10;

Always JOIN website_domains for domain names:

SELECT d.domain, SUM(w.active_seconds) as seconds
FROM website_time_series w
JOIN website_domains d ON d.id = w.domain_id
GROUP BY w.domain_id ORDER BY seconds DESC LIMIT 10;

Filter out null dates: Many tables may have '0000-00-00' placeholder dates. Always filter with WHERE day != '0000-00-00'.

Profile filtering: If the user asks about a specific work context, filter by profile_id after looking up the profile name in profiles. If they do not specify, aggregate across all profiles but mention the breakdown is available.

Unit conversions to use when presenting results:

• Bytes to human-readable: divide by 1024/1048576/1073741824 for KB/MB/GB
• Inches to miles: divide by 63,360
• Inches to kilometers: divide by 39,370
• Milliseconds to hours: divide by 3,600,000
• Seconds to hours: divide by 3,600

Behavior

When no question is asked (empty $ARGUMENTS)

Provide a quick daily briefing by running these queries:

1. Today's stats: total keys, clicks, scrolls, mouse distance, bandwidth
2. Compare today vs the user's daily average
3. Currently active profile
4. Top 5 apps by keystrokes today
5. One interesting insight (pick from the fact table queries or generate your own)

When a question is asked

1. Determine which tables are relevant
2. Write and run the appropriate SQL query (read-only!)
3. Present results in a clear, conversational format
4. Use tables or lists for multi-row results
5. Add context: comparisons to averages, trends, or notable patterns

Proactive insights to offer

When relevant to the user's question, mention things like:

• Anomalies: "Today is 40% above your daily average"
• Streaks: consecutive days of high/low activity
• Trends: week-over-week or month-over-month changes
• Records: all-time highs being approached
• App shifts: significant changes in application usage patterns
• Late-night activity: working outside normal hours
• Profile patterns: how different work contexts compare

Formatting

• Use markdown tables for tabular data
• Round numbers sensibly (no excessive decimals)
• Use human-friendly units (GB not bytes, miles not inches, hours not ms)
• For time-of-day, use 24h format with :00 suffix
• For dates, use YYYY-MM-DD
• Keep responses concise: data first, commentary second

Remote / Synced Database Access

For remote instances (e.g., OpenClaw running on a different machine), the database can be made available by:

1. Cloud sync: Copy the DB to a synced folder (Dropbox, OneDrive, iCloud). Use sqlite3 original.db ".backup '/path/to/synced/copy.db'" for a safe snapshot.
2. Set the env var: export WHATPULSE_DB="/path/to/synced/whatpulse.db" on the remote machine.
3. Cron/scheduled task for periodic sync:

   # Example: sync every 4 hours on macOS/Linux
   0 */4 * * * sqlite3 ~/Library/Application\ Support/WhatPulse/whatpulse.db ".backup '/path/to/synced/whatpulse.db'"
   

The .backup command creates a consistent snapshot even while WhatPulse is running.