Fix HDL and Hack Assembly syntax highlighting and queries

- Fixed HDL highlights query syntax error with #match? predicate
- Replaced #match? with #any-of? for exact string matching
- Fixed Hack Assembly outline query invalid field name
- Improved HDL syntax highlighting with comprehensive patterns
- Added HDL bracket matching for all syntax types
- Fixed XML scope mismatch from text.xml to source.xml
- Enhanced outline queries for better code navigation

examples/test.vm

@@ -0,0 +1,193 @@
+// Test VM file for syntax highlighting
+// This file demonstrates various VM language features
+
+// Stack arithmetic operations
+push constant 7
+push constant 8
+add
+push constant 3
+sub
+neg
+
+// Logical operations
+push constant 1
+push constant 0
+eq
+push constant 5
+push constant 3
+gt
+push constant 2
+push constant 2
+lt
+
+// Bitwise operations
+push constant 15
+push constant 3
+and
+push constant 12
+push constant 5
+or
+not
+
+// Memory access operations
+push argument 0
+push argument 1
+add
+pop local 0
+
+push local 0
+push constant 1
+add
+pop local 1
+
+push static 0
+push static 1
+add
+pop static 2
+
+push this 0
+push that 0
+add
+pop this 1
+
+push pointer 0
+push pointer 1
+add
+pop temp 0
+
+push temp 0
+push temp 1
+add
+pop temp 2
+
+// Program flow commands
+label LOOP_START
+push local 0
+push constant 0
+eq
+if-goto LOOP_END
+
+push local 0
+push constant 1
+sub
+pop local 0
+
+goto LOOP_START
+
+label LOOP_END
+
+// Function declaration
+function Math.multiply 2
+    push constant 0
+    pop local 0        // sum = 0
+    push constant 0
+    pop local 1        // i = 0
+
+    label MULTIPLY_LOOP
+    push local 1
+    push argument 1
+    eq
+    if-goto MULTIPLY_END
+
+    push local 0
+    push argument 0
+    add
+    pop local 0
+
+    push local 1
+    push constant 1
+    add
+    pop local 1
+
+    goto MULTIPLY_LOOP
+
+    label MULTIPLY_END
+    push local 0
+    return
+
+// Function call
+push constant 5
+push constant 3
+call Math.multiply 2
+pop temp 0
+
+// Another function with local variables
+function Fibonacci.compute 3
+    push argument 0
+    push constant 2
+    lt
+    if-goto FIBO_BASE_CASE
+
+    push argument 0
+    push constant 1
+    sub
+    call Fibonacci.compute 1
+    pop local 0
+
+    push argument 0
+    push constant 2
+    sub
+    call Fibonacci.compute 1
+    pop local 1
+
+    push local 0
+    push local 1
+    add
+    return
+
+    label FIBO_BASE_CASE
+    push argument 0
+    return
+
+// Main function
+function Main.main 0
+    push constant 10
+    call Fibonacci.compute 1
+    pop temp 0
+    return
+
+// Complex memory operations
+push constant 8000
+pop pointer 1       // that = 8000
+push constant 0
+pop that 0          // that[0] = 0
+push constant 1
+pop that 1          // that[1] = 1
+
+push constant 16384
+pop pointer 1       // that = screen base address
+push constant -1
+pop that 0          // blacken first word
+
+// Array processing example
+function Array.sum 3
+    push constant 0
+    pop local 0         // sum = 0
+    push constant 0
+    pop local 1         // i = 0
+
+    label SUM_LOOP
+    push local 1
+    push argument 1     // array length
+    eq
+    if-goto SUM_END
+
+    push argument 0     // array base
+    push local 1        // index
+    add
+    pop pointer 1       // that = array[i] address
+    push that 0         // array[i] value
+    push local 0        // current sum
+    add
+    pop local 0         // sum += array[i]
+
+    push local 1
+    push constant 1
+    add
+    pop local 1         // i++
+
+    goto SUM_LOOP
+
+    label SUM_END
+    push local 0        // return sum
+    return