project/blocks.txt

# AI
VALUE: llm_call(inputs(MODEL: "gpt-3.5-turbo-0125/gpt-4o-2024-08-06/gpt-5-mini-2025-08-07/gpt-5-2025-08-07/gpt-4o-search-preview-2025-03-11", PROMPT: value))

# JSON and API
VALUE: in_json(inputs(NAME: value, JSON: value)) // NAME is the value you want to extract from the JSON
VALUE: make_json(inputs(KEYN: value, FIELDN: value)) // N starts at 0; you can make as many N as you want. Each key goes with one field
VALUE: call_api(inputs(METHOD: "GET/POST/PUT/DELETE", URL: value, HEADERS: value)) // HEADERS is optional

# Logic
STATEMENT: controls_if(inputs(IF0: value, IF1: value, IF2: value, ELSE)) // IF0 is REQUIRED (the main condition). IF1, IF2, IF3, etc are OPTIONAL (additional else-if conditions). ELSE is OPTIONAL (no value needed, just include the word). DO NOT use input_name with controls_if creation; specify all conditions in the inputs. After creating, use input_name to place statements: "DO0" (IF then-statements), "DO1" (first ELSE-IF then-statements), "DO2" (second ELSE-IF then-statements), "ELSE" (final else statements)
VALUE: logic_negate(inputs())
VALUE: logic_boolean(inputs(BOOL: "TRUE/FALSE"))
VALUE: logic_null(inputs())
VALUE: logic_compare(inputs(OP: "EQ/NEQ/LT/LTE/GT/GTE", A: value, B: value))
VALUE: logic_operation(inputs(OP: "AND/OR", A: value, B: value))

# Loops
STATEMENT: controls_repeat_ext(inputs(TIMES: value))
STATEMENT: controls_whileUntil(inputs(MODE: "WHILE/UNTIL", BOOL: value))
STATEMENT: controls_for(inputs(VAR: value, FROM: value, TO: value, BY: value)) // VAR is a variable ID. BY is the increment amount
STATEMENT: controls_forEach(inputs(VAR: value), LIST: value) // VAR is a variable ID
STATEMENT: controls_flow_statements(inputs(FLOW: "CONTINUE/BREAK")) // Must go **inside** of a loop

# Math
VALUE: math_number(inputs(NUM: value))
VALUE: math_arithmetic(inputs(OP: "ADD/MINUS/MULTIPLY/DIVIDE/POWER", A: value, B: value)) // A and B are required. They must be blocks, so you need to add math_number or an alternative
VALUE: math_single(inputs(OP: "ROOT/ABS/NEG/LN/LOG10/EXP/POW10", NUM: value)) // EXP is e^num
VALUE: math_number_property(inputs(PROPERTY: "EVEN/ODD/PRIME/WHOLE/POSITIVE/NEGATIVE", NUMBER_TO_CHECK: value)) // Boolean output
VALUE: math_round(inputs(OP: "ROUND/ROUNDUP/ROUNDDOWN", NUM: value))
VALUE: math_modulo(inputs(DIVIDEND: value, DIVISOR: value))
VALUE: math_constrain(inputs(VALUE: value, LOW: value, HIGH: value))
VALUE: math_random_int(inputs(FROM: value, TO: value))

# Text
VALUE: text(inputs(TEXT: value))
VALUE: text_length(VALUE: value)
VALUE: text_join(inputs(ADDN: value)) // N starts at 0; you can make as many N as you want
VALUE: text_isEmpty(inputs(VALUE: value)) // Boolean output
VALUE: text_changeCase(inputs(CASE: "UPPERCASE/LOWERCASE/TITLECASE", TEXT: value))
VALUE: text_getSubstring(inputs(WHERE1: "FROM_START/FROM_END/FIRST", WHERE2: "FROM_START/FROM_END/FIRST", STRING: value, AT1: value, AT2: value)) // For AT1 and AT2, only use them if the associated WHEREN is not "FROM_START"
VALUE: text_reverse(inputs(TEXT: value))
VALUE: text_count(inputs(SUB: value, TEXT: value)) // Integer output
VALUE: text_replace(inputs(FROM: value, TO: value, TEXT: value))
VALUE: text_trim(inputs(MODE: "BOTH/LEFT/RIGHT", TEXT: value)) // Trim spaces from text

# Lists
VALUE: lists_length(inputs(VALUE: value))
VALUE: lists_isEmpty(inputs(VALUE: value)) // Boolean output
VALUE: lists_indexOf(inputs(END: "FIRST/LAST", VALUE: value, FIND: value))
VALUE: lists_reverse(inputs(LIST: value))
VALUE: lists_create_with(inputs(ADDN: value)) // N starts at 0; you can make as many N as you want
VALUE: lists_sort(inputs(TYPE: "NUMERIC/TEXT/IGNORE_CASE", DIRECTION: "1/-1")) // For direction, 1 is ascending, -1 is descending
VALUE: lists_contains(inputs(ITEM: value, LIST: value))

# Variables
VALUE: variables_get(inputs(VAR: value)) // VAR is a variable ID
STATEMENT: variables_set(inputs(VAR: value, VALUE: value)) // VAR is a variable ID
STATEMENT: math_change(inputs(VAR: value, DELTA: value)) // VAR is a variable ID. To use this, you MUST have used `variables_set` before this

# MCP Block inputs
VALUE: input_reference_NAME(inputs()) // Replace "NAME" with the name of the MCP block input. Any inputs for the one MCP block can have their blocks made with this. You may ONLY use this if the MCP has an input with this name. If needed you must create inputs and outputs first for the MCP block